INDEX [] · 6 Application S.F. FOOD INDUSTRY Cereal Cooker 1.25 Dough Mixer 1.50 Meat Grinder 1.50...

1

INDEX

1.0 GENERAL INFORMATION

1.1 SYMBOLS AND UNITS ................................. 2

1.2 TORQUE ....................................................... 3

1.3 POWER ......................................................... 3

1.4 THERMAL CAPACITY ................................... 3

1.5 EFFICIENCY ................................................. 4

1.6 MASS MOMENT OF INERTIA ...................... 4

1.7 SERVICE FACTOR ....................................... 4

1.8 SELECTION .................................................. 5

1.9 VERIFICATIONS ........................................... 9

1.10 INSTALLATION ............................................. 9

1.11 INSTRUCTIONS FOR FITTING

OF SHRINK DISC ......................................... 9

1.12 MOUNTING INSTRUCTIONS

FOR ADAPTER BUSHINGS - NQF/QF .......... 10

1.13 STORAGE ..................................................... 11

1.14 MAINTENANCE ............................................ 11

2.0 SHAFT MOUNTED GEARMOTORS

2.1 ORDERING NUMBERS ................................. 12

2.2 DESIGN ADVANTAGES ................................. 14

2.3 VERSIONS ..................................................... 14

2.4 SPEED REDUCERS OPTION ....................... 15

2.5 SYMBOLS ...................................................... 15

2.6 LUBRICATION ................................................ 15

2.7 MOUNTING POSITION AND

TERMINAL BOX SPECIFICATION ................. 17

2.8 OVERHUNG LOADS ...................................... 23

2.9 ANTI-RUN BACK DEVICE ............................. 24

2.10 SIDE FLATS (FL Option) ............................... 24

2.11 GEARMOTOR RATING CHARTS 25

2.12 SPEED REDUCERS RATING CHARTS ....... 64

2.13 MOTOR AVAILABILITY ................................. 84

2.14 MASS MOMENT OF INERTIA ...................... 88

2.15 EXACT RATIOS ............................................ 98

2.16 DIMENSIONS ................................................ 99

3.0 ELECTRIC MOTORS

3.1 GENERAL INFORMATION ............................. 201

3.2 MOTOR ORDERING NUMBERS ................... 202

3.3 MECHANICAL CHARACTERISTICS ............. 203

3.4 ELECTRICAL CHARACTERISTICS .............. 205

3.5 BRAKE MOTORS ........................................... 208

3.6 DC BRAKE MOTORS TYPE BN_FD ............. 209

3.7 DC BRAKE MOTORS TYPE BN_FA .............. 213

3.8 BRAKE RELEASE SYSTEM .......................... 215

3.9 OPTIONS ....................................................... 216

3.10 COMPACT MOTOR RATING CHARTS ......... 221

3.11 IEC MOTOR RATING CHARS ....................... 227

3.12 DIMENSIONS ................................................. 233

Revisions

Refer to page 242 for the catalogue revision index.

<=>=?@AAABCDEFGH=DH=BIDJ@?D@>KLMIN@ODM@IL?LHDGPK>@A=?N@HL?K>?@MKQ=>=DE

index.

2


1.1 SYMBOLS AND UNITS

Symb. U.m. Description

Ac [lbs] Calculated thrust load

An [lbs] Rated thrust load

fm — Adjusting duty factor

ft — ��

i — Gear ratio

I — � ��

Jc [lb.ft2] ��

Jm [lb.ft2] ��

Jr [lb.ft2] ��

K — ��

Kr — ��

Tb [lb.in] Brake torque

T [lb.in] Torque

Tc [lb.in] Calculated torque

Tn [lb.in] Speed reducer rated torque

Tr [lb.in] Torque required

n �� Speed

P [hp] Power

Pc [hp] Calculated power

Pn [hp] Motor rated power

Pn [hp] Rated horsepower


Pt [hp] ��

Pr [hp] Power required

Rc [lbs] Calculated radial load

Rn [lbs] Rated OHL

Rx [lbs]Radial OHL for load off the shaft

��

S — Safety factor

S.F. — Service factor

ta [°C / °F] ��

tf ��

tr ��

W [ft.lb] Brake dissipated energy between

�� !��"��

Wmax [ft.lb] �� #� �

operation

x [in] ��

shoulder

Z [1/h] $��

conditions

Zr [1/h] $��

hd — %� ��&��

Footnotes:

1 Applies to input shaft

2 Applies to output shaft

3

1.4 THERMAL CAPACITY

��

��

�� '()*��+(),��

�� -�,��

�� &��

�� .��

and it does not need to be taken into consideration.

,�� '()*��+(),��

� �� .�/t value can be adjusted according to

��t listed in table (A2), provided the following

�� &��-

Pr1�0�/t x ft

1�� '� �� 2��

�� 3�45�� 6��

��#��

�� -

NOMENCLATURE

1.2 TORQUE

Nominal output torque

��6�� .�

referred to input speed n1 and corresponding output

speed n2.

It is calculated according to service factor S.F. = 1.

Application torque

��6�� 6�� -

��6�� 6��n2

��-

Calculated torque

Torque value to be used when selecting the gearbox,

considering required torque Tr2 and service factor S.F.,

and is obtained by:

Tc2= Tr2 x S.F.

1.3 POWER

Rated input horsepower

In the speed reducer selection charts, this is power

applicable at input shaft referred to speed n1 and

considering a service factor S.F. = 1.

Output horsepower

Value represents rated HP as referred to speed reducer

output shaft.

Pn2 = Pn1 x hd

Tn2

Tr2

Pt

Tc2

Pn1

Pn2

Pn2 in [hp]; Mn2 in [ib·in]Pn2 =Tn2 x n2

63025

Pt [hp] [20 °C / 70 °F]

Pt�7�8+5(�� Pt�7�95((��

F 10 2 5.1 3.6

F 20 2 12.2 8.7

F 25 2 13.7 9.9

F 31 2 15.7 11.4

F 41 2 19.2 13.9

F 51 2 29 20

F 60 2 35 25

F 70 3 49 35

F 80 3 70 48

F 90 3 101 71

(A1)

4

1.7 SERVICE FACTOR

��

describes the severity of the application. Its value results

��

��.��

operating hours.

��:�9;��

calculating the actual value for the service factor:

1. Enter the chart with the starts per hour [Zr]

2. Intersect the K_ curve that applies for the

application

3. Read the service factor S.F-�� #��

with the applicable hours per day [h/d]

� �� -

ft

ta max.

°C [°F]

Continuous

duty

Intermittence % (I)

80 60 40 20

40 [105] 0.8 1.1 1.3 1.5 1.6

30 [85] 0.85 1.3 1.5 1.6 1.8

20 [70] 1.0 1.5 1.6 1.8 2.0

10 [50] 1.15 1.6 1.8 2.0 2.3

(A2)

� �� :�;<� ��

under load [tf��.�� =

l = x 100tf

tf + tr

1.5 EFFICIENCY

�� /2 to

input power P1, according to the following equation:

h =P2

P1

Torque value Mn2��&�� #��

�� &�� hd into account.

1.6 MASS MOMENT OF INERTIA

>�� &��

refer to gear unit input shaft.

��.��

�� -

h

Jr

S.F.

(A3)

hrs/day

Acceleration factor of masses

Used for establishing the service factor and obtained

�� 6�� =

K =Jc

J�

Where:

Jc [Ib·ft2]

�� ?��

��

J� [Ib·ft2]

��

K1��

@�0�(-'5

K2��#��

(-'5�A�@�0�9

K3 heavy shock load

9�A�@�0�8(

For values of K > 10, please contact our Technical Service.

K

5

1.8 SELECTION

AGMA Service Factor charting

24hr service (continuous duty)

Application S.F.

AGITATORS

Pure Liquids 1.25

Liquids & Solids 1.50

Liquids - variable density 1.50

BLOWERS

Centrifugal 1.25

Lobe 1.50

Vane 1.50

BREWING AND DISTILLING

Bottling Machinery 1.25

Brew Kettles - Continuous Duty 1.25

Cookers - Continuous Duty 1.25

Mash Tubs - Continuous Duty 1.25

Scale Hopper - Frequent Starts 1.50

CAN FILLING MACHINES 1.25

CAR DUMPERS 2.00

CAR PULLERS 1.50

CLARIFIERS 1.25

CLASSIFIERS 1.50

CLAY WORKING MACHINERY

Brick Press 2.00

Briquette Machine 2.00

Pug Mill 1.50

COMPACTORS 2.00

COMPRESSORS

Centrifugal 1.25

Lobe 1.50

Reciprocating, Multi-Cylinder 1.75

Reciprocating, Single-Cylinder 2.00

CONVEYORS - GENERAL PURPOSE

includes Apron, Assembly, Belt, Bucket, Chain,Flight, Oven and ScrewB ��,�� 1.25

C�� %��!�$��B ��,�� 1.50

Severe Duty - Reciprocating or Shaker 2.00

CRANES

Dry Dock

Main Hoist 2.50

Auxiliary Hoist 3.00

D��C�� 3.00

Slewing Hoist 3.00

Traction Drive 3.00

(A4)

Application S.F.

Container

Main Hoist 3.00

D��C�� 2.00

Trolley Drive

Gantry Drive 3.00

Traction Drive 2.00

Mill Duty

Main Hoist 3.50

Auxiliary 3.50

Bridge Travel 3.00

Trolley Travel 3.00

Industrial Duty

Main 3.00

Auxiliary 3.00

Bridge Travel 3.00

Trolley Travel 3.00

CRUSHERS

Stone or Ore 2.00

DREDGES

Cable Reels 1.50

Conveyors 1.50

Cutter Head Drives 2.00

/�� 2.00

Screen Drives 2.00

Stackers 1.50

Winches 1.50

ELEVATORS

Bucket 1.50

Centrifugal Discharge 1.25

Escalators 1.25

Freight 1.50

Gravity Discharge 1.25

EXTRUDERS

General 1.50

Plastics

Variable Speed Drive 1.50

Fixed Speed Drive 1.75

Rubber

Continuous Screw Operation 1.75

� �� E�� 1.75

FANS

Centrifugal 1.25

Cooling Towers 2.00

Forced Draft 1.25

Induced Draft 1.50

Industrial & Mine 1.50

FEEDERS

Apron 1.50

Belt 1.50

Disc 1.25

Reciprocating 2.00

Screw 1.50

6

Application S.F.

FOOD INDUSTRY

Cereal Cooker 1.25

Dough Mixer 1.50

Meat Grinder 1.50

Slicers 1.50

GENERATORS AND EXITORS 1.25

HAMMER MILLS 2.00

HOISTS

Heavy Duty 2.00

��%�� 1.50

Skip Hoist 1.50

LUMBER INDUSTRY

Barkers

Spindle Feed 1.50

Main Drive 1.75

Conveyors

Burner 1.50

Main or Heavy Duty 1.50

Main Log 2.00

Re-saw, Merry-Go-Round 1.50

Slab 2.00

Transfer 1.50

Chains

Floor 1.50

Green 1.75

Cut-Off Saws

Chain 1.75

Drag 1.75

%��#� ��%�� 2.00

Feeds

Edger 1.50

Gang 1.75

�� 1.50

Log Deck 1.75

Log Hauls - Incline - Well Type 1.75

Log Turning Devices 1.75

Planer Feed 1.50

Planer Tilting Hoists 1.50

Rolls - Live-off brg. - Roll Cases 1.75

Sorting Table 1.50

Tipple Hoist 1.50

Transfer

Chain 1.75

Craneway 1.75

Tray Drives 1.50

Veneer Lathe Drives 1.50

METAL MILLS

Draw Bench Carriage and Main Drive 1.50

Runout Table

Non-reversing 1.50

Group Drives 1.50

Individual Drives 2.00

Application S.F.

Reversing 2.00

Slab Pushers 1.50

Shears 2.00

Wire Drawing 1.50

Wire Winding Machine 1.50

METAL STRIP PROCESSING MACHINERY

Bridles 1.50

Coilers & Uncoilers 1.25

F�� 1.50

Flatteners 1.50

��:��; 1.25

Pinch Rolls 1.50

Scrap Choppers 1.50

Shears 2.00

Slitters 1.50

MILLS, ROTARY TYPE

Ball & Rod

Spur Ring Gear 2.00

Helical Ring Gear 1.50

Direct Connected 2.00

*�� @�� 1.50

Dryers & Coolers 1.50

MIXERS, CEMENT 1.50

PAPER MILLS

Agitator (Mixer) 1.50

Agitator for Pure Liquors 1.25

D��#� ��%�� 2.00

Barkers - Mechanical 2.00

Beater 1.50

Breaker Stack 1.25

Calendar 1.25

Chipper 2.00

Chip Feeder 1.50

Coating Rolls 1.25

Conveyors

*��.�D��#.�*�� 1.25

Log (including Slab) 2.00

Couch Rolls 1.25

Cutter 2.00

Cylinder Molds 1.25

Dryers

Paper Machine 1.25

Conveyor Type 1.25

F�� 1.25

Extruder 1.50

Fourdrinier Rolls 1.25

:� ��#��.�� .��

turning, and return rolls)

Jordan 1.50

Kiln Drive 1.50

Mt. Hope Roll 1.25

Paper Rolls 1.25

Platter 1.50

7

Application S.F.

Presses - Felt & Suction 1.25

Pulper 2.00

/��!�>�� 1.50

Reel (Surface Type) 1.25

Screens

Chip 1.50

Rotary 1.50

Vibrating 2.00

Size Press 1.25

Super Calender 1.25

Thickener (AC Motor) 1.50

Thickener (DC Motor) 1.25

Washer (AC Motor) 1.50

Washer (DC Motor) 1.25

Wind and Unwind Stand 1.25

Winders (Surface Type) 1.25

Yankee Dryers 1.25

PLASTICS INDUSTRY - PRIMARY PROCESSING

Intensive Internal Mixers

Batch Mixers 1.75

Continuous Mixers 1.50

D��%��!�'�� 1.25

Continuous Feed, Holding & Blend Mill 1.25

Calender 1.50

PLASTICS INDUSTRY - SECONDARY PROCESSING

Blow Molder 1.50

Coating 1.25

,�� 1.25

Pipe 1.25

Pre-Plasticizer 1.50

Rods 1.25

Sheet 1.25

Tubing 1.50

PULLER - BARGE HAUL 1.50

PUMPS

Centrifugal 1.25

Proportioning 1.50

Reciprocating

E� �� .�9�� 1.50

%�� .�'�� 1.50

Rotary

Gear Type 1.25

Lobe 1.25

Vane 1.25

RUBBER INDUSTRY

Intensive Internal Mixers

Batch Mixers 1.75

Continuous Mixers 1.50

Mixing Mill

'�� 1.50

1 or 2 corrugated rolls

D��%��!�'�� 1.50

Application S.F.

Cracker - 2 corrugated rolls 2.00

Holding, Feed & Blend Mill - 2 rolls 1.25

��& ��!�'�� 1.50

Calender 1.50

SAND MULLER SEWAGE DISPOSAL

EQUIPMENT1.50

Bar Screens 1.25

*��,�� 1.25

Dewatering Screens 1.50

E��D��#�� 1.50

Slow or Rapid Mixers 1.50

Sludge Collectors 1.25

Thickener 1.50

>��,�� 1.50

SCREENS

Air Washing 1.25

Rotary - Stone or Gravel 1.50

Traveling Water Intake 1.25

SUGAR INDUSTRY

Beet Slicer 2.00

Cane Knives 1.50

Crushers 1.50

Mills (low speed end) 1.75

TEXTILE INDUSTRY

Batchers 1.50

Calenders 1.50

Cards 1.50

Dry Cans 1.50

Dyeing Machinery 1.50

�� 1.50

Mangles 1.50

Nappers 1.50

Pads 1.50

Slashers 1.50

Soapers 1.50

Spinners 1.50

�� ,�� 1.50

Washers 1.50

Winders 1.50

8

��

drive unit:

Selecting a gearmotor

�;�%�� E-,-��

:��@;.� ��Gr and hours of

operation.

B) Once torque Tr2, speed n2�� &�� hd

are known, input power can be calculated as follows:

Pr1(hp) =Tr2(lb·in) x n2:��;

63,025 x hd

Values for hd for the different sizes of speed reducer

are indicated in table (A5) below:

(A5)

*;�* ��

table corresponding to power

Pn�H�/r1

B ��&��.��/n�� -

ed in the catalogue refers to continuous duty S1.

,�� E8.��

of duty required by reference to CEI 2-3/IEC 60034-1

E�� -

,��E'��EI�� .�� F*��-

��89'��.��

with respect to continuous duty, consequently the fol-

�� &��=

Pr1

f�Pn�H

The adjusting duty factor f��

chart (A6).

Reductions

hd

2 3 4

0.95 0.93 0.90

(A6)

Duty

S2 S3* S4 - S8

Cycle duration

��

� ��

(I) Please

consult

factory10 30 60 25% 40% 60%

fm 1.35 1.15 1.05 1.25 1.15 1.1

J�*�� .�� .��8(�� -��

�� .�� E�� %�� -

� �� =

l = x 100tf

tf + tr

tf�3��

tr�3��

Next, according to output speed n2, select a

gearmotor featuring a safety factor S greater than or

equal to service factor S.F.

E�H�E-,-

��

��4��-

E�� .��

the selection procedure for speed reducers and choose

�� -

For applications such as hoisting and travelling, contact

�� E�� %�� -

Selecting a speed reducer

with a motor adapter

�;�%�� E-,-� �� -�

See pages 5 - 7.

D;�� 6��6��

Tr2 is known, the calculated torque is:

Tc2 = Tr2 x S.F.

C) The gear ratio is calculated according to requested

output speed n2 and drive input speed n1

n1

n2i =

9

Once torque Tc2 and gear ratio [i] are calculated

consult the speed reducer rating chart for the actual

drive speed n1 and select the unit that features

a torque rating Tn2 that equals or exceeds the

�� 6��Tc2:

Tn2�H��c2

�� .��$F��F*�?� ��.�

�� &�� .� ��#� ��

�� K�� L-

1.9 VERIFICATIONS

�� .��.�

��=

�;��

��#��

reducer is equal to or higher than power required by

�� -�� &��.��

��

�� -

D;��6��

��6��:� �� #�

��;� �� .� � �

�� .��'((<��6��n2. Therefore,

��#� �� .��

��6�� .�� -

,�� !�� .� ��

�� 6�� :��

��;.�� &� ��

�� 6��-

C) Radial loads

Check that forces applying on input and/or output

�� -� ��

are higher, select a larger speed reducer or change

�� -

��

�� !�� -� ��

�� "��

�� -

See para 2.8.

D) Thrust loads

��.��.��

�� -

� � �� .� ��

�� .� ��

Technical Service for advise.

F;�F��

,��

��.� ��G�� :��

�� ;-� ,�� G� ��& ��

��

consideration.

1.10 INSTALLATION

�� =

A) Make sure that the speed reducer is adequately

secured to avoid vibrations. If shocks, prolonged

overloading, or the possibility of locking are expected,

� �� .� ��.� ��6�� .�

etc.).

B) Prior to painting the gear unit, the outer face of the oil

��

out the rubber, thus jeopardizing the sealing function.

*;�* ��

��

oxidation and, as a result, seizure of parts.

%;�D�� .��#��

�� .�

� �� &� ��-

See table (B1).

1.11 INSTRUCTIONS

FOR FITTING OF SHRINK DISC

Gearboxes of the F series are available upon request

�� #� ��

:E� �� ;-��&��

��-

8;�B ��#� ��

the shrink disc.

';�*��

�� -

3) Fit the gearbox onto the driven shaft.

4) Fit the shrink disc onto the gearbox shaft.

5) Tighten all locking bolts of the shrink disc gradually and

10

1.12 MOUNTING INSTRUCTIONS FOR

ADAPTER BUSHINGS - NQF/QF

Fitting sequence

a) Thoroughly clean and degrease the contact surfaces

�� -

��:8;.��:';��

�;�,� ��&��:M;�� :+;

Removal sequence

�;�� #�

disc progressively and in circular sequence. Do not

�� N

b) Once the locking pressure is relieved the gearbox will

�� -

WARNING! Shrink discs that have collected dirt or have

��

thoroughly cleaned with a thinner prior to be put back

�� -�,��

��6�� Molykote G-Rapid Plus

��

the coupling and the threads of each of the tightening

screws.

1 7

Mt

263

5 4

F10 ... F25 F31 F41 F51 F60

Mt62

lb·in

71

lb·in

89

lb·in

106

lb·in

265

lb·in

(A8)

progressively in circular sequence using a torque wrench.

Several sequences are necessary until the speci-

��

reference.

Warning! Do not use molybdenum disulphide

or any grease whatsoever because of consequent

��

F10 F20 ... F51 F60 ; F70 F80 ; F90

Mt75

lb·in

128

lb·in

310

lb·in

611

lb·in

(A7)

:9;� � �� #� �� :4;� ��

��&�� -

�;�� :9;� � ��

the hub of the gearbox.

;�,�� -

chine’ driven shaft and slide it to its desired position.

�;�E�� O��

until it sits into site bored into gearbox’s hub.

e) Tighten the screw (5) of support bushing with a torque

Mt = 53 lb·in.�� #��&�� -

�;� �� #�� &�� -

��.� �� #��

�� #��

in onto gearbox hub.

g) Through a torque wrench tighten all screws of the

shrink disc progressively and in circular sequence to

��6��&��-��

��& ��6�� -

ing sequences.

�>�� -� �� 6��

onto outer surface of the shrink disc.

11

>�� -

sion.

�� one-time use only and, should

�� .��

with a genuine spare part.

��

fresh new Molykote paste on the tapered surfaces of the

shrink disc and to replace the screws with new ones of

��.��#��-

1.13 STORAGE

Observe the following instructions to ensure correct

storage of products:

A) Do not store outdoors, in areas exposed to weather or

�� -

D;��.��.��

�� ?�-� ��

�� ?�-

*;�,�� : �� M(� ��;.� ��

��?� ��.��

be protected with a suitable rust inhibiting product

:��'4I��6�� ;-

%;�� #� � �� -

�� M� � ��=

,�� .� �� -

�� -

In addition to above, products originally sup-

�� 2� �� -

�� .� � �� &�� -

Before operating the speed reducer, restore the cor-

rect quantity of oil.

1.14 MAINTENANCE

Life lubricated gearboxes do not require any periodical

oil changes.

,�� .� ��&��

take place after about 300 hours of operation, carefully

?�� -

%� �� -

Check oil periodically and restore the level, if necessary.

12

2.1 ORDERING NUMBERS

Gear designation

F

SERIES

F�3��!��

10

,��F�E�GF

10, 20, 25, 31, 41, 51, 60, 70, 80, 90

2

REDUCTIONS

2 (F10...F51), 3 (F20...F90), 4 (F31...F90)

NH30

VERSION

� ��- NH NR NQF��- H R QF S

Hollow shaft

(F10...F90)

Solid shaft

(F10...F90)

Adapter bushing

(F10...F60)

Shrink disc

(F10...F90)

FA 48.7 H1 .....S1

GEAR RATIO

MOUNTING POSITION

H1 (Default), H2, H3, H4, H5, H6

OPTIONS

INPUT CONFIGURATION

S05 ... S5

N56C ... N320TC

P63 ... P250

SK_

SC_

NHS

HS

MOUNTING FLANGE

blank�3�$�?� ��6��

F_ (A, B, C) = Flange required

15

2.0 SHAFT MOUNTED GEARMOTORS

14

13

��

MOTOR BRAKE

M

TYPE OF MOTOR

M = AC, 3-ph, integral style

BN�3��*.�9!��.��F*��

1LA 4 230/460-60 IP54 CLF ..... W FD 15 R SB 220 SA .....

��,��F�E�GF

05...5�!��

63...250�!��F*��

NUMBER OF POLES

VOLTAGE - FREQUENCY

60 Hz

50 Hz

PROTECTION CLASS

IP55 standard (IP54�� #��;

INSULATION CLASS

CL F standard

CL H option

MOTOR MOUNTING

blank ��

B5��F*��

TERMINAL BOX

W (default), N, S, E

BRAKE TYPE

FD (DC brake)

FA (AC brake)

D��@F��PBF��$�N�

[1 ft�lb = 1.356 Nm]

BRAKE HAND RELEASE (optional)

R, RM

AC/DC RECTIFIER

NB, NBR, SB, SBR

BRAKE SUPPLY

OPTIONS

204

14

Inch dimensions Metric dimensions

Keyed hollow

output shaft

NH

(F10...F90)

H

(F10...F90)

Solid output shaftNR

(F10...F90)

R

(F10...F90)

��

Hollow shaft with

adapter bushings

and shrink disc

NQF

(F10...F60)

QF

(F10...F60)

Hollow output shaft

and shrink disc

S

(F10...F90)

2.3 VERSIONS

F10 F20 F25 F31 F41 F51 F60 F70 F80 F90

Inch

NH 1.000 1.250 1.375 1.375 1.500 2.000 2.375 2.750 3.188 3.625

NR 1.000 1.250 1.375 1.375 1.625 2.000 2.375 2.875 3.500 4.375

NQF1.000 1.000 1.1875 1.375 1.625 1.9375 2.375

– – –1.1875 1.1875 1.250 1.4375 1.750 2.000 2.4375

Metr

ic

H25 30 35 35 40 50 60 80 90 100

30 35 40 40 45 55 70 70 80 90

R 25 30 35 35 40 50 60 80 90 100

S 25 30 31 36 42 52 65 80 90 100

QF

25 25 30 35 42 50 55

– – –30 30 32 40 45 55 60

65

70

2.2 DESIGN ADVANTAGES

�� =

Q��

Q��

Q��

Q��&��

Q�6��

Q�� !��

Q� �� R�� 8(.� '(� � �� '5.� ��

�� !�� R��-

Output shaft availability

15

2.4 SPEED REDUCER OPTIONS

AL, AR

Anti-run back device.

�� &��

direction of free rotation are described at chapter 2.9

SO

1�� ,�8(��,�48��&��

oil, to be supplied unlubricated.

LO

Gearboxes F 51 through F 90, usually supplied without

oil, to be supplied with synthetic oil currently used by

D�$,�1�� %B�� &��

�� &��-

DV

Dual oil seals on input shaft.

:� �� ;-

VV

Oil seal in Viton®�� -

PV

Both input and output shafts feature oil seal in Viton®

�� -

FL

�� ?�� !,�8(��

F 41- (Default for F 51 through F 90).

Terminal box location

�� &��

�� S��

highlighted in bold (W).

Angular position of the brake

release lever

B �� &��.� ��#��

�� .�T()�� -�

%�� &��

options available.

1��

��-

Gearbox with NEMA

��-

Speed reducer

with free input shaft.

Gearbox with

�F*!��-

SERVO1��

input adapter.

��

��

��-

2 Reduction 3 Reduction 4 Reduction

2.5 SYMBOLS

2.6 LUBRICATION

�� D &�� !��

splash lubricated.

,��R��,�8(��,�48��-

��.��R��.��&��-

,�� &��F*! ��R��-

�� ?� ��-

U�� C5� �� .� ��

�� -

portation purposes, prior to putting the gear unit into op-

eration.

B �� &��.� � �� R��,� 58� � ��

are usually supplied unlubricated at it will be the cus-

16

Oil quantity

Mounting positions

H1 H2 H3 H4 H5 H6

F 10 20.29 0.32 0.17 0.17 0.21 0.24

1.1 1.2 0.65 0.65 0.80 0.90

F 20 20.50 0.42 0.22 0.29 0.32 0.40

1.9 1.6 0.85 1.1 1.2 1.5

F 20 30.53 0.50 0.34 0.34 0.48 0.48

2.0 1.9 1.3 1.3 1.8 1.8

F 25 20.55 0.53 0.53 0.40 0.63 0.53

2.1 2.0 2.0 1.5 2.4 2.0

F 25 30.53 0.50 0.50 0.40 0.61 0.53

2.0 1.9 1.9 1.5 2.3 2.0

F 25 40.58 0.58 0.61 0.42 0.77 0.61

2.2 2.2 2.3 1.6 2.9 2.3

F 31 20.71 0.71 0.42 0.42 0.69 0.69

2.7 2.7 1.6 1.6 2.6 2.6

F 31 30.69 0.69 0.40 0.42 0.66 0.69

2.6 2.6 1.5 1.6 2.5 2.6

F 31 40.74 0.77 0.50 0.45 0.82 0.77

2.8 2.9 1.9 1.7 3.1 2.9

F 41 21.3 0.98 0.79 0.87 1.3 1.2

5.1 3.7 3.0 3.3 5.0 4.7

F 41 31.3 0.95 1.2 0.82 1.3 1.2

5.0 3.6 4.6 3.1 4.8 4.6

F 41 41.5 1.1 1.3 1.0 1.5 1.3

5.6 4.2 4.8 3.8 5.7 5.1

F 51 22.6 2.0 2.2 1.5 2.4 2.2

10 7.4 8.4 5.5 9.2 8.2

F 51 32.5 1.8 2.1 1.3 2.4 2.1

9.5 7.0 8.0 5.0 8.9 8.0

F 51 42.5 2.0 2.0 1.2 2.6 1.8

9.5 7.4 7.5 4.5 9.9 7.0

F 60 33.7 2.6 1.8 2.6 3.7 2.9

14 10 7.0 10 14 11

F 60 44.0 2.9 2.1 2.9 4.0 3.4

15 11 8.0 11 15 13

F 70 35.5 4.8 2.6 4.2 5.3 4.2

21 18 10 16 20 16

F 70 45.8 5.3 2.9 4.5 6.6 4.5

22 20 11 17 25 17

F 80 310.0 8.5 4.0 7.1 10.8 8.2

38 32 15 27 41 31

F 80 410.0 9.0 4.2 7.7 12.7 8.7

38 34 16 29 48 33

F 90 317.2 14.5 7.4 13.2 19.8 14.5

65 55 28 50 75 55

F 90 417.4 15.1 7.7 13.2 22.5 15.3

66 57 29 50 85 58

(B3)

Life lubricated Quantities aregallons

litres

Oil temperature

°C [°F]

Oil change interval [hours]

Mineral oil Synthetic oil

< 65 °C

[< 150 °F]8000 25000

65 ... 80 °C

[150 °F ... 175 °F]4000 15000

80 ... 95 °C

[175 °F ... 200 °F]2000 12500

(B2)

Oil viscosity ISO VG

°C [°F] Mineral EP PAO EP PAG

ta�0�!'(�)*

[ta�0�!5�),�(*) (*) (*)

-20 °C < ta�0�8(�)*

[-5 °F < ta�0�5(�),�150 150 150

(�)*�0�ta�0�9(�)*

�9'�),�0�ta�0�I5�),�320 220 220

'(�)*�0�ta�0�4(�)*

�+(�),�0�ta�0�8(5�),�460 320 320

ta > 40 °C

[ta > 105 °F]460 (*) 460 (*) 460 (*)

(B1)

PAO /��& ��

PAG Polyglycol-based synthetic oils

(*) � ��D &�� E�� -

��&��

�� -��

��

oil plugs, if applicable, and related lubricant quantity.

Values for the oil quantity are indicative with the proper

&��

or the dipstick, when this is supplied.

� � �� .� �� .� �� -

�� .� ��6��

be noticed.

��K� ��L��!��

��.�� .�� 6��

periodical oil changes throughout the life of the gear unit.

�� -

tures between -20°C [-5°F] and +40°C [105°F].

C�� .� �� !'()*� �!5),��

!8()*��84),�� -

gressively and evenly pre-heated, or otherwise initially

�� -��

�� -

perature of -10°C [14°F], or higher.

17

2.7 MOUNTING POSITION AND TERMINAL BOX SPECIFICATION

Fill / breather plug Level plug Drain plug

��

F 10...F 31

Input:

18

��

F 10...F 31

Input:

19

��

F 41...F 60

Input:

20

��

F 41...F 60

Input:

21

��

F 70...F 90

Input:

22

F 70...F 90

Input:

23

2.8 OVERHUNG LOADS

Input and output shaft of speed reducer can be subject

�� #��

shaft itself.

Overhung load can be calculated with the following

��

study.

[N.B. (1) = input shaft; (2) = output shaft]

Rc =2 x T x Kr

d

Rc = overhung load in [lbs]

T = torque in [lb·in]

�� 3�� #��.�� .�

sheave or pulley

Kr �3� ��

� � E��#��:�� ;�-----------�8-((

Spur or helical pinion ................................. 1.25

V-belt sheave ............................................. 1.50

Flat belt pulley ............................................ 2.00

a) load Rc1 or Rc2��

in table (B4).

�� C��

capacity by observing the condition:

Rc1�0��n1 ; Rc2�0��n2

(B4)

L

Rn1-2

L/2 L/2

b)� �� V�V� ��

shown in table (B5).

* ��

Rx1 and Rx2 �� 6�� =

Rn1,Rn2�3��C�� !��

(radial load table)

a = load location factor

b = load location factor

c = load location factor

�� 3��

load location factors a, b, c are shown in table (B6).

a

��W�K�KRx1 = Rn1 x

a

��W�K�K; Rx2 = Rn2 x

L

2A�K�L�A�as long as

(B5)

(B6)

X

Rx1-2

Load location factors [in]

Output shaft Input shaft

a b c a b c

F 10 2 4.8 4.0 17.7 0.8 0 11.8

F 20 2 5.7 4.5 23.6 1.6 0.8 13.8

F 20 3 5.7 4.5 23.6 0.8 0 11.8

F 25 2 - F 25 3 6.2 5.0 31.5 1.6 0.8 13.8

F 25 4 6.2 5.0 31.5 0.8 0 11.8

F 31 2 - F 31 3 6.5 5.3 33.5 1.5 0.7 13.8

F 31 4 6.5 5.3 33.5 0.8 0 11.8

F 41 2 - F 41 3 7.5 6.0 39.4 1.9 1.0 17.7

F 41 4 7.5 6.0 39.4 1.6 0.8 13.8

F 51 2 - F 51 3 9.2 7.2 51.2 1.9 1.0 17.7

F 51 4 9.2 7.2 51.2 1.5 0.7 13.8

F 60 3 10.2 7.8 43.3 2.2 1.0 23.6

F 60 4 10.2 7.8 43.3 1.9 1.0 17.7

F 70 3 13.5 10.9 63.0 3.4 1.2 39.4

F 70 4 13.5 10.9 63.0 1.9 1.0 17.7

F 80 3 15.2 11.9 70.9 3.4 1.2 39.4

F 80 4 15.2 11.9 70.9 1.9 1.0 17.7

F 90 3 18.1 13.9 94.5 4.6 1.8 55.1

F 90 4 18.1 13.9 94.5 1.9 1.0 17.7

24

Output shaft OHL

Rated values for radial load referred to mid-point of the

output shaft are listed in the gearmotor and speed reduc-

er rating charts. They are based on transmitted torque

T2 and rated torque Tn2 respectively and for the most

unfavourable condition as far as the load angle and rota-

tion direction.

If permitted values are below required values, please

consult our Technical Service Department reporting the

load angle and shaft rotation direction.

Input shaft OHL

These values which are shown in the speed reducer se-

lection charts are speed sensitive and are calculated at

mid-point of the input shaft.

If permitted values are below required values, please

consult our Technical Service reporting load orientation

and shaft rotation direction.

Thrust loads,

Maximum permitted thrust loads can be calculated as

follows:

An1 = Rn1 x 0.2

An2 = Rn2 x 0.2

��

Technical Service.

2.9 ANTI-RUN BACK DEVICE

On request the gear unit can be provided complete with

an anti-run back device allowing the output shaft to ro-

��

– option AL/AR.

Table B7 shows the gearboxes in which the anti-run back

device can be installed.

Rn2

Rn1

An2An1

N.B. When the anti-run back device operates

very frequently make sure that the torque back-

driving the gearbox does not exceed 70% of the rated

torque Mn2 for the captioned gear unit.

When ordering the gear unit, the direction of free rotation

��

(B7)

F 31 2* F 41 2 (6.7 ; 10.8)

F 31 3* F 41 3 F 51 3 F 60 3 F 70 3 F 80 3 F 90 3

F 51 4 F 60 4 F 70 4 F 80 4 F 90 4

�� !��"��

adapters type S_60A, S_ 60B, S_80A.

2.10 SIDE FLATS (FL Option)

Gear units from F 10 through F 41 can be side machined

and tapped by specifying the FL option.

Gear units type F 51 through F 90 are side machined and

tapped as standard. Mounting dimensions relevant to the

FL option are given in the chart at page 200.

25

2.11 GEARMOTOR RATING CHARTS

0.16 hp

n2 T2 S i Rn2

�� [Ib·in]Safety

factor(ratio) [Ib]

228 42 16.0 7.4:1 420 F 102_7.4 S05 + M05A4 P63 + BN63A4 N56C 99...102

197 49 14.9 8.6:1 440 F 102_8.6 S05 + M05A4 P63 + BN63A4 N56C 99...102

173 55 14.2 9.8:1 460 F 102_9.8 S05 + M05A4 P63 + BN63A4 N56C 99...102

146 65 13.0 11.5:1 490 F 102_11.5 S05 + M05A4 P63 + BN63A4 N56C 99...102

130 74 12.5 13.0:1 510 F 102_13.0 S05 + M05A4 P63 + BN63A4 N56C 99...102

115 83 12.7 14.6:1 530 F 102_14.6 S05 + M05A4 P63 + BN63A4 N56C 99...102

100 96 11.7 17.0:1 550 F 102_17.0 S05 + M05A4 P63 + BN63A4 N56C 99...102

88 110 10.9 19.3:1 580 F 102_19.3 S05 + M05A4 P63 + BN63A4 N56C 99...102

74 130 9.6 22.8:1 610 F 102_22.8 S05 + M05A4 P63 + BN63A4 N56C 99...102

65 146 8.4 25.8:1 630 F 102_25.8 S05 + M05A4 P63 + BN63A4 N56C 99...102

58 168 7.4 29.6:1 630 F 102_29.6 S05 + M05A4 P63 + BN63A4 N56C 99...102

51 187 6.7 33.0:1 630 F 102_33.0 S05 + M05A4 P63 + BN63A4 N56C 99...102

48 201 6.2 35.3:1 630 F 102_35.3 S05 + M05A4 P63 + BN63A4 N56C 99...102

43 225 5.5 39.6:1 630 F 102_39.6 S05 + M05A4 P63 + BN63A4 N56C 99...102

38 253 4.9 44.7:1 630 F 102_44.7 S05 + M05A4 P63 + BN63A4 N56C 99...102

35 276 4.5 48.7:1 630 F 102_48.7 S05 + M05A4 P63 + BN63A4 N56C 99...102

29.8 322 3.9 56.7:1 630 F 102_56.7 S05 + M05A4 P63 + BN63A4 N56C 99...102

26.8 357 3.5 63.0:1 630 F 102_63.0 S05 + M05A4 P63 + BN63A4 N56C 99...102

23.8 404 3.0 71.1:1 630 F 102_71.1 S05 + M05A4 P63 + BN63A4 N56C 99...102

20.8 461 2.6 81.3:1 630 F 102_81.3 S05 + M05A4 P63 + BN63A4 N56C 99...102

18.7 513 4.3 90.4:1 900 F 202_90.4 S05 + M05A4 P63 + BN63A4 N56C 110...113

18.5 519 2.4 91.5:1 630 F 102_91.5 S05 + M05A4 P63 + BN63A4 N56C 99...102

16.6 577 3.8 101.6:1 900 F 202_101.6 S05 + M05A4 P63 + BN63A4 N56C 110...113

15.9 602 2.0 106.0:1 630 F 102_106.0 S05 + M05A4 P63 + BN63A4 N56C 99...102

14.8 649 3.4 114.3:1 900 F 202_114.3 S05 + M05A4 P63 + BN63A4 N56C 110...113

13.3 721 1.8 127.1:1 630 F 102_127.1 S05 + M05A4 P63 + BN63A4 N56C 99...102

12.8 750 2.9 132.2:1 900 F 202_132.2 S05 + M05A4 P63 + BN63A4 N56C 110...113

11.8 794 4.4 143.0:1 1460 F 253_143.0 S05 + M05A4 P63 + BN63A4 N56C 121...124

10.9 866 4.0 155.9:1 1460 F 253_155.9 S05 + M05A4 P63 + BN63A4 N56C 121...124

10.8 868 2.5 156.3:1 900 F 203_156.3 S05 + M05A4 P63 + BN63A4 N56C 110...113

9.8 959 2.3 172.6:1 900 F 203_172.6 S05 + M05A4 P63 + BN63A4 N56C 110...113

9.6 968 3.6 174.2:1 1460 F 253_174.2 S05 + M05A4 P63 + BN63A4 N56C 121...124

9.1 1027 2.1 184.9:1 900 F 203_184.9 S05 + M05A4 P63 + BN63A4 N56C 110...113

8.8 1075 3.3 193.6:1 1460 F 253_193.6 S05 + M05A4 P63 + BN63A4 N56C 121...124

8.1 1162 1.9 209.3:1 900 F 203_209.3 S05 + M05A4 P63 + BN63A4 N56C 110...113

7.4 1265 2.8 227.8:1 1460 F 253_227.8 S05 + M05A4 P63 + BN63A4 N56C 121...124

26

0.16 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

7.4 1268 4.2 228.2:1 1460 F 313_228.2 P63 + BN63A4 N56C 132...135

6.6 1418 1.5 255.3:1 900 F 203_255.3 S05 + M05A4 P63 + BN63A4 N56C 110...113

6.6 1423 2.5 256.1:1 1460 F 253_256.1 S05 + M05A4 P63 + BN63A4 N56C 121...124

6.6 1408 3.8 253.6:1 1460 F 313_253.6 P63 + BN63A4 N56C 132...135

5.9 1584 1.4 285.2:1 900 F 203_285.2 S05 + M05A4 P63 + BN63A4 N56C 110...113

5.9 1600 2.3 288.1:1 1460 F 253_288.1 S05 + M05A4 P63 + BN63A4 N56C 121...124

5.8 1632 3.3 293.8:1 1460 F 313_293.8 P63 + BN63A4 N56C 132...135

5.4 1760 1.3 316.9:1 900 F 203_316.9 S05 + M05A4 P63 + BN63A4 N56C 110...113

5.1 1850 1.9 333.1:1 1460 F 253_333.1 S05 + M05A4 P63 + BN63A4 N56C 121...124

5.1 1849 2.9 332.8:1 1460 F 313_332.8 P63 + BN63A4 N56C 132...135

4.5 2080 2.5 374.4:1 1460 F 313_374.4 P63 + BN63A4 N56C 132...135

4.3 2141 1.6 393.9:1 1460 F 254_393.9 S05 + M05A4 P63 + BN63A4 N56C 121...124

4.0 2276 2.4 418.9:1 1460 F 314_418.9 S05 + M05A4 P63 + BN63A4 N56C 132...135

3.9 2364 1.5 434.9:1 1460 F 254_434.9 S05 + M05A4 P63 + BN63A4 N56C 121...124

3.9 2357 4.2 433.7:1 1910 F 414_433.7 S05 + M05A4 P63 + BN63A4 N56C 143...146

3.6 2532 1.4 466.0:1 1460 F 254_466.0 S05 + M05A4 P63 + BN63A4 N56C 121...124

3.6 2514 2.1 462.6:1 1460 F 314_462.6 S05 + M05A4 P63 + BN63A4 N56C 132...135

3.3 2866 1.3 527.3:1 1460 F 254_527.3 S05 + M05A4 P63 + BN63A4 N56C 121...124

3.3 2868 1.9 527.8:1 1460 F 314_527.8 S05 + M05A4 P63 + BN63A4 N56C 132...135

3.1 2988 3.3 549.8:1 1910 F 414_549.8 S05 + M05A4 P63 + BN63A4 N56C 143...146

2.9 3205 1.1 589.7:1 1460 F 254_589.7 S05 + M05A4 P63 + BN63A4 N56C 121...124

2.9 3144 1.6 578.6:1 1460 F 314_578.6 S05 + M05A4 P63 + BN63A4 N56C 132...135

2.8 3369 1.6 619.9:1 1460 F 314_619.9 S05 + M05A4 P63 + BN63A4 N56C 132...135

2.5 3726 1.4 685.6:1 1460 F 314_685.6 S05 + M05A4 P63 + BN63A4 N56C 132...135

2.5 3751 2.6 690.1:1 1910 F 414_690.1 S05 + M05A4 P63 + BN63A4 N56C 143...146

2.3 4143 1.3 762.3:1 1460 F 314_762.3 S05 + M05A4 P63 + BN63A4 N56C 132...135

2.3 4018 2.4 739.4:1 1910 F 414_739.4 S05 + M05A4 P63 + BN63A4 N56C 143...146

2.1 4423 2.1 813.8:1 1910 F 414_813.8 S05 + M05A4 P63 + BN63A4 N56C 143...146

2.0 4520 1.1 831.6:1 1460 F 314_831.6 S05 + M05A4 P63 + BN63A4 N56C 132...135

1.9 4894 2.0 900.5:1 1910 F 414_900.5 S05 + M05A4 P63 + BN63A4 N56C 143...146

1.8 5339 1.8 982.4:1 1910 F 414_982.4 S05 + M05A4 P63 + BN63A4 N56C 143...146

1.5 5935 1.6 1092:1 1910 F 414_1092 S05 + M05A4 P63 + BN63A4 N56C 143...146

1.4 6594 1.5 1213:1 1910 F 414_1213 S05 + M05A4 P63 + BN63A4 N56C 143...146

1.2 7666 1.3 1411:1 1910 F 414_1411 S05 + M05A4 P63 + BN63A4 N56C 143...146

0.81 11300 3.9 2019:1 7870 F 704_2019 P63 + BN63A4 N56C 176...179

0.75 12249 3.6 2188:1 7870 F 704_2188 P63 + BN63A4 N56C 176...179

27

0.25 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

225 66 10.1 7.4:1 420 F 102_7.4 S05 + M05B4 P63 + BN63B4 N56C 99...102

195 77 9.4 8.6:1 440 F 102_8.6 S05 + M05B4 P63 + BN63B4 N56C 99...102

171 88 9.0 9.8:1 460 F 102_9.8 S05 + M05B4 P63 + BN63B4 N56C 99...102

144 103 8.2 11.5:1 480 F 102_11.5 S05 + M05B4 P63 + BN63B4 N56C 99...102

128 117 7.8 13.0:1 500 F 102_13.0 S05 + M05B4 P63 + BN63B4 N56C 99...102

114 131 8.1 14.6:1 520 F 102_14.6 S05 + M05B4 P63 + BN63B4 N56C 99...102

99 152 7.4 17.0:1 550 F 102_17.0 S05 + M05B4 P63 + BN63B4 N56C 99...102

86 173 7.0 19.3:1 570 F 102_19.3 S05 + M05B4 P63 + BN63B4 N56C 99...102

73 205 6.1 22.8:1 600 F 102_22.8 S05 + M05B4 P63 + BN63B4 N56C 99...102

65 231 5.4 25.8:1 620 F 102_25.8 S05 + M05B4 P63 + BN63B4 N56C 99...102

57 266 4.6 29.6:1 630 F 102_29.6 S05 + M05B4 P63 + BN63B4 N56C 99...102

51 296 4.2 33.0:1 630 F 102_33.0 S05 + M05B4 P63 + BN63B4 N56C 99...102

47 317 3.9 35.3:1 630 F 102_35.3 S05 + M05B4 P63 + BN63B4 N56C 99...102

42 356 3.5 39.6:1 630 F 102_39.6 S05 + M05B4 P63 + BN63B4 N56C 99...102

37 401 3.1 44.7:1 630 F 102_44.7 S05 + M05B4 P63 + BN63B4 N56C 99...102

34 437 2.8 48.7:1 630 F 102_48.7 S05 + M05B4 P63 + BN63B4 N56C 99...102

29.5 509 2.4 56.7:1 630 F 102_56.7 S05 + M05B4 P63 + BN63B4 N56C 99...102

26.9 555 4.0 61.9:1 900 F 202_61.9 S05 + M05B4 P63 + BN63B4 N56C 110...113

26.6 565 2.2 63.0:1 630 F 102_63.0 S05 + M05B4 P63 + BN63B4 N56C 99...102

24.2 620 3.5 69.1:1 900 F 202_69.1 S05 + M05B4 P63 + BN63B4 N56C 110...113

23.5 638 2.0 71.1:1 630 F 102_71.1 S05 + M05B4 P63 + BN63B4 N56C 99...102

21.8 689 3.2 76.8:1 900 F 202_76.8 S05 + M05B4 P63 + BN63B4 N56C 110...113

20.5 729 1.7 81.3:1 630 F 102_81.3 S05 + M05B4 P63 + BN63B4 N56C 99...102

18.5 811 2.7 90.4:1 900 F 202_90.4 S05 + M05B4 P63 + BN63B4 N56C 110...113

18.2 821 1.5 91.5:1 630 F 102_91.5 S05 + M05B4 P63 + BN63B4 N56C 99...102

17.5 839 4.3 95.5:1 1460 F 253_95.5 S05 + M05B4 P63 + BN63B4 N56C 121...124

16.4 912 2.4 101.6:1 900 F 202_101.6 S05 + M05B4 P63 + BN63B4 N56C 110...113

15.8 951 1.3 106.0:1 630 F 102_106.0 S05 + M05B4 P63 + BN63B4 N56C 99...102

15.8 926 3.8 105.4:1 1460 F 253_105.4 S05 + M05B4 P63 + BN63B4 N56C 121...124

14.8 992 3.5 113.0:1 1460 F 253_113.0 S05 + M05B4 P63 + BN63B4 N56C 121...124

14.5 1026 2.2 114.3:1 900 F 202_114.3 S05 + M05B4 P63 + BN63B4 N56C 110...113

13.2 1141 1.1 127.1:1 630 F 102_127.1 S05 + M05B4 P63 + BN63B4 N56C 99...102

13.0 1123 3.2 127.8:1 1460 F 253_127.8 S05 + M05B4 P63 + BN63B4 N56C 121...124

12.7 1186 1.8 132.2:1 900 F 202_132.2 S05 + M05B4 P63 + BN63B4 N56C 110...113

11.9 1236 4.3 140.7:1 1460 F 313_140.7 P63 + BN63B4 N56C 132...135

11.6 1255 2.8 143.0:1 1460 F 253_143.0 S05 + M05B4 P63 + BN63B4 N56C 121...124

11.1 1324 4.0 150.8:1 1460 F 313_150.8 P63 + BN63B4 N56C 132...135

28

0.25 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

10.8 1370 2.6 155.9:1 1460 F 253_155.9 S05 + M05B4 P63 + BN63B4 N56C 121...124

10.6 1373 1.6 156.3:1 900 F 203_156.3 S05 + M05B4 P63 + BN63B4 N56C 110...113

10.0 1465 3.7 166.8:1 1460 F 313_166.8 P63 + BN63B4 N56C 132...135

9.6 1516 1.5 172.6:1 900 F 203_172.6 S05 + M05B4 P63 + BN63B4 N56C 110...113

9.6 1530 2.3 174.2:1 1460 F 253_174.2 S05 + M05B4 P63 + BN63B4 N56C 121...124

9.0 1624 1.3 184.9:1 900 F 203_184.9 S05 + M05B4 P63 + BN63B4 N56C 110...113

9.0 1629 3.3 185.4:1 1460 F 313_185.4 P63 + BN63B4 N56C 132...135

8.6 1700 2.1 193.6:1 1460 F 253_193.6 S05 + M05B4 P63 + BN63B4 N56C 121...124

8.2 1777 2.9 202.3:1 1460 F 313_202.3 P63 + BN63B4 N56C 132...135

8.0 1838 1.2 209.3:1 900 F 203_209.3 S05 + M05B4 P63 + BN63B4 N56C 110...113

7.3 2001 1.7 227.8:1 1460 F 253_227.8 S05 + M05B4 P63 + BN63B4 N56C 121...124

7.3 2004 2.7 228.2:1 1460 F 313_228.2 P63 + BN63B4 N56C 132...135

6.6 2249 1.6 256.1:1 1460 F 253_256.1 S05 + M05B4 P63 + BN63B4 N56C 121...124

6.6 2227 2.4 253.6:1 1460 F 313_253.6 P63 + BN63B4 N56C 132...135

6.2 2344 4.2 266.9:1 1910 F 413_266.9 P63 + BN63B4 N56C 143...146

5.8 2531 1.3 288.1:1 1460 F 253_288.1 S05 + M05B4 P63 + BN63B4 N56C 121...124

5.7 2581 2.1 293.8:1 1460 F 313_293.8 P63 + BN63B4 N56C 132...135

5.7 2605 3.8 296.6:1 1910 F 413_296.6 P63 + BN63B4 N56C 143...146

5.1 2926 1.2 333.1:1 1460 F 253_333.1 S05 + M05B4 P63 + BN63B4 N56C 121...124

5.1 2923 1.8 332.8:1 1460 F 313_332.8 P63 + BN63B4 N56C 132...135

4.8 3028 3.2 344.8:1 1910 F 413_344.8 P63 + BN63B4 N56C 143...146

4.4 3288 1.6 374.4:1 1460 F 313_374.4 P63 + BN63B4 N56C 132...135

4.3 3385 1.1 393.9:1 1460 F 254_393.9 S05 + M05B4 P63 + BN63B4 N56C 121...124

4.0 3600 1.5 418.9:1 1460 F 314_418.9 S05 + M05B4 P63 + BN63B4 N56C 132...135

3.8 3727 2.6 433.7:1 1910 F 414_433.7 S05 + M05B4 P63 + BN63B4 N56C 143...146

3.7 3975 1.3 462.6:1 1460 F 314_462.6 S05 + M05B4 P63 + BN63B4 N56C 132...135

3.2 4535 1.2 527.8:1 1460 F 314_527.8 S05 + M05B4 P63 + BN63B4 N56C 132...135

3.0 4725 2.1 549.8:1 1910 F 414_549.8 S05 + M05B4 P63 + BN63B4 N56C 143...146

2.9 4972 1.1 578.6:1 1460 F 314_578.6 S05 + M05B4 P63 + BN63B4 N56C 132...135

2.4 5930 1.6 690.1:1 1910 F 414_690.1 S05 + M05B4 P63 + BN63B4 N56C 143...146

2.3 6354 1.6 739.4:1 1910 F 414_739.4 S05 + M05B4 P63 + BN63B4 N56C 143...146

2.0 6993 1.3 813.8:1 1910 F 414_813.8 S05 + M05B4 P63 + BN63B4 N56C 143...146

1.9 7739 1.2 900.5:1 1910 F 414_900.5 S05 + M05B4 P63 + BN63B4 N56C 143...146

1.6 8442 1.1 982.4:1 1910 F 414_982.4 S05 + M05B4 P63 + BN63B4 N56C 143...146

29

0.33 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

226 88 7.7 7.4:1 420 F 102_7.4 S05 + M05C4 P71 + BN71A4 N56C 99...102

201 99 7.3 8.6:1 440 F 102_8.6 S05 + M05C4 P71 + BN71A4 N56C 99...102

171 116 6.8 9.8:1 460 F 102_9.8 S05 + M05C4 P71 + BN71A4 N56C 99...102

150 133 6.5 11.5:1 480 F 102_11.5 S05 + M05C4 P71 + BN71A4 N56C 99...102

128 154 5.9 13.0:1 500 F 102_13.0 S05 + M05C4 P71 + BN71A4 N56C 99...102

113 173 6.1 14.6:1 520 F 102_14.6 S05 + M05C4 P71 + BN71A4 N56C 99...102

101 195 5.8 17.0:1 540 F 102_17.0 S05 + M05C4 P71 + BN71A4 N56C 99...102

86 229 5.3 19.3:1 570 F 102_19.3 S05 + M05C4 P71 + BN71A4 N56C 99...102

74 270 4.6 22.8:1 600 F 102_22.8 S05 + M05C4 P71 + BN71A4 N56C 99...102

65 305 4.0 25.8:1 620 F 102_25.8 S05 + M05C4 P71 + BN71A4 N56C 99...102

56 351 3.5 29.6:1 630 F 102_29.6 S05 + M05C4 P71 + BN71A4 N56C 99...102

51 391 3.2 33.0:1 630 F 102_33.0 S05 + M05C4 P71 + BN71A4 N56C 99...102

47 419 2.9 35.3:1 630 F 102_35.3 S05 + M05C4 P71 + BN71A4 N56C 99...102

42 469 2.7 39.6:1 630 F 102_39.6 S05 + M05C4 P71 + BN71A4 N56C 99...102

37 531 4.2 44.8:1 870 F 202_44.8 S05 + M05C4 P71 + BN71A4 N56C 110...113

37 529 2.4 44.7:1 630 F 102_44.7 S05 + M05C4 P71 + BN71A4 N56C 99...102

34 577 2.2 48.7:1 630 F 102_48.7 S05 + M05C4 P71 + BN71A4 N56C 99...102

33 601 3.7 50.7:1 900 F 202_50.7 S05 + M05C4 P71 + BN71A4 N56C 110...113

29.4 671 1.9 56.7:1 630 F 102_56.7 S05 + M05C4 P71 + BN71A4 N56C 99...102

29.4 672 3.3 56.7:1 900 F 202_56.7 S05 + M05C4 P71 + BN71A4 N56C 110...113

27.0 733 3.0 61.9:1 900 F 202_61.9 S05 + M05C4 P71 + BN71A4 N56C 110...113

26.5 746 1.6 63.0:1 630 F 102_63.0 S05 + M05C4 P71 + BN71A4 N56C 99...102

24.2 819 2.7 69.1:1 900 F 202_69.1 S05 + M05C4 P71 + BN71A4 N56C 110...113

23.4 842 1.5 71.1:1 630 F 102_71.1 S05 + M05C4 P71 + BN71A4 N56C 99...102

21.8 888 4.0 76.6:1 1440 F 253_76.6 S05 + M05C4 P71 + BN71A4 N56C 121...124

21.7 910 2.4 76.8:1 900 F 202_76.8 S05 + M05C4 P71 + BN71A4 N56C 110...113

20.6 963 1.3 81.3:1 630 F 102_81.3 S05 + M05C4 P71 + BN71A4 N56C 99...102

20.1 967 3.7 83.4:1 1460 F 253_83.4 S05 + M05C4 P71 + BN71A4 N56C 121...124

18.4 1071 2.0 90.4:1 900 F 202_90.4 S05 + M05C4 P71 + BN71A4 N56C 110...113

18.2 1083 1.1 91.5:1 630 F 102_91.5 S05 + M05C4 P71 + BN71A4 N56C 99...102

17.4 1107 3.2 95.5:1 1460 F 253_95.5 S05 + M05C4 P71 + BN71A4 N56C 121...124

16.5 1204 1.9 101.6:1 900 F 202_101.6 S05 + M05C4 P71 + BN71A4 N56C 110...113

15.8 1222 2.9 105.4:1 1460 F 253_105.4 S05 + M05C4 P71 + BN71A4 N56C 121...124

15.3 1267 4.2 112.5:1 1460 F 313_112.5 P71 + BN71A4 N56C 132...135

15.2 1272 2.8 113.0:1 1460 F 253_113.0 S05 + M05C4 P71 + BN71A4 N56C 121...124

14.6 1354 1.6 114.3:1 900 F 202_114.3 S05 + M05C4 P71 + BN71A4 N56C 110...113

13.3 1445 3.7 128.4:1 1460 F 313_128.4 P71 + BN71A4 N56C 132...135

30

0.33 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

13.1 1482 2.4 127.8:1 1460 F 253_127.8 S05 + M05C4 P71 + BN71A4 N56C 121...124

12.6 1565 1.4 132.2:1 900 F 202_132.2 S05 + M05C4 P71 + BN71A4 N56C 110...113

12.2 1584 3.3 140.7:1 1460 F 313_140.7 P71 + BN71A4 N56C 132...135

12.1 1609 2.2 143.0:1 1460 F 253_143.0 S05 + M05C4 P71 + BN71A4 N56C 121...124

11.5 1697 3.2 150.8:1 1460 F 313_150.8 P71 + BN71A4 N56C 132...135

10.7 1812 1.3 156.3:1 900 F 203_156.3 S05 + M05C4 P71 + BN71A4 N56C 110...113

10.7 1808 1.9 155.9:1 1460 F 253_155.9 S05 + M05C4 P71 + BN71A4 N56C 121...124

10.3 1877 2.8 166.8:1 1460 F 313_166.8 P71 + BN71A4 N56C 132...135

10.0 1943 1.1 172.6:1 900 F 203_172.6 S05 + M05C4 P71 + BN71A4 N56C 110...113

9.6 2020 1.8 174.2:1 1460 F 253_174.2 S05 + M05C4 P71 + BN71A4 N56C 121...124

9.2 2087 2.5 185.4:1 1460 F 313_185.4 P71 + BN71A4 N56C 132...135

8.6 2244 1.5 193.6:1 1460 F 253_193.6 S05 + M05C4 P71 + BN71A4 N56C 121...124

8.6 2239 4.3 198.9:1 1910 F 413_198.9 P71 + BN71A4 N56C 143...146

8.5 2277 2.3 202.3:1 1460 F 313_202.3 P71 + BN71A4 N56C 132...135

7.9 2478 3.9 220.1:1 1910 F 413_220.1 P71 + BN71A4 N56C 143...146

7.5 2569 2.0 228.2:1 1460 F 313_228.2 P71 + BN71A4 N56C 132...135

7.4 2641 1.4 227.8:1 1460 F 253_227.8 S05 + M05C4 P71 + BN71A4 N56C 121...124

7.1 2703 3.5 240.1:1 1910 F 413_240.1 P71 + BN71A4 N56C 143...146

6.7 2855 1.9 253.6:1 1460 F 313_253.6 P71 + BN71A4 N56C 132...135

6.5 2969 1.1 256.1:1 1460 F 253_256.1 S05 + M05C4 P71 + BN71A4 N56C 121...124

6.5 3005 3.3 266.9:1 1910 F 413_266.9 P71 + BN71A4 N56C 143...146

5.9 3308 1.6 293.8:1 1460 F 313_293.8 P71 + BN71A4 N56C 132...135

5.9 3339 2.9 296.6:1 1910 F 413_296.6 P71 + BN71A4 N56C 143...146

5.1 3747 1.4 332.8:1 1460 F 313_332.8 P71 + BN71A4 N56C 132...135

5.0 3881 2.5 344.8:1 1910 F 413_344.8 P71 + BN71A4 N56C 143...146

4.6 4215 1.3 374.4:1 1460 F 313_374.4 P71 + BN71A4 N56C 132...135

4.0 4751 1.1 418.9:1 1460 F 314_418.9 S05 + M05C4 P71 + BN71A4 N56C 132...135

3.9 4919 2.0 433.7:1 1910 F 414_433.7 S05 + M05C4 P71 + BN71A4 N56C 143...146

3.0 6237 1.5 549.8:1 1910 F 414_549.8 S05 + M05C4 P71 + BN71A4 N56C 143...146

2.4 7828 1.3 690.1:1 1910 F 414_690.1 S05 + M05C4 P71 + BN71A4 N56C 143...146

2.2 8387 1.1 739.4:1 1910 F 414_739.4 S05 + M05C4 P71 + BN71A4 N56C 143...146

2.1 8963 1.1 813.8:1 1910 F 414_813.8 S05 + M05C4 P71 + BN71A4 N56C 143...146

31

0.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

230 130 5.2 7.4:1 420 F 102_7.4 S1 + M1SD4 P71 + BN71B4 N56C 99...102

199 151 4.8 8.6:1 430 F 102_8.6 S1 + M1SD4 P71 + BN71B4 N56C 99...102

174 172 4.6 9.8:1 450 F 102_9.8 S1 + M1SD4 P71 + BN71B4 N56C 99...102

148 203 4.2 11.5:1 480 F 102_11.5 S1 + M1SD4 P71 + BN71B4 N56C 99...102

130 230 4.1 13.0:1 490 F 102_13.0 S1 + M1SD4 P71 + BN71B4 N56C 99...102

117 258 4.1 14.6:1 510 F 102_14.6 S1 + M1SD4 P71 + BN71B4 N56C 99...102

101 299 3.8 17.0:1 540 F 102_17.0 S1 + M1SD4 P71 + BN71B4 N56C 99...102

88 341 3.6 19.3:1 560 F 102_19.3 S1 + M1SD4 P71 + BN71B4 N56C 99...102

74 402 3.1 22.8:1 580 F 102_22.8 S1 + M1SD4 P71 + BN71B4 N56C 99...102

66 454 2.7 25.8:1 600 F 102_25.8 S1 + M1SD4 P71 + BN71B4 N56C 99...102

57 522 2.3 29.6:1 630 F 102_29.6 S1 + M1SD4 P71 + BN71B4 N56C 99...102

56 536 4.2 30.4:1 760 F 202_30.4 S1 + M1SD4 P71 + BN71B4 N56C 110...113

52 581 2.1 33.0:1 630 F 102_33.0 S1 + M1SD4 P71 + BN71B4 N56C 99...102

51 583 3.8 33.1:1 780 F 202_33.1 S1 + M1SD4 P71 + BN71B4 N56C 110...113

48 623 2.0 35.3:1 630 F 102_35.3 S1 + M1SD4 P71 + BN71B4 N56C 99...102

45 668 3.3 37.9:1 810 F 202_37.9 S1 + M1SD4 P71 + BN71B4 N56C 110...113

43 699 1.7 39.6:1 630 F 102_39.6 S1 + M1SD4 P71 + BN71B4 N56C 99...102

41 737 3.0 41.8:1 830 F 202_41.8 S1 + M1SD4 P71 + BN71B4 N56C 110...113

38 787 1.6 44.7:1 630 F 102_44.7 S1 + M1SD4 P71 + BN71B4 N56C 99...102

38 790 2.8 44.8:1 850 F 202_44.8 S1 + M1SD4 P71 + BN71B4 N56C 110...113

38 783 4.3 44.4:1 1210 F 252_44.4 S1 + M1SD4 P71 + BN71B4 N56C 121...124

35 859 1.5 48.7:1 630 F 102_48.7 S1 + M1SD4 P71 + BN71B4 N56C 99...102

34 894 2.5 50.7:1 880 F 202_50.7 S1 + M1SD4 P71 + BN71B4 N56C 110...113

34 876 4.1 50.8:1 1250 F 253_50.8 S1 + M1SD4 P71 + BN71B4 N56C 121...124

30 999 1.2 56.7:1 630 F 102_56.7 S1 + M1SD4 P71 + BN71B4 N56C 99...102

30 1000 2.2 56.7:1 900 F 202_56.7 S1 + M1SD4 P71 + BN71B4 N56C 110...113

29.2 1007 3.6 58.3:1 1290 F 253_58.3 S1 + M1SD4 P71 + BN71B4 N56C 121...124

27.4 1091 2.0 61.9:1 900 F 202_61.9 S1 + M1SD4 P71 + BN71B4 N56C 110...113

26.9 1110 1.1 63.0:1 630 F 102_63.0 S1 + M1SD4 P71 + BN71B4 N56C 99...102

26.1 1127 3.2 65.3:1 1330 F 253_65.3 S1 + M1SD4 P71 + BN71B4 N56C 121...124

24.6 1219 1.8 69.1:1 900 F 202_69.1 S1 + M1SD4 P71 + BN71B4 N56C 110...113

22.2 1321 2.7 76.6:1 1380 F 253_76.6 S1 + M1SD4 P71 + BN71B4 N56C 121...124

22.1 1354 1.6 76.8:1 900 F 202_76.8 S1 + M1SD4 P71 + BN71B4 N56C 110...113

21.6 1361 3.9 78.9:1 1460 F 313_78.9 S1 + M1SD4 P71 + BN71B4 N56C 132...135

20.4 1439 2.5 83.4:1 1410 F 253_83.4 S1 + M1SD4 P71 + BN71B4 N56C 121...124

19.5 1508 3.6 87.4:1 1460 F 313_87.4 S1 + M1SD4 P71 + BN71B4 N56C 132...135

18.9 1594 1.4 90.4:1 900 F 202_90.4 S1 + M1SD4 P71 + BN71B4 N56C 110...113

32

0.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

17.7 1648 2.1 95.5:1 1460 F 253_95.5 S1 + M1SD4 P71 + BN71B4 N56C 121...124

16.8 1791 1.2 101.6:1 900 F 202_101.6 P71 + BN71B4 N56C 110...113

16.6 1758 3.1 101.9:1 1460 F 313_101.9 S1 + M1SD4 P71 + BN71B4 N56C 132...135

16.1 1819 2.0 105.4:1 1460 F 253_105.4 S1 + M1SD4 P71 + BN71B4 N56C 121...124

15.1 1942 2.7 112.5:1 1460 F 313_112.5 S1 + M1SD4 P71 + BN71B4 N56C 132...135

15.0 1949 1.8 113.0:1 1460 F 253_113.0 S1 + M1SD4 P71 + BN71B4 N56C 121...124

13.3 2206 1.6 127.8:1 1460 F 253_127.8 S1 + M1SD4 P71 + BN71B4 N56C 121...124

13.3 2215 2.3 128.4:1 1460 F 313_128.4 S1 + M1SD4 P71 + BN71B4 N56C 132...135

12.7 2319 4.2 134.4:1 1910 F 413_134.4 S1 + M1SD4 P71 + BN71B4 N56C 143...146

12.0 2428 2.2 140.7:1 1460 F 313_140.7 S1 + M1SD4 P71 + BN71B4 N56C 132...135

11.9 2467 1.5 143.0:1 1460 F 253_143.0 S1 + M1SD4 P71 + BN71B4 N56C 121...124

11.3 2602 2.1 150.8:1 1460 F 313_150.8 S1 + M1SD4 P71 + BN71B4 N56C 132...135

10.9 2691 1.4 155.9:1 1460 F 253_155.9 S1 + M1SD4 P71 + BN71B4 N56C 121...124

10.2 2878 1.8 166.8:1 1460 F 313_166.8 S1 + M1SD4 P71 + BN71B4 N56C 132...135

10.1 2911 3.3 168.7:1 1910 F 413_168.7 S1 + M1SD4 P71 + BN71B4 N56C 143...146

9.8 3006 1.2 174.2:1 1460 F 253_174.2 S1 + M1SD4 P71 + BN71B4 N56C 121...124

9.4 3119 3.1 180.7:1 1910 F 413_180.7 S1 + M1SD4 P71 + BN71B4 N56C 143...146

9.2 3200 1.6 185.4:1 1460 F 313_185.4 S1 + M1SD4 P71 + BN71B4 N56C 132...135

8.6 3432 2.8 198.9:1 1910 F 413_198.9 S1 + M1SD4 P71 + BN71B4 N56C 143...146

8.4 3490 1.5 202.3:1 1460 F 313_202.3 S1 + M1SD4 P71 + BN71B4 N56C 132...135

7.8 3742 4.3 216.9:1 2700 F 513_216.9 S1 + M1SD4 P71 + BN71B4 N56C 154...157

7.7 3798 2.6 220.1:1 1910 F 413_220.1 S1 + M1SD4 P71 + BN71B4 N56C 143...146

7.4 3938 1.4 228.2:1 1460 F 313_228.2 S1 + M1SD4 P71 + BN71B4 N56C 132...135

7.1 4144 2.3 240.1:1 1910 F 413_240.1 S1 + M1SD4 P71 + BN71B4 N56C 143...146

7.1 4138 3.8 239.8:1 2700 F 513_239.8 S1 + M1SD4 P71 + BN71B4 N56C 154...157

6.7 4376 1.2 253.6:1 1460 F 313_253.6 S1 + M1SD4 P71 + BN71B4 N56C 132...135

6.5 4523 3.6 262.1:1 2700 F 513_262.1 S1 + M1SD4 P71 + BN71B4 N56C 154...157

6.3 4606 2.1 266.9:1 1910 F 413_266.9 S1 + M1SD4 P71 + BN71B4 N56C 143...146

6.0 4934 3.2 285.9:1 2700 F 513_285.9 S1 + M1SD4 P71 + BN71B4 N56C 154...157

5.7 5118 1.8 296.6:1 1910 F 413_296.6 S1 + M1SD4 P71 + BN71B4 N56C 143...146

5.3 5474 3.0 317.3:1 2700 F 513_317.3 S1 + M1SD4 P71 + BN71B4 N56C 154...157

5.0 5949 1.6 344.8:1 1910 F 413_344.8 S1 + M1SD4 P71 + BN71B4 N56C 143...146

4.8 6083 2.6 352.5:1 2700 F 513_352.5 S1 + M1SD4 P71 + BN71B4 N56C 154...157

4.2 6742 3.8 399.3:1 4500 F 604_399.3 S1 + M1SD4 P71 + BN71B4 N56C 165...168

4.0 7322 1.4 433.7:1 1910 F 414_433.7 S1 + M1SD4 P71 + BN71B4 N56C 143...146

4.0 7245 2.2 429.1:1 2700 F 514_429.1 S1 + M1SD4 P71 + BN71B4 N56C 154...157

4.0 7304 3.6 432.6:1 4500 F 604_432.6 S1 + M1SD4 P71 + BN71B4 N56C 165...168

33

0.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

3.5 8271 3.1 489.8:1 4500 F 604_489.8 S1 + M1SD4 P71 + BN71B4 N56C 165...168

3.2 8957 1.7 530.5:1 2700 F 514_530.5 S1 + M1SD4 P71 + BN71B4 N56C 154...157

3.2 8960 2.8 530.7:1 4500 F 604_530.7 S1 + M1SD4 P71 + BN71B4 N56C 165...168

3.1 9283 1.1 549.8:1 1910 F 414_549.8 S1 + M1SD4 P71 + BN71B4 N56C 143...146

2.9 10246 4.3 606.8:1 7870 F 704_606.8 S1 + M1SD4 P71 + BN71B4 N56C 176...179

2.7 10324 2.5 611.4:1 4500 F 604_611.4 S1 + M1SD4 P71 + BN71B4 N56C 165...168

2.6 11184 2.3 662.4:1 4500 F 604_662.4 S1 + M1SD4 P71 + BN71B4 N56C 165...168

2.6 11100 3.9 657.4:1 7870 F 704_657.4 S1 + M1SD4 P71 + BN71B4 N56C 176...179

2.5 11419 1.4 676.3:1 2700 F 514_676.3 S1 + M1SD4 P71 + BN71B4 N56C 154...157

2.1 13954 1.1 826.4:1 2700 F 514_826.4 S1 + M1SD4 P71 + BN71B4 N56C 154...157

2.1 13882 3.2 822.2:1 7870 F 704_822.2 S1 + M1SD4 P71 + BN71B4 N56C 176...179

1.9 14950 1.1 885.5:1 2700 F 514_885.5 S1 + M1SD4 P71 + BN71B4 N56C 154...157

1.9 14944 1.7 885.1:1 4500 F 604_885.1 S1 + M1SD4 P71 + BN71B4 N56C 165...168

1.9 15186 3.0 899.4:1 7870 F 704_899.4 S1 + M1SD4 P71 + BN71B4 N56C 176...179

1.7 16189 1.6 958.9:1 4500 F 604_958.9 S1 + M1SD4 P71 + BN71B4 N56C 165...168

1.7 16451 2.7 974.4:1 7870 F 704_974.4 S1 + M1SD4 P71 + BN71B4 N56C 176...179

1.6 17789 1.5 1054:1 4500 F 604_1054 S1 + M1SD4 P71 + BN71B4 N56C 165...168

1.6 18419 2.5 1091:1 7870 F 704_1091 S1 + M1SD4 P71 + BN71B4 N56C 176...179

1.6 17864 3.9 1058:1 10100 F 804_1058 S1 + M1SD4 P71 + BN71B4 N56C 184...187

1.5 19271 1.4 1141:1 4500 F 604_1141 S1 + M1SD4 P71 + BN71B4 N56C 165...168

1.5 19954 2.2 1182:1 7870 F 704_1182 S1 + M1SD4 P71 + BN71B4 N56C 176...179

1.5 19353 3.7 1146:1 10100 F 804_1146 S1 + M1SD4 P71 + BN71B4 N56C 184...187

1.4 21567 3.3 1277:1 10100 F 804_1277 S1 + M1SD4 P71 + BN71B4 N56C 184...187

1.2 23364 3.1 1384:1 10100 F 804_1384 S1 + M1SD4 P71 + BN71B4 N56C 184...187

1.2 23089 2.0 1368:1 7870 F 704_1368 S1 + M1SD4 P71 + BN71B4 N56C 176...179

1.1 26755 1.6 1585:1 7870 F 704_1585 S1 + M1SD4 P71 + BN71B4 N56C 176...179

1.1 26637 2.7 1578:1 10100 F 804_1578 S1 + M1SD4 P71 + BN71B4 N56C 184...187

1.1 25013 1.7 1481:1 7870 F 704_1481 S1 + M1SD4 P71 + BN71B4 N56C 176...179

0.99 28984 1.5 1717:1 7870 F 704_1717 S1 + M1SD4 P71 + BN71B4 N56C 176...179

0.99 28856 2.5 1709:1 10100 F 804_1709 S1 + M1SD4 P71 + BN71B4 N56C 184...187

0.93 30965 2.3 1834:1 10100 F 804_1834 S1 + M1SD4 P71 + BN71B4 N56C 184...187

0.86 33545 2.1 1987:1 10100 F 804_1987 S1 + M1SD4 P71 + BN71B4 N56C 184...187

0.84 34093 1.4 2019:1 7870 F 704_2019 S1 + M1SD4 P71 + BN71B4 N56C 176...179

0.78 36934 1.2 2188:1 7870 F 704_2188 S1 + M1SD4 P71 + BN71B4 N56C 176...179

34

0.75 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

230 195 3.4 7.4:1 410 F 102_7.4 S1 + M1LA4 P80 + BN80A4 N56C 99...102

200 226 3.2 8.6:1 420 F 102_8.6 S1 + M1LA4 P80 + BN80A4 N56C 99...102

175 257 3.0 9.8:1 440 F 102_9.8 S1 + M1LA4 P80 + BN80A4 N56C 99...102

149 303 2.8 11.5:1 470 F 102_11.5 S1 + M1LA4 P80 + BN80A4 N56C 99...102

131 342 2.7 13.0:1 480 F 102_13.0 S1 + M1LA4 P80 + BN80A4 N56C 99...102

116 385 2.7 14.6:1 500 F 102_14.6 S1 + M1LA4 P80 + BN80A4 N56C 99...102

100 446 2.6 17.0:1 520 F 102_17.0 S1 + M1LA4 P80 + BN80A4 N56C 99...102

95 472 4.0 18.1:1 630 F 202_18.1 S1 + M1LA4 P80 + BN80A4 110...113

88 508 2.3 19.3:1 540 F 102_19.3 S1 + M1LA4 P80 + BN80A4 N56C 99...102

84 530 3.8 20.2:1 650 F 202_20.2 S1 + M1LA4 P80 + BN80A4 N56C 110...113

74 600 2.1 22.8:1 560 F 102_22.8 S1 + M1LA4 P80 + BN80A4 N56C 99...102

74 608 3.4 23.1:1 680 F 202_23.1 S1 + M1LA4 P80 + BN80A4 N56C 110...113

67 677 1.8 25.8:1 580 F 102_25.8 S1 + M1LA4 P80 + BN80A4 N56C 99...102

66 681 3.2 25.9:1 700 F 202_25.9 S1 + M1LA4 P80 + BN80A4 N56C 110...113

58 779 1.6 29.6:1 600 F 102_29.6 S1 + M1LA4 P80 + BN80A4 N56C 99...102

56 799 2.8 30.4:1 730 F 202_30.4 S1 + M1LA4 P80 + BN80A4 N56C 110...113

53 846 4.1 32.2:1 1060 F 252_32.2 S1 + M1LA4 P80 + BN80A4 N56C 121...124

52 867 1.5 33.0:1 620 F 102_33.0 S1 + M1LA4 P80 + BN80A4 N56C 99...102

52 870 2.6 33.1:1 750 F 202_33.1 S1 + M1LA4 P80 + BN80A4 N56C 110...113

48 929 1.3 35.3:1 630 F 102_35.3 S1 + M1LA4 P80 + BN80A4 N56C 99...102

47 957 3.7 36.4:1 1100 F 252_36.4 S1 + M1LA4 P80 + BN80A4 N56C 121...124

45 996 2.2 37.9:1 780 F 202_37.9 S1 + M1LA4 P80 + BN80A4 N56C 110...113

43 1042 1.2 39.6:1 630 F 102_39.6 S1 + M1LA4 P80 + BN80A4 N56C 99...102

42 1070 3.0 40.7:1 1130 F 252_40.7 S1 + M1LA4 P80 + BN80A4 N56C 121...124

41 1100 2.1 41.8:1 800 F 202_41.8 S1 + M1LA4 P80 + BN80A4 N56C 110...113

38 1178 1.8 44.8:1 810 F 202_44.8 S1 + M1LA4 P80 + BN80A4 N56C 110...113

38 1168 2.9 44.4:1 1160 F 252_44.4 S1 + M1LA4 P80 + BN80A4 N56C 121...124

38 1164 3.0 45.6:1 1150 F 253_45.6 P80 + BN80A4 N56C 121...124

36 1215 4.3 47.5:1 1460 F 313_47.5 P80 + BN80A4 N56C 132...135

34 1333 1.7 50.7:1 840 F 202_50.7 S1 + M1LA4 P80 + BN80A4 N56C 110...113

34 1307 2.7 50.8:1 1180 F 253_50.8 S1 + M1LA4 P80 + BN80A4 N56C 121...124

33 1331 4.0 52.1:1 1460 F 313_52.1 P80 + BN80A4 N56C 132...135

30 1491 1.5 56.7:1 860 F 202_56.7 S1 + M1LA4 P80 + BN80A4 N56C 110...113

29.4 1501 2.3 58.3:1 1220 F 253_58.3 S1 + M1LA4 P80 + BN80A4 N56C 121...124

27.6 1627 1.3 61.9:1 870 F 202_61.9 S1 + M1LA4 P80 + BN80A4 N56C 110...113

27.4 1603 3.3 62.8:1 1460 F 313_62.8 P80 + BN80A4 N56C 132...135

26.1 1681 2.1 65.3:1 1250 F 253_65.3 S1 + M1LA4 P80 + BN80A4 N56C 121...124

35

0.75 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

24.8 1817 1.2 69.1:1 890 F 202_69.1 S1 + M1LA4 P80 + BN80A4 N56C 110...113

24.8 1777 3.0 69.1:1 1460 F 313_69.1 S1 + M1LA4 P80 + BN80A4 N56C 132...135

22.3 2019 1.1 76.8:1 900 F 202_76.8 S1 + M1LA4 P80 + BN80A4 N56C 110...113

22.3 1971 1.8 76.6:1 1290 F 253_76.6 S1 + M1LA4 P80 + BN80A4 N56C 121...124

21.7 2029 2.6 78.9:1 1460 F 313_78.9 S1 + M1LA4 P80 + BN80A4 N56C 132...135

20.4 2146 1.7 83.4:1 1310 F 253_83.4 S1 + M1LA4 P80 + BN80A4 N56C 121...124

19.6 2248 2.3 87.4:1 1460 F 313_87.4 S1 + M1LA4 P80 + BN80A4 N56C 132...135

18.0 2457 1.5 95.5:1 1340 F 253_95.5 S1 + M1LA4 P80 + BN80A4 N56C 121...124

16.7 2622 2.1 101.9:1 1460 F 313_101.9 S1 + M1LA4 P80 + BN80A4 N56C 132...135

16.2 2713 1.3 105.4:1 1360 F 253_105.4 S1 + M1LA4 P80 + BN80A4 N56C 121...124

16.1 2728 3.5 106.0:1 1910 F 413_106.0 S1 + M1LA4 P80 + BN80A4 N56C 143...146

15.2 2895 1.8 112.5:1 1460 F 313_112.5 S1 + M1LA4 P80 + BN80A4 N56C 132...135

15.1 2907 1.2 113.0:1 1380 F 253_113.0 S1 + M1LA4 P80 + BN80A4 N56C 121...124

13.3 3303 1.6 128.4:1 1460 F 313_128.4 S1 + M1LA4 P80 + BN80A4 N56C 132...135

12.8 3458 2.8 134.4:1 1910 F 413_134.4 S1 + M1LA4 P80 + BN80A4 N56C 143...146

12.1 3621 1.5 140.7:1 1460 F 313_140.7 S1 + M1LA4 P80 + BN80A4 N56C 132...135

11.4 3880 1.3 150.8:1 1460 F 313_150.8 S1 + M1LA4 P80 + BN80A4 N56C 132...135

10.3 4291 1.2 166.8:1 1460 F 313_166.8 S1 + M1LA4 P80 + BN80A4 N56C 132...135

10.3 4262 3.8 165.6:1 2700 F 513_165.6 S1 + M1LA4 P80 + BN80A4 N56C 154...157

10.2 4341 2.2 168.7:1 1910 F 413_168.7 S1 + M1LA4 P80 + BN80A4 N56C 143...146

9.4 4651 2.1 180.7:1 1910 F 413_180.7 S1 + M1LA4 P80 + BN80A4 N56C 143...146

9.2 4771 1.1 185.4:1 1460 F 313_185.4 S1 + M1LA4 P80 + BN80A4 N56C 132...135

8.6 5118 1.9 198.9:1 1910 F 413_198.9 S1 + M1LA4 P80 + BN80A4 N56C 143...146

8.4 5208 3.0 202.4:1 2700 F 513_202.4 S1 + M1LA4 P80 + BN80A4 N56C 154...157

7.9 5580 2.8 216.9:1 2700 F 513_216.9 S1 + M1LA4 P80 + BN80A4 N56C 154...157

7.8 5664 1.7 220.1:1 1910 F 413_220.1 S1 + M1LA4 P80 + BN80A4 N56C 143...146

7.2 6172 2.6 239.8:1 2700 F 513_239.8 S1 + M1LA4 P80 + BN80A4 N56C 154...157

7.1 6179 1.6 240.1:1 1910 F 413_240.1 S1 + M1LA4 P80 + BN80A4 N56C 143...146

6.6 6744 2.3 262.1:1 2700 F 513_262.1 S1 + M1LA4 P80 + BN80A4 N56C 154...157

6.4 6869 1.5 266.9:1 1910 F 413_266.9 S1 + M1LA4 P80 + BN80A4 N56C 143...146

5.9 7358 2.2 285.9:1 2700 F 513_285.9 S1 + M1LA4 P80 + BN80A4 N56C 154...157

5.8 7632 1.2 296.6:1 1910 F 413_296.6 S1 + M1LA4 P80 + BN80A4 N56C 143...146

5.5 7941 3.3 315.4:1 4500 F 604_315.4 S1 + M1LA4 P80 + BN80A4 N56C 165...168

5.3 8164 1.9 317.3:1 2700 F 513_317.3 S1 + M1LA4 P80 + BN80A4 N56C 154...157

5.0 8872 1.1 344.8:1 1910 F 413_344.8 S1 + M1LA4 P80 + BN80A4 N56C 143...146

5.0 8603 2.9 341.7:1 4500 F 604_341.7 S1 + M1LA4 P80 + BN80A4 N56C 165...168

4.8 9071 1.7 352.5:1 2700 F 513_352.5 S1 + M1LA4 P80 + BN80A4 N56C 154...157

36

0.75 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

4.3 10055 2.6 399.3:1 4500 F 604_399.3 S1 + M1LA4 P80 + BN80A4 N56C 165...168

4.0 10804 1.5 429.1:1 2700 F 514_429.1 S1 + M1LA4 P80 + BN80A4 N56C 154...157

4.0 10892 2.3 432.6:1 4500 F 604_432.6 S1 + M1LA4 P80 + BN80A4 N56C 165...168

3.6 11863 3.8 471.2:1 7870 F 704_471.2 S1 + M1LA4 P80 + BN80A4 N56C 176...179

3.5 12333 2.1 489.8:1 4500 F 604_489.8 S1 + M1LA4 P80 + BN80A4 N56C 165...168

3.3 12851 3.4 510.4:1 7870 F 704_510.4 S1 + M1LA4 P80 + BN80A4 N56C 176...179

3.2 13357 1.2 530.5:1 2700 F 514_530.5 S1 + M1LA4 P80 + BN80A4 N56C 154...157

3.2 13361 1.9 530.7:1 4500 F 604_530.7 S1 + M1LA4 P80 + BN80A4 N56C 165...168

2.9 15395 1.7 611.4:1 4500 F 604_611.4 S1 + M1LA4 P80 + BN80A4 N56C 165...168

2.9 15279 2.9 606.8:1 7870 F 704_606.8 S1 + M1LA4 P80 + BN80A4 N56C 176...179

2.6 16678 1.6 662.4:1 4500 F 604_662.4 S1 + M1LA4 P80 + BN80A4 N56C 165...168

2.6 16552 2.7 657.4:1 7870 F 704_657.4 S1 + M1LA4 P80 + BN80A4 N56C 176...179

2.4 17999 3.9 714.9:1 10100 F 804_714.9 S1 + M1LA4 P80 + BN80A4 N56C 184...187

2.2 19499 3.7 774.4:1 10100 F 804_774.4 S1 + M1LA4 P80 + BN80A4 N56C 184...187

2.1 20702 2.2 822.2:1 7870 F 704_822.2 S1 + M1LA4 P80 + BN80A4 N56C 176...179

2.0 22285 1.1 885.1:1 4500 F 604_885.1 S1 + M1LA4 P80 + BN80A4 N56C 165...168

1.9 22645 1.9 899.4:1 7870 F 704_899.4 S1 + M1LA4 P80 + BN80A4 N56C 176...179

1.9 22591 3.2 897.3:1 10100 F 804_897.3 S1 + M1LA4 P80 + BN80A4 N56C 184...187

1.7 24142 1.1 958.9:1 4500 F 604_958.9 S1 + M1LA4 P80 + BN80A4 N56C 165...168

1.7 24532 1.8 974.4:1 7870 F 704_974.4 S1 + M1LA4 P80 + BN80A4 N56C 176...179

1.6 27467 1.6 1091:1 7870 F 704_1091 S1 + M1LA4 P80 + BN80A4 N56C 176...179

1.6 26640 2.7 1058:1 10100 F 804_1058 S1 + M1LA4 P80 + BN80A4 N56C 184...187

1.5 29756 1.5 1182:1 7870 F 704_1182 S1 + M1LA4 P80 + BN80A4 N56C 176...179

1.5 28860 2.4 1146:1 10100 F 804_1146 S1 + M1LA4 P80 + BN80A4 N56C 184...187

1.4 32161 2.2 1277:1 10100 F 804_1277 S1 + M1LA4 P80 + BN80A4 N56C 184...187

1.2 37301 1.2 1481:1 7870 F 704_1481 S1 + M1LA4 P80 + BN80A4 N56C 176...179

1.2 34431 1.3 1368:1 7870 F 704_1368 S1 + M1LA4 P80 + BN80A4 N56C 176...179

1.2 34841 2.1 1384:1 10100 F 804_1384 S1 + M1LA4 P80 + BN80A4 N56C 184...187

1.1 39897 1.1 1585:1 7870 F 704_1585 S1 + M1LA4 P80 + BN80A4 N56C 176...179

1.1 39721 1.8 1578:1 10100 F 804_1578 S1 + M1LA4 P80 + BN80A4 N56C 184...187

1.0 43031 1.7 1709:1 10100 F 804_1709 S1 + M1LA4 P80 + BN80A4 N56C 184...187

0.93 46176 1.6 1834:1 10100 F 804_1834 S1 + M1LA4 P80 + BN80A4 N56C 184...187

0.86 50024 1.5 1987:1 10100 F 804_1987 S1 + M1LA4 P80 + BN80A4 N56C 184...187

37

1 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

232 258 2.6 7.4:1 400 F 102_7.4 S2 + M2SA4 P80 + BN80B4 N56C 99...102

200 299 2.5 8.6:1 420 F 102_8.6 S2 + M2SA4 P80 + BN80B4 N56C 99...102

176 340 2.3 9.8:1 430 F 102_9.8 S2 + M2SA4 P80 + BN80B4 N56C 99...102

154 391 4.0 11.2:1 540 F 202_11.2 S2 + M2SA4 P80 + BN80B4 N56C 110...113

149 402 2.1 11.5:1 450 F 102_11.5 S2 + M2SA4 P80 + BN80B4 N56C 99...102

131 454 2.0 13.0:1 470 F 102_13.0 S2 + M2SA4 P80 + BN80B4 N56C 99...102

118 510 2.1 14.6:1 480 F 102_14.6 S2 + M2SA4 P80 + BN80B4 N56C 99...102

117 516 3.5 14.8:1 580 F 202_14.8 S2 + M2SA4 P80 + BN80B4 110...113

101 592 2.0 17.0:1 500 F 102_17.0 S2 + M2SA4 P80 + BN80B4 N56C 99...102

95 630 3.0 18.1:1 620 F 202_18.1 S2 + M2SA4 P80 + BN80B4 110...113

88 673 1.7 19.3:1 520 F 102_19.3 S2 + M2SA4 P80 + BN80B4 N56C 99...102

85 702 2.8 20.2:1 640 F 202_20.2 S2 + M2SA4 P80 + BN80B4 N56C 110...113

75 795 1.6 22.8:1 540 F 102_22.8 S2 + M2SA4 P80 + BN80B4 N56C 99...102

74 807 2.6 23.1:1 660 F 202_23.1 S2 + M2SA4 P80 + BN80B4 N56C 110...113

72 828 4.3 23.8:1 950 F 252_23.8 S2 + M2SA4 P80 + BN80B4 N56C 121...124

66 898 1.4 25.8:1 560 F 102_25.8 S2 + M2SA4 P80 + BN80B4 N56C 99...102

66 903 2.3 25.9:1 680 F 202_25.9 S2 + M2SA4 P80 + BN80B4 N56C 110...113

63 948 3.7 27.2:1 980 F 252_27.2 S2 + M2SA4 P80 + BN80B4 N56C 121...124

58 1033 1.2 29.6:1 570 F 102_29.6 S2 + M2SA4 P80 + BN80B4 N56C 99...102

58 1047 3.3 30.0:1 1000 F 252_30.0 S2 + M2SA4 P80 + BN80B4 N56C 121...124

57 1059 2.1 30.4:1 710 F 202_30.4 S2 + M2SA4 P80 + BN80B4 N56C 110...113

54 1121 3.2 32.2:1 1020 F 252_32.2 S2 + M2SA4 P80 + BN80B4 N56C 121...124

52 1153 2.0 33.1:1 720 F 202_33.1 S2 + M2SA4 P80 + BN80B4 N56C 110...113

47 1269 2.8 36.4:1 1050 F 252_36.4 S2 + M2SA4 P80 + BN80B4 N56C 121...124

45 1320 1.7 37.9:1 740 F 202_37.9 S2 + M2SA4 P80 + BN80B4 N56C 110...113

45 1313 4.1 37.7:1 1460 F 312_37.7 S2 + M2SA4 P80 + BN80B4 N56C 132...135

43 1406 3.8 40.4:1 1460 F 312_40.4 S2 + M2SA4 P80 + BN80B4 N56C 132...135

42 1419 2.3 40.7:1 1080 F 252_40.7 S2 + M2SA4 P80 + BN80B4 N56C 121...124

41 1458 1.5 41.8:1 760 F 202_41.8 S2 + M2SA4 P80 + BN80B4 N56C 110...113

39 1548 2.2 44.4:1 1100 F 252_44.4 S2 + M2SA4 P80 + BN80B4 N56C 121...124

38 1562 1.4 44.8:1 770 F 202_44.8 S2 + M2SA4 P80 + BN80B4 N56C 110...113

38 1554 2.2 45.6:1 1090 F 253_45.6 S2 + M2SA4 P80 + BN80B4 N56C 121...124

38 1555 3.5 44.6:1 1460 F 312_44.6 S2 + M2SA4 P80 + BN80B4 N56C 132...135

36 1622 3.2 47.5:1 1460 F 313_47.5 S2 + M2SA4 P80 + BN80B4 N56C 132...135

34 1767 1.2 50.7:1 790 F 202_50.7 S2 + M2SA4 P80 + BN80B4 N56C 110...113

34 1732 2.1 50.8:1 1120 F 253_50.8 S2 + M2SA4 P80 + BN80B4 N56C 121...124

33 1777 3.0 52.1:1 1460 F 313_52.1 S2 + M2SA4 P80 + BN80B4 N56C 132...135

38

1 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

30 1976 1.1 56.7:1 810 F 202_56.7 S2 + M2SA4 P80 + BN80B4 N56C 110...113

29.5 1990 1.7 58.3:1 1140 F 253_58.3 S2 + M2SA4 P80 + BN80B4 N56C 121...124

27.4 2141 2.5 62.8:1 1460 F 313_62.8 S2 + M2SA4 P80 + BN80B4 N56C 132...135

26.3 2228 1.6 65.3:1 1160 F 253_65.3 S2 + M2SA4 P80 + BN80B4 N56C 121...124

25.9 2268 4.3 66.5:1 1910 F 413_66.5 S2 + M2SA4 P80 + BN80B4 N56C 143...146

24.9 2356 2.2 69.1:1 1460 F 313_69.1 S2 + M2SA4 P80 + BN80B4 N56C 132...135

22.5 2612 1.4 76.6:1 1190 F 253_76.6 S2 + M2SA4 P80 + BN80B4 N56C 121...124

21.9 2690 2.0 78.9:1 1460 F 313_78.9 S2 + M2SA4 P80 + BN80B4 N56C 132...135

20.6 2844 1.2 83.4:1 1200 F 253_83.4 S2 + M2SA4 P80 + BN80B4 N56C 121...124

20.3 2895 3.3 84.9:1 1910 F 413_84.9 S2 + M2SA4 P80 + BN80B4 N56C 143...146

19.7 2980 1.7 87.4:1 1460 F 313_87.4 S2 + M2SA4 P80 + BN80B4 N56C 132...135

16.8 3475 1.5 101.9:1 1460 F 313_101.9 S2 + M2SA4 P80 + BN80B4 N56C 132...135

16.2 3616 2.7 106.0:1 1910 F 413_106.0 S2 + M2SA4 P80 + BN80B4 N56C 143...146

15.2 3838 1.4 112.5:1 1460 F 313_112.5 S2 + M2SA4 P80 + BN80B4 N56C 132...135

13.4 4379 1.2 128.4:1 1460 F 313_128.4 S2 + M2SA4 P80 + BN80B4 N56C 132...135

13.3 4431 3.6 129.9:1 2700 F 513_129.9 S2 + M2SA4 P80 + BN80B4 N56C 154...157

12.8 4584 2.1 134.4:1 1910 F 413_134.4 S2 + M2SA4 P80 + BN80B4 N56C 143...146

10.6 5553 4.6 162.9:1 4500 F 603_162.9 S2 + M2SA4 P80 + BN80B4 N56C 165...168

10.4 5649 2.8 165.6:1 2700 F 513_165.6 S2 + M2SA4 P80 + BN80B4 N56C 154...157

10.2 5754 1.7 168.7:1 1910 F 413_168.7 S2 + M2SA4 P80 + BN80B4 N56C 143...146

9.5 6165 1.6 180.7:1 1910 F 413_180.7 S2 + M2SA4 P80 + BN80B4 N56C 143...146

9.2 6338 4.1 185.9:1 4500 F 603_185.9 S2 + M2SA4 P80 + BN80B4 N56C 165...168

8.6 6785 1.5 198.9:1 1910 F 413_198.9 S2 + M2SA4 P80 + BN80B4 N56C 143...146

8.6 6866 3.7 201.4:1 4500 F 603_201.4 S2 + M2SA4 P80 + BN80B4 N56C 165...168

8.5 6903 2.3 202.4:1 2700 F 513_202.4 S2 + M2SA4 P80 + BN80B4 N56C 154...157

8.0 7397 2.1 216.9:1 2700 F 513_216.9 S2 + M2SA4 P80 + BN80B4 N56C 154...157

7.9 7508 1.2 220.1:1 1910 F 413_220.1 S2 + M2SA4 P80 + BN80B4 N56C 143...146

7.9 7420 3.5 217.6:1 4500 F 603_217.6 S2 + M2SA4 P80 + BN80B4 N56C 165...168

7.3 8038 3.2 235.8:1 4500 F 603_235.8 S2 + M2SA4 P80 + BN80B4 N56C 165...168

7.1 8191 1.2 240.1:1 1910 F 413_240.1 S2 + M2SA4 P80 + BN80B4 N56C 143...146

7.1 8181 2.0 239.8:1 2700 F 513_239.8 S2 + M2SA4 P80 + BN80B4 N56C 154...157

6.6 8832 3.0 259.1:1 4500 F 603_259.1 S2 + M2SA4 P80 + BN80B4 N56C 165...168

6.5 8940 1.7 262.1:1 2700 F 513_262.1 S2 + M2SA4 P80 + BN80B4 N56C 154...157

6.1 9568 2.7 280.7:1 4500 F 603_280.7 S2 + M2SA4 P80 + BN80B4 N56C 165...168

6.0 9753 1.6 285.9:1 2700 F 513_285.9 S2 + M2SA4 P80 + BN80B4 N56C 154...157

5.7 10158 4.3 304.3:1 7870 F 704_304.3 S2 + M2SA4 P80 + BN80B4 N56C 176...179

5.4 10822 1.5 317.3:1 2700 F 513_317.3 S2 + M2SA4 P80 + BN80B4 N56C 154...157

39

1 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

5.4 10526 2.5 315.4:1 4500 F 604_315.4 S2 + M2SA4 P80 + BN80B4 N56C 165...168

5.0 11403 2.2 341.7:1 4500 F 604_341.7 S2 + M2SA4 P80 + BN80B4 N56C 165...168

4.9 12024 1.4 352.5:1 2700 F 513_352.5 S2 + M2SA4 P80 + BN80B4 N56C 154...157

4.7 12431 3.6 372.5:1 7870 F 704_372.5 S2 + M2SA4 P80 + BN80B4 N56C 176...179

4.3 13328 2.0 399.3:1 4500 F 604_399.3 S2 + M2SA4 P80 + BN80B4 N56C 165...168

4.3 13467 3.3 403.5:1 7870 F 704_403.5 S2 + M2SA4 P80 + BN80B4 N56C 176...179

4.1 14321 1.1 429.1:1 2700 F 514_429.1 S2 + M2SA4 P80 + BN80B4 N56C 154...157

3.9 14439 1.7 432.6:1 4500 F 604_432.6 S2 + M2SA4 P80 + BN80B4 N56C 165...168

3.7 15725 2.8 471.2:1 7870 F 704_471.2 S2 + M2SA4 P80 + BN80B4 N56C 176...179

3.6 16349 1.6 489.8:1 4500 F 604_489.8 S2 + M2SA4 P80 + BN80B4 N56C 165...168

3.6 16324 4.3 489.1:1 10100 F 804_489.1 S2 + M2SA4 P80 + BN80B4 N56C 184...187

3.3 17035 2.6 510.4:1 7870 F 704_510.4 S2 + M2SA4 P80 + BN80B4 N56C 176...179

3.2 17711 1.5 530.7:1 4500 F 604_530.7 S2 + M2SA4 P80 + BN80B4 N56C 165...168

3.1 18820 3.7 563.9:1 10100 F 804_563.9 S2 + M2SA4 P80 + BN80B4 N56C 184...187

2.8 20407 1.2 611.4:1 4500 F 604_611.4 S2 + M2SA4 P80 + BN80B4 N56C 165...168

2.8 20253 2.2 606.8:1 7870 F 704_606.8 S2 + M2SA4 P80 + BN80B4 N56C 176...179

2.8 20388 3.5 610.9:1 10100 F 804_610.9 S2 + M2SA4 P80 + BN80B4 N56C 184...187

2.6 22108 1.1 662.4:1 4500 F 604_662.4 S2 + M2SA4 P80 + BN80B4 N56C 165...168

2.6 21941 2.0 657.4:1 7870 F 704_657.4 S2 + M2SA4 P80 + BN80B4 N56C 176...179

2.5 23859 3.0 714.9:1 10100 F 804_714.9 S2 + M2SA4 P80 + BN80B4 N56C 184...187

2.2 25847 2.7 774.4:1 10100 F 804_774.4 S2 + M2SA4 P80 + BN80B4 N56C 184...187

2.1 27442 1.6 822.2:1 7870 F 704_822.2 S2 + M2SA4 P80 + BN80B4 N56C 176...179

2.0 30018 1.5 899.4:1 7870 F 704_899.4 S2 + M2SA4 P80 + BN80B4 N56C 176...179

2.0 29947 2.3 897.3:1 10100 F 804_897.3 S2 + M2SA4 P80 + BN80B4 N56C 184...187

1.8 30378 4.1 910.2:1 12400 F 904_910.2 S2 + M2SA4 P80 + BN80B4 N56C 192...195

1.7 32520 1.4 974.4:1 7870 F 704_974.4 S2 + M2SA4 P80 + BN80B4 N56C 176...179

1.6 36409 1.2 1091:1 7870 F 704_1091 S2 + M2SA4 P80 + BN80B4 N56C 176...179

1.6 35313 2.0 1058:1 10100 F 804_1058 S2 + M2SA4 P80 + BN80B4 N56C 184...187

1.6 37122 3.3 1112:1 12400 F 904_1112 S2 + M2SA4 P80 + BN80B4 N56C 192...195

1.5 39444 1.1 1182:1 7870 F 704_1182 S2 + M2SA4 P80 + BN80B4 N56C 176...179

1.5 38256 1.9 1146:1 10100 F 804_1146 S2 + M2SA4 P80 + BN80B4 N56C 184...187

1.5 40216 3.1 1205:1 12400 F 904_1205 S2 + M2SA4 P80 + BN80B4 N56C 192...195

1.4 42632 1.6 1277:1 10100 F 804_1277 S2 + M2SA4 P80 + BN80B4 N56C 184...187

1.4 43991 2.8 1318:1 12400 F 904_1318 S2 + M2SA4 P80 + BN80B4 N56C 192...195

1.2 47657 2.6 1428:1 12400 F 904_1428 S2 + M2SA4 P80 + BN80B4 N56C 192...195

1.2 46184 1.5 1384:1 10100 F 804_1384 S2 + M2SA4 P80 + BN80B4 N56C 184...187

1.1 52654 1.4 1578:1 10100 F 804_1578 S2 + M2SA4 P80 + BN80B4 N56C 184...187

40

1.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

268 335 3.4 6.4:1 450 F 202_6.4 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

232 387 1.7 7.4:1 390 F 102_7.4 S2 + M2SB4 P90 + BN90S4 N140TC 99...102

220 409 3.1 7.8:1 470 F 202_7.8 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

200 449 1.6 8.6:1 400 F 102_8.6 S2 + M2SB4 P90 + BN90S4 N140TC 99...102

197 456 3.0 8.7:1 490 F 202_8.7 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

176 511 1.6 9.8:1 410 F 102_9.8 S2 + M2SB4 P90 + BN90S4 N140TC 99...102

154 587 2.7 11.2:1 520 F 202_11.2 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

149 603 1.4 11.5:1 430 F 102_11.5 S2 + M2SB4 P90 + BN90S4 N140TC 99...102

131 681 1.3 13.0:1 450 F 102_13.0 S2 + M2SB4 P90 + BN90S4 N140TC 99...102

118 766 1.3 14.6:1 460 F 102_14.6 S2 + M2SB4 P90 + BN90S4 N140TC 99...102

117 773 2.3 14.8:1 560 F 202_14.8 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

103 869 4.1 16.6:1 830 F 252_16.6 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

101 887 1.3 17.0:1 470 F 102_17.0 S2 + M2SB4 P90 + BN90S4 N140TC 99...102

95 945 2.1 18.1:1 590 F 202_18.1 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

92 973 3.6 18.6:1 850 F 252_18.6 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

88 1010 1.2 19.3:1 490 F 102_19.3 S2 + M2SB4 P90 + BN90S4 N140TC 99...102

85 1053 1.9 20.2:1 600 F 202_20.2 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

79 1140 3.1 21.8:1 880 F 252_21.8 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

74 1210 1.7 23.1:1 620 F 202_23.1 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

72 1242 2.9 23.8:1 900 F 252_23.8 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

66 1355 1.6 25.9:1 640 F 202_25.9 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

63 1422 2.5 27.2:1 920 F 252_27.2 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

1 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

1.1 52445 2.3 1571:1 12400 F 904_1571 S2 + M2SA4 P80 + BN80B4 N56C 192...195

1.0 57041 1.2 1709:1 10100 F 804_1709 S2 + M2SA4 P80 + BN80B4 N56C 184...187

1.0 56816 2.2 1702:1 12400 F 904_1702 S2 + M2SA4 P80 + BN80B4 N56C 192...195

0.93 61210 1.1 1834:1 10100 F 804_1834 S2 + M2SA4 P80 + BN80B4 N56C 184...187

0.88 64657 2.0 1937:1 12400 F 904_1937 S2 + M2SA4 P80 + BN80B4 N56C 192...195

0.86 66311 1.1 1987:1 10100 F 804_1987 S2 + M2SA4 P80 + BN80B4 N56C 184...187

0.82 70045 1.7 2099:1 12400 F 904_2099 S2 + M2SA4 P80 + BN80B4 N56C 192...195

41

1.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

63 1425 3.7 27.3:1 1460 F 312_27.3 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

58 1570 2.3 30.0:1 940 F 252_30.0 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

57 1588 1.4 30.4:1 660 F 202_30.4 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

57 1574 3.4 30.1:1 1460 F 312_30.1 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

54 1682 2.1 32.2:1 950 F 252_32.2 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

52 1729 1.3 33.1:1 670 F 202_33.1 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

50 1796 2.9 34.4:1 1460 F 312_34.4 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

47 1903 1.8 36.4:1 970 F 252_36.4 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

45 1980 1.1 37.9:1 690 F 202_37.9 S2 + M2SB4 P90 + BN90S4 N140TC 110...113

45 1969 2.7 37.7:1 1460 F 312_37.7 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

43 2110 2.5 40.4:1 1460 F 312_40.4 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

42 2129 1.6 40.7:1 990 F 252_40.7 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

39 2322 1.4 44.4:1 1000 F 252_44.4 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

38 2331 1.6 45.6:1 990 F 253_45.6 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

38 2333 2.3 44.6:1 1460 F 312_44.6 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

36 2505 3.7 47.9:1 1910 F 412_47.9 S2 + M2SB4 P90 + BN90S4 N140TC 143...146

36 2433 2.1 47.5:1 1460 F 313_47.5 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

34 2598 1.3 50.8:1 1000 F 253_50.8 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

33 2665 1.9 52.1:1 1460 F 313_52.1 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

33 2635 3.6 51.5:1 1910 F 413_51.5 S2 + M2SB4 P90 + BN90S4 N140TC 143...146

29.5 2985 1.2 58.3:1 1010 F 253_58.3 S2 + M2SB4 P90 + BN90S4 N140TC 121...124

28.5 3082 3.1 60.2:1 1910 F 413_60.2 S2 + M2SB4 P90 + BN90S4 N140TC 143...146

27.4 3211 1.7 62.8:1 1460 F 313_62.8 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

25.9 3402 2.9 66.5:1 1910 F 413_66.5 S2 + M2SB4 P90 + BN90S4 N140TC 143...146

24.9 3534 1.4 69.1:1 1460 F 313_69.1 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

21.9 4035 1.3 78.9:1 1460 F 313_78.9 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

20.6 4259 3.7 83.2:1 2700 F 513_83.2 S2 + M2SB4 P90 + BN90S4 N140TC 154...157

20.3 4343 2.3 84.9:1 1910 F 413_84.9 S2 + M2SB4 P90 + BN90S4 N140TC 143...146

19.7 4470 1.2 87.4:1 1460 F 313_87.4 S2 + M2SB4 P90 + BN90S4 N140TC 132...135

16.3 5376 3.0 105.1:1 2700 F 513_105.1 S2 + M2SB4 P90 + BN90S4 N140TC 154...157

16.2 5424 1.8 106.0:1 1910 F 413_106.0 S2 + M2SB4 P90 + BN90S4 N140TC 143...146

13.3 6647 2.4 129.9:1 2700 F 513_129.9 S2 + M2SB4 P90 + BN90S4 N140TC 154...157

12.8 6876 1.4 134.4:1 1910 F 413_134.4 S2 + M2SB4 P90 + BN90S4 N140TC 143...146

10.4 8474 1.9 165.6:1 2700 F 513_165.6 S2 + M2SB4 P90 + BN90S4 N140TC 154...157

10.2 8631 1.1 168.7:1 1910 F 413_168.7 S2 + M2SB4 P90 + BN90S4 N140TC 143...146

8.5 10355 1.6 202.4:1 2700 F 513_202.4 S2 + M2SB4 P90 + BN90S4 N140TC 154...157

8.0 11095 1.4 216.9:1 2700 F 513_216.9 S2 + M2SB4 P90 + BN90S4 N140TC 154...157

42

1.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

8.0 10840 4.1 216.5:1 7870 F 704_216.5 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

7.4 11743 3.7 234.6:1 7870 F 704_234.6 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

7.1 12271 1.3 239.8:1 2700 F 513_239.8 S2 + M2SB4 P90 + BN90S4 N140TC 154...157

6.5 13410 1.2 262.1:1 2700 F 513_262.1 S2 + M2SB4 P90 + BN90S4 N140TC 154...157

6.1 14360 1.8 280.7:1 4500 F 603_280.7 S2 + M2SB4 P90 + BN90S4 N140TC 165...168

6.1 14065 3.1 280.9:1 7870 F 704_280.9 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

6.0 14630 1.1 285.9:1 2700 F 513_285.9 S2 + M2SB4 P90 + BN90S4 N140TC 154...157

5.7 15237 2.9 304.3:1 7870 F 704_304.3 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

5.4 15789 1.6 315.4:1 4500 F 604_315.4 S2 + M2SB4 P90 + BN90S4 N140TC 165...168

5.0 17105 1.4 341.7:1 4500 F 604_341.7 S2 + M2SB4 P90 + BN90S4 N140TC 165...168

4.9 17706 4.0 353.7:1 10100 F 804_353.7 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

4.7 18647 2.4 372.5:1 7870 F 704_372.5 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

4.5 19182 3.7 383.2:1 10100 F 804_383.2 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

4.3 19992 1.3 399.3:1 4500 F 604_399.3 S2 + M2SB4 P90 + BN90S4 N140TC 165...168

4.3 20201 2.2 403.5:1 7870 F 704_403.5 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

3.9 21658 1.2 432.6:1 4500 F 604_432.6 S2 + M2SB4 P90 + BN90S4 N140TC 165...168

3.8 22603 3.1 451.5:1 10100 F 804_451.5 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

3.7 23587 1.9 471.2:1 7870 F 704_471.2 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

3.6 24523 1.1 489.8:1 4500 F 604_489.8 S2 + M2SB4 P90 + BN90S4 N140TC 165...168

3.6 24487 2.9 489.1:1 10100 F 804_489.1 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

3.3 25553 1.7 510.4:1 7870 F 704_510.4 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

3.1 28229 2.5 563.9:1 10100 F 804_563.9 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

2.9 28911 4.2 577.5:1 12400 F 904_577.5 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

2.8 30380 1.4 606.8:1 7870 F 704_606.8 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

2.8 30582 2.3 610.9:1 10100 F 804_610.9 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

2.7 31320 4.0 625.6:1 12400 F 904_625.6 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

2.6 32912 1.3 657.4:1 7870 F 704_657.4 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

2.5 35788 1.9 714.9:1 10100 F 804_714.9 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

2.2 38770 1.8 774.4:1 10100 F 804_774.4 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

2.2 38721 3.1 773.4:1 12400 F 904_773.4 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

2.1 41163 1.1 822.2:1 7870 F 704_822.2 S2 + M2SB4 P90 + BN90S4 N140TC 176...179

2.0 44920 1.6 897.3:1 10100 F 804_897.3 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

1.8 45566 2.8 910.2:1 12400 F 904_910.2 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

1.6 52970 1.3 1058:1 10100 F 804_1058 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

1.6 55683 2.2 1112:1 12400 F 904_1112 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

1.5 57384 1.2 1146:1 10100 F 804_1146 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

1.5 60323 2.1 1205:1 12400 F 904_1205 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

43

1.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

1.4 63947 1.1 1277:1 10100 F 804_1277 S2 + M2SB4 P90 + BN90S4 N140TC 184...187

1.4 65986 1.9 1318:1 12400 F 904_1318 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

1.2 71485 1.7 1428:1 12400 F 904_1428 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

1.1 78668 1.6 1571:1 12400 F 904_1571 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

1.0 85223 1.4 1702:1 12400 F 904_1702 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

0.88 96986 1.3 1937:1 12400 F 904_1937 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

0.82 105068 1.2 2099:1 12400 F 904_2099 S2 + M2SB4 P90 + BN90S4 N140TC 192...195

2 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

268 447 2.6 6.4:1 430 F 202_6.4 S3 + M3SA4 P90 + BN90LA4 N140TC 110...113

232 516 1.3 7.4:1 370 F 102_7.4 S3 + M3SA4 P90 + BN90LA4 N140TC 99...102

220 546 2.3 7.8:1 460 F 202_7.8 S3 + M3SA4 P90 + BN90LA4 N140TC 110...113

205 585 3.9 8.4:1 670 F 252_8.4 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

200 598 1.2 8.6:1 380 F 102_8.6 S3 + M3SA4 P90 + BN90LA4 N140TC 99...102

196 608 2.2 8.7:1 470 F 202_8.7 S3 + M3SA4 P90 + BN90LA4 N140TC 110...113

184 652 3.6 9.4:1 690 F 252_9.4 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

176 681 1.1 9.8:1 400 F 102_9.8 S3 + M3SA4 P90 + BN90LA4 N140TC 99...102

154 783 2.0 11.2:1 500 F 202_11.2 S3 + M3SA4 P90 + BN90LA4 N140TC 110...113

133 905 3.9 13.0:1 740 F 252_13.0 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

118 1008 3.6 14.5:1 760 F 252_14.5 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

116 1031 1.7 14.8:1 540 F 202_14.8 S3 + M3SA4 P90 + BN90LA4 N140TC 110...113

104 1158 3.1 16.6:1 780 F 252_16.6 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

95 1260 1.5 18.1:1 560 F 202_18.1 S3 + M3SA4 P90 + BN90LA4 N140TC 110...113

93 1297 2.7 18.6:1 800 F 252_18.6 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

93 1288 4.2 18.5:1 1370 F 312_18.5 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

85 1404 1.3 20.2:1 570 F 202_20.2 S3 + M3SA4 P90 + BN90LA4 N140TC 110...113

82 1471 3.6 21.1:1 1420 F 312_21.1 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

79 1520 2.3 21.8:1 830 F 252_21.8 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

74 1613 1.3 23.1:1 580 F 202_23.1 S3 + M3SA4 P90 + BN90LA4 N140TC 110...113

73 1630 3.3 23.4:1 1460 F 312_23.4 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

72 1656 2.1 23.8:1 840 F 252_23.8 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

44

2 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

66 1807 1.2 25.9:1 590 F 202_25.9 S3 + M3SA4 P90 + BN90LA4 N140TC 110...113

63 1896 1.8 27.2:1 860 F 252_27.2 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

63 1900 2.8 27.3:1 1460 F 312_27.3 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

57 2093 1.7 30.0:1 870 F 252_30.0 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

57 2099 2.6 30.1:1 1460 F 312_30.1 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

54 2243 1.6 32.2:1 870 F 252_32.2 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

50 2395 2.2 34.4:1 1460 F 312_34.4 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

48 2538 1.3 36.4:1 890 F 252_36.4 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

45 2625 2.0 37.7:1 1460 F 312_37.7 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

45 2661 3.7 38.2:1 1910 F 412_38.2 S3 + M3SA4 P90 + BN90LA4 N140TC 143...146

43 2838 1.2 40.7:1 890 F 252_40.7 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

43 2813 1.8 40.4:1 1460 F 312_40.4 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

39 3111 1.7 44.6:1 1460 F 312_44.6 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

38 3108 1.1 45.6:1 870 F 253_45.6 S3 + M3SA4 P90 + BN90LA4 N140TC 121...124

36 3340 2.8 47.9:1 1910 F 412_47.9 S3 + M3SA4 P90 + BN90LA4 N140TC 143...146

36 3243 1.6 47.5:1 1460 F 313_47.5 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

33 3554 1.5 52.1:1 1460 F 313_52.1 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

33 3513 2.7 51.5:1 1910 F 413_51.5 S3 + M3SA4 P90 + BN90LA4 N140TC 143...146

28.5 4110 2.3 60.2:1 1910 F 413_60.2 S3 + M3SA4 P90 + BN90LA4 N140TC 143...146

27.4 4281 1.2 62.8:1 1460 F 313_62.8 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

26.1 4492 3.6 65.8:1 2700 F 513_65.8 S3 + M3SA4 P90 + BN90LA4 N140TC 154...157

25.9 4536 2.1 66.5:1 1910 F 413_66.5 S3 + M3SA4 P90 + BN90LA4 N140TC 143...146

24.9 4712 1.1 69.1:1 1460 F 313_69.1 S3 + M3SA4 P90 + BN90LA4 N140TC 132...135

20.6 5679 2.8 83.2:1 2700 F 513_83.2 S3 + M3SA4 P90 + BN90LA4 N140TC 154...157

20.2 5790 1.7 84.9:1 1910 F 413_84.9 S3 + M3SA4 P90 + BN90LA4 N140TC 143...146

17.6 6699 3.8 98.2:1 4500 F 603_98.2 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

16.3 7169 2.2 105.1:1 2700 F 513_105.1 S3 + M3SA4 P90 + BN90LA4 N140TC 154...157

16.2 7232 1.3 106.0:1 1910 F 413_106.0 S3 + M3SA4 P90 + BN90LA4 N140TC 143...146

16.2 7257 3.6 106.4:1 4500 F 603_106.4 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

14.3 8217 3.1 120.5:1 4500 F 603_120.5 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

13.3 8863 1.8 129.9:1 2700 F 513_129.9 S3 + M3SA4 P90 + BN90LA4 N140TC 154...157

13.2 8902 2.9 130.5:1 4500 F 603_130.5 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

11.5 10257 2.5 150.4:1 4500 F 603_150.4 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

11.2 10495 4.2 153.8:1 7870 F 703_153.8 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

10.6 11112 2.3 162.9:1 4500 F 603_162.9 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

10.4 11298 1.3 165.6:1 2700 F 513_165.6 S3 + M3SA4 P90 + BN90LA4 N140TC 154...157

10.4 11370 3.9 166.7:1 7870 F 703_166.7 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

45

2 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

9.5 12344 3.6 180.9:1 7870 F 703_180.9 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

9.3 12681 2.1 185.9:1 4500 F 603_185.9 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

8.8 13372 3.3 196.0:1 7870 F 703_196.0 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

8.5 13807 1.1 202.4:1 2700 F 513_202.4 S3 + M3SA4 P90 + BN90LA4 N140TC 154...157

8.5 13738 1.8 201.4:1 4500 F 603_201.4 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

7.9 14847 1.7 217.6:1 4500 F 603_217.6 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

7.9 14453 3.1 216.5:1 7870 F 704_216.5 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

7.3 16085 1.6 235.8:1 4500 F 603_235.8 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

7.3 15658 2.8 234.6:1 7870 F 704_234.6 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

6.6 17674 1.5 259.1:1 4500 F 603_259.1 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

6.2 18283 3.9 273.9:1 10100 F 804_273.9 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

6.1 19147 1.3 280.7:1 4500 F 603_280.7 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

6.1 18753 2.3 280.9:1 7870 F 704_280.9 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

5.9 19806 3.6 296.7:1 10100 F 804_296.7 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

5.6 20315 2.2 304.3:1 7870 F 704_304.3 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

5.5 21052 1.2 315.4:1 4500 F 604_315.4 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

5.0 22807 1.1 341.7:1 4500 F 604_341.7 S3 + M3SA4 P90 + BN90LA4 N140TC 165...168

4.9 23608 2.9 353.7:1 10100 F 804_353.7 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

4.6 24863 1.8 372.5:1 7870 F 704_372.5 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

4.5 25576 2.8 383.2:1 10100 F 804_383.2 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

4.3 26935 1.6 403.5:1 7870 F 704_403.5 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

3.8 30137 2.3 451.5:1 10100 F 804_451.5 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

3.8 30535 4.0 457.5:1 12400 F 904_457.5 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

3.7 31450 1.3 471.2:1 7870 F 704_471.2 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

3.5 32649 2.2 489.1:1 10100 F 804_489.1 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

3.4 34071 1.3 510.4:1 7870 F 704_510.4 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

3.4 33080 3.8 495.6:1 12400 F 904_495.6 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

3.0 37639 1.8 563.9:1 10100 F 804_563.9 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

2.9 38548 3.2 577.5:1 12400 F 904_577.5 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

2.8 40507 1.1 606.8:1 7870 F 704_606.8 S3 + M3SA4 P90 + BN90LA4 N140TC 176...179

2.8 40776 1.7 610.9:1 10100 F 804_610.9 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

2.8 41760 2.9 625.6:1 12400 F 904_625.6 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

2.4 47717 1.5 714.9:1 10100 F 804_714.9 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

2.2 51694 1.3 774.4:1 10100 F 804_774.4 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

2.2 51628 2.5 773.4:1 12400 F 904_773.4 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

2.0 59894 1.2 897.3:1 10100 F 804_897.3 S3 + M3SA4 P90 + BN90LA4 N140TC 184...187

1.8 60755 2.1 910.2:1 12400 F 904_910.2 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

46

3 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

268 670 1.7 6.4:1 410 F 202_6.4 S3 + M3LA4 P100 + BN100LA4 N180TC 110...113

250 718 3.1 6.9:1 610 F 252_6.9 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

220 819 1.6 7.8:1 430 F 202_7.8 S3 + M3LA4 P100 + BN100LA4 N180TC 110...113

209 860 4.0 8.2:1 1060 F 312_8.2 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

205 877 2.6 8.4:1 640 F 252_8.4 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

196 913 1.6 8.7:1 440 F 202_8.7 S3 + M3LA4 P100 + BN100LA4 N180TC 110...113

190 942 3.7 9.0:1 1090 F 312_9.0 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

184 978 2.4 9.4:1 650 F 252_9.4 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

162 1111 3.1 10.6:1 670 F 252_10.6 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

154 1174 1.3 11.2:1 460 F 202_11.2 S3 + M3LA4 P100 + BN100LA4 N180TC 110...113

135 1330 4.0 12.7:1 1190 F 312_12.7 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

133 1357 2.6 13.0:1 690 F 252_13.0 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

123 1458 3.6 13.9:1 1220 F 312_13.9 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

118 1512 2.4 14.5:1 700 F 252_14.5 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

116 1547 1.2 14.8:1 490 F 202_14.8 S3 + M3LA4 P100 + BN100LA4 N180TC 110...113

104 1737 2.0 16.6:1 710 F 252_16.6 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

102 1756 3.0 16.8:1 1270 F 312_16.8 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

93 1946 1.8 18.6:1 720 F 252_18.6 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

93 1933 2.8 18.5:1 1300 F 312_18.5 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

82 2207 2.4 21.1:1 1340 F 312_21.1 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

79 2281 1.6 21.8:1 740 F 252_21.8 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

73 2444 2.2 23.4:1 1370 F 312_23.4 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

72 2483 1.4 23.8:1 740 F 252_23.8 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

2 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

1.6 74244 1.7 1112:1 12400 F 904_1112 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

1.5 80431 1.6 1205:1 12400 F 904_1205 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

1.3 87982 1.3 1318:1 12400 F 904_1318 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

1.2 95313 1.3 1428:1 12400 F 904_1428 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

1.1 104890 1.2 1571:1 12400 F 904_1571 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

1.0 113631 1.1 1702:1 12400 F 904_1702 S3 + M3SA4 P90 + BN90LA4 N140TC 192...195

47

3 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

71 2521 3.8 24.1:1 1890 F 412_24.1 S3 + M3LA4 P100 + BN100LA4 N180TC 143...146

63 2844 1.2 27.2:1 740 F 252_27.2 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

63 2851 1.9 27.3:1 1410 F 312_27.3 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

57 3140 1.1 30.0:1 740 F 252_30.0 S3 + M3LA4 P100 + BN100LA4 N180TC 121...124

57 3148 1.7 30.1:1 1430 F 312_30.1 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

57 3148 3.1 30.1:1 1910 F 412_30.1 S3 + M3LA4 P100 + BN100LA4 N180TC 143...146

50 3592 1.4 34.4:1 1460 F 312_34.4 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

46 3882 3.8 37.1:1 2700 F 512_37.1 S3 + M3LA4 P100 + BN100LA4 N180TC 154...157

45 3938 1.3 37.7:1 1460 F 312_37.7 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

45 3991 2.4 38.2:1 1910 F 412_38.2 S3 + M3LA4 P100 + BN100LA4 N180TC 143...146

43 4219 1.2 40.4:1 1460 F 312_40.4 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

39 4666 1.1 44.6:1 1460 F 312_44.6 S3 + M3LA4 P100 + BN100LA4 N180TC 132...135

36 5010 1.9 47.9:1 1910 F 412_47.9 S3 + M3LA4 P100 + BN100LA4 N180TC 143...146

35 5004 3.2 48.9:1 2700 F 513_48.9 S3 + M3LA4 P100 + BN100LA4 N180TC 154...157

33 5269 1.8 51.5:1 1910 F 413_51.5 S3 + M3LA4 P100 + BN100LA4 N180TC 143...146

28.5 6165 1.6 60.2:1 1910 F 413_60.2 S3 + M3LA4 P100 + BN100LA4 N180TC 143...146

27.3 6449 4.0 63.0:1 4500 F 603_63.0 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

26.1 6738 2.4 65.8:1 2700 F 513_65.8 S3 + M3LA4 P100 + BN100LA4 N180TC 154...157

25.9 6804 1.4 66.5:1 1910 F 413_66.5 S3 + M3LA4 P100 + BN100LA4 N180TC 143...146

25.3 6987 3.7 68.3:1 4500 F 603_68.3 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

22.2 7936 3.2 77.6:1 4500 F 603_77.6 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

20.6 8518 1.9 83.2:1 2700 F 513_83.2 S3 + M3LA4 P100 + BN100LA4 N180TC 154...157

20.5 8597 3.0 84.0:1 4500 F 603_84.0 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

20.2 8686 1.1 84.9:1 1910 F 413_84.9 S3 + M3LA4 P100 + BN100LA4 N180TC 143...146

17.6 10048 2.5 98.2:1 4500 F 603_98.2 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

16.3 10753 1.4 105.1:1 2700 F 513_105.1 S3 + M3LA4 P100 + BN100LA4 N180TC 154...157

16.2 10886 2.4 106.4:1 4500 F 603_106.4 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

15.7 11217 4.0 109.6:1 7870 F 703_109.6 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

14.3 12326 2.0 120.5:1 4500 F 603_120.5 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

14.0 12558 3.5 122.7:1 7870 F 703_122.7 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

13.3 13294 1.2 129.9:1 2700 F 513_129.9 S3 + M3LA4 P100 + BN100LA4 N180TC 154...157

13.2 13353 1.9 130.5:1 4500 F 603_130.5 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

12.9 13605 3.2 133.0:1 7870 F 703_133.0 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

11.5 15385 1.7 150.4:1 4500 F 603_150.4 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

11.2 15743 2.8 153.8:1 7870 F 703_153.8 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

10.6 16667 1.6 162.9:1 4500 F 603_162.9 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

10.4 17054 2.6 166.7:1 7870 F 703_166.7 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

48

3 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

9.5 18515 2.4 180.9:1 7870 F 703_180.9 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

9.3 19022 1.3 185.9:1 4500 F 603_185.9 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

9.3 18891 3.7 184.6:1 10100 F 803_184.6 P100 + BN100LA4 N180TC 184...187

8.8 20058 2.2 196.0:1 7870 F 703_196.0 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

8.5 20607 1.2 201.4:1 4500 F 603_201.4 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

7.9 22271 1.2 217.6:1 4500 F 603_217.6 S3 + M3LA4 P100 + BN100LA4 N180TC 165...168

7.9 21680 2.0 216.5:1 7870 F 704_216.5 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

7.9 21877 3.2 218.5:1 10100 F 804_218.5 S3 + M3LA4 P100 + BN100LA4 N180TC 184...187

7.3 23486 1.9 234.6:1 7870 F 704_234.6 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

6.2 27424 2.6 273.9:1 10100 F 804_273.9 S3 + M3LA4 P100 + BN100LA4 N180TC 184...187

6.1 28129 1.6 280.9:1 7870 F 704_280.9 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

5.9 29709 2.4 296.7:1 10100 F 804_296.7 S3 + M3LA4 P100 + BN100LA4 N180TC 184...187

5.9 29149 4.2 291.1:1 12400 F 904_291.1 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

5.6 30473 1.4 304.3:1 7870 F 704_304.3 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

4.9 35412 2.0 353.7:1 10100 F 804_353.7 S3 + M3LA4 P100 + BN100LA4 N180TC 184...187

4.8 36230 3.5 361.8:1 12400 F 904_361.8 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

4.6 37294 1.2 372.5:1 7870 F 704_372.5 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

4.5 38364 1.8 383.2:1 10100 F 804_383.2 S3 + M3LA4 P100 + BN100LA4 N180TC 184...187

4.3 40402 1.1 403.5:1 7870 F 704_403.5 S3 + M3LA4 P100 + BN100LA4 N180TC 176...179

3.8 45206 1.6 451.5:1 10100 F 804_451.5 S3 + M3LA4 P100 + BN100LA4 N180TC 184...187

3.8 45803 2.8 457.5:1 12400 F 904_457.5 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

3.5 48973 1.4 489.1:1 10100 F 804_489.1 S3 + M3LA4 P100 + BN100LA4 N180TC 184...187

3.4 49620 2.5 495.6:1 12400 F 904_495.6 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

3.0 56459 1.2 563.9:1 10100 F 804_563.9 S3 + M3LA4 P100 + BN100LA4 N180TC 184...187

2.9 57822 2.2 577.5:1 12400 F 904_577.5 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

2.8 61164 1.2 610.9:1 10100 F 804_610.9 S3 + M3LA4 P100 + BN100LA4 N180TC 184...187

2.8 62640 1.9 625.6:1 12400 F 904_625.6 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

2.2 77442 1.6 773.4:1 12400 F 904_773.4 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

1.8 91133 1.3 910.2:1 12400 F 904_910.2 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

1.6 111366 1.1 1112:1 12400 F 904_1112 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

1.5 120647 1.1 1205:1 12400 F 904_1205 S3 + M3LA4 P100 + BN100LA4 N180TC 192...195

49

5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

252 1190 1.9 6.9:1 540 F 252_6.9 S3 + M3LC4 P112 + BN112M4 N180TC 121...124

248 1204 2.9 6.9:1 940 F 312_6.9 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

210 1425 2.4 8.2:1 980 F 312_8.2 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

206 1454 1.6 8.4:1 550 F 252_8.4 S3 + M3LC4 P112 + BN112M4 N180TC 121...124

192 1562 2.3 9.0:1 990 F 312_9.0 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

189 1582 4.0 9.1:1 1380 F 412_9.1 S3 + M3LC4 P112 + BN112M4 N180TC 143...146

185 1620 1.5 9.4:1 560 F 252_9.4 S3 + M3LC4 P112 + BN112M4 N180TC 121...124

163 1840 1.9 10.6:1 550 F 252_10.6 S3 + M3LC4 P112 + BN112M4 N180TC 121...124

161 1862 2.9 10.7:1 1040 F 312_10.7 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

161 1866 4.2 10.8:1 1430 F 412_10.8 S3 + M3LC4 P112 + BN112M4 N180TC 143...146

136 2204 2.4 12.7:1 1070 F 312_12.7 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

133 2248 1.6 13.0:1 550 F 252_13.0 S3 + M3LC4 P112 + BN112M4 N180TC 121...124

124 2415 2.3 13.9:1 1080 F 312_13.9 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

120 2506 1.5 14.5:1 540 F 252_14.5 S3 + M3LC4 P112 + BN112M4 N180TC 121...124

119 2534 3.6 14.6:1 1530 F 412_14.6 S3 + M3LC4 P112 + BN112M4 N180TC 143...146

104 2879 1.2 16.6:1 540 F 252_16.6 S3 + M3LC4 P112 + BN112M4 N180TC 121...124

103 2910 1.9 16.8:1 1110 F 312_16.8 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

101 2965 3.2 17.1:1 1580 F 412_17.1 S3 + M3LC4 P112 + BN112M4 N180TC 143...146

94 3202 1.7 18.5:1 1120 F 312_18.5 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

91 3272 2.9 18.9:1 1610 F 412_18.9 S3 + M3LC4 P112 + BN112M4 N180TC 143...146

91 3260 4.2 18.8:1 2170 F 512_18.8 S3 + M3LC4 P112 + BN112M4 N180TC 154...157

82 3657 1.5 21.1:1 1130 F 312_21.1 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

74 4051 1.3 23.4:1 1130 F 312_23.4 S3 + M3LC4 P112 + BN112M4 N180TC 132...135

74 3978 4.2 23.5:1 4500 F 603_23.5 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

73 4121 3.6 23.8:1 2290 F 512_23.8 S3 + M3LC4 P112 + BN112M4 N180TC 154...157

72 4177 2.4 24.1:1 1670 F 412_24.1 S3 + M3LC4 P112 + BN112M4 N180TC 143...146

68 4310 3.8 25.4:1 4500 F 603_25.4 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

58 5203 2.9 30.0:1 2410 F 512_30.0 S3 + M3LC4 P112 + BN112M4 N180TC 154...157

57 5217 1.9 30.1:1 1710 F 412_30.1 S3 + M3LC4 P112 + BN112M4 N180TC 143...146

47 6432 2.4 37.1:1 2520 F 512_37.1 S3 + M3LC4 P112 + BN112M4 N180TC 154...157

46 6614 1.5 38.2:1 1740 F 412_38.2 S3 + M3LC4 P112 + BN112M4 N180TC 143...146

44 6587 3.8 38.8:1 4500 F 603_38.8 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

41 7136 3.6 42.1:1 4500 F 603_42.1 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

36 8112 3.2 47.8:1 4500 F 603_47.8 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

35 8291 1.9 48.9:1 2610 F 513_48.9 S3 + M3LC4 P112 + BN112M4 N180TC 154...157

33 8788 2.9 51.8:1 4500 F 603_51.8 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

27.4 10687 2.4 63.0:1 4500 F 603_63.0 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

50

5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

26.3 11164 1.5 65.8:1 2700 F 513_65.8 S3 + M3LC4 P112 + BN112M4 N180TC 154...157

25.3 11577 2.3 68.3:1 4500 F 603_68.3 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

22.4 13150 2.0 77.6:1 4500 F 603_77.6 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

20.6 14246 1.9 84.0:1 4500 F 603_84.0 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

20.3 14478 3.0 85.4:1 7870 F 703_85.4 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

18.7 15684 2.8 92.5:1 7870 F 703_92.5 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

17.7 16650 1.6 98.2:1 4500 F 603_98.2 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

17.1 17157 2.5 101.2:1 7870 F 703_101.2 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

16.3 18038 1.5 106.4:1 4500 F 603_106.4 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

15.8 18586 2.4 109.6:1 7870 F 703_109.6 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

15.2 19287 3.7 113.8:1 10100 F 803_113.8 P112 + BN112M4 N180TC 184...187

14.3 20424 1.2 120.5:1 4500 F 603_120.5 S3 + M3LC4 P112 + BN112M4 N180TC 165...168

14.1 20809 2.1 122.7:1 7870 F 703_122.7 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

14.1 20768 3.4 122.5:1 10100 F 803_122.5 P112 + BN112M4 N180TC 184...187

13.1 22499 3.2 132.7:1 10100 F 803_132.7 P112 + BN112M4 N180TC 184...187

13.0 22544 2.0 133.0:1 7870 F 703_133.0 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

11.7 25078 2.8 147.9:1 10100 F 803_147.9 P112 + BN112M4 N180TC 184...187

11.2 26086 1.7 153.8:1 7870 F 703_153.8 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

10.8 27168 2.7 160.2:1 10100 F 803_160.2 P112 + BN112M4 N180TC 184...187

10.6 27609 4.5 162.8:1 12400 F 903_162.8 P112 + BN112M4 N180TC 192...195

10.4 28260 1.6 166.7:1 7870 F 703_166.7 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

9.6 30388 4.1 179.2:1 12400 F 903_179.2 P112 + BN112M4 N180TC 192...195

9.5 30681 1.5 180.9:1 7870 F 703_180.9 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

9.4 31303 2.3 184.6:1 10100 F 803_184.6 P112 + BN112M4 N180TC 184...187

8.9 32921 3.7 194.2:1 12400 F 903_194.2 P112 + BN112M4 N180TC 192...195

8.8 33237 1.3 196.0:1 7870 F 703_196.0 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

8.2 35437 3.4 213.6:1 12400 F 904_213.6 S3 + M3LC4 P112 + BN112M4 N180TC 192...195

8.0 35924 1.2 216.5:1 7870 F 704_216.5 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

7.9 36250 2.0 218.5:1 10100 F 804_218.5 S3 + M3LC4 P112 + BN112M4 N180TC 184...187

7.5 38391 3.2 231.4:1 12400 F 904_231.4 S3 + M3LC4 P112 + BN112M4 N180TC 192...195

7.4 38918 1.2 234.6:1 7870 F 704_234.6 S3 + M3LC4 P112 + BN112M4 N180TC 176...179

6.4 44585 2.8 268.7:1 12400 F 904_268.7 S3 + M3LC4 P112 + BN112M4 N180TC 192...195

6.3 45442 1.6 273.9:1 10100 F 804_273.9 S3 + M3LC4 P112 + BN112M4 N180TC 184...187

5.9 48301 2.5 291.1:1 12400 F 904_291.1 S3 + M3LC4 P112 + BN112M4 N180TC 192...195

5.8 49229 1.5 296.7:1 10100 F 804_296.7 S3 + M3LC4 P112 + BN112M4 N180TC 184...187

4.9 58680 1.2 353.7:1 10100 F 804_353.7 S3 + M3LC4 P112 + BN112M4 N180TC 184...187

4.8 60035 2.1 361.8:1 12400 F 904_361.8 S3 + M3LC4 P112 + BN112M4 N180TC 192...195

51

5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

3.8 75897 1.6 457.5:1 12400 F 904_457.5 S3 + M3LC4 P112 + BN112M4 N180TC 192...195

3.5 82221 1.5 495.6:1 12400 F 904_495.6 S3 + M3LC4 P112 + BN112M4 N180TC 192...195

3.0 95812 1.3 577.5:1 12400 F 904_577.5 S3 + M3LC4 P112 + BN112M4 N180TC 192...195

2.7 103797 1.2 625.6:1 12400 F 904_625.6 S3 + M3LC4 P112 + BN112M4 N180TC 192...195

7.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

257 1748 3.2 6.7:1 1220 F 412_6.7 S4 + M4SA4 P132 + BN132S4 N210TC 143...146

191 2352 4.1 9.1:1 1710 F 512_9.1 S4 + M4SA4 P132 + BN132S4 N210TC 154...157

190 2374 2.6 9.1:1 1310 F 412_9.1 S4 + M4SA4 P132 + BN132S4 N210TC 143...146

161 2799 2.8 10.8:1 1340 F 412_10.8 S4 + M4SA4 P132 + BN132S4 N210TC 143...146

156 2887 4.1 11.1:1 1810 F 512_11.1 S4 + M4SA4 P132 + BN132S4 N210TC 154...157

124 3632 3.4 14.0:1 1920 F 512_14.0 S4 + M4SA4 P132 + BN132S4 N210TC 154...157

118 3801 2.4 14.6:1 1410 F 412_14.6 S4 + M4SA4 P132 + BN132S4 N210TC 143...146

101 4447 2.1 17.1:1 1440 F 412_17.1 S4 + M4SA4 P132 + BN132S4 N210TC 143...146

93 4890 2.8 18.8:1 2050 F 512_18.8 S4 + M4SA4 P132 + BN132S4 N210TC 154...157

91 4908 2.0 18.9:1 1460 F 412_18.9 S4 + M4SA4 P132 + BN132S4 N210TC 143...146

91 4850 3.4 19.1:1 4500 F 603_19.1 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

84 5254 3.2 20.7:1 4500 F 603_20.7 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

73 6182 2.4 23.8:1 2150 F 512_23.8 S4 + M4SA4 P132 + BN132S4 N210TC 154...157

73 5968 2.8 23.5:1 4500 F 603_23.5 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

72 6265 1.5 24.1:1 1480 F 412_24.1 S4 + M4SA4 P132 + BN132S4 N210TC 143...146

68 6465 2.6 25.4:1 4500 F 603_25.4 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

59 7532 3.4 29.6:1 4500 F 603_29.6 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

58 7825 1.3 30.1:1 1480 F 412_30.1 S4 + M4SA4 P132 + BN132S4 N210TC 143...146

58 7804 1.9 30.0:1 2240 F 512_30.0 S4 + M4SA4 P132 + BN132S4 N210TC 154...157

54 8160 3.2 32.1:1 4500 F 603_32.1 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

47 9648 1.5 37.1:1 2320 F 512_37.1 S4 + M4SA4 P132 + BN132S4 N210TC 154...157

44 9880 2.6 38.8:1 4500 F 603_38.8 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

41 10704 2.4 42.1:1 4500 F 603_42.1 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

38 11494 3.9 45.2:1 7710 F 703_45.2 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

36 12168 2.1 47.8:1 4500 F 603_47.8 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

52

7.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

35 12437 1.3 48.9:1 2320 F 513_48.9 S4 + M4SA4 P132 + BN132S4 N210TC 154...157

35 12452 3.5 49.0:1 7870 F 703_49.0 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

33 13182 1.9 51.8:1 4500 F 603_51.8 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

30 14673 3.1 57.7:1 7870 F 703_57.7 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

27.6 15896 2.8 62.5:1 7870 F 703_62.5 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

27.4 16030 1.7 63.0:1 4500 F 603_63.0 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

25.5 17269 2.6 67.9:1 7870 F 703_67.9 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

25.3 17366 1.5 68.3:1 4500 F 603_68.3 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

24.6 17901 3.9 70.4:1 10100 F 803_70.4 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

23.5 18709 2.4 73.6:1 7870 F 703_73.6 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

22.7 19393 3.7 76.3:1 10100 F 803_76.3 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

22.3 19725 1.3 77.6:1 4500 F 603_77.6 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

20.5 21369 1.2 84.0:1 4500 F 603_84.0 S4 + M4SA4 P132 + BN132S4 N210TC 165...168

20.3 21717 2.0 85.4:1 7870 F 703_85.4 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

20.3 21671 3.3 85.2:1 10100 F 803_85.2 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

18.7 23526 1.9 92.5:1 7870 F 703_92.5 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

18.7 23477 3.1 92.3:1 10100 F 803_92.3 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

17.1 25735 1.8 101.2:1 7870 F 703_101.2 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

15.7 27879 1.5 109.6:1 7870 F 703_109.6 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

15.3 28931 2.5 113.8:1 10100 F 803_113.8 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

14.2 31153 2.2 122.5:1 10100 F 803_122.5 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

14.1 31214 1.4 122.7:1 7870 F 703_122.7 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

13.7 32244 3.9 126.8:1 12400 F 903_126.8 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

13.1 33749 2.1 132.7:1 10100 F 803_132.7 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

13.0 33815 1.3 133.0:1 7870 F 703_133.0 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

12.6 34931 3.5 137.3:1 12400 F 903_137.3 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

11.7 37617 1.9 147.9:1 10100 F 803_147.9 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

11.5 38228 3.2 150.3:1 12400 F 903_150.3 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

11.3 39129 1.2 153.8:1 7870 F 703_153.8 S4 + M4SA4 P132 + BN132S4 N210TC 176...179

10.8 40752 1.8 160.2:1 10100 F 803_160.2 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

10.6 41414 3.0 162.8:1 12400 F 903_162.8 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

9.6 45582 2.7 179.2:1 12400 F 903_179.2 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

9.4 46955 1.5 184.6:1 10100 F 803_184.6 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

8.9 49381 2.5 194.2:1 12400 F 903_194.2 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

8.0 53156 2.4 213.6:1 12400 F 904_213.6 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

7.9 54376 1.3 218.5:1 10100 F 804_218.5 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

7.4 57586 2.1 231.4:1 12400 F 904_231.4 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

53

10 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

259 2317 2.4 6.7:1 1160 F 412_6.7 S4 + M4LA4 P132 + BN132MA4 N210TC 143...146

242 2478 3.5 7.2:1 1550 F 512_7.2 S4 + M4LA4 P132 + BN132MA4 N210TC 154...157

192 3117 3.2 9.1:1 1640 F 512_9.1 S4 + M4LA4 P132 + BN132MA4 N210TC 154...157

191 3147 1.9 9.1:1 1220 F 412_9.1 S4 + M4LA4 P132 + BN132MA4 N210TC 143...146

162 3710 2.2 10.8:1 1230 F 412_10.8 S4 + M4LA4 P132 + BN132MA4 N210TC 143...146

157 3826 3.0 11.1:1 1730 F 512_11.1 S4 + M4LA4 P132 + BN132MA4 N210TC 154...157

149 3963 4.3 11.8:1 4380 F 603_11.8 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

137 4293 3.9 12.7:1 4470 F 603_12.7 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

124 4814 2.6 14.0:1 1820 F 512_14.0 S4 + M4LA4 P132 + BN132MA4 N210TC 154...157

120 4880 3.4 14.5:1 4500 F 603_14.5 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

118 5039 1.8 14.6:1 1270 F 412_14.6 S4 + M4LA4 P132 + BN132MA4 N210TC 143...146

111 5287 3.2 15.7:1 4500 F 603_15.7 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

102 5895 1.6 17.1:1 1270 F 412_17.1 S4 + M4LA4 P132 + BN132MA4 N210TC 143...146

93 6482 2.1 18.8:1 1920 F 512_18.8 S4 + M4LA4 P132 + BN132MA4 N210TC 154...157

92 6507 1.5 18.9:1 1270 F 412_18.9 S4 + M4LA4 P132 + BN132MA4 N210TC 143...146

92 6429 2.7 19.1:1 4500 F 603_19.1 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

85 6965 2.4 20.7:1 4500 F 603_20.7 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

74 8195 1.8 23.8:1 1980 F 512_23.8 S4 + M4LA4 P132 + BN132MA4 N210TC 154...157

74 7911 2.1 23.5:1 4500 F 603_23.5 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

73 8306 1.2 24.1:1 1240 F 412_24.1 S4 + M4LA4 P132 + BN132MA4 N210TC 143...146

71 8280 4.3 24.6:1 6470 F 703_24.6 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

69 8571 1.9 25.4:1 4500 F 603_25.4 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

59 9985 2.6 29.6:1 4500 F 603_29.6 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

7.5 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

6.5 66878 1.9 268.7:1 12400 F 904_268.7 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

6.4 68163 1.1 273.9:1 10100 F 804_273.9 S4 + M4SA4 P132 + BN132S4 N210TC 184...187

5.9 72451 1.7 291.1:1 12400 F 904_291.1 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

4.8 90052 1.4 361.8:1 12400 F 904_361.8 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

3.7 113845 1.1 457.5:1 12400 F 904_457.5 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

3.5 123332 1.1 495.6:1 12400 F 904_495.6 S4 + M4SA4 P132 + BN132S4 N210TC 192...195

54

10 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

58 10346 1.5 30.0:1 2030 F 512_30.0 S4 + M4LA4 P132 + BN132MA4 N210TC 154...157

54 10817 2.4 32.1:1 4500 F 603_32.1 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

47 12790 1.2 37.1:1 2040 F 512_37.1 S4 + M4LA4 P132 + BN132MA4 N210TC 154...157

45 13098 1.9 38.8:1 4500 F 603_38.8 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

41 14190 1.8 42.1:1 4500 F 603_42.1 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

39 15237 2.9 45.2:1 7460 F 703_45.2 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

36 16507 2.7 49.0:1 7600 F 703_49.0 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

36 16130 1.6 47.8:1 4500 F 603_47.8 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

34 17474 1.5 51.8:1 4500 F 603_51.8 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

31 19128 3.6 56.7:1 9580 F 803_56.7 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

30 19452 2.3 57.7:1 7850 F 703_57.7 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

28.3 20722 3.4 61.5:1 9780 F 803_61.5 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

27.8 21073 2.1 62.5:1 7870 F 703_62.5 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

27.6 21251 1.2 63.0:1 4500 F 603_63.0 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

25.6 22893 1.9 67.9:1 7870 F 703_67.9 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

25.5 23022 1.1 68.3:1 4500 F 603_68.3 S4 + M4LA4 P132 + BN132MA4 N210TC 165...168

24.8 23731 3.0 70.4:1 10000 F 803_70.4 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

23.7 24801 1.8 73.6:1 7870 F 703_73.6 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

22.8 25709 2.8 76.3:1 10100 F 803_76.3 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

20.4 28789 1.6 85.4:1 7870 F 703_85.4 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

20.4 28729 2.4 85.2:1 10100 F 803_85.2 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

19.7 29804 4.1 88.4:1 12400 F 903_88.4 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

18.9 31188 1.5 92.5:1 7870 F 703_92.5 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

18.9 31123 2.3 92.3:1 10100 F 803_92.3 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

18.1 32287 3.9 95.8:1 12400 F 903_95.8 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

17.2 34116 1.3 101.2:1 7870 F 703_101.2 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

16.8 34841 3.5 103.3:1 12400 F 903_103.3 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

15.8 36959 1.2 109.6:1 7870 F 703_109.6 S4 + M4LA4 P132 + BN132MA4 N210TC 176...179

15.6 37745 3.3 111.9:1 12400 F 903_111.9 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

15.3 38353 1.8 113.8:1 10100 F 803_113.8 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

14.3 41298 1.7 122.5:1 10100 F 803_122.5 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

13.8 42745 2.9 126.8:1 12400 F 903_126.8 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

13.2 44740 1.6 132.7:1 10100 F 803_132.7 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

12.7 46307 2.7 137.3:1 12400 F 903_137.3 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

11.7 49868 1.5 147.9:1 10100 F 803_147.9 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

11.6 50678 2.4 150.3:1 12400 F 903_150.3 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

10.9 54023 1.3 160.2:1 10100 F 803_160.2 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

55

10 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

10.6 54901 2.3 162.8:1 12400 F 903_162.8 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

9.7 60427 2.1 179.2:1 12400 F 903_179.2 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

9.4 62246 1.1 184.6:1 10100 F 803_184.6 S4 + M4LA4 P132 + BN132MA4 N210TC 184...187

8.9 65463 1.9 194.2:1 12400 F 903_194.2 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

8.1 70468 1.7 213.6:1 12400 F 904_213.6 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

7.5 76340 1.6 231.4:1 12400 F 904_231.4 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

6.5 88658 1.5 268.7:1 12400 F 904_268.7 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

5.9 96046 1.3 291.1:1 12400 F 904_291.1 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

4.8 119379 1.1 361.8:1 12400 F 904_361.8 S4 + M4LA4 P132 + BN132MA4 N210TC 192...195

15 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

259 3476 1.7 6.7:1 1040 F 412_6.7 S4 + M4LC4 143...146

242 3717 2.4 7.2:1 1460 F 512_7.2 S4 + M4LC4 P160 + BN160MR4 N250TC 154...157

195 4532 3.7 9.0:1 4000 F 603_9.0 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

192 4676 2.1 9.1:1 1520 F 512_9.1 S4 + M4LC4 P160 + BN160MR4 N250TC 154...157

191 4720 1.3 9.1:1 1060 F 412_9.1 S4 + M4LC4 143...146

179 4909 3.4 9.7:1 4090 F 603_9.7 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

162 5565 1.4 10.8:1 1050 F 412_10.8 S4 + M4LC4 143...146

157 5740 2.0 11.1:1 1590 F 512_11.1 S4 + M4LC4 P160 + BN160MR4 N250TC 154...157

149 5944 2.9 11.8:1 4270 F 603_11.8 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

137 6440 2.6 12.7:1 4360 F 603_12.7 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

124 7221 1.8 14.0:1 1640 F 512_14.0 S4 + M4LC4 P160 + BN160MR4 N250TC 154...157

120 7320 2.3 14.5:1 4500 F 603_14.5 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

118 7558 1.2 14.6:1 1010 F 412_14.6 S4 + M4LC4 143...146

111 7930 2.1 15.7:1 4500 F 603_15.7 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

93 9724 1.4 18.8:1 1680 F 512_18.8 S4 + M4LC4 P160 + BN160MR4 N250TC 154...157

92 9644 1.8 19.1:1 4500 F 603_19.1 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

85 10448 1.7 20.7:1 4500 F 603_20.7 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

83 10553 3.3 20.9:1 6020 F 703_20.9 S4 + M4LC4 P160 + BN160MR4 N250TC 176...179

77 11432 3.3 22.6:1 6140 F 703_22.6 S4 + M4LC4 P160 + BN160MR4 N250TC 176...179

74 12293 1.2 23.8:1 1690 F 512_23.8 S4 + M4LC4 P160 + BN160MR4 N250TC 154...157

56

15 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

74 11867 1.4 23.5:1 4500 F 603_23.5 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

71 12420 2.9 24.6:1 6250 F 703_24.6 S4 + M4LC4 P160 + BN160MR4 N250TC 176...179

69 12856 1.3 25.4:1 4500 F 603_25.4 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

63 14005 3.0 27.7:1 6410 F 703_27.7 P160 + BN160MR4 N250TC 176...179

59 14978 1.7 29.6:1 4500 F 603_29.6 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

54 16226 1.5 32.1:1 4500 F 603_32.1 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

50 17924 2.5 35.4:1 6740 F 703_35.4 P160 + BN160MR4 N250TC 176...179

46 19417 2.3 38.4:1 6860 F 703_38.4 P160 + BN160MR4 N250TC 176...179

45 19647 1.3 38.8:1 4500 F 603_38.8 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

41 21285 1.2 42.1:1 4500 F 603_42.1 S4 + M4LC4 P160 + BN160MR4 N250TC 165...168

39 22856 1.9 45.2:1 7040 F 703_45.2 S4 + M4LC4 P160 + BN160MR4 N250TC 176...179

39 22926 3.1 45.3:1 8740 F 803_45.3 S4 + M4LC4 P160 + BN160MR4 N250TC 184...187

36 24761 1.8 49.0:1 7150 F 703_49.0 S4 + M4LC4 P160 + BN160MR4 N250TC 176...179

35 24836 2.9 49.1:1 8830 F 803_49.1 P160 + BN160MR4 N250TC 184...187

31 28692 2.5 56.7:1 9170 F 803_56.7 S4 + M4LC4 P160 + BN160MR4 N250TC 184...187

30 29178 1.5 57.7:1 7310 F 703_57.7 S4 + M4LC4 P160 + BN160MR4 N250TC 176...179

28.3 31083 2.3 61.5:1 9240 F 803_61.5 S4 + M4LC4 P160 + BN160MR4 N250TC 184...187

28.0 31407 3.9 62.1:1 12400 F 903_62.1 P160 + BN160MR4 N250TC 192...195

27.8 31610 1.4 62.5:1 7400 F 703_62.5 S4 + M4LC4 P160 + BN160MR4 N250TC 176...179

25.6 34340 1.3 67.9:1 7440 F 703_67.9 S4 + M4LC4 P160 + BN160MR4 N250TC 176...179

24.8 35597 2.0 70.4:1 9550 F 803_70.4 S4 + M4LC4 P160 + BN160MR4 N250TC 184...187

24.7 35784 3.4 70.8:1 12400 F 903_70.8 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

23.7 37202 1.2 73.6:1 7530 F 703_73.6 S4 + M4LC4 P160 + BN160MR4 N250TC 176...179

22.8 38564 1.8 76.3:1 9620 F 803_76.3 S4 + M4LC4 P160 + BN160MR4 N250TC 184...187

22.7 38766 3.2 76.7:1 12400 F 903_76.7 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

20.4 43094 1.7 85.2:1 9890 F 803_85.2 S4 + M4LC4 P160 + BN160MR4 N250TC 184...187

19.7 44705 2.7 88.4:1 12400 F 903_88.4 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

18.9 46685 1.5 92.3:1 9910 F 803_92.3 S4 + M4LC4 P160 + BN160MR4 N250TC 184...187

18.1 48431 2.6 95.8:1 12400 F 903_95.8 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

16.8 52262 2.4 103.3:1 12400 F 903_103.3 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

15.6 56617 2.1 111.9:1 12400 F 903_111.9 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

15.3 57529 1.2 113.8:1 10100 F 803_113.8 S4 + M4LC4 P160 + BN160MR4 N250TC 184...187

14.3 61947 1.2 122.5:1 10100 F 803_122.5 S4 + M4LC4 P160 + BN160MR4 N250TC 184...187

13.8 64117 1.9 126.8:1 12400 F 903_126.8 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

12.7 69460 1.8 137.3:1 12400 F 903_137.3 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

11.6 76017 1.7 150.3:1 12400 F 903_150.3 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

10.6 82352 1.5 162.8:1 12400 F 903_162.8 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

57

15 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

9.7 90641 1.4 179.2:1 12400 F 903_179.2 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

8.9 98194 1.3 194.2:1 12400 F 903_194.2 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

8.1 105701 1.2 213.6:1 12400 F 904_213.6 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

7.5 114510 1.1 231.4:1 12400 F 904_231.4 S4 + M4LC4 P160 + BN160MR4 N250TC 192...195

20 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

195 6008 2.8 9.0:1 3890 F 603_9.0 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

180 6508 2.5 9.7:1 3980 F 603_9.7 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

175 6715 4.2 10.0:1 4900 F 703_10.0 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

162 7275 4.2 10.9:1 5010 F 703_10.9 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

149 7880 2.2 11.8:1 4140 F 603_11.8 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

138 8537 1.9 12.7:1 4230 F 603_12.7 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

137 8594 3.7 12.8:1 5190 F 703_12.8 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

126 9310 3.7 13.9:1 5310 F 703_13.9 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

121 9705 1.7 14.5:1 4320 F 603_14.5 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

111 10513 1.6 15.7:1 4410 F 603_15.7 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

107 10959 3.3 16.3:1 5490 F 703_16.3 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

98 11872 3.3 17.7:1 5600 F 703_17.7 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

92 12785 1.3 19.1:1 4500 F 603_19.1 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

86 13632 4.1 20.3:1 7040 F 803_20.3 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

85 13851 1.2 20.7:1 4500 F 603_20.7 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

84 13990 2.5 20.9:1 5780 F 703_20.9 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

79 14769 4.1 22.0:1 7170 F 803_22.0 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

78 15156 2.5 22.6:1 5890 F 703_22.6 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

71 16465 2.2 24.6:1 5960 F 703_24.6 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

70 16913 3.3 25.2:1 7400 F 803_25.2 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

64 18567 2.2 27.7:1 6090 F 703_27.7 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

59 19857 1.3 29.6:1 4500 F 603_29.6 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

55 21511 1.2 32.1:1 4500 F 603_32.1 S5 + M5SB4 P160 + BN160L4 N250TC 165...168

49 23762 1.8 35.4:1 6340 F 703_35.4 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

46 25742 1.7 38.4:1 6430 F 703_38.4 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

58

20 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

38 30301 1.4 45.2:1 6540 F 703_45.2 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

38 30393 2.3 45.3:1 8360 F 803_45.3 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

36 32926 2.2 49.1:1 8500 F 803_49.1 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

36 32826 1.3 49.0:1 6610 F 703_49.0 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

31 38434 3.3 57.3:1 12400 F 903_57.3 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

31 38037 1.8 56.7:1 8680 F 803_56.7 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

30 38682 1.1 57.7:1 6680 F 703_57.7 S5 + M5SB4 P160 + BN160L4 N250TC 176...179

28.5 41207 1.7 61.5:1 8700 F 803_61.5 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

28.2 41637 3.0 62.1:1 12400 F 903_62.1 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

24.8 47192 1.4 70.4:1 8970 F 803_70.4 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

24.7 47439 2.7 70.8:1 12400 F 903_70.8 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

22.9 51124 1.3 76.3:1 9100 F 803_76.3 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

22.8 51392 2.4 76.7:1 12400 F 903_76.7 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

20.5 57130 1.2 85.2:1 9170 F 803_85.2 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

19.8 59267 2.0 88.4:1 12400 F 903_88.4 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

18.9 61891 1.1 92.3:1 9280 F 803_92.3 S5 + M5SB4 P160 + BN160L4 N250TC 184...187

18.2 64205 1.9 95.8:1 12400 F 903_95.8 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

16.9 69284 1.8 103.3:1 12400 F 903_103.3 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

15.6 75058 1.7 111.9:1 12400 F 903_111.9 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

13.8 85001 1.4 126.8:1 12400 F 903_126.8 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

12.7 92084 1.3 137.3:1 12400 F 903_137.3 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

11.6 100777 1.2 150.3:1 12400 F 903_150.3 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

10.8 108555 1.1 162.8:1 12400 F 903_162.8 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

9.8 119481 1.1 179.2:1 12400 F 903_179.2 S5 + M5SB4 P160 + BN160L4 N250TC 192...195

25 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

196 7460 2.3 9.0:1 3800 F 603_9.0 S5 + M5LA4 P180 + BN180M4 N280TC 165...168

181 8082 2.0 9.7:1 3890 F 603_9.7 S5 + M5LA4 P180 + BN180M4 N280TC 165...168

176 8341 3.3 10.0:1 4810 F 703_10.0 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

163 9037 3.3 10.9:1 4900 F 703_10.9 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

149 9792 1.7 11.8:1 4020 F 603_11.8 S5 + M5LA4 P180 + BN180M4 N280TC 165...168

59

25 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

139 10606 1.6 12.7:1 4110 F 603_12.7 S5 + M5LA4 P180 + BN180M4 N280TC 165...168

137 10672 3.0 12.8:1 5080 F 703_12.8 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

127 11568 3.0 13.9:1 5170 F 703_13.9 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

122 12056 1.4 14.5:1 4180 F 603_14.5 S5 + M5LA4 P180 + BN180M4 N280TC 165...168

112 13063 1.3 15.7:1 4200 F 603_15.7 S5 + M5LA4 P180 + BN180M4 N280TC 165...168

108 13529 4.1 16.2:1 6540 F 803_16.2 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

107 13610 2.6 16.3:1 5350 F 703_16.3 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

100 14661 4.1 17.6:1 6680 F 803_17.6 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

99 14750 2.6 17.7:1 5440 F 703_17.7 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

87 16933 3.2 20.3:1 6880 F 803_20.3 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

84 17378 2.0 20.9:1 5600 F 703_20.9 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

80 18347 3.2 22.0:1 7040 F 803_22.0 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

78 18828 2.0 22.6:1 5660 F 703_22.6 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

71 20456 1.7 24.6:1 5730 F 703_24.6 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

70 21011 2.6 25.2:1 7220 F 803_25.2 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

64 23062 1.8 27.7:1 5840 F 703_27.7 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

61 24024 3.0 28.8:1 7420 F 803_28.8 P180 + BN180M4 N280TC 184...187

59 24986 1.8 30.0:1 5910 F 703_30.0 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

57 26029 2.8 31.3:1 7550 F 803_31.3 P180 + BN180M4 N280TC 184...187

49 29981 2.4 36.0:1 7730 F 803_36.0 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

49 29515 1.6 35.4:1 6000 F 703_35.4 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

47 31136 3.8 37.4:1 11800 F 903_37.4 P180 + BN180M4 N280TC 192...195

46 31980 1.4 38.4:1 6070 F 703_38.4 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

45 32483 2.2 39.0:1 7870 F 803_39.0 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

43 33734 3.7 40.5:1 12100 F 903_40.5 P180 + BN180M4 N280TC 192...195

39 38359 3.2 46.1:1 12400 F 903_46.1 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

39 37753 1.9 45.3:1 8030 F 803_45.3 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

39 37642 1.2 45.2:1 6110 F 703_45.2 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

36 40898 1.7 49.1:1 8050 F 803_49.1 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

36 40780 1.1 49.0:1 6160 F 703_49.0 S5 + M5LA4 P180 + BN180M4 N280TC 176...179

35 41557 3.0 49.9:1 12400 F 903_49.9 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

31 47744 2.6 57.3:1 12400 F 903_57.3 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

31 47248 1.6 56.7:1 8270 F 803_56.7 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

28.7 51185 1.3 61.5:1 8410 F 803_61.5 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

28.3 51726 2.4 62.1:1 12400 F 903_62.1 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

25.0 58623 1.2 70.4:1 8450 F 803_70.4 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

24.8 58934 2.2 70.8:1 12400 F 903_70.8 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

60

25 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

23.0 63508 1.1 76.3:1 8560 F 803_76.3 S5 + M5LA4 P180 + BN180M4 N280TC 184...187

22.9 63841 1.9 76.7:1 12400 F 903_76.7 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

19.9 73625 1.7 88.4:1 12400 F 903_88.4 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

18.3 79761 1.6 95.8:1 12400 F 903_95.8 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

17.0 86066 1.4 103.3:1 12400 F 903_103.3 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

15.7 93238 1.3 111.9:1 12400 F 903_111.9 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

13.9 105590 1.2 126.8:1 12400 F 903_126.8 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

12.8 114390 1.1 137.3:1 12400 F 903_137.3 S5 + M5LA4 P180 + BN180M4 N280TC 192...195

30 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

198 8895 1.9 9.0:1 3710 F 603_9.0 P180 + BN180L4 N280TC 137...139

182 9634 1.8 9.7:1 3800 F 603_9.7 P180 + BN180L4 N280TC 137...139

177 9940 2.8 10.0:1 4720 F 703_10.0 P180 + BN180L4 N280TC 176...179

163 10769 2.8 10.9:1 4810 F 703_10.9 P180 + BN180L4 N280TC 176...179

151 11665 1.4 11.8:1 3910 F 603_11.8 P180 + BN180L4 N280TC 137...139

139 12726 2.5 12.8:1 4970 F 703_12.8 P180 + BN180L4 N280TC 176...179

139 12636 1.3 12.7:1 3980 F 603_12.7 P180 + BN180L4 N280TC 137...139

128 13786 2.5 13.9:1 5040 F 703_13.9 P180 + BN180L4 N280TC 176...179

108 16229 2.1 16.3:1 5190 F 703_16.3 P180 + BN180L4 N280TC 176...179

108 16124 3.4 16.2:1 6410 F 803_16.2 P180 + BN180L4 N280TC 184...187

101 17468 3.4 17.6:1 6540 F 803_17.6 P180 + BN180L4 N280TC 184...187

100 17580 2.1 17.7:1 5260 F 703_17.7 P180 + BN180L4 N280TC 176...179

87 20187 2.7 20.3:1 6720 F 803_20.3 P180 + BN180L4 N280TC 184...187

84 20710 1.7 20.9:1 5400 F 703_20.9 P180 + BN180L4 N280TC 176...179

81 21867 2.7 22.0:1 6790 F 803_22.0 P180 + BN180L4 N280TC 184...187

78 22442 1.7 22.6:1 5460 F 703_22.6 P180 + BN180L4 N280TC 176...179

72 24376 1.4 24.6:1 5510 F 703_24.6 P180 + BN180L4 N280TC 176...179

70 25041 2.3 25.2:1 7040 F 803_25.2 P180 + BN180L4 N280TC 184...187

64 27491 1.5 27.7:1 5580 F 703_27.7 P180 + BN180L4 N280TC 176...179

61 28633 2.5 28.8:1 7190 F 803_28.8 P180 + BN180L4 N280TC 184...187

61 28402 3.8 28.6:1 10900 F 903_28.6 P180 + BN180L4 N280TC 192...195

61

30 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

59 29784 1.5 30.0:1 5640 F 703_30.0 P180 + BN180L4 N280TC 176...179

57 31023 2.3 31.3:1 7330 F 803_31.3 P180 + BN180L4 N280TC 184...187

57 30769 3.8 31.0:1 11100 F 903_31.0 P180 + BN180L4 N280TC 192...195

49 35736 2.0 36.0:1 7460 F 803_36.0 P180 + BN180L4 N280TC 184...187

49 35183 1.3 35.4:1 5690 F 703_35.4 P180 + BN180L4 N280TC 176...179

47 37110 3.2 37.4:1 11600 F 903_37.4 P180 + BN180L4 N280TC 192...195

46 38716 1.8 39.0:1 7490 F 803_39.0 P180 + BN180L4 N280TC 184...187

46 38111 1.2 38.4:1 5710 F 703_38.4 P180 + BN180L4 N280TC 176...179

43 40202 3.1 40.5:1 11800 F 903_40.5 P180 + BN180L4 N280TC 192...195

39 45721 2.7 46.1:1 12000 F 903_46.1 P180 + BN180L4 N280TC 192...195

39 44996 1.5 45.3:1 7710 F 803_45.3 P180 + BN180L4 N280TC 184...187

36 49530 2.5 49.9:1 12200 F 903_49.9 P180 + BN180L4 N280TC 192...195

36 48745 1.4 49.1:1 7670 F 803_49.1 P180 + BN180L4 N280TC 184...187

31 56901 2.1 57.3:1 12400 F 903_57.3 P180 + BN180L4 N280TC 192...195

31 56318 1.3 56.7:1 7870 F 803_56.7 P180 + BN180L4 N280TC 184...187

28.8 61008 1.2 61.5:1 7960 F 803_61.5 P180 + BN180L4 N280TC 184...187

28.6 61643 2.0 62.1:1 12400 F 903_62.1 P180 + BN180L4 N280TC 192...195

25.1 70239 1.8 70.8:1 12400 F 903_70.8 P180 + BN180L4 N280TC 192...195

23.1 76087 1.7 76.7:1 12400 F 903_76.7 P180 + BN180L4 N280TC 192...195

20.0 87745 1.4 88.4:1 12400 F 903_88.4 P180 + BN180L4 N280TC 192...195

18.6 95056 1.3 95.8:1 12400 F 903_95.8 P180 + BN180L4 N280TC 192...195

17.1 102577 1.2 103.3:1 12400 F 903_103.3 P180 + BN180L4 N280TC 192...195

15.8 111128 1.1 111.9:1 12400 F 903_111.9 P180 + BN180L4 N280TC 192...195

40 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

177 13254 2.2 10.0:1 4500 F 703_10.0 P200 + BN200L4 176...179

171 13685 3.6 10.3:1 5600 F 803_10.3 P200 + BN200L4 N320TC 184...187

163 14364 2.2 10.9:1 4560 F 703_10.9 P200 + BN200L4 176...179

139 16963 1.8 12.8:1 4700 F 703_12.8 P200 + BN200L4 176...179

137 17080 3.3 12.9:1 5890 F 803_12.9 P200 + BN200L4 N320TC 184...187

128 18380 1.8 13.9:1 4740 F 703_13.9 P200 + BN200L4 176...179

62

40 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

127 18504 3.3 14.0:1 6000 F 803_14.0 P200 + BN200L4 N320TC 184...187

108 21637 1.7 16.3:1 4830 F 703_16.3 P200 + BN200L4 176...179

108 21505 2.5 16.2:1 6160 F 803_16.2 P200 + BN200L4 N320TC 184...187

101 23294 2.5 17.6:1 6270 F 803_17.6 P200 + BN200L4 N320TC 184...187

100 23433 1.7 17.7:1 4900 F 703_17.7 P200 + BN200L4 176...179

87 26909 2.1 20.3:1 6410 F 803_20.3 P200 + BN200L4 N320TC 184...187

86 27223 3.6 20.6:1 9800 F 903_20.6 P200 + BN200L4 N320TC 192...195

81 29151 2.1 22.0:1 6520 F 803_22.0 P200 + BN200L4 N320TC 184...187

80 29494 3.6 22.3:1 9980 F 903_22.3 P200 + BN200L4 N320TC 192...195

70 33598 3.2 25.4:1 10200 F 903_25.4 P200 + BN200L4 N320TC 192...195

70 33386 1.5 25.2:1 6630 F 803_25.2 P200 + BN200L4 N320TC 184...187

64 36650 1.1 27.7:1 4990 F 703_27.7 P200 + BN200L4 176...179

61 38184 1.8 28.8:1 6630 F 803_28.8 P200 + BN200L4 N320TC 184...187

61 37870 2.8 28.6:1 10500 F 903_28.6 P200 + BN200L4 N320TC 192...195

59 39710 1.1 30.0:1 5010 F 703_30.0 P200 + BN200L4 176...179

57 41360 1.7 31.3:1 6720 F 803_31.3 P200 + BN200L4 N320TC 184...187

57 41024 2.8 31.0:1 10600 F 903_31.0 P200 + BN200L4 N320TC 192...195

49 47648 1.5 36.0:1 6880 F 803_36.0 P200 + BN200L4 N320TC 184...187

47 49481 2.4 37.4:1 10900 F 903_37.4 P200 + BN200L4 N320TC 192...195

46 51620 1.3 39.0:1 6970 F 803_39.0 P200 + BN200L4 N320TC 184...187

43 53606 2.3 40.5:1 11100 F 903_40.5 P200 + BN200L4 N320TC 192...195

39 60960 2.1 46.1:1 11300 F 903_46.1 P200 + BN200L4 N320TC 192...195

39 59996 1.2 45.3:1 6950 F 803_45.3 P200 + BN200L4 N320TC 184...187

36 66042 1.8 49.9:1 11400 F 903_49.9 P200 + BN200L4 N320TC 192...195

31 75871 1.6 57.3:1 11600 F 903_57.3 P200 + BN200L4 N320TC 192...195

28.6 82195 1.5 62.1:1 11600 F 903_62.1 P200 + BN200L4 N320TC 192...195

25.1 93652 1.3 70.8:1 11700 F 903_70.8 P200 + BN200L4 N320TC 192...195

23.1 101451 1.2 76.7:1 11800 F 903_76.7 P200 + BN200L4 N320TC 192...195

20.0 116998 1.1 88.4:1 11700 F 903_88.4 P200 + BN200L4 N320TC 192...195

63

50 hp

n2 T2 S i Rn2


factor(ratio) [Ib]

172 17032 2.9 10.3:1 5460 F 803_10.3 P225 + BN225S4 N320TC 184...187

159 18449 2.9 11.2:1 5510 F 803_11.2 P225 + BN225S4 N320TC 184...187

138 21253 2.6 12.9:1 5690 F 803_12.9 P225 + BN225S4 N320TC 184...187

132 22091 3.7 13.4:1 8700 F 903_13.4 P225 + BN225S4 N320TC 192...195

127 23026 2.6 14.0:1 5800 F 803_14.0 P225 + BN225S4 N320TC 184...187

123 23931 3.7 14.5:1 8880 F 903_14.5 P225 + BN225S4 N320TC 192...195

109 26757 2.0 16.2:1 5910 F 803_16.2 P225 + BN225S4 N320TC 184...187

108 27217 3.3 16.5:1 9100 F 903_16.5 P225 + BN225S4 N320TC 192...195

101 28990 2.0 17.6:1 6020 F 803_17.6 P225 + BN225S4 N320TC 184...187

100 29487 3.3 17.9:1 9260 F 903_17.9 P225 + BN225S4 N320TC 192...195

88 33493 1.3 20.3:1 6110 F 803_20.3 P225 + BN225S4 N320TC 184...187

87 33878 3.0 20.6:1 9510 F 903_20.6 P225 + BN225S4 N320TC 192...195

81 36282 1.3 22.0:1 6200 F 803_22.0 P225 + BN225S4 N320TC 184...187

79 36697 2.9 22.3:1 9670 F 903_22.3 P225 + BN225S4 N320TC 192...195

71 41549 1.3 25.2:1 6250 F 803_25.2 P225 + BN225S4 N320TC 184...187

70 41816 2.5 25.4:1 9870 F 903_25.4 P225 + BN225S4 N320TC 192...195

63 47127 2.3 28.6:1 10000 F 903_28.6 P225 + BN225S4 N320TC 192...195

61 47513 1.4 28.8:1 6320 F 803_28.8 P225 + BN225S4 N320TC 184...187

58 51051 2.3 31.0:1 10200 F 903_31.0 P225 + BN225S4 N320TC 192...195

57 51474 1.4 31.3:1 6380 F 803_31.3 P225 + BN225S4 N320TC 184...187

49 59293 1.2 36.0:1 6360 F 803_36.0 P225 + BN225S4 N320TC 184...187

48 61578 1.9 37.4:1 10400 F 903_37.4 P225 + BN225S4 N320TC 192...195

46 64233 1.1 39.0:1 6410 F 803_39.0 P225 + BN225S4 N320TC 184...187

45 66711 1.9 40.5:1 10500 F 903_40.5 P225 + BN225S4 N320TC 192...195

38 75865 1.7 46.1:1 10600 F 903_46.1 P225 + BN225S4 N320TC 192...195

36 82185 1.6 49.9:1 10700 F 903_49.9 P225 + BN225S4 N320TC 192...195

31 94417 1.3 57.3:1 10700 F 903_57.3 P225 + BN225S4 N320TC 192...195

25.1 116538 1.1 70.8:1 10700 F 903_70.8 P225 + BN225S4 N320TC 192...195

64

F 10 1,240 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��

n2 Tn2 Pn1 Rn1 Rn2 n2 Tn2 Pn1 Rn1 Rn2

�� [Ib·in] [hp] [Ib] [Ib] �� [Ib·in] [hp] [Ib] [Ib]

F 10 2_ 7.4 473 560 4.4 225 290 236 675 2.7 290 370

F 10 2_ 8.6 408 590 4.0 225 305 204 730 2.5 285 385

F 10 2_ 9.8 358 650 3.9 225 320 179 790 2.4 285 405

F 10 2_ 11.5 303 695 3.5 215 335 152 855 2.2 275 425

F 10 2_ 13.0 269 755 3.4 215 345 134 925 2.1 275 440

F 10 2_ 14.6 239 835 3.3 255 360 119 1055 2.1 295 450

F 10 2_ 17.0 206 925 3.2 250 375 103 1140 2.0 295 470

F 10 2_ 19.3 181 960 2.9 250 390 91 1205 1.8 295 495

F 10 2_ 22.8 153 1060 2.7 245 410 77 1240 1.6 295 520

F 10 2_ 25.8 136 1090 2.5 250 425 68 1240 1.4 295 550

F 10 2_ 29.6 118 1175 2.3 240 445 59 1240 1.2 295 580

F 10 2_ 33.0 106 1215 2.2 245 460 53 1240 1.1 295 605

F 10 2_ 35.3 99 1240 2.1 240 470 50 1240 1.0 295 620

F 10 2_ 39.6 88 1240 1.8 245 495 44 1240 0.91 295 630

F 10 2_ 44.7 78 1240 1.6 245 515 39 1240 0.81 295 630

F 10 2_ 48.7 72 1240 1.5 250 535 36 1240 0.74 295 630

F 10 2_ 56.7 62 1240 1.3 250 570 31 1240 0.64 295 630

F 10 2_ 63.0 56 1240 1.2 250 590 27.8 1240 0.58 295 630

F 10 2_ 71.1 49 1240 1.0 225 620 24.6 1240 0.51 295 630

F 10 2_ 81.3 43 1240 0.89 250 630 21.5 1240 0.45 295 630

F 10 2_ 91.5 38 1240 0.79 250 630 19.1 1240 0.40 295 630

F 10 2_ 106.0 33 1240 0.68 255 630 16.5 1240 0.34 295 630

F 10 2_ 127.1 27.5 1240 0.57 255 630 13.8 1240 0.29 295 630

2.12 SPEED REDUCER RATING CHARTS

65

F 10 1,240 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 10 2_ 7.4 149 810 2.0 295 425 81 985 1.3 — —

F 10 2_ 8.6 128 830 1.8 295 445 70 990 1.2 295 550

F 10 2_ 9.8 113 950 1.8 295 465 61 1155 1.2 295 560

F 10 2_ 11.5 95 975 1.6 295 495 52 1165 1.0 295 600

F 10 2_ 13.0 84 1100 1.6 295 505 46 1240 0.95 295 630

F 10 2_ 14.6 75 1225 1.5 295 525 41 1240 0.85 295 630

F 10 2_ 17.0 65 1245 1.3 295 555 35 1245 0.73 295 630

F 10 2_ 19.3 57 1240 1.2 295 580 31 1240 0.64 295 630

F 10 2_ 22.8 48 1240 1.0 295 620 26.3 1240 0.54 295 630

F 10 2_ 25.8 43 1240 0.88 295 630 23.3 1240 0.48 295 630

F 10 2_ 29.6 37 1240 0.77 295 630 20.2 1240 0.42 295 630

F 10 2_ 33.0 33 1240 0.69 295 630 18.2 1240 0.38 295 630

F 10 2_ 35.3 31 1240 0.64 295 630 17.0 1240 0.35 295 630

F 10 2_ 39.6 27.7 1240 0.57 295 630 15.1 1240 0.31 295 630

F 10 2_ 44.7 24.6 1240 0.51 295 630 13.4 1240 0.28 295 630

F 10 2_ 48.7 22.6 1240 0.47 295 630 12.3 1240 0.26 295 630

F 10 2_ 56.7 19.4 1240 0.40 295 630 10.6 1240 0.22 295 630

F 10 2_ 63.0 17.5 1240 0.36 295 630 9.5 1240 0.20 295 630

F 10 2_ 71.1 15.5 1240 0.32 295 630 8.4 1240 0.17 295 630

F 10 2_ 81.3 13.5 1240 0.28 295 630 7.4 1240 0.15 295 630

F 10 2_ 91.5 12.0 1240 0.25 295 630 6.6 1240 0.14 295 630

F 10 2_ 106.0 10.4 1240 0.21 295 630 5.7 1240 0.12 295 630

F 10 2_ 127.1 8.7 1240 0.18 295 630 4.7 1240 0.10 295 630

66

F 20 2,200 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��



F 20 2_ 6.4 546 915 8.3 — 310 273 1155 5.3 — 390

F 20 2_ 7.8 447 1020 7.6 — 325 223 1275 4.8 — 410

F 20 2_ 8.7 401 1090 7.3 — 335 200 1375 4.6 — 425

F 20 2_ 10.0 349 1160 6.8 — 350 174 1465 4.3 — 440

F 20 2_ 11.2 312 1250 6.5 — 360 156 1570 4.1 — 455

F 20 2_ 14.8 237 1470 5.8 175 395 118 1800 3.6 230 500

F 20 2_ 18.1 194 1550 5.0 170 425 97 1890 3.1 230 540

F 20 2_ 20.2 174 1615 4.7 185 440 87 1975 2.9 245 555

F 20 2_ 23.1 151 1685 4.3 175 460 76 2080 2.6 225 580

F 20 2_ 25.9 135 1735 3.9 190 475 67 2125 2.4 250 605

F 20 2_ 30.4 115 1815 3.5 180 505 58 2215 2.1 240 640

F 20 2_ 33.1 106 1860 3.3 180 520 53 2215 2.0 255 665

F 20 2_ 37.9 92 1950 3.0 170 540 46 2215 1.7 255 700

F 20 2_ 41.8 84 1995 2.8 180 560 42 2215 1.5 275 730

F 20 2_ 44.8 78 2080 2.7 160 575 39 2215 1.4 270 750

F 20 2_ 50.7 69 2110 2.4 180 600 34 2215 1.3 300 790

F 20 2_ 56.7 62 2215 2.3 165 620 31 2215 1.1 310 825

F 20 2_ 61.9 57 2215 2.1 170 645 28.3 2215 1.0 310 855

F 20 2_ 69.1 51 2215 1.9 175 675 25.3 2215 0.94 310 890

F 20 2_ 76.8 46 2215 1.7 180 705 22.8 2215 0.84 315 900

F 20 2_ 90.4 39 2215 1.4 190 755 19.4 2215 0.72 315 900

F 20 2_ 101.6 34 2215 1.3 190 790 17.2 2215 0.64 315 900

F 20 2_ 114.3 31 2215 1.1 195 830 15.3 2215 0.57 315 900

F 20 2_ 132.2 26.5 2215 0.98 200 875 13.2 2215 0.49 315 900

F 20 3_ 156.3 22.4 2215 0.85 265 900 11.2 2215 0.41 295 900

F 20 3_ 172.6 20.3 2215 0.77 270 900 10.1 2215 0.38 295 900

F 20 3_ 184.9 18.9 2215 0.72 275 900 9.5 2215 0.35 295 900

F 20 3_ 209.3 16.7 2215 0.63 280 900 8.4 2215 0.31 295 900

F 20 3_ 234.0 15.0 2215 0.57 290 900 7.5 2215 0.28 295 900

F 20 3_ 255.3 13.7 2215 0.52 290 900 6.9 2215 0.25 295 900

F 20 3_ 285.2 12.3 2215 0.46 295 900 6.1 2215 0.23 295 900

F 20 3_ 316.9 11.0 2215 0.42 295 900 5.5 2215 0.20 295 900

F 20 3_ 372.9 9.4 2215 0.35 295 900 4.7 2215 0.17 295 900

F 20 3_ 419.3 8.3 2215 0.32 295 900 4.2 2215 0.15 295 900

F 20 3_ 471.7 7.4 2215 0.28 295 900 3.7 2215 0.14 295 900

F 20 3_ 545.3 6.4 2215 0.24 295 900 3.2 2215 0.12 295 900

67

F 20 2,200 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 20 2_ 6.4 172 1330 3.8 — 450 94 1620 2.5 — 545

F 20 2_ 7.8 140 1480 3.5 — 475 77 1675 2.1 — 590

F 20 2_ 8.7 126 1595 3.4 — 490 69 1940 2.2 — 595

F 20 2_ 10.0 110 1695 3.1 — 510 60 1960 2.0 — 630

F 20 2_ 11.2 98 1815 3.0 — 525 53 2215 2.0 — 640

F 20 2_ 14.8 74 2055 2.6 275 580 41 2215 1.5 405 730

F 20 2_ 18.1 61 2215 2.3 260 620 33 2215 1.2 430 790

F 20 2_ 20.2 55 2215 2.0 300 650 29.8 2215 1.1 445 825

F 20 2_ 23.1 48 2215 1.8 305 685 25.9 2215 0.96 445 870

F 20 2_ 25.9 42 2215 1.6 340 720 23.1 2215 0.86 455 900

F 20 2_ 30.4 36 2215 1.3 345 765 19.7 2215 0.73 455 900

F 20 2_ 33.1 33 2215 1.2 360 795 18.1 2215 0.67 460 900

F 20 2_ 37.9 29.0 2215 1.1 360 840 15.8 2215 0.59 460 900

F 20 2_ 41.8 26.3 2215 0.97 365 870 14.3 2215 0.53 470 900

F 20 2_ 44.8 24.5 2215 0.91 365 895 13.4 2215 0.50 465 900

F 20 2_ 50.7 21.7 2215 0.80 370 900 11.8 2215 0.44 470 900

F 20 2_ 56.7 19.4 2215 0.72 375 900 10.6 2215 0.39 475 900

F 20 2_ 61.9 17.8 2215 0.66 375 900 9.7 2215 0.36 475 900

F 20 2_ 69.1 15.9 2215 0.59 375 900 8.7 2215 0.32 475 900

F 20 2_ 76.8 14.3 2215 0.53 380 900 7.8 2215 0.29 480 900

F 20 2_ 90.4 12.2 2215 0.45 380 900 6.6 2215 0.25 480 900

F 20 2_ 101.6 10.8 2215 0.40 380 900 5.9 2215 0.22 480 900

F 20 2_ 114.3 9.6 2215 0.36 380 900 5.2 2215 0.19 485 900

F 20 2_ 132.2 8.3 2215 0.31 380 900 4.5 2215 0.17 485 900

F 20 3_ 156.3 7.0 2215 0.27 295 900 3.8 2215 0.15 295 900

F 20 3_ 172.6 6.4 2215 0.24 295 900 3.5 2215 0.13 295 900

F 20 3_ 184.9 5.9 2215 0.22 295 900 3.2 2215 0.12 295 900

F 20 3_ 209.3 5.3 2215 0.20 295 900 2.9 2215 0.11 295 900

F 20 3_ 234.0 4.7 2215 0.18 295 900 2.6 2215 0.10 295 900

F 20 3_ 255.3 4.3 2215 0.16 295 900 2.4 2215 0.09 295 900

F 20 3_ 285.2 3.9 2215 0.15 295 900 2.1 2215 0.08 295 900

F 20 3_ 316.9 3.5 2215 0.13 295 900 1.9 2215 0.07 295 900

F 20 3_ 372.9 2.9 2215 0.11 295 900 1.6 2215 0.06 295 900

F 20 3_ 419.3 2.6 2215 0.10 295 900 1.4 2215 0.05 295 900

F 20 3_ 471.7 2.3 2215 0.09 295 900 1.3 2215 0.05 295 900

F 20 3_ 545.3 2.0 2215 0.08 295 900 1.1 2215 0.04 295 900

68

F 25 3,540 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��



F 25 2_ 6.9 509 1375 11.7 — 415 255 1730 7.4 — 525

F 25 2_ 8.4 417 1505 10.5 — 440 208 1905 6.6 — 555

F 25 2_ 9.4 374 1595 10.0 — 455 187 1995 6.2 — 575

F 25 2_ 10.6 329 2125 11.7 — 420 165 2700 7.4 — 525

F 25 2_ 13.0 270 2260 10.2 — 450 135 2835 6.4 — 565

F 25 2_ 14.5 242 2305 9.3 — 470 121 2925 5.9 — 590

F 25 2_ 16.6 211 2390 8.4 — 495 105 3010 5.3 — 625

F 25 2_ 18.6 188 2480 7.8 — 515 94 3100 4.9 — 650

F 25 2_ 21.8 160 2480 6.6 — 555 80 3145 4.2 60 695

F 25 2_ 23.8 147 2525 6.2 60 575 74 3190 3.9 70 720

F 25 2_ 27.2 129 2570 5.5 60 605 64 3235 3.5 75 765

F 25 2_ 30.0 117 2615 5.1 70 630 58 3275 3.2 95 800

F 25 2_ 32.2 109 2615 4.7 70 655 54 3275 3.0 95 825

F 25 2_ 36.4 96 2615 4.2 105 695 48 3275 2.6 135 875

F 25 2_ 40.7 86 2615 3.8 130 730 43 3275 2.4 165 920

F 25 2_ 44.4 79 2615 3.4 165 760 39 3275 2.2 165 960

F 25 3_ 45.6 77 3010 3.9 325 700 38 3540 2.3 415 910

F 25 3_ 50.8 69 3100 3.6 330 730 34 3540 2.1 420 960

F 25 3_ 58.3 60 3235 3.3 330 765 30 3540 1.8 420 1020

F 25 3_ 65.3 54 3320 3.0 330 795 26.8 3540 1.6 425 1075

F 25 3_ 76.6 46 3500 2.7 330 840 22.9 3540 1.4 425 1160

F 25 3_ 83.4 42 3540 2.5 330 870 21.0 3540 1.3 425 1200

F 25 3_ 95.5 37 3540 2.2 330 930 18.3 3540 1.1 425 1275

F 25 3_ 105.4 33 3540 2.0 335 975 16.6 3540 1.0 425 1330

F 25 3_ 113.0 31 3540 1.9 335 1005 15.5 3540 0.94 425 1370

F 25 3_ 127.8 27.4 3540 1.7 335 1065 13.7 3540 0.83 430 1450

F 25 3_ 143.0 24.5 3540 1.5 335 1120 12.2 3540 0.74 430 1465

F 25 3_ 155.9 22.4 3540 1.4 335 1165 11.2 3540 0.68 430 1465

F 25 3_ 174.2 20.1 3540 1.2 335 1225 10.0 3540 0.61 430 1465

F 25 3_ 193.6 18.1 3540 1.1 335 1285 9.0 3540 0.55 430 1465

F 25 3_ 227.8 15.4 3540 0.93 335 1380 7.7 3540 0.46 435 1465

F 25 3_ 256.1 13.7 3540 0.83 335 1450 6.8 3540 0.41 435 1465

F 25 3_ 288.1 12.1 3540 0.73 335 1465 6.1 3540 0.37 435 1465

F 25 3_ 333.1 10.5 3540 0.63 340 1465 5.3 3540 0.32 435 1465

F 25 4_ 393.9 8.9 3540 0.55 290 1465 4.4 3540 0.27 295 1465

F 25 4_ 434.9 8.0 3540 0.50 290 1465 4.0 3540 0.25 295 1465

F 25 4_ 466.0 7.5 3540 0.46 295 1465 3.8 3540 0.23 295 1465

F 25 4_ 527.3 6.6 3540 0.41 295 1465 3.3 3540 0.20 295 1465

F 25 4_ 589.7 5.9 3540 0.37 295 1465 3.0 3540 0.18 295 1465

F 25 4_ 643.3 5.4 3540 0.34 295 1465 2.7 3540 0.17 295 1465

F 25 4_ 718.7 4.9 3540 0.30 295 1465 2.4 3540 0.15 295 1465

F 25 4_ 798.5 4.4 3540 0.27 295 1465 2.2 3540 0.14 295 1465

F 25 4_ 939.8 3.7 3540 0.23 295 1465 1.9 3540 0.11 295 1465

F 25 4_ 1057 3.3 3540 0.20 295 1465 1.7 3540 0.10 295 1465

F 25 4_ 1189 2.9 3540 0.18 295 1465 1.5 3540 0.09 295 1465

F 25 4_ 1374 2.5 3540 0.16 295 1465 1.3 3540 0.08 295 1465

69

F 25 3,540 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 25 2_ 6.9 160 1995 5.3 — 605 87 2260 3.3 85 755

F 25 2_ 8.4 131 2215 4.8 — 640 71 2305 2.8 135 820

F 25 2_ 9.4 118 2305 4.5 — 665 64 2350 2.5 185 850

F 25 2_ 10.6 104 3145 5.4 — 605 56 3500 3.3 85 770

F 25 2_ 13.0 85 3275 4.6 — 655 46 3540 2.7 140 845

F 25 2_ 14.5 76 3365 4.3 — 685 41 3540 2.5 215 890

F 25 2_ 16.6 66 3500 3.9 — 720 36 3540 2.1 245 950

F 25 2_ 18.6 59 3540 3.5 70 755 32 3540 1.9 300 1000

F 25 2_ 21.8 50 3540 3.0 95 820 27.5 3540 1.6 330 1075

F 25 2_ 23.8 46 3540 2.7 120 850 25.3 3540 1.5 355 1115

F 25 2_ 27.2 40 3540 2.4 140 910 22.1 3540 1.3 370 1185

F 25 2_ 30.0 37 3540 2.2 175 950 20.0 3540 1.2 405 1235

F 25 2_ 32.2 34 3540 2.0 175 985 18.6 3540 1.1 405 1275

F 25 2_ 36.4 30 3540 1.8 220 1040 16.5 3540 0.97 450 1345

F 25 2_ 40.7 27.0 3320 1.5 300 1115 14.7 3320 0.82 450 1430

F 25 2_ 44.4 24.8 3410 1.4 280 1150 13.5 3410 0.77 450 1465

F 25 3_ 45.6 24.1 3540 1.5 490 1120 13.2 3540 0.80 495 1445

F 25 3_ 50.8 21.7 3540 1.3 495 1175 11.8 3540 0.71 495 1465

F 25 3_ 58.3 18.9 3540 1.1 495 1250 10.3 3540 0.62 495 1465

F 25 3_ 65.3 16.8 3540 1.0 495 1310 9.2 3540 0.55 495 1465

F 25 3_ 76.6 14.4 3540 0.87 495 1405 7.8 3540 0.47 495 1465

F 25 3_ 83.4 13.2 3540 0.80 495 1455 7.2 3540 0.43 495 1465

F 25 3_ 95.5 11.5 3540 0.70 495 1465 6.3 3540 0.38 495 1465

F 25 3_ 105.4 10.4 3540 0.63 495 1465 5.7 3540 0.34 495 1465

F 25 3_ 113.0 9.7 3540 0.59 495 1465 5.3 3540 0.32 495 1465

F 25 3_ 127.8 8.6 3540 0.52 495 1465 4.7 3540 0.28 495 1465

F 25 3_ 143.0 7.7 3540 0.46 495 1465 4.2 3540 0.25 495 1465

F 25 3_ 155.9 7.1 3540 0.43 495 1465 3.8 3540 0.23 495 1465

F 25 3_ 174.2 6.3 3540 0.38 495 1465 3.4 3540 0.21 495 1465

F 25 3_ 193.6 5.7 3540 0.34 495 1465 3.1 3540 0.19 495 1465

F 25 3_ 227.8 4.8 3540 0.29 495 1465 2.6 3540 0.16 495 1465

F 25 3_ 256.1 4.3 3540 0.26 495 1465 2.3 3540 0.14 495 1465

F 25 3_ 288.1 3.8 3540 0.23 495 1465 2.1 3540 0.13 495 1465

F 25 3_ 333.1 3.3 3540 0.20 495 1465 1.8 3540 0.11 495 1465

F 25 4_ 393.9 2.8 3540 0.17 295 1465 1.5 3540 0.09 295 1465

F 25 4_ 434.9 2.5 3540 0.16 295 1465 1.4 3540 0.09 295 1465

F 25 4_ 466.0 2.4 3540 0.15 295 1465 1.3 3540 0.08 295 1465

F 25 4_ 527.3 2.1 3540 0.13 295 1465 1.1 3540 0.07 295 1465

F 25 4_ 589.7 1.9 3540 0.12 295 1465 1.0 3540 0.06 295 1465

F 25 4_ 643.3 1.7 3540 0.11 295 1465 0.93 3540 0.06 295 1465

F 25 4_ 718.7 1.5 3540 0.09 295 1465 0.83 3540 0.05 295 1465

F 25 4_ 798.5 1.4 3540 0.09 295 1465 0.75 3540 0.05 295 1465

F 25 4_ 939.8 1.2 3540 0.07 295 1465 0.64 3540 0.04 295 1465

F 25 4_ 1057 1.0 3540 0.06 295 1465 0.57 3540 0.04 295 1465

F 25 4_ 1189 0.93 3540 0.06 295 1465 0.50 3540 0.03 295 1465

F 25 4_ 1374 0.80 3540 0.05 295 1465 0.44 3540 0.03 295 1465

70

F 31 5,300 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��



F 31 2_ 6.9 504 2615 22 — 610 252 3190 13.4 — 780

F 31 2_ 8.2 425 2745 19.5 — 650 213 3320 11.8 — 830

F 31 2_ 9.0 388 2745 17.8 — 675 194 3410 11.1 90 860

F 31 2_ 10.7 326 3985 21.7 — 630 163 4650 12.6 115 830

F 31 2_ 12.7 275 4205 19.3 — 665 138 4915 11.3 115 875

F 31 2_ 13.9 251 4205 17.6 70 700 125 5045 10.6 150 905

F 31 2_ 16.8 208 4205 14.6 115 770 104 5270 9.2 155 970

F 31 2_ 18.5 189 4205 13.3 165 805 95 5310 8.4 205 1015

F 31 2_ 21.1 166 4205 11.6 190 865 83 5310 7.4 235 1085

F 31 2_ 23.4 150 4205 10.5 230 905 75 5310 6.6 290 1140

F 31 2_ 27.3 128 4205 9.0 250 975 64 5310 5.7 315 1230

F 31 2_ 30.1 116 4205 8.2 290 1025 58 5310 5.2 360 1285

F 31 2_ 34.4 102 4205 7.2 300 1085 51 5310 4.5 375 1365

F 31 2_ 37.7 93 4205 6.5 325 1135 46 5310 4.1 405 1425

F 31 2_ 40.4 87 4205 6.1 325 1170 43 5310 3.8 405 1465

F 31 2_ 44.6 78 4205 5.5 350 1225 39 5310 3.5 435 1465

F 31 3_ 47.5 74 4205 5.3 475 1235 37 5135 3.2 495 1465

F 31 3_ 52.1 67 4295 4.9 480 1280 34 5310 3.0 495 1465

F 31 3_ 62.8 56 4560 4.3 480 1360 27.9 5310 2.5 495 1465

F 31 3_ 69.1 51 4695 4.1 480 1405 25.3 5310 2.3 495 1465

F 31 3_ 78.9 44 4870 3.7 480 1465 22.2 5310 2.0 495 1465

F 31 3_ 87.4 40 5045 3.4 480 1465 20.0 5310 1.8 495 1465

F 31 3_ 101.9 34 5270 3.1 480 1465 17.2 5310 1.6 495 1465

F 31 3_ 112.5 31 5310 2.8 480 1465 15.6 5310 1.4 495 1465

F 31 3_ 128.4 27.3 5310 2.5 485 1465 13.6 5310 1.2 495 1465

F 31 3_ 140.7 24.9 5310 2.3 485 1465 12.4 5310 1.1 495 1465

F 31 3_ 150.8 23.2 5310 2.1 485 1465 11.6 5310 1.1 495 1465

F 31 3_ 166.8 21.0 5310 1.9 485 1465 10.5 5310 0.95 495 1465

F 31 3_ 185.4 18.9 5310 1.7 490 1465 9.4 5310 0.85 495 1465

F 31 3_ 202.3 17.3 5310 1.6 490 1465 8.7 5310 0.78 495 1465

F 31 3_ 228.2 15.3 5310 1.4 490 1465 7.7 5310 0.69 495 1465

F 31 3_ 253.6 13.8 5310 1.3 490 1465 6.9 5310 0.63 495 1465

F 31 3_ 293.8 11.9 5310 1.1 490 1465 6.0 5310 0.54 495 1465

F 31 3_ 332.8 10.5 5310 0.95 490 1465 5.3 5310 0.48 495 1465

F 31 3_ 374.4 9.3 5310 0.85 490 1465 4.7 5310 0.42 495 1465

F 31 4_ 418.9 8.4 5310 0.77 280 1465 4.2 5310 0.39 295 1465

F 31 4_ 462.6 7.6 5310 0.70 285 1465 3.8 5310 0.35 295 1465

F 31 4_ 527.8 6.6 5310 0.61 290 1465 3.3 5310 0.31 295 1465

F 31 4_ 578.6 6.0 5310 0.56 290 1465 3.0 5310 0.28 295 1465

F 31 4_ 619.9 5.6 5310 0.52 295 1465 2.8 5310 0.26 295 1465

F 31 4_ 685.6 5.1 5310 0.47 295 1465 2.6 5310 0.24 295 1465

F 31 4_ 762.3 4.6 5310 0.43 295 1465 2.3 5310 0.21 295 1465

F 31 4_ 831.6 4.2 5310 0.39 295 1465 2.1 5310 0.19 295 1465

F 31 4_ 938.2 3.7 5310 0.35 295 1465 1.9 5310 0.17 295 1465

F 31 4_ 1042 3.4 5310 0.31 295 1465 1.7 5310 0.16 295 1465

F 31 4_ 1208 2.9 5310 0.27 295 1465 1.4 5310 0.13 295 1465

F 31 4_ 1368 2.6 5310 0.24 295 1465 1.3 5310 0.12 295 1465

F 31 4_ 1539 2.3 5310 0.21 295 1465 1.1 5310 0.11 295 1465

71

F 31 5,300 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 31 2_ 6.9 158 3455 9.1 145 930 86 3455 5.0 495 1205

F 31 2_ 8.2 134 3455 7.7 225 1005 73 3455 4.2 495 1295

F 31 2_ 9.0 122 3455 7.0 300 1045 67 3455 3.8 495 1345

F 31 2_ 10.7 102 5310 9.1 155 965 56 5310 5.0 495 1285

F 31 2_ 12.7 86 5310 7.7 230 1050 47 5310 4.2 495 1390

F 31 2_ 13.9 79 5310 7.0 305 1100 43 5310 3.8 495 1450

F 31 2_ 16.8 65 5310 5.8 370 1205 36 5310 3.2 495 1465

F 31 2_ 18.5 59 5310 5.3 435 1255 32 5310 2.9 495 1465

F 31 2_ 21.1 52 5310 4.6 460 1340 28.4 5310 2.5 495 1465

F 31 2_ 23.4 47 5310 4.2 495 1405 25.7 5310 2.3 495 1465

F 31 2_ 27.3 40 5310 3.6 495 1465 22.0 5310 2.0 495 1465

F 31 2_ 30.1 37 5310 3.2 495 1465 19.9 5310 1.8 495 1465

F 31 2_ 34.4 32 5310 2.8 495 1465 17.5 5310 1.5 495 1465

F 31 2_ 37.7 29.2 5310 2.6 495 1465 15.9 5310 1.4 495 1465

F 31 2_ 40.4 27.3 5310 2.4 495 1465 14.9 5310 1.3 495 1465

F 31 2_ 44.6 24.6 5310 2.2 495 1465 13.4 5310 1.2 495 1465

F 31 3_ 47.5 23.1 5310 2.1 495 1465 12.6 5310 1.1 495 1465

F 31 3_ 52.1 21.1 5310 1.9 495 1465 11.5 5310 1.0 495 1465

F 31 3_ 62.8 17.5 5310 1.6 495 1465 9.6 5310 0.87 495 1465

F 31 3_ 69.1 15.9 5310 1.4 495 1465 8.7 5310 0.79 495 1465

F 31 3_ 78.9 13.9 5310 1.3 495 1465 7.6 5310 0.69 495 1465

F 31 3_ 87.4 12.6 5310 1.1 495 1465 6.9 5310 0.62 495 1465

F 31 3_ 101.9 10.8 5310 0.98 495 1465 5.9 5310 0.53 495 1465

F 31 3_ 112.5 9.8 5310 0.89 495 1465 5.3 5310 0.48 495 1465

F 31 3_ 128.4 8.6 5310 0.78 495 1465 4.7 5310 0.42 495 1465

F 31 3_ 140.7 7.8 5310 0.71 495 1465 4.3 5310 0.39 495 1465

F 31 3_ 150.8 7.3 5310 0.66 495 1465 4.0 5310 0.36 495 1465

F 31 3_ 166.8 6.6 5310 0.60 495 1465 3.6 5310 0.33 495 1465

F 31 3_ 185.4 5.9 5310 0.54 495 1465 3.2 5310 0.29 495 1465

F 31 3_ 202.3 5.4 5310 0.49 495 1465 3.0 5310 0.27 495 1465

F 31 3_ 228.2 4.8 5310 0.44 495 1465 2.6 5310 0.24 495 1465

F 31 3_ 253.6 4.3 5310 0.39 495 1465 2.4 5310 0.21 495 1465

F 31 3_ 293.8 3.7 5310 0.34 495 1465 2.0 5310 0.18 495 1465

F 31 3_ 332.8 3.3 5310 0.30 495 1465 1.8 5310 0.16 495 1465

F 31 3_ 374.4 2.9 5310 0.27 495 1465 1.6 5310 0.15 495 1465

F 31 4_ 418.9 2.6 5310 0.24 295 1465 1.4 5310 0.13 295 1465

F 31 4_ 462.6 2.4 5310 0.22 295 1465 1.3 5310 0.12 295 1465

F 31 4_ 527.8 2.1 5310 0.19 295 1465 1.1 5310 0.11 295 1465

F 31 4_ 578.6 1.9 5310 0.18 295 1465 1.0 5310 0.10 295 1465

F 31 4_ 619.9 1.8 5310 0.16 295 1465 0.97 5310 0.09 295 1465

F 31 4_ 685.6 1.6 5310 0.15 295 1465 0.88 5310 0.08 295 1465

F 31 4_ 762.3 1.4 5310 0.13 295 1465 0.79 5310 0.07 295 1465

F 31 4_ 831.6 1.3 5310 0.12 295 1465 0.72 5310 0.07 295 1465

F 31 4_ 938.2 1.2 5310 0.11 295 1465 0.64 5310 0.06 295 1465

F 31 4_ 1042 1.1 5310 0.10 295 1465 0.58 5310 0.05 295 1465

F 31 4_ 1208 0.91 5310 0.08 295 1465 0.50 5310 0.05 295 1465

F 31 4_ 1368 0.80 5310 0.07 295 1465 0.44 5310 0.04 295 1465

F 31 4_ 1539 0.71 5310 0.07 295 1465 0.39 5310 0.04 295 1465

72

F 41 9,735 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��



F 41 2_ 6.7 520 4075 35 — 770 260 5135 22 — 965

F 41 2_ 9.1 383 4560 29 — 845 192 5755 18 — 1065

F 41 2_ 10.8 325 6330 34 — 745 162 7965 22 — 940

F 41 2_ 14.6 239 7125 29 — 815 120 8985 18.0 — 1030

F 41 2_ 17.1 204 7390 25 — 870 102 9340 15.9 — 1095

F 41 2_ 18.9 185 7615 24 95 900 93 9605 14.9 115 1135

F 41 2_ 24.1 145 7745 18.8 150 1025 73 9735 11.8 190 1290

F 41 2_ 30.1 116 7745 15.0 225 1155 58 9735 9.4 285 1455

F 41 2_ 38.2 92 7745 11.9 285 1310 46 9735 7.5 360 1650

F 41 2_ 47.9 73 7525 9.2 380 1485 37 9470 5.8 480 1875

F 41 3_ 51.5 68 7790 9.0 685 1520 34 9605 5.6 790 1915

F 41 3_ 60.2 58 8235 8.2 685 1600 29.0 9735 4.8 790 1915

F 41 3_ 66.5 53 8675 7.8 685 1640 26.3 9735 4.4 790 1915

F 41 3_ 84.9 41 9430 6.6 685 1775 20.6 9735 3.4 790 1915

F 41 3_ 106.0 33 9735 5.5 685 1915 16.5 9735 2.7 790 1915

F 41 3_ 134.4 26.0 9735 4.3 690 1915 13.0 9735 2.2 790 1915

F 41 3_ 168.7 20.7 9735 3.4 695 1915 10.4 9735 1.7 790 1915

F 41 3_ 180.7 19.4 9735 3.2 695 1915 9.7 9735 1.6 790 1915

F 41 3_ 198.9 17.6 9735 2.9 695 1915 8.8 9735 1.5 790 1915

F 41 3_ 220.1 15.9 9735 2.6 695 1915 7.9 9735 1.3 790 1915

F 41 3_ 240.1 14.6 9735 2.4 695 1915 7.3 9735 1.2 790 1915

F 41 3_ 266.9 13.1 9735 2.2 695 1915 6.6 9735 1.1 790 1915

F 41 3_ 296.6 11.8 9735 2.0 695 1915 5.9 9735 0.98 790 1915

F 41 3_ 344.8 10.2 9735 1.7 700 1915 5.1 9735 0.84 790 1915

F 41 4_ 433.7 8.1 9735 1.4 335 1915 4.0 9735 0.68 430 1915

F 41 4_ 549.8 6.4 9735 1.1 345 1915 3.2 9735 0.54 440 1915

F 41 4_ 690.1 5.1 9735 0.86 350 1915 2.5 9735 0.43 445 1915

F 41 4_ 739.4 4.7 9735 0.80 350 1915 2.4 9735 0.40 450 1915

F 41 4_ 813.8 4.3 9735 0.73 355 1915 2.2 9735 0.37 450 1915

F 41 4_ 900.5 3.9 9735 0.66 355 1915 1.9 9735 0.33 450 1915

F 41 4_ 982.4 3.6 9735 0.60 355 1915 1.8 9735 0.30 450 1915

F 41 4_ 1092 3.2 9735 0.54 360 1915 1.6 9735 0.27 455 1915

F 41 4_ 1213 2.9 9735 0.49 360 1915 1.4 9735 0.24 455 1915

F 41 4_ 1411 2.5 9735 0.42 360 1915 1.2 9735 0.21 455 1915

73

F 41 9,735 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 41 2_ 6.7 164 5930 16.2 — 1120 89 6195 9.2 400 1450

F 41 2_ 9.1 120 6195 12.5 155 1275 66 6195 6.8 645 1670

F 41 2_ 10.8 102 9075 15.5 110 1105 56 9735 9.1 440 1460

F 41 2_ 14.6 75 9735 12.2 195 1250 41 9735 6.7 685 1710

F 41 2_ 17.1 64 9735 10.4 280 1365 35 9735 5.7 765 1850

F 41 2_ 18.9 58 9735 9.5 400 1440 32 9735 5.2 790 1915

F 41 2_ 24.1 46 9735 7.4 500 1635 24.9 9735 4.0 790 1915

F 41 2_ 30.1 37 9735 5.9 595 1830 19.9 9735 3.2 790 1915

F 41 2_ 38.2 28.8 9735 4.7 670 1915 15.7 9735 2.6 790 1915

F 41 2_ 47.9 23.0 9470 3.6 785 1915 12.5 9470 2.0 790 1915

F 41 3_ 51.5 21.4 9735 3.5 790 1915 11.7 9735 1.9 790 1915

F 41 3_ 60.2 18.3 9735 3.0 790 1915 10.0 9735 1.7 790 1915

F 41 3_ 66.5 16.5 9735 2.7 790 1915 9.0 9735 1.5 790 1915

F 41 3_ 84.9 13.0 9735 2.2 790 1915 7.1 9735 1.2 790 1915

F 41 3_ 106.0 10.4 9735 1.7 790 1915 5.7 9735 0.94 790 1915

F 41 3_ 134.4 8.2 9735 1.4 790 1915 4.5 9735 0.74 790 1915

F 41 3_ 168.7 6.5 9735 1.1 790 1915 3.6 9735 0.59 790 1915

F 41 3_ 180.7 6.1 9735 1.0 790 1915 3.3 9735 0.55 790 1915

F 41 3_ 198.9 5.5 9735 0.92 790 1915 3.0 9735 0.50 790 1915

F 41 3_ 220.1 5.0 9735 0.83 790 1915 2.7 9735 0.45 790 1915

F 41 3_ 240.1 4.6 9735 0.76 790 1915 2.5 9735 0.41 790 1915

F 41 3_ 266.9 4.1 9735 0.68 790 1915 2.2 9735 0.37 790 1915

F 41 3_ 296.6 3.7 9735 0.62 790 1915 2.0 9735 0.34 790 1915

F 41 3_ 344.8 3.2 9735 0.53 790 1915 1.7 9735 0.29 790 1915

F 41 4_ 433.7 2.5 9735 0.43 495 1915 1.4 9735 0.23 495 1915

F 41 4_ 549.8 2.0 9735 0.34 495 1915 1.1 9735 0.19 495 1915

F 41 4_ 690.1 1.6 9735 0.27 495 1915 0.87 9735 0.15 495 1915

F 41 4_ 739.4 1.5 9735 0.25 495 1915 0.81 9735 0.14 495 1915

F 41 4_ 813.8 1.4 9735 0.23 495 1915 0.74 9735 0.13 495 1915

F 41 4_ 900.5 1.2 9735 0.21 495 1915 0.67 9735 0.11 495 1915

F 41 4_ 982.4 1.1 9735 0.19 495 1915 0.61 9735 0.10 495 1915

F 41 4_ 1092 1.0 9735 0.17 495 1915 0.55 9735 0.09 495 1915

F 41 4_ 1213 0.91 9735 0.15 495 1915 0.49 9735 0.08 495 1915

F 41 4_ 1411 0.78 9735 0.13 495 1915 0.43 9735 0.07 495 1915

74

F 51 15,930 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��



F 51 2_ 7.2 487 6860 56 225 940 243 8630 35 325 1185

F 51 2_ 9.1 387 7745 50 205 990 193 9735 31 300 1250

F 51 2_ 11.1 315 9340 49 330 1020 158 11775 31 455 1285

F 51 2_ 14.0 250 9960 42 360 1110 125 12570 26 485 1395

F 51 2_ 18.8 186 10845 34 375 1235 93 13675 21 505 1555

F 51 2_ 23.8 147 11595 29 385 1340 74 14605 17.9 515 1695

F 51 2_ 30.0 117 11950 23 400 1490 58 15045 14.6 525 1875

F 51 2_ 37.1 94 11950 18.8 430 1655 47 15045 11.8 545 2085

F 51 3_ 48.9 72 13320 16.3 585 1755 36 15930 9.7 745 2275

F 51 3_ 65.8 53 14605 13.2 590 1945 26.6 15930 7.2 760 2610

F 51 3_ 83.2 42 15665 11.2 595 2110 21.0 15930 5.7 775 2700

F 51 3_ 105.1 33 15930 9.1 600 2340 16.7 15930 4.5 780 2700

F 51 3_ 129.9 26.9 15930 7.3 605 2610 13.5 15930 3.7 785 2700

F 51 3_ 165.6 21.1 15930 5.7 610 2700 10.6 15930 2.9 790 2700

F 51 3_ 202.4 17.3 15930 4.7 610 2700 8.6 15930 2.3 790 2700

F 51 3_ 216.9 16.1 15930 4.4 610 2700 8.1 15930 2.2 790 2700

F 51 3_ 239.8 14.6 15930 4.0 615 2700 7.3 15930 2.0 790 2700

F 51 3_ 262.1 13.4 15930 3.6 615 2700 6.7 15930 1.8 790 2700

F 51 3_ 285.9 12.2 15930 3.3 615 2700 6.1 15930 1.7 790 2700

F 51 3_ 317.3 11.0 15930 3.0 620 2700 5.5 15930 1.5 790 2700

F 51 3_ 352.5 9.9 15930 2.7 620 2700 5.0 15930 1.3 790 2700

F 51 4_ 429.1 8.2 15930 2.3 435 2700 4.1 15930 1.1 495 2700

F 51 4_ 530.5 6.6 15930 1.8 445 2700 3.3 15930 0.92 495 2700

F 51 4_ 676.3 5.2 15930 1.4 455 2700 2.6 15930 0.72 495 2700

F 51 4_ 826.4 4.2 15930 1.2 460 2700 2.1 15930 0.59 495 2700

F 51 4_ 885.5 4.0 15930 1.1 465 2700 2.0 15930 0.55 495 2700

F 51 4_ 979.4 3.6 15930 1.0 465 2700 1.8 15930 0.50 495 2700

F 51 4_ 1070 3.3 15930 0.91 470 2700 1.6 15930 0.45 495 2700

F 51 4_ 1168 3.0 15930 0.83 470 2700 1.5 15930 0.42 495 2700

F 51 4_ 1296 2.7 15930 0.75 470 2700 1.4 15930 0.38 495 2700

F 51 4_ 1439 2.4 15930 0.68 475 2700 1.2 15930 0.34 495 2700

75

F 51 15,930 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 51 2_ 7.2 153 9735 25 440 1390 83 9735 13.6 720 1830

F 51 2_ 9.1 122 9735 19.8 555 1555 66 9735 10.8 775 2030

F 51 2_ 11.1 99 13455 22 555 1500 54 15045 13.6 720 1910

F 51 2_ 14.0 79 14340 18.8 575 1630 43 15045 10.8 775 2140

F 51 2_ 18.8 58 15045 14.7 605 1855 32 15045 8.0 790 2455

F 51 2_ 23.8 46 15045 11.6 650 2080 25 15045 6.3 790 2700

F 51 2_ 30.0 37 15045 9.2 670 2320 20.0 15045 5.0 790 2700

F 51 2_ 37.1 30 15045 7.4 685 2565 16.2 15045 4.1 790 2700

F 51 3_ 48.9 22.5 15930 6.1 790 2700 12.3 15930 3.3 790 2700

F 51 3_ 65.8 16.7 15930 4.5 790 2700 9.1 15930 2.5 790 2700

F 51 3_ 83.2 13.2 15930 3.6 790 2700 7.2 15930 2.0 790 2700

F 51 3_ 105.1 10.5 15930 2.8 790 2700 5.7 15930 1.6 790 2700

F 51 3_ 129.9 8.5 15930 2.3 790 2700 4.6 15930 1.3 790 2700

F 51 3_ 165.6 6.6 15930 1.8 790 2700 3.6 15930 0.98 790 2700

F 51 3_ 202.4 5.4 15930 1.5 790 2700 3.0 15930 0.81 790 2700

F 51 3_ 216.9 5.1 15930 1.4 790 2700 2.8 15930 0.75 790 2700

F 51 3_ 239.8 4.6 15930 1.2 790 2700 2.5 15930 0.68 790 2700

F 51 3_ 262.1 4.2 15930 1.1 790 2700 2.3 15930 0.62 790 2700

F 51 3_ 285.9 3.8 15930 1.0 790 2700 2.1 15930 0.57 790 2700

F 51 3_ 317.3 3.5 15930 0.94 790 2700 1.9 15930 0.51 790 2700

F 51 3_ 352.5 3.1 15930 0.85 790 2700 1.7 15930 0.46 790 2700

F 51 4_ 429.1 2.6 15930 0.71 495 2700 1.4 15930 0.39 495 2700

F 51 4_ 530.5 2.1 15930 0.58 495 2700 1.1 15930 0.31 495 2700

F 51 4_ 676.3 1.6 15930 0.45 495 2700 0.89 15930 0.25 495 2700

F 51 4_ 826.4 1.3 15930 0.37 495 2700 0.73 15930 0.20 495 2700

F 51 4_ 885.5 1.2 15930 0.35 495 2700 0.68 15930 0.19 495 2700

F 51 4_ 979.4 1.1 15930 0.31 495 2700 0.61 15930 0.17 495 2700

F 51 4_ 1070 1.0 15930 0.29 495 2700 0.56 15930 0.16 495 2700

F 51 4_ 1168 0.94 15930 0.26 495 2700 0.51 15930 0.14 495 2700

F 51 4_ 1296 0.85 15930 0.24 495 2700 0.46 15930 0.13 495 2700

F 51 4_ 1439 0.76 15930 0.21 495 2700 0.42 15930 0.12 495 2700

76

F 60 25,670 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��



F 60 3_ 9.0 389 8150 54 — 2985 194 10270 34 — 3720

F 60 3_ 9.7 361 8850 54 — 3065 180 11070 34 — 3760

F 60 3_ 11.8 297 9120 46 — 3275 148 11510 29 — 4015

F 60 3_ 12.7 276 9830 46 — 3310 138 12390 29 — 4055

F 60 3_ 14.5 241 9830 40 — 3475 121 12390 26 — 4260

F 60 3_ 15.7 223 10620 40 — 3515 111 13280 25 — 4310

F 60 3_ 19.1 183 10620 33 — 3780 92 13280 21 — 4500

F 60 3_ 20.7 169 11510 33 — 3815 85 14520 21 — 4500

F 60 3_ 23.5 149 11160 28 — 4030 74 14080 18 — 4500

F 60 3_ 25.4 138 12130 29 — 4070 69 15230 18 — 4500

F 60 3_ 29.6 118 24340 49 185 3580 59 25670 26 595 4500

F 60 3_ 32.1 109 24780 46 290 3645 55 25670 24 735 4500

F 60 3_ 38.8 90 25670 40 285 3930 45 25670 19.8 785 4500

F 60 3_ 42.1 83 25670 36 410 4030 42 25670 18.2 840 4500

F 60 3_ 47.8 73 25670 32 400 4285 37 25670 16.0 840 4500

F 60 3_ 51.8 68 25670 30 515 4395 34 25670 14.8 865 4500

F 60 3_ 63.0 56 25670 24 520 4500 27.8 25670 12.2 870 4500

F 60 3_ 68.3 51 25670 22 630 4500 25.6 25670 11.2 890 4500

F 60 3_ 77.6 45 25670 19.8 590 4500 22.6 25670 9.9 885 4500

F 60 3_ 84.0 42 25670 18.2 670 4500 20.8 25670 9.1 905 4500

F 60 3_ 98.2 36 25670 15.6 655 4500 17.8 25670 7.8 895 4500

F 60 3_ 106.4 33 25670 14.4 680 4500 16.4 25670 7.2 915 4500

F 60 3_ 120.5 29.0 25670 12.7 670 4500 14.5 25670 6.4 910 4500

F 60 3_ 130.5 26.8 25670 11.7 690 4500 13.4 25670 5.9 925 4500

F 60 3_ 150.4 23.3 25670 10.2 680 4500 11.6 25670 5.1 915 4500

F 60 3_ 162.9 21.5 25670 9.4 695 4500 10.7 25670 4.7 935 4500

F 60 3_ 185.9 18.8 25670 8.2 690 4500 9.4 25670 4.1 925 4500

F 60 3_ 201.4 17.4 25670 7.6 705 4500 8.7 25670 3.8 940 4500

F 60 3_ 217.6 16.1 25670 7.0 695 4500 8.0 25670 3.5 930 4500

F 60 3_ 235.8 14.8 25670 6.5 710 4500 7.4 25670 3.3 945 4500

F 60 3_ 259.1 13.5 25670 5.9 695 4500 6.8 25670 3.0 930 4500

F 60 3_ 280.7 12.5 25670 5.5 710 4500 6.2 25670 2.7 945 4500

F 60 4_ 315.4 11.1 25670 5.0 790 4500 5.5 25670 2.5 790 4500

F 60 4_ 341.7 10.2 25670 4.6 790 4500 5.1 25670 2.3 790 4500

F 60 4_ 399.3 8.8 25670 3.9 790 4500 4.4 25670 2.0 790 4500

F 60 4_ 432.6 8.1 25670 3.6 790 4500 4.0 25670 1.8 790 4500

F 60 4_ 489.8 7.1 25670 3.2 790 4500 3.6 25670 1.6 790 4500

F 60 4_ 530.7 6.6 25670 3.0 790 4500 3.3 25670 1.5 790 4500

F 60 4_ 611.4 5.7 25670 2.6 790 4500 2.9 25670 1.3 790 4500

F 60 4_ 662.4 5.3 25670 2.4 790 4500 2.6 25670 1.2 790 4500

F 60 4_ 756.0 4.6 25670 2.1 790 4500 2.3 25670 1.0 790 4500

F 60 4_ 819.0 4.3 25670 1.9 790 4500 2.1 25670 0.96 790 4500

F 60 4_ 885.1 4.0 25670 1.8 790 4500 2.0 25670 0.88 790 4500

F 60 4_ 958.9 3.7 25670 1.6 790 4500 1.8 25670 0.82 790 4500

F 60 4_ 1054 3.3 25670 1.5 790 4500 1.7 25670 0.74 790 4500

F 60 4_ 1141 3.1 25670 1.4 790 4500 1.5 25670 0.69 790 4500

77

F 60 25,670 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 60 3_ 9.0 122 11860 25 — 4240 67 14430 16.4 — 4500

F 60 3_ 9.7 113 12930 25 — 4275 62 15760 16.6 — 4500

F 60 3_ 11.8 93 13280 21 — 4500 51 16200 14.1 — 4500

F 60 3_ 12.7 87 14340 21 — 4500 47 16820 13.6 135 4500

F 60 3_ 14.5 76 14340 18.6 — 4500 41 16820 11.9 115 4500

F 60 3_ 15.7 70 15490 18.5 — 4500 38 16820 11.0 370 4500

F 60 3_ 19.1 58 15490 15.2 — 4500 31 16820 9.0 375 4500

F 60 3_ 20.7 53 16820 15.2 — 4500 29 16820 8.3 610 4500

F 60 3_ 23.5 47 16290 13.0 — 4500 26 16820 7.3 530 4500

F 60 3_ 25.4 43 16820 12.4 140 4500 24 16820 6.8 750 4500

F 60 3_ 29.6 37 25670 16.3 950 4500 20 25670 8.9 1060 4500

F 60 3_ 32.1 34 25670 15.0 980 4500 19 25670 8.2 1060 4500

F 60 3_ 38.8 28.4 25670 12.4 995 4500 15 25670 6.8 1060 4500

F 60 3_ 42.1 26.1 25670 11.4 1020 4500 14 25670 6.2 1060 4500

F 60 3_ 47.8 23.0 25670 10.1 1020 4500 13 25670 5.5 1060 4500

F 60 3_ 51.8 21.2 25670 9.3 1045 4500 12 25670 5.1 1060 4500

F 60 3_ 63.0 17.5 25670 7.6 1050 4500 9.5 25670 4.2 1060 4500

F 60 3_ 68.3 16.1 25670 7.1 1060 4500 8.8 25670 3.8 1060 4500

F 60 3_ 77.6 14.2 25670 6.2 1060 4500 7.7 25670 3.4 1060 4500

F 60 3_ 84.0 13.1 25670 5.7 1060 4500 7.1 25670 3.1 1060 4500

F 60 3_ 98.2 11.2 25670 4.9 1060 4500 6.1 25670 2.7 1060 4500

F 60 3_ 106.4 10.3 25670 4.5 1060 4500 5.6 25670 2.5 1060 4500

F 60 3_ 120.5 9.1 25670 4.0 1060 4500 5.0 25670 2.2 1060 4500

F 60 3_ 130.5 8.4 25670 3.7 1060 4500 4.6 25670 2.0 1060 4500

F 60 3_ 150.4 7.3 25670 3.2 1060 4500 4.0 25670 1.7 1060 4500

F 60 3_ 162.9 6.8 25670 3.0 1060 4500 3.7 25670 1.6 1060 4500

F 60 3_ 185.9 5.9 25670 2.6 1060 4500 3.2 25670 1.4 1060 4500

F 60 3_ 201.4 5.5 25670 2.4 1060 4500 3.0 25670 1.3 1060 4500

F 60 3_ 217.6 5.1 25670 2.2 1060 4500 2.8 25670 1.2 1060 4500

F 60 3_ 235.8 4.7 25670 2.0 1060 4500 2.5 25670 1.1 1060 4500

F 60 3_ 259.1 4.2 25670 1.9 1060 4500 2.3 25670 1.0 1060 4500

F 60 3_ 280.7 3.9 25670 1.7 1060 4500 2.1 25670 0.94 1060 4500

F 60 4_ 315.4 3.5 25670 1.6 790 4500 1.9 25670 0.85 790 4500

F 60 4_ 341.7 3.2 25670 1.4 790 4500 1.8 25670 0.79 790 4500

F 60 4_ 399.3 2.8 25670 1.2 790 4500 1.5 25670 0.67 790 4500

F 60 4_ 432.6 2.5 25670 1.1 790 4500 1.4 25670 0.62 790 4500

F 60 4_ 489.8 2.2 25670 1.0 790 4500 1.2 25670 0.55 790 4500

F 60 4_ 530.7 2.1 25670 0.93 790 4500 1.1 25670 0.51 790 4500

F 60 4_ 611.4 1.8 25670 0.81 790 4500 0.98 25670 0.44 790 4500

F 60 4_ 662.4 1.7 25670 0.74 790 4500 0.91 25670 0.41 790 4500

F 60 4_ 756.0 1.5 25670 0.65 790 4500 0.79 25670 0.36 790 4500

F 60 4_ 819.0 1.3 25670 0.60 790 4500 0.73 25670 0.33 790 4500

F 60 4_ 885.1 1.2 25670 0.56 790 4500 0.68 25670 0.30 790 4500

F 60 4_ 958.9 1.1 25670 0.51 790 4500 0.63 25670 0.28 790 4500

F 60 4_ 1054 1.0 25670 0.47 790 4500 0.57 25670 0.25 790 4500

F 60 4_ 1141 0.96 25670 0.43 790 4500 0.53 25670 0.24 790 4500

78

F 70 44,250 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��



F 70 3_ 10.0 350 23010 137 320 3325 175 28320 85 395 4090

F 70 3_ 10.9 321 24780 136 340 3310 161 30540 84 415 4075

F 70 3_ 12.8 273 25670 120 195 3535 137 31860 74 200 4335

F 70 3_ 13.9 252 27880 120 185 3505 126 34520 74 200 4300

F 70 3_ 16.3 215 28770 105 130 3740 107 35400 65 160 4605

F 70 3_ 17.7 198 31420 106 100 3690 99 38500 65 145 4550

F 70 3_ 20.9 167 30540 87 160 4045 84 35400 51 470 5095

F 70 3_ 22.6 155 33190 88 145 4005 77 38500 51 455 5055

F 70 3_ 24.6 142 31420 76 130 4285 71 35400 43 565 5440

F 70 3_ 27.7 126 33190 72 1140 4410 63 41160 44 1445 5410

F 70 3_ 30.0 117 35850 71 1145 4375 58 44250 44 1445 5375

F 70 3_ 35.4 99 36730 62 1140 4695 49 44250 37 1450 5830

F 70 3_ 38.4 91 39830 62 1140 4645 46 44250 34 1475 5970

F 70 3_ 45.2 77 40710 54 1145 4990 39 44250 29 1485 6445

F 70 3_ 49.0 71 40710 50 1165 5110 36 44250 27 1505 6595

F 70 3_ 57.7 61 44250 46 1145 5345 30 44250 23 1505 7100

F 70 3_ 62.5 56 44250 42 1165 5470 28.0 44250 21 1520 7265

F 70 3_ 67.9 52 44250 39 1150 5725 25.8 44250 19.5 1510 7565

F 70 3_ 73.6 48 44250 36 1170 5865 23.8 44250 18.0 1530 7740

F 70 3_ 85.4 41 44250 31 1170 6295 20.5 44250 15.5 1525 7870

F 70 3_ 92.5 38 44250 29 1185 6445 18.9 44250 14.3 1545 7870

F 70 3_ 101.2 35 44250 26 1175 6740 17.3 44250 13.1 1535 7870

F 70 3_ 109.6 32 44250 24 1190 6895 16.0 44250 12.1 1550 7870

F 70 3_ 122.7 28.5 44250 22 1185 7275 14.3 44250 10.8 1540 7870

F 70 3_ 133.0 26.3 44250 19.9 1200 7445 13.2 44250 9.9 1560 7870

F 70 3_ 153.8 22.8 44250 17.2 1190 7870 11.4 44250 8.6 1550 7870

F 70 3_ 166.7 21.0 44250 15.9 1205 7870 10.5 44250 7.9 1565 7870

F 70 3_ 180.9 19.3 44250 14.6 1195 7870 9.7 44250 7.3 1555 7870

F 70 3_ 196.0 17.9 44250 13.5 1210 7870 8.9 44250 6.7 1570 7870

F 70 4_ 216.5 16.2 44250 12.5 480 7870 8.1 44250 6.2 645 7870

F 70 4_ 234.6 14.9 44250 11.5 480 7870 7.5 44250 5.8 645 7870

F 70 4_ 280.9 12.5 44250 9.6 495 7870 6.2 44250 4.8 665 7870

F 70 4_ 304.3 11.5 44250 8.9 495 7870 5.8 44250 4.4 665 7870

F 70 4_ 372.5 9.4 44250 7.2 510 7870 4.7 44250 3.6 675 7870

F 70 4_ 403.5 8.7 44250 6.7 510 7870 4.3 44250 3.3 675 7870

F 70 4_ 471.2 7.4 44250 5.7 520 7870 3.7 44250 2.9 685 7870

F 70 4_ 510.4 6.9 44250 5.3 520 7870 3.4 44250 2.6 685 7870

F 70 4_ 606.8 5.8 44250 4.5 530 7870 2.9 44250 2.2 695 7870

F 70 4_ 657.4 5.3 44250 4.1 530 7870 2.7 44250 2.1 695 7870

F 70 4_ 759.0 4.6 44250 3.6 535 7870 2.3 44250 1.8 695 7870

F 70 4_ 822.2 4.3 44250 3.3 535 7870 2.1 44250 1.6 695 7870

F 70 4_ 899.4 3.9 44250 3.0 535 7870 1.9 44250 1.5 700 7870

F 70 4_ 974.4 3.6 44250 2.8 535 7870 1.8 44250 1.4 700 7870

F 70 4_ 1091 3.2 44250 2.5 540 7870 1.6 44250 1.2 705 7870

F 70 4_ 1182 3.0 44250 2.3 540 7870 1.5 44250 1.1 705 7870

F 70 4_ 1368 2.6 44250 2.0 540 7870 1.3 44250 0.99 705 7870

F 70 4_ 1481 2.4 44250 1.8 540 7870 1.2 44250 0.91 705 7870

F 70 4_ 1585 2.2 44250 1.7 545 7870 1.1 44250 0.85 710 7870

F 70 4_ 1717 2.0 44250 1.6 545 7870 1.0 44250 0.79 710 7870

F 70 4_ 2019 1.7 44250 1.3 545 7870 0.9 44250 0.67 710 7870

F 70 4_ 2188 1.6 44250 1.2 545 7870 0.8 44250 0.62 710 7870

79

F 70 44,250 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 70 3_ 10.0 110 28320 53 1095 4870 60 28320 29 1575 6075

F 70 3_ 10.9 101 30540 53 1120 4875 55 30540 29 1575 6110

F 70 3_ 12.8 86 34080 50 575 5065 47 31860 25 1575 6370

F 70 3_ 13.9 79 37170 50 540 5025 43 34520 25 1575 6360

F 70 3_ 16.3 67 35400 41 865 5515 37 35400 22 1575 6910

F 70 3_ 17.7 62 38500 41 845 5485 34 38500 22 1575 6915

F 70 3_ 20.9 53 35400 32 1175 6065 28.7 35400 17.3 1575 7565

F 70 3_ 22.6 49 38500 32 1155 6050 26.5 38500 17.4 1575 7590

F 70 3_ 24.6 45 35400 27 1270 6455 24.4 35400 14.7 1575 7870

F 70 3_ 27.7 40 44250 30 1575 6315 21.7 41160 15.2 1575 7870

F 70 3_ 30.0 37 44250 28 1575 6465 20.0 44250 15.1 1575 7870

F 70 3_ 35.4 31 44250 23 1575 6975 16.9 44250 12.8 1575 7870

F 70 3_ 38.4 28.6 44250 22 1575 7140 15.6 44250 11.8 1575 7870

F 70 3_ 45.2 24.3 44250 18.4 1575 7665 13.3 44250 10.0 1575 7870

F 70 3_ 49.0 22.4 44250 16.9 1575 7845 12.2 44250 9.2 1575 7870

F 70 3_ 57.7 19.1 44250 14.4 1575 7870 10.4 44250 7.9 1575 7870

F 70 3_ 62.5 17.6 44250 13.3 1575 7870 9.6 44250 7.2 1575 7870

F 70 3_ 67.9 16.2 44250 12.2 1575 7870 8.8 44250 6.7 1575 7870

F 70 3_ 73.6 14.9 44250 11.3 1575 7870 8.2 44250 6.2 1575 7870

F 70 3_ 85.4 12.9 44250 9.7 1575 7870 7.0 44250 5.3 1575 7870

F 70 3_ 92.5 11.9 44250 9.0 1575 7870 6.5 44250 4.9 1575 7870

F 70 3_ 101.2 10.9 44250 8.2 1575 7870 5.9 44250 4.5 1575 7870

F 70 3_ 109.6 10.0 44250 7.6 1575 7870 5.5 44250 4.1 1575 7870

F 70 3_ 122.7 9.0 44250 6.8 1575 7870 4.9 44250 3.7 1575 7870

F 70 3_ 133.0 8.3 44250 6.2 1575 7870 4.5 44250 3.4 1575 7870

F 70 3_ 153.8 7.2 44250 5.4 1575 7870 3.9 44250 2.9 1575 7870

F 70 3_ 166.7 6.6 44250 5.0 1575 7870 3.6 44250 2.7 1575 7870

F 70 3_ 180.9 6.1 44250 4.6 1575 7870 3.3 44250 2.5 1575 7870

F 70 3_ 196.0 5.6 44250 4.2 1575 7870 3.1 44250 2.3 1575 7870

F 70 4_ 216.5 5.1 44250 3.9 775 7870 2.8 44250 2.1 790 7870

F 70 4_ 234.6 4.7 44250 3.6 775 7870 2.6 44250 2.0 790 7870

F 70 4_ 280.9 3.9 44250 3.0 790 7870 2.1 44250 1.6 790 7870

F 70 4_ 304.3 3.6 44250 2.8 790 7870 2.0 44250 1.5 790 7870

F 70 4_ 372.5 3.0 44250 2.3 790 7870 1.6 44250 1.2 790 7870

F 70 4_ 403.5 2.7 44250 2.1 790 7870 1.5 44250 1.1 790 7870

F 70 4_ 471.2 2.3 44250 1.8 790 7870 1.3 44250 0.98 790 7870

F 70 4_ 510.4 2.2 44250 1.7 790 7870 1.2 44250 0.91 790 7870

F 70 4_ 606.8 1.8 44250 1.4 790 7870 0.99 44250 0.76 790 7870

F 70 4_ 657.4 1.7 44250 1.3 790 7870 0.91 44250 0.70 790 7870

F 70 4_ 759.0 1.4 44250 1.1 790 7870 0.79 44250 0.61 790 7870

F 70 4_ 822.2 1.3 44250 1.0 790 7870 0.73 44250 0.56 790 7870

F 70 4_ 899.4 1.2 44250 0.94 790 7870 0.67 44250 0.51 790 7870

F 70 4_ 974.4 1.1 44250 0.87 790 7870 0.62 44250 0.48 790 7870

F 70 4_ 1091 1.0 44250 0.78 790 7870 0.55 44250 0.42 790 7870

F 70 4_ 1182 0.93 44250 0.72 790 7870 0.51 44250 0.39 790 7870

F 70 4_ 1368 0.80 44250 0.62 790 7870 0.44 44250 0.34 790 7870

F 70 4_ 1481 0.74 44250 0.57 790 7870 0.41 44250 0.31 790 7870

F 70 4_ 1585 0.69 44250 0.54 790 7870 0.38 44250 0.29 790 7870

F 70 4_ 1717 0.64 44250 0.49 790 7870 0.35 44250 0.27 790 7870

F 70 4_ 2019 0.54 44250 0.42 790 7870 0.30 44250 0.23 790 7870

F 70 4_ 2188 0.50 44250 0.39 790 7870 0.27 44250 0.21 790 7870

80

F 80 70,800 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��



F 80 3_ 10.3 340 28770 167 140 3880 170 36290 105 50 4890

F 80 3_ 11.2 313 31160 166 140 3995 156 39300 105 55 4875

F 80 3_ 12.9 271 31510 146 155 4245 136 39650 92 80 5190

F 80 3_ 14.0 250 34080 145 160 4235 125 43020 92 70 5165

F 80 3_ 16.2 216 33280 123 175 4570 108 41950 77 100 5585

F 80 3_ 17.6 199 35400 120 165 4555 99 45490 77 95 5560

F 80 3_ 20.3 172 35940 106 180 4875 86 45320 67 100 5955

F 80 3_ 22.0 159 38940 106 180 4860 80 49030 67 110 5935

F 80 3_ 25.2 139 37440 89 160 5240 69 47180 56 85 6405

F 80 3_ 28.8 122 57970 120 1035 4610 61 70800 73 1325 5700

F 80 3_ 31.3 112 62840 120 1035 4500 56 70800 68 1360 5845

F 80 3_ 36.0 97 64170 106 1030 4825 49 70800 59 1375 6315

F 80 3_ 39.0 90 59300 91 1100 5175 45 70800 54 1405 6475

F 80 3_ 45.3 77 69920 92 1000 5115 39 70800 47 1405 7000

F 80 3_ 49.1 71 70800 86 1070 5205 36 70800 43 1430 7170

F 80 3_ 56.7 62 70800 75 1075 5655 31 70800 37 1440 7705

F 80 3_ 61.5 57 70800 69 1100 5800 28.5 70800 34 1465 7890

F 80 3_ 70.4 50 70800 60 1095 6250 24.9 70800 30 1455 8425

F 80 3_ 76.3 46 70800 55 1115 6405 22.9 70800 28 1475 8625

F 80 3_ 85.2 41 70800 50 1115 6810 20.5 70800 25 1475 9100

F 80 3_ 92.3 38 70800 46 1135 6980 19.0 70800 23 1495 9320

F 80 3_ 105.0 33 70800 40 1125 7455 16.7 70800 20 1490 9885

F 80 3_ 113.8 31 70800 37 1145 7635 15.4 70800 18.6 1510 10120

F 80 3_ 122.5 28.6 70800 35 1130 7955 14.3 70800 17.3 1495 10120

F 80 3_ 132.7 26.4 70800 32 1150 8145 13.2 70800 15.9 1515 10120

F 80 3_ 147.9 23.7 70800 29 1140 8595 11.8 70800 14.3 1500 10120

F 80 3_ 160.2 21.8 70800 26 1160 8800 10.9 70800 13.2 1520 10120

F 80 3_ 184.6 19.0 70800 23 1145 9395 9.5 70800 11.5 1510 10120

F 80 3_ 200.0 17.5 70800 21 1165 9620 8.8 70800 10.6 1525 10120

F 80 4_ 218.5 16.0 70800 19.8 230 10120 8.0 70800 9.9 540 10120

F 80 4_ 273.9 12.8 70800 15.8 335 10120 6.4 70800 7.9 605 10120

F 80 4_ 296.7 11.8 70800 14.6 335 10120 5.9 70800 7.3 605 10120

F 80 4_ 353.7 9.9 70800 12.2 420 10120 4.9 70800 6.1 625 10120

F 80 4_ 383.2 9.1 70800 11.3 420 10120 4.6 70800 5.6 625 10120

F 80 4_ 451.5 7.8 70800 9.6 460 10120 3.9 70800 4.8 635 10120

F 80 4_ 489.1 7.2 70800 8.8 460 10120 3.6 70800 4.4 635 10120

F 80 4_ 563.9 6.2 70800 7.7 480 10120 3.1 70800 3.8 645 10120

F 80 4_ 610.9 5.7 70800 7.1 480 10120 2.9 70800 3.5 645 10120

F 80 4_ 714.9 4.9 70800 6.0 490 10120 2.4 70800 3.0 650 10120

F 80 4_ 774.4 4.5 70800 5.6 490 10120 2.3 70800 2.8 650 10120

F 80 4_ 897.3 3.9 70800 4.8 495 10120 2.0 70800 2.4 660 10120

F 80 4_ 972.0 3.6 70800 4.4 495 10120 1.8 70800 2.2 660 10120

F 80 4_ 1058 3.3 70800 4.1 500 10120 1.7 70800 2.0 665 10120

F 80 4_ 1146 3.1 70800 3.8 500 10120 1.5 70800 1.9 665 10120

F 80 4_ 1277 2.7 70800 3.4 505 10120 1.4 70800 1.7 670 10120

F 80 4_ 1384 2.5 70800 3.1 505 10120 1.3 70800 1.6 670 10120

F 80 4_ 1578 2.2 70800 2.7 505 10120 1.1 70800 1.4 670 10120

F 80 4_ 1709 2.0 70800 2.5 505 10120 1.0 70800 1.3 670 10120

F 80 4_ 1834 1.9 70800 2.4 510 10120 0.95 70800 1.2 670 10120

F 80 4_ 1987 1.8 70800 2.2 510 10120 0.88 70800 1.1 670 10120

81

F 80 70,800 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 80 3_ 10.3 107 41950 76 — 5560 58 51070 51 — 6590

F 80 3_ 11.2 98 45490 76 — 5540 54 55320 51 — 6560

F 80 3_ 12.9 85 46020 67 — 5895 47 55940 44 — 6985

F 80 3_ 14.0 79 49740 67 — 5870 43 60180 44 — 6965

F 80 3_ 16.2 68 48590 56 — 6345 37 55320 35 350 7685

F 80 3_ 17.6 63 52750 56 — 6315 34 60180 35 320 6755

F 80 3_ 20.3 54 52490 49 — 6765 29.6 55320 28 835 8380

F 80 3_ 22.0 50 56820 48 — 6740 27.3 60180 28 810 8370

F 80 3_ 25.2 44 54650 41 — 7275 23.8 55320 22 1050 9095

F 80 3_ 28.8 38 70800 46 1575 6965 20.8 70800 25 1575 8910

F 80 3_ 31.3 35 70800 42 1575 7140 19.2 70800 23 1575 9120

F 80 3_ 36.0 31 70800 37 1575 7660 16.7 70800 20 1575 9730

F 80 3_ 39.0 28.2 70800 34 1575 7845 15.4 70800 18.6 1575 9960

F 80 3_ 45.3 24.3 70800 29 1575 8430 13.2 70800 16.0 1575 10120

F 80 3_ 49.1 22.4 70800 27 1575 8635 12.2 70800 14.8 1575 10120

F 80 3_ 56.7 19.4 70800 23 1575 9230 10.6 70800 12.8 1575 10120

F 80 3_ 61.5 17.9 70800 22 1575 9450 9.8 70800 11.8 1575 10120

F 80 3_ 70.4 15.6 70800 18.9 1575 10050 8.5 70800 10.3 1575 10120

F 80 3_ 76.3 14.4 70800 17.4 1575 10120 7.9 70800 9.5 1575 10120

F 80 3_ 85.2 12.9 70800 15.6 1575 10120 7.0 70800 8.5 1575 10120

F 80 3_ 92.3 11.9 70800 14.4 1575 10120 6.5 70800 7.9 1575 10120

F 80 3_ 105.0 10.5 70800 12.7 1575 10120 5.7 70800 6.9 1575 10120

F 80 3_ 113.8 9.7 70800 11.7 1575 10120 5.3 70800 6.4 1575 10120

F 80 3_ 122.5 9.0 70800 10.8 1575 10120 4.9 70800 5.9 1575 10120

F 80 3_ 132.7 8.3 70800 10.0 1575 10120 4.5 70800 5.5 1575 10120

F 80 3_ 147.9 7.4 70800 9.0 1575 10120 4.1 70800 4.9 1575 10120

F 80 3_ 160.2 6.9 70800 8.3 1575 10120 3.7 70800 4.5 1575 10120

F 80 3_ 184.6 6.0 70800 7.2 1575 10120 3.3 70800 3.9 1575 10120

F 80 3_ 200.0 5.5 70800 6.6 1575 10120 3.0 70800 3.6 1575 10120

F 80 4_ 218.5 5.0 70800 6.2 705 10120 2.7 70800 3.4 790 10120

F 80 4_ 273.9 4.0 70800 5.0 730 10120 2.2 70800 2.7 790 10120

F 80 4_ 296.7 3.7 70800 4.6 730 10120 2.0 70800 2.5 790 10120

F 80 4_ 353.7 3.1 70800 3.8 750 10120 1.7 70800 2.1 790 10120

F 80 4_ 383.2 2.9 70800 3.5 750 10120 1.6 70800 1.9 790 10120

F 80 4_ 451.5 2.4 70800 3.0 760 10120 1.3 70800 1.6 790 10120

F 80 4_ 489.1 2.2 70800 2.8 760 10120 1.2 70800 1.5 790 10120

F 80 4_ 563.9 2.0 70800 2.4 770 10120 1.1 70800 1.3 790 10120

F 80 4_ 610.9 1.8 70800 2.2 770 10120 0.98 70800 1.2 790 10120

F 80 4_ 714.9 1.5 70800 1.9 780 10120 0.84 70800 1.0 790 10120

F 80 4_ 774.4 1.4 70800 1.8 780 10120 0.77 70800 0.96 790 10120

F 80 4_ 897.3 1.2 70800 1.5 785 10120 0.67 70800 0.83 790 10120

F 80 4_ 972.0 1.1 70800 1.4 785 10120 0.62 70800 0.76 790 10120

F 80 4_ 1058 1.0 70800 1.3 790 10120 0.57 70800 0.70 790 10120

F 80 4_ 1146 0.96 70800 1.2 790 10120 0.52 70800 0.65 790 10120

F 80 4_ 1277 0.86 70800 1.1 790 10120 0.47 70800 0.58 790 10120

F 80 4_ 1384 0.79 70800 0.98 790 10120 0.43 70800 0.54 790 10120

F 80 4_ 1578 0.70 70800 0.86 790 10120 0.38 70800 0.47 790 10120

F 80 4_ 1709 0.64 70800 0.79 790 10120 0.35 70800 0.43 790 10120

F 80 4_ 1834 0.60 70800 0.74 790 10120 0.33 70800 0.40 790 10120

F 80 4_ 1987 0.55 70800 0.68 790 10120 0.30 70800 0.37 790 10120

82

F 90 123,900 Ib·in

i

(ratio)

n1 = 3500 �� n1 = 1750 ��



F 90 3_ 10.3 340 57530 334 1235 5350 170 70800 205 1800 6585

F 90 3_ 11.1 315 63280 340 1190 5240 158 77880 209 1750 6450

F 90 3_ 13.4 261 66820 298 1100 5610 131 82310 183 1640 6905

F 90 3_ 14.5 241 71690 295 1125 5545 121 88500 182 1665 6815

F 90 3_ 16.5 212 74340 269 1025 5840 106 91160 165 1565 7205

F 90 3_ 17.9 196 79210 264 1030 5780 98 97350 162 1615 7120

F 90 3_ 20.6 170 81420 236 895 6155 85 100010 145 1410 7585

F 90 3_ 22.3 157 86290 231 965 6100 78 106200 142 1485 7510

F 90 3_ 25.4 138 88950 209 815 6460 69 106200 125 1420 8090

F 90 3_ 28.6 122 86290 180 2205 6940 61 106200 111 2790 8545

F 90 3_ 31.0 113 93370 180 2205 6815 56 115050 111 2790 8385

F 90 3_ 37.4 94 96910 155 2210 7380 47 119480 95 2795 9080

F 90 3_ 40.5 86 105320 155 2210 7205 43 123900 91 2815 9120

F 90 3_ 46.1 76 106650 138 2215 7710 38 123900 80 2825 9800

F 90 3_ 49.9 70 115500 138 2215 7525 35 123900 74 2860 10045

F 90 3_ 57.3 61 115500 120 2210 8165 31 123900 65 2855 10815

F 90 3_ 62.1 56 123900 119 2210 8010 28.2 123900 60 2885 11075

F 90 3_ 70.8 49 123900 104 2210 8660 24.7 123900 52 2885 11845

F 90 3_ 76.7 46 123900 96 2240 8880 22.8 123900 48 2915 12130

F 90 3_ 88.4 40 123900 84 2235 9620 19.8 123900 42 2910 12365

F 90 3_ 95.8 37 123900 77 2260 9860 18.3 123900 39 2935 12365

F 90 3_ 103.3 34 123900 72 2240 10325 16.9 123900 36 2915 12365

F 90 3_ 111.9 31 123900 66 2270 10580 15.6 123900 33 2945 12365

F 90 3_ 126.8 27.6 123900 58 2255 11300 13.8 123900 29 2930 12365

F 90 3_ 137.3 25.5 123900 54 2280 11575 12.7 123900 27 2955 12365

F 90 3_ 150.3 23.3 123900 49 2270 12150 11.6 123900 25 2945 12365

F 90 3_ 162.8 21.5 123900 45 2300 12365 10.7 123900 23 2970 12365

F 90 3_ 179.2 19.5 123900 41 2290 12365 9.8 123900 21 2945 12365

F 90 3_ 194.2 18.0 123900 38 2300 12365 9.0 123900 19.0 2970 12365

F 90 4_ 213.6 16.4 123900 35 — 12365 8.2 123900 17.7 — 12365

F 90 4_ 231.4 15.1 123900 33 — 12365 7.6 123900 16.3 — 12365

F 90 4_ 268.7 13.0 123900 28 — 12365 6.5 123900 14.1 95 12365

F 90 4_ 291.1 12.0 123900 26 — 12365 6.0 123900 13.0 95 12365

F 90 4_ 361.8 9.7 123900 21 — 12365 4.8 123900 10.4 225 12365

F 90 4_ 392.0 8.9 123900 19.3 — 12365 4.5 123900 9.6 225 12365

F 90 4_ 457.5 7.7 123900 16.5 — 12365 3.8 123900 8.3 315 12365

F 90 4_ 495.6 7.1 123900 15.3 — 12365 3.5 123900 7.6 315 12365

F 90 4_ 577.5 6.1 123900 13.1 — 12365 3.0 123900 6.5 360 12365

F 90 4_ 625.6 5.6 123900 12.1 — 12365 2.8 123900 6.0 360 12365

F 90 4_ 714.0 4.9 123900 10.6 — 12365 2.5 123900 5.3 405 12365

F 90 4_ 773.4 4.5 123900 9.8 — 12365 2.3 123900 4.9 405 12365

F 90 4_ 910.2 3.8 123900 8.3 — 12365 1.9 123900 4.2 455 12365

F 90 4_ 986.0 3.5 123900 7.7 — 12365 1.8 123900 3.8 455 12365

F 90 4_ 1112 3.1 123900 6.8 — 12365 1.6 123900 3.4 475 12365

F 90 4_ 1205 2.9 123900 6.3 — 12365 1.5 123900 3.1 475 12365

F 90 4_ 1318 2.7 123900 5.7 — 12365 1.3 123900 2.9 500 12365

F 90 4_ 1428 2.5 123900 5.3 — 12365 1.2 123900 2.6 500 12365

F 90 4_ 1571 2.2 123900 4.8 — 12365 1.1 123900 2.4 510 12365

F 90 4_ 1702 2.1 123900 4.4 — 12365 1.0 123900 2.2 510 12365

F 90 4_ 1937 1.8 123900 3.9 — 12365 0.90 123900 2.0 520 12365

F 90 4_ 2099 1.7 123900 3.6 — 12365 0.83 123900 1.8 520 12365

83

F 90 123,900 Ib·in

i

(ratio)

n1 = 1100 �� n1 = 600 ��



F 90 3_ 10.3 107 80980 148 2255 7510 58 84960 84 3375 9420

F 90 3_ 11.1 99 88950 150 2200 7360 54 92040 85 3375 9360

F 90 3_ 13.4 82 93810 131 2085 7890 45 110630 85 2865 9465

F 90 3_ 14.5 76 100890 131 2115 7785 41 119920 85 2860 9305

F 90 3_ 16.5 67 103990 118 2000 8230 36 108860 68 3280 10440

F 90 3_ 17.9 61 111070 116 2055 8135 34 116380 67 3335 10380

F 90 3_ 20.6 53 107970 98 2050 8915 29.1 107970 54 3375 11475

F 90 3_ 22.3 49 116820 98 2055 8765 26.9 116820 54 3375 11390

F 90 3_ 25.4 43 106200 78 2345 9855 23.6 106200 43 3375 12365

F 90 3_ 28.6 38 121250 80 3240 9760 21.0 123900 44 3375 12365

F 90 3_ 31.0 35 123900 75 3270 9890 19.4 123900 41 3375 12365

F 90 3_ 37.4 29.4 123900 62 3295 10880 16.0 123900 34 3375 12365

F 90 3_ 40.5 27.2 123900 57 3335 11145 14.8 123900 31 3375 12365

F 90 3_ 46.1 23.9 123900 50 3345 11910 13.0 123900 28 3375 12365

F 90 3_ 49.9 22.0 123900 47 3375 12195 12.0 123900 25 3375 12365

F 90 3_ 57.3 19.2 123900 41 3370 12365 10.5 123900 22 3375 12365

F 90 3_ 62.1 17.7 123900 37 3375 12365 9.7 123900 20 3375 12365

F 90 3_ 70.8 15.5 123900 33 3375 12365 8.5 123900 17.9 3375 12365

F 90 3_ 76.7 14.3 123900 30 3375 12365 7.8 123900 16.5 3375 12365

F 90 3_ 88.4 12.4 123900 26 3375 12365 6.8 123900 14.3 3375 12365

F 90 3_ 95.8 11.5 123900 24 3375 12365 6.3 123900 13.2 3375 12365

F 90 3_ 103.3 10.6 123900 23 3375 12365 5.8 123900 12.3 3375 12365

F 90 3_ 111.9 9.8 123900 21 3375 12365 5.4 123900 11.3 3375 12365

F 90 3_ 126.8 8.7 123900 18.3 3375 12365 4.7 123900 10.0 3375 12365

F 90 3_ 137.3 8.0 123900 16.9 3375 12365 4.4 123900 9.2 3375 12365

F 90 3_ 150.3 7.3 123900 15.5 3375 12365 4.0 123900 8.4 3375 12365

F 90 3_ 162.8 6.8 123900 14.3 3375 12365 3.7 123900 7.8 3375 12365

F 90 3_ 179.2 6.1 123900 13.0 3375 12365 3.3 123900 7.1 3375 12365

F 90 3_ 194.2 5.7 123900 12.0 3375 12365 3.1 123900 6.5 3375 12365

F 90 4_ 213.6 5.1 123900 11.1 185 12365 2.8 123900 6.1 530 12365

F 90 4_ 231.4 4.8 123900 10.3 185 12365 2.6 123900 5.6 530 12365

F 90 4_ 268.7 4.1 123900 8.8 315 12365 2.2 123900 4.8 660 12365

F 90 4_ 291.1 3.8 123900 8.2 315 12365 2.1 123900 4.5 660 12365

F 90 4_ 361.8 3.0 123900 6.6 445 12365 1.7 123900 3.6 765 12365

F 90 4_ 392.0 2.8 123900 6.1 445 12365 1.5 123900 3.3 765 12365

F 90 4_ 457.5 2.4 123900 5.2 535 12365 1.3 123900 2.8 785 12365

F 90 4_ 495.6 2.2 123900 4.8 535 12365 1.2 123900 2.6 785 12365

F 90 4_ 577.5 1.9 123900 4.1 580 12365 1.0 123900 2.2 790 12365

F 90 4_ 625.6 1.8 123900 3.8 580 12365 0.96 123900 2.1 790 12365

F 90 4_ 714.0 1.5 123900 3.3 625 12365 0.84 123900 1.8 790 12365

F 90 4_ 773.4 1.4 123900 3.1 625 12365 0.78 123900 1.7 790 12365

F 90 4_ 910.2 1.2 123900 2.6 640 12365 0.66 123900 1.4 790 12365

F 90 4_ 986.0 1.1 123900 2.4 640 12365 0.61 123900 1.3 790 12365

F 90 4_ 1112 0.99 123900 2.1 645 12365 0.54 123900 1.2 790 12365

F 90 4_ 1205 0.91 123900 2.0 645 12365 0.50 123900 1.1 790 12365

F 90 4_ 1318 0.83 123900 1.8 650 12365 0.46 123900 0.98 790 12365

F 90 4_ 1428 0.77 123900 1.7 650 12365 0.42 123900 0.91 790 12365

F 90 4_ 1571 0.70 123900 1.5 655 12365 0.38 123900 0.83 790 12365

F 90 4_ 1702 0.65 123900 1.4 655 12365 0.35 123900 0.76 790 12365

F 90 4_ 1937 0.57 123900 1.2 655 12365 0.31 123900 0.67 790 12365

F 90 4_ 2099 0.52 123900 1.1 655 12365 0.29 123900 0.62 790 12365

84

2.13 MOTOR AVAILABILITY

�� :DT;.�

:D8(;�� :D88;�� -

��-�U��

procedure described at chapter 1.8, based on torque/hp

�� -�*�� -

ckets are not possible.

(B9)

(IM B5)

P63

P71

P80

P90

P100

P112P132 P160 P180 P200 P225 P250

F 10 2

i =

7.4_127.1 7.4_91.5 7.4_91.5

F 20 28.7_132.2

(14.8_18.1)6.4_114.3 6.4_114.3

F 20 3 156.3_545.3 156.3_545.3 156.3_545.3

F 25 29.4_44.4

(10.6_13.0)6.9_44.4 6.9_44.4

F 25 3 50.8_333.1 45.6_288.1 45.6_288.1

F 25 4 393.9_1374 393.9_1374 393.9_1374

F 31 2 18.5_44.6 6.9_44.6 6.9_44.6

F 31 3 69.1_374.4 47.5_374.4 47.5_374.4

F 31 4 418.9_1539 418.9_1539 418.9_1539

F 41 2 24.1_47.9 6.7_47.9 6.7_47.9 6.7_47.9

F 41 3 84.9_344.8 51.5_344.8 51.5_344.8 51.5_168.7

F 41 4 433.7_1411 433.7_1411 433.7_1411

F 51 2 30.0_37.1 7.2_37.1 7.2_37.1 7.2_37.1 7.2_37.1 7.2_37.1

F 51 3 105.1_352.5 48.9_352.5 48.9_352.5 48.9_202.4 48.9_202.4 48.9_202.4

F 51 4 429.1_1439 429.1_1439 429.1_1439

F 60 3 98.2_280.711.8_280.7

(29.6_32.1)

11.8_280.7

(29.6_32.1)9.0_201.4 9.0_201.4 9.0_201.4

F 60 4 315.4_1141 315.4_1141 315.4_1141

F 70 3 85.4_196.0 85.4_196.016.3_196.0

(27.7_38.4)10.0_196.0 10.0_196.0

10.0_49.0

(20.9_24.6)

F 70 4 372.5_2188 216.5_2188 216.5_2188 216.5_822.2

F 80 3 105.0_200.0 105.0_200.020.3_200

(28.8_49.1)

12.9_200

(28.8_31.3)10.3_200.0 10.3_132.7 10.3_132.7

F 80 4 451.5_1987 218.5_1987 218.5_1987 218.5_972

F 90 3 126.8_194.2 126.8_194.225.4_194.2

(28.6_62.1)

20.6_194.2

(28.6_40.5)10.3_194.2 10.3_162.8 10.3_162.8 10.3_162.8

F 90 4 577.5_2099 213.6_2099 213.6_2099 213.6_1205 213.6_1205 213.6_1205

85

Motor frame

N56C N140TC N180TC N210TC N250TC N280TC N320TC

HP 0.16...1 1.5...2 3...5 7.5...10 15...20 25...30 40...50

F 10 2

i =

7.4_127.1 7.4_91.5 7.4_91.5

F 20 28.7_132.2

(14.8-18.1)6.4_114.3 6.4_114.3

F 20 3 156.3_545.3 156.3_545.3 156.3_545.3

F 25 29.4_44.4

(10.6-13.0)6.9_44.4 6.9_44.4

F 25 3 50.8_333.1 45.6_288.1 45.6_288.1

F 25 4 393.9_1374 393.9_1374 393.9_1374

F 31 2 18.5_44.6 6.9_44.6 6.9_44.6

F 31 3 69.1_374.4 47.5_374.4 47.5_374.4

F 31 4 418.9_1539 418.9_1539 418.9_1539

F 41 2 24.1_47.9 6.7_47.9 6.7_47.9 6.7_47.9

F 41 3 84.9_344.8 51.5_344.8 51.5_344.8 51.5_168.7

F 41 4 433.7_1411 433.7_1411 433.7_1411

F 51 2 30.0-37.1 7.2_37.1 7.2_37.1 7.2_37.1 7.2_37.1 7.2_37.1

F 51 3 105.1_352.5 48.9_352.5 48.9_352.5 48.9_202.4 48.9_202.4 48.9_202.4

F 51 4 429.1_1439 429.1_1439 429.1_1439

F 60 3 98.2_280.711.8_280.7

(29.6-32.1)

11.8_280.7

(29.6-32.1)9.0_201.4 9.0_201.4 9.0_201.4

F 60 4 315.4_1141 315.4_1141 315.4_1141

F 70 3 85.4_196.0 85.4_196.016.3_196.0

(27.7_38.4)10.0_196.0 10.0_196.0

F 70 4 372.5_2188 216.5_2188 216.5_2188 216.5_822.2

F 80 3 105.0_200.020.3_200.0

(28.8_49.1)

12.9_200.0

(28.8-31.3)10.3_200.0 10.3_132.7

F 80 4 451.5_1987 218.5_1987 218.5_1987 218.5_972.0

F 90 3 126.8_194.225.4_194.2

(28.6_62.1)

16.5_194.2

(28.6_40.5)10.3_194.2 10.3_162.8

F 90 4 577.5_2099 213.6_2099 213.6_2099 213.6_1205 213.6_1205 213.6_1205

(B10)

86

(B11)

Integral gearmotors

M05 M1 M2 M3 M4 M5

F 10 2

i =

7.4_127.1 7.4_71.1 7.4_91.5 7.4_91.5

F 20 28.7_132.2

(14.8_18.1)

8.7_90.4

(14.8_18.1)6.4_114.3 6.4_114.3

F 20 3 156.3_545.3 156.3_545.3 156.3_545.3 156.3_545.3

F 25 29.4_44.4

(10.6_13.0)

9.4_44.4

(10.6_13.0)6.9_44.4 6.9_44.4

F 25 3 50.8_333.1 50.8_227.8 45.6_288.1 45.6_288.1

F 25 4 393.9_1374 393.9_1374 393.9_1374 393.9_1374

F 31 2 18.5_44.6 6.9_44.6 6.9_44.6

F 31 3 69.1_293.8 47.5_374.4 47.5_374.4

F 31 4 418.9_1539 418.9_1539 418.9_1539 418.9_1539

F 41 2 24.1_47.9 6.7_47.9 6.7_47.9 6.7_47.9

F 41 3 84.9_344.8 51.5_344.8 51.5_344.8 51.5_168.7

F 41 4 433.7_1411 433.7_1411 433.7_1411 433.7_1411

F 51 2 30.0_37.1 7.2_37.1 7.2_37.1 7.2_37.1

F 51 3 105.1_352.5 48.9_352.5 48.9_352.5 48.9_202.4

F 51 4 429.1_1439 429.1_1439 429.1_1439

F 60 311.8_280.7

(29.6_32.1)

11.8_280.7

(29.6_32.1)9_201.4 9_201.4

F 60 4 315.4_1141 315.4_1141 315.4_1141 315.4_1141

F 70 3 85.4_196.0 85.4_196.016.3_196.0

(27.7_38.4)

16.3_196.0

(27.7_38.4)

F 70 4 372.5_2188 216.5_2188 216.5_2188 216.5_822.2

F 80 3 105.0_200.020.3_200.0

(28.8_49.1)

20.3_200.0

(28.8_49.1)

F 80 4 451.5_1987 218.5_1987 218.5_1987 218.5_972.0

F 90 3 126.8_194.225.4_194.2

(28.6_62.1)

25.4_194.2

(28.6_62.1)

F 90 4 213.6_2099 213.6_2099 213.6_1205

87

�� R��,�8(�X�,�M(-�%��

�� R�-

��E@�� #��.��&�� E*��

�� -

SERVO INPUT

SK60A SK60B SK80A SK80B SK80C SK95A SK95B SK95C

SC60A SC60B SC80A SC80B SC80C SC95A SC95B SC95C

F 10 2

i =

7.4_127.1 7.4_71.1 7.4_71.1 7.4_91.5 7.4_71.1 7.4_91.5 7.4_91.5

F 20 28.7_132.2

(14.8_18.1)

8.7_90.4

(14.8_18.1)

8.7_90.4

(14.8_18.1)6.4_114.3

8.7_90.4

(14.8_18.1)6.4_114.3 6.4_114.3

F 20 3 156.3_545.3 156.3_545.3 156.3_545.3 156.3_545.3 156.3_545.3 156.3_545.3 156.3_545.3

F 25 29.4_44.4

(10.6_13.0)

9.4_44.4

(10.6_13.0)

9.4_44.4

(10.6_13.0)6.9_44.4

9.4_44.4

(10.6_13.0)6.9_44.4 6.9_44.4

F 25 3 45.6_333.1 45.6_227.8 45.6_227.8 45.6_288.1 45.6_227.8 45.6_288.1 45.6_288.1

F 25 4 393.9_1374 393.9_1374 393.9_1374 393.9_1374 393.9_1374 393.9_1374 393.9_1374

F 31 2 18.5_44.6 18.5_44.6 18.5_44.6 6.9_44.6 18.5_44.6 6.9_44.6 6.9_44.6

F 31 3 69.1_374.4 69.1_293.8 69.1_293.8 47.5_374.4 69.1_293.8 47.5_374.4 47.5_374.4

F 31 4 418.9_1539 418.9_1539 418.9_1539 418.9_1539 418.9_1539 418.9_1539 418.9_1539

F 41 2 24.1_47.9 6.7_47.9 24.1_47.9 6.7_47.9 6.7_47.9

F 41 3 84.9_344.8 51.5_344.8 84.9_344.8 51.5_344.8 51.5_344.8

F 41 4 433.7_1411 433.7_1411 433.7_1411 433.7_1411 433.7_1411 433.7_1411 433.7_1411

F 51 2 30.0_37.1 7.2_37.1 30.0_37.1 7.2_37.1 7.2_37.1

F 51 3 105.1_352.5 48.9_352.5 105.1_352.5 48.9_352.5 48.9_352.5

F 51 4 429.1_1439 429.1_1439 429.1_1439 429.1_1439 429.1_1439 429.1_1439 429.1_1439

F 60 311.8_280.7

(29.6_32.1)106.4_280.7

11.8_280.7

(29.6_32.1)

11.8_280.7

(29.6_32.1)

F 60 4 315.4_1141 315.4_1141 315.4_1141 315.4_1141 315.4_1141

SERVO INPUT

SK110A SK110B SK130A SK130B SK180A SK180B

SC110A SC110B SC130A SC130B SC180A SC180B

F 10 2

i =

7.4_91.5 7.4_91.5

F 20 2 6.4_114.3 6.4_114.3

F 20 3 156.3_545.3 156.3_545.3

F 25 2 6.9_44.4 6.9_44.4

F 25 3 45.6_288.1 45.6_288.1

F 25 4 393.9_1374 393.9_1374

F 31 2 6.9_44.6 6.9_44.6 6.9_44.6

F 31 3 47.5_374.4 47.5_374.4 47.5_374.4

F 31 4 418.9_1539 418.9_1539

F 41 2 6.7_47.9 6.7_47.9 6.7_47.9 6.7_47.9 6.7_47.9 6.7_47.9

F 41 3 51.5_344.8 51.5_344.8 51.5_344.8 51.5_168.7 51.5_168.7 51.5_168.7

F 41 4 433.7_1411 433.7_1411

F 51 2 7.2_37.1 7.2_37.1 7.2_37.1 7.2_37.1 7.2_37.1 7.2_37.1

F 51 3 48.9_352.5 48.9_352.5 48.9_352.5 48.9_202.4 48.9_202.4 48.9_202.4

F 51 4 429.1_1439 429.1_1439 429.1_1439

F 60 311.8_280.7

(29.6_32.1)

11.8_280.7

(29.6_32.1)

11.8_280.7

(29.6_32.1)9.0_201.4 9.0_201.4 9.0_201.4

F 60 4 315.4_1141 315.4_1141 315.4_1141

(B12a)

(B12b)

88

2.14 MASS MOMENT OF INERTIA

F 10

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 10 2_ 7.4 24 79 75 121 — — — — 40

F 10 2_ 8.6 18 74 70 116 — — — — 35

F 10 2_ 9.8 15 71 67 112 — — — — 31

F 10 2_ 14.6 14 70 66 112 — — — — 31

F 10 2_ 17.0 11 67 63 109 — — — — 28

F 10 2_ 11.5 11 67 63 109 — — — — 27

F 10 2_ 19.3 10 66 62 107 — — — — 26

F 10 2_ 13.0 8.9 65 61 106 — — — — 25

F 10 2_ 22.8 7.5 63 59 105 — — — — 24

F 10 2_ 25.8 5.9 62 58 103 — — — — 22

F 10 2_ 29.6 4.5 60 56 102 — — — — 21

F 10 2_ 33.0 3.8 60 56 101 — — — — 20

F 10 2_ 35.3 3.4 59 55 101 — — — — 20

F 10 2_ 39.6 2.9 59 55 100 — — — — 19

F 10 2_ 44.7 2.5 58 54 99 — — — — 19

F 10 2_ 48.7 2.1 58 54 99 — — — — 18

F 10 2_ 56.7 1.7 57 53 99 — — — — 18

F 10 2_ 63.0 1.4 57 53 98 — — — — 18

F 10 2_ 71.1 1.2 57 53 98 — — — — 17

F 10 2_ 81.3 1.0 56 52 98 — — — — 16

F 10 2_ 91.5 0.78 56 52 98 — — — — 16

F 10 2_ 106.0 0.62 56 — — — — — — 16

F 10 2_ 127.1 0.47 56 — — — — — — 15

89

F 20

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 20 2_ 6.4 52 — 103 148 — — — — 93

F 20 2_ 7.8 37 — 87 133 — — — — 77

F 20 2_ 8.7 31 86 82 127 — — — — 72

F 20 2_ 10.0 25 79 75 121 — — — — 65

F 20 2_ 11.2 21 75 71 117 — — — — 62

F 20 2_ 14.8 29 — 80 125 — — — — 70

F 20 2_ 18.1 21 — 72 117 — — — — 62

F 20 2_ 20.2 19 73 69 115 — — — — 59

F 20 2_ 23.1 15 70 66 111 — — — — 56

F 20 2_ 25.9 13 68 64 109 — — — — 54

F 20 2_ 30.4 10 64 60 106 — — — — 50

F 20 2_ 33.1 8.4 63 59 104 — — — — 49

F 20 2_ 37.9 7.1 62 58 103 — — — — 48

F 20 2_ 41.8 6.3 61 57 102 — — — — 47

F 20 2_ 44.8 5.8 60 56 102 — — — — 46

F 20 2_ 50.7 5.0 60 55 101 — — — — 46

F 20 2_ 56.7 4.3 59 55 100 — — — — 45

F 20 2_ 61.9 3.8 59 54 100 — — — — 44

F 20 2_ 69.1 3.3 58 54 99 — — — — 44

F 20 2_ 76.8 2.9 58 53 99 — — — — 43

F 20 2_ 90.4 2.4 57 53 98 — — — — 43

F 20 2_ 101.6 2.1 56 53 98 — — — — 43

F 20 2_ 114.3 1.9 56 52 98 — — — — 42

F 20 2_ 132.2 0.81 56 — — — — — — 42

F 20 3_ 156.3 0.94 57 52 98 — — — — 17

F 20 3_ 172.6 0.89 57 52 98 — — — — 17

F 20 3_ 184.9 0.86 57 52 98 — — — — 17

F 20 3_ 209.3 0.81 57 52 98 — — — — 17

F 20 3_ 234.0 0.78 57 52 98 — — — — 17

F 20 3_ 255.3 0.75 57 52 98 — — — — 17

F 20 3_ 285.2 0.73 56 52 98 — — — — 17

F 20 3_ 316.9 0.71 56 52 98 — — — — 17

F 20 3_ 372.9 0.68 56 52 98 — — — — 17

F 20 3_ 419.3 0.66 56 52 98 — — — — 16

F 20 3_ 471.7 0.65 56 52 98 — — — — 16

F 20 3_ 545.3 0.64 56 52 98 — — — — 16

90

F 25

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 25 2_ 6.9 64 — 114 160 — — — — 104

F 25 2_ 8.4 44 — 95 140 — — — — 85

F 25 2_ 9.4 37 92 88 133 — — — — 78

F 25 2_ 10.6 44 — 95 140 — — — — 85

F 25 2_ 13.0 31 — 82 127 — — — — 72

F 25 2_ 14.5 27 81 77 123 — — — — 67

F 25 2_ 16.6 21 76 72 117 — — — — 62

F 25 2_ 18.6 18 73 69 114 — — — — 59

F 25 2_ 21.8 13 68 64 109 — — — — 54

F 25 2_ 23.8 11 66 62 107 — — — — 52

F 25 2_ 27.2 9.4 64 60 105 — — — — 50

F 25 2_ 30.0 8.2 63 59 104 — — — — 49

F 25 2_ 32.2 7.4 62 58 103 — — — — 48

F 25 2_ 36.4 6.3 61 57 102 — — — — 47

F 25 2_ 40.7 5.3 60 56 101 — — — — 46

F 25 2_ 44.4 4.7 59 55 101 — — — — 45

F 25 3_ 45.6 19 — 69 115 — — — — 59

F 25 3_ 50.8 17 71 67 113 — — — — 57

F 25 3_ 58.3 14 68 64 110 — — — — 54

F 25 3_ 65.3 12 67 63 108 — — — — 53

F 25 3_ 76.6 9.0 63 59 105 — — — — 50

F 25 3_ 83.4 7.7 62 58 104 — — — — 48

F 25 3_ 95.5 6.6 61 57 103 — — — — 47

F 25 3_ 105.4 5.9 60 56 102 — — — — 47

F 25 3_ 113.0 5.3 60 56 101 — — — — 46

F 25 3_ 127.8 4.6 59 55 101 — — — — 45

F 25 3_ 143.0 4.0 59 55 100 — — — — 45

F 25 3_ 155.9 3.6 58 54 100 — — — — 44

F 25 3_ 174.2 3.1 58 54 99 — — — — 44

F 25 3_ 193.6 2.8 58 53 99 — — — — 43

F 25 3_ 227.8 2.3 57 53 98 — — — — 43

F 25 3_ 256.1 2.0 56 53 98 — — — — 43

F 25 3_ 288.1 1.8 56 52 98 — — — — 43

F 25 3_ 333.1 0.77 56 — — — — — — 42

F 25 4_ 393.9 0.54 56 52 98 — — — — 17

F 25 4_ 434.9 0.51 56 52 97 — — — — 17

F 25 4_ 466.0 0.47 56 52 97 — — — — 17

F 25 4_ 527.3 0.44 56 52 97 — — — — 17

F 25 4_ 589.7 0.41 56 52 97 — — — — 17

F 25 4_ 643.3 0.38 56 52 97 — — — — 17

F 25 4_ 718.7 0.36 56 52 97 — — — — 17

F 25 4_ 798.5 0.34 56 52 97 — — — — 17

F 25 4_ 939.8 0.31 56 52 97 — — — — 16

F 25 4_ 1057 0.30 56 52 97 — — — — 15

F 25 4_ 1189 0.29 56 52 97 — — — — 15

F 25 4_ 1374 0.27 56 52 97 — — — — 15

91

F 31

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 31 2_ 6.9 119 — 170 215 — — — — 168

F 31 2_ 8.2 88 — 138 184 — — — — 137

F 31 2_ 9.0 76 — 126 172 — — — — 125

F 31 2_ 10.7 84 — 134 180 — — — — 133

F 31 2_ 12.7 63 — 113 159 — — — — 112

F 31 2_ 13.9 55 — 105 151 — — — — 104

F 31 2_ 16.8 43 — 93 139 — — — — 91

F 31 2_ 18.5 35 90 86 131 — — — — 84

F 31 2_ 21.1 27 81 77 122 — — — — 75

F 31 2_ 23.4 23 78 74 119 — — — — 72

F 31 2_ 27.3 18 73 69 114 — — — — 67

F 31 2_ 30.1 15 70 66 111 — — — — 64

F 31 2_ 34.4 13 67 63 109 — — — — 62

F 31 2_ 37.7 11 66 62 107 — — — — 60

F 31 2_ 40.4 10 65 60 106 — — — — 59

F 31 2_ 44.6 8.7 63 59 105 — — — — 58

F 31 3_ 47.5 37 — 87 133 — — — — 86

F 31 3_ 52.1 33 — 84 129 — — — — 82

F 31 3_ 62.8 28 — 78 124 — — — — 77

F 31 3_ 69.1 23 78 74 119 — — — — 72

F 31 3_ 78.9 17 72 68 113 — — — — 66

F 31 3_ 87.4 16 70 66 112 — — — — 64

F 31 3_ 101.9 13 67 63 109 — — — — 62

F 31 3_ 112.5 11 65 61 107 — — — — 60

F 31 3_ 128.4 9.1 64 60 105 — — — — 58

F 31 3_ 140.7 8.2 63 59 104 — — — — 57

F 31 3_ 150.8 7.4 62 58 103 — — — — 56

F 31 3_ 166.8 6.6 61 57 103 — — — — 55

F 31 3_ 185.4 5.8 61 56 102 — — — — 55

F 31 3_ 202.3 5.1 60 56 101 — — — — 54

F 31 3_ 228.2 4.3 59 55 100 — — — — 53

F 31 3_ 253.6 3.7 59 54 100 — — — — 53

F 31 3_ 293.8 3.0 58 54 99 — — — — 52

F 31 3_ 332.8 2.7 57 53 99 — — — — 52

F 31 3_ 374.4 2.3 57 53 98 — — — — 51

F 31 4_ 418.9 2.1 58 53 98 — — — — 18

F 31 4_ 462.6 2.0 58 53 98 — — — — 18

F 31 4_ 527.8 1.9 58 53 98 — — — — 18

F 31 4_ 578.6 1.8 58 53 98 — — — — 18

F 31 4_ 619.9 1.8 58 53 98 — — — — 18

F 31 4_ 685.6 1.7 58 53 97 — — — — 18

F 31 4_ 762.3 1.7 57 53 97 — — — — 18

F 31 4_ 831.6 1.6 57 53 97 — — — — 18

F 31 4_ 938.2 1.6 57 53 97 — — — — 18

F 31 4_ 1042 1.6 57 53 97 — — — — 18

F 31 4_ 1208 1.5 57 53 97 — — — — 18

F 31 4_ 1368 1.5 57 53 97 — — — — 18

F 31 4_ 1539 1.5 57 53 97 — — — — 18

92

F 41

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 41 2_ 6.7 288 — 339 421 680 — — — 497

F 41 2_ 9.1 171 — 221 303 563 — — — 379

F 41 2_ 10.8 190 — 240 322 582 — — — 398

F 41 2_ 14.6 118 — 168 250 509 — — — 326

F 41 2_ 17.1 84 — 135 216 477 — — — 293

F 41 2_ 18.9 73 — 124 205 466 — — — 281

F 41 2_ 24.1 51 105 101 183 443 — — — 259

F 41 2_ 30.1 36 91 87 169 428 — — — 245

F 41 2_ 38.2 22 77 73 155 413 — — — 231

F 41 2_ 47.9 16 70 66 148 406 — — — 224

F 41 3_ 51.5 71 — 121 203 462 — — — 279

F 41 3_ 60.2 50 — 100 182 442 — — — 258

F 41 3_ 66.5 45 — 95 177 437 — — — 253

F 41 3_ 84.9 33 87 84 166 426 — — — 242

F 41 3_ 106.0 25 79 76 158 417 — — — 234

F 41 3_ 134.4 16 70 66 148 406 — — — 224

F 41 3_ 168.7 12 66 62 144 402 — — — 220

F 41 3_ 180.7 10 65 61 143 — — — — 219

F 41 3_ 198.9 9.2 64 60 142 — — — — 218

F 41 3_ 220.1 8.6 63 59 141 — — — — 217

F 41 3_ 240.1 7.5 62 58 140 — — — — 216

F 41 3_ 266.9 6.6 61 57 139 — — — — 215

F 41 3_ 296.6 5.5 60 56 138 — — — — 214

F 41 3_ 344.8 4.4 59 55 137 — — — — 213

F 41 4_ 433.7 5.0 60 56 101 — — — — 46

F 41 4_ 549.8 4.4 59 55 100 — — — — 45

F 41 4_ 690.1 4.2 59 55 100 — — — — 45

F 41 4_ 739.4 4.1 59 55 100 — — — — 45

F 41 4_ 813.8 4.0 59 55 100 — — — — 45

F 41 4_ 900.5 4.0 59 55 100 — — — — 45

F 41 4_ 982.4 3.9 59 54 100 — — — — 45

F 41 4_ 1092 3.9 59 54 100 — — — — 44

F 41 4_ 1213 3.8 59 54 100 — — — — 44

F 41 4_ 1411 3.8 59 54 100 — — — — 44

93

F 51

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 51 2_ 7.2 595 — 645 727 986 — — — 803

F 51 2_ 9.1 398 — 448 530 789 — — — 606

F 51 2_ 11.1 390 — 440 522 781 — — — 598

F 51 2_ 14.0 268 — 319 401 660 — — — 477

F 51 2_ 18.8 167 — 217 299 558 — — — 375

F 51 2_ 23.8 107 — 158 240 500 — — — 316

F 51 2_ 30.0 74 129 125 207 467 — — — 283

F 51 2_ 37.1 53 108 104 186 445 — — — 262

F 51 3_ 48.9 146 — 197 279 538 — — — 355

F 51 3_ 65.8 99 — 150 232 491 — — — 308

F 51 3_ 83.2 65 — 116 198 458 — — — 274

F 51 3_ 105.1 48 102 98 180 440 — — — 256

F 51 3_ 129.9 36 91 87 168 428 — — — 245

F 51 3_ 165.6 23 77 73 155 413 — — — 231

F 51 3_ 202.4 17 72 68 149 407 — — — 226

F 51 3_ 216.9 15 70 66 147 — — — — 224

F 51 3_ 239.8 14 69 65 146 — — — — 223

F 51 3_ 262.1 13 67 63 145 — — — — 221

F 51 3_ 285.9 11 66 61 143 — — — — 219

F 51 3_ 317.3 9.4 64 60 142 — — — — 218

F 51 3_ 352.5 6.7 63 58 140 — — — — 216

F 51 4_ 429.1 8.6 63 59 141 — — — — 57

F 51 4_ 530.5 7.9 63 58 140 — — — — 57

F 51 4_ 676.3 7.1 62 58 139 — — — — 56

F 51 4_ 826.4 6.7 61 57 139 — — — — 56

F 51 4_ 885.5 6.6 61 57 139 — — — — 55

F 51 4_ 979.4 6.5 61 57 139 — — — — 55

F 51 4_ 1070 6.5 61 57 139 — — — — 55

F 51 4_ 1168 6.3 61 57 139 — — — — 55

F 51 4_ 1296 6.3 61 57 139 — — — — 55

F 51 4_ 1439 6.2 61 57 138 — — — — 55

94

F 60

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 60 3_ 9.0 949 — — — 1400 2919 2895 — 1448

F 60 3_ 9.7 902 — — — 1353 2871 2848 — 1400

F 60 3_ 11.8 593 — 648 695 1044 2563 2539 — 1092

F 60 3_ 12.7 567 — 622 669 1020 2539 2515 — 1068

F 60 3_ 14.5 418 — 472 520 878 2397 2373 — 925

F 60 3_ 15.7 401 — 456 503 854 2373 2349 — 902

F 60 3_ 19.1 244 — 299 346 693 2231 2183 — 736

F 60 3_ 20.7 235 — 290 337 683 2207 2183 — 736

F 60 3_ 23.5 173 — 228 275 622 2159 2112 — 672

F 60 3_ 25.4 168 — 223 268 617 2136 2112 — 664

F 60 3_ 29.6 356 — — — 804 2326 2302 — 854

F 60 3_ 32.1 351 — — — 800 2326 2302 — 854

F 60 3_ 38.8 252 — 306 354 700 2231 2207 — 759

F 60 3_ 42.1 249 — 304 351 698 2231 2207 — 736

F 60 3_ 47.8 195 — 249 294 643 2159 2136 — 691

F 60 3_ 51.8 192 — 247 294 641 2159 2136 — 691

F 60 3_ 63.0 116 — 168 216 565 2088 2065 — 612

F 60 3_ 68.3 114 — 168 216 562 2088 2065 — 612

F 60 3_ 77.6 88 — 142 190 536 2065 2041 — 586

F 60 3_ 84.0 88 — 142 190 536 2065 2041 — 584

F 60 3_ 98.2 64 137 119 166 513 2041 2017 — 562

F 60 3_ 106.4 64 137 116 166 513 2041 2017 — 560

F 60 3_ 120.5 43 114 97 145 491 2017 1993 — 539

F 60 3_ 130.5 43 114 97 142 491 2017 1993 — 539

F 60 3_ 150.4 31 102 85 133 479 2017 1970 — 527

F 60 3_ 162.9 31 102 85 133 479 2017 1970 — 527

F 60 3_ 185.9 21 95 76 123 472 1993 1970 — 520

F 60 3_ 201.4 21 95 76 123 470 1993 1970 — 520

F 60 3_ 217.6 17 90 71 119 — — — — 515

F 60 3_ 235.8 17 90 71 119 — — — — 515

F 60 3_ 259.1 12 85 66 114 — — — — 510

F 60 3_ 280.7 12 85 66 114 — — — — 510

,�� 4!��.�� E�� -

95

F 70

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 70 3_ 10.0 — — — — — 4129 4105 — 3156

F 70 3_ 10.9 — — — — — 4058 4010 — 3061

F 70 3_ 12.8 — — — — — 3417 3393 — 2420

F 70 3_ 13.9 — — — — — 3370 3346 — 2373

F 70 3_ 16.3 925 — — — 1376 2895 2871 — 1898

F 70 3_ 17.7 878 — — — 1329 2871 2824 — 1875

F 70 3_ 20.9 617 — — — 1068 2610 2563 — 1614

F 70 3_ 22.6 617 — — — 1044 2587 2563 — 1590

F 70 3_ 24.6 498 — — — 949 2468 2444 — 1471

F 70 3_ 27.7 — — — — — 3156 3132 — 1732

F 70 3_ 30.0 — — — — — 3132 3109 — 1732

F 70 3_ 35.4 — — — — — 2824 2800 — 1827

F 70 3_ 38.4 — — — — — 2824 2776 — 1827

F 70 3_ 45.2 553 — — — 997 2515 2492 — 1542

F 70 3_ 49.0 548 — — — 997 2515 2492 — 1542

F 70 3_ 57.7 401 — — — 854 2373 2349 — 1376

F 70 3_ 62.5 399 — — — 854 2373 2349 — 1376

F 70 3_ 67.9 332 — — — 783 2302 2278 — 1305

F 70 3_ 73.6 330 — — — 783 2302 2278 — 1305

F 70 3_ 85.4 214 — 259 306 662 2183 2159 — 1187

F 70 3_ 92.5 214 — 256 304 662 2183 2159 — 1187

F 70 3_ 101.2 149 — 197 244 598 2136 2088 — 1115

F 70 3_ 109.6 149 — 197 244 598 2136 2088 — 1115

F 70 3_ 122.7 121 — 173 221 570 2088 2065 — 1092

F 70 3_ 133.0 121 — 173 221 570 2088 2065 — 1092

F 70 3_ 153.8 76 — 131 178 524 2041 2017 — 1044

F 70 3_ 166.7 76 — 131 178 524 2041 2017 — 1044

F 70 3_ 180.9 55 — 109 154 503 2041 1993 — 1020

F 70 3_ 196.0 55 — 107 154 503 2041 1993 — 1020

,�� 4!��.�� E�� -

96

F 80

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 80 3_ 10.3 — — — — — — 6929 14594 5980

F 80 3_ 11.2 — — — — — — 6716 14380 5790

F 80 3_ 12.9 — — — — — 5268 5316 12957 4366

F 80 3_ 14.0 — — — — — 5149 5173 12838 4224

F 80 3_ 16.2 — — — — — 4224 4200 11889 3227

F 80 3_ 17.6 — — — — — 4153 4105 11818 3156

F 80 3_ 20.3 1424 — — — 1875 3417 3370 11106 2420

F 80 3_ 22.0 1376 — — — 1827 3346 3322 11058 2373

F 80 3_ 25.2 1020 — — — 1471 2990 2966 10679 1993

F 80 3_ 28.8 — — — — — — 4627 12268 3678

F 80 3_ 31.3 — — — — — — 4604 12245 3654

F 80 3_ 36.0 — — — — — 3797 3821 11485 2871

F 80 3_ 39.0 — — — — — 3773 3797 11462 2871

F 80 3_ 45.3 — — — — — 3275 3275 10963 2302

F 80 3_ 49.1 — — — — — 3275 3251 10963 2302

F 80 3_ 56.7 831 — — — 1281 2800 2776 10512 1827

F 80 3_ 61.5 831 — — — 1281 2800 2776 10512 1803

F 80 3_ 70.4 634 — — — 1092 2610 2587 10299 1614

F 80 3_ 76.3 629 — — — 1068 2610 2587 10275 1614

F 80 3_ 85.2 484 — — — 925 2468 2420 10109 1471

F 80 3_ 92.3 482 — — — 925 2468 2420 10109 1448

F 80 3_ 105.0 323 — 365 413 759 2302 2278 9967 1305

F 80 3_ 113.8 320 — 365 411 759 2302 2278 9943 1305

F 80 3_ 122.5 299 — 349 396 759 2278 2254 9919 1281

F 80 3_ 132.7 299 — 346 394 736 2278 2254 9919 1281

F 80 3_ 147.9 202 — 254 301 650 2183 2159 9824 1187

F 80 3_ 160.2 202 — 252 301 650 2183 2136 — 1187

F 80 3_ 184.6 121 — 173 221 570 2088 2065 — 1092

F 80 3_ 200.0 119 — 173 221 567 2088 2065 — 1092

,�� 4!��.�� E�� -

97

F 90

Typei

(ratio)

��-4) [Ib·ft2]

Nema Motor frame


F 90 3_ 10.3 — — — — — — — 20882 12102

F 90 3_ 11.1 — — — — — — — 20408 11604

F 90 3_ 13.4 — — — — — — — 16706 7902

F 90 3_ 14.5 — — — — — — — 16421 7617

F 90 3_ 16.5 — — — — — — — 14641 5838

F 90 3_ 17.9 — — — — — — — 14452 5648

F 90 3_ 20.6 — — — — — 5434 5410 13123 4366

F 90 3_ 22.3 — — — — — 5339 5292 13004 4248

F 90 3_ 25.4 2444 — — — 2895 4414 4390 12126 3370

F 90 3_ 28.6 — — — — — — — 14760 5980

F 90 3_ 31.0 — — — — — — — 14713 5933

F 90 3_ 37.4 — — — — — — — 13123 4319

F 90 3_ 40.5 — — — — — — — 13075 4295

F 90 3_ 46.1 — — — — — — — 12268 3488

F 90 3_ 49.9 — — — — — — — 12245 3465

F 90 3_ 57.3 1732 — — — — 3939 3892 11604 2848

F 90 3_ 62.1 1709 — — — — 3915 3892 11580 2848

F 90 3_ 70.8 1448 — — — 1898 3417 3393 11129 2373

F 90 3_ 76.7 1424 — — — 1875 3417 3370 11106 2373

F 90 3_ 88.4 1044 — — — 1495 3037 2990 10702 1970

F 90 3_ 95.8 1044 — — — 1495 3014 2990 10702 1970

F 90 3_ 103.3 973 — — — 1400 2943 2919 10607 1851

F 90 3_ 111.9 949 — — — 1400 2943 2895 10584 1851

F 90 3_ 126.8 617 — 676 717 1068 2610 2563 10251 1519

F 90 3_ 137.3 617 — 676 717 1068 2587 2563 10251 1519

F 90 3_ 150.3 498 — 558 598 949 2492 2444 10133 1400

F 90 3_ 162.8 498 — 558 598 949 2492 2444 10133 1400

F 90 3_ 179.2 332 — 368 432 783 2302 2278 — 1210

F 90 3_ 194.2 332 — 368 408 783 2302 2278 — 1210

,�� 4!��.�� E�� -

98

iN F 10 F 20 F 25 F 31 F 41 F 51 F 60 F 70 F 80 F 90

2x

6.3 6.41210

7.1 7.40443 6.86957 6.94907 6.72727 7.19408

8.0 7.83478 8.39375 8.22917

9.0 8.58204 8.73227 9.35526 9.01630 9.13580 9.05114 8.96000

10.0 9.76974 10.03069 10.62451 10.74747 9.70667 10.01538 10.33846 10.26577

11.2 11.53759 11.23370 10.77273 11.11005 11.75320 10.85000 11.20000 11.12125

12.5 13.02632 12.98182 12.72727 13.97796 12.73263 12.81731 12.90240 13.41346

14.0 14.64777 14.79842 14.46890 13.94466 14.62963 14.47385 13.88542 13.97760 14.53125

16.0 16.97738 16.62032 16.80000 17.11667 15.68000 16.34455 16.24615 16.52538

18.0 18.08182 18.61364 18.48804 18.89130 18.82155 19.06872 17.70660 17.60000 17.90250

20.0 19.32692 20.15311 21.81818 21.11230 20.65778 20.86538 20.33231 20.56731

22.4 22.82418 23.14973 23.75758 23.38636 23.79447 23.46381 22.60417 22.02667 22.28125

25.0 25.76923 25.92614 27.20455 27.27273 24.11579 25.41913 24.55695 25.22585 25.38622

28.0 29.63462 30.38961 30.03636 30.12121 30.11875 30.03828 29.61538 27.69231 28.84615 28.61169

31.5 32.98462 33.09091 32.18182 34.36364 32.08333 30.00000 31.25000 30.99600

35.5 35.34066 37.89205 36.41958 37.67273 38.18333 37.13636 38.84771 35.43956 36.00000 37.38462

40.0 39.64497 41.83636 40.72727 40.36364 42.08502 38.39286 39.00000 40.50000

45.0 44.66667 44.82468 45.56607 44.64336 47.92667 47.84024 45.19231 45.32967 46.05785

50.0 48.72727 50.72727 50.78571 47.54630 51.49270 48.89965 51.82692 48.95833 49.10714 49.89600

56.0 56.69231 56.72727 58.33718 52.09420 60.24646 63.02761 57.69231 56.73077 57.32308

63.0 62.99145 61.88430 65.33371 62.76111 66.49275 65.84416 68.27991 62.50000 61.45833 62.10000

71.0 71.12308 69.13636 76.58163 69.06725 77.55467 73.55769 70.38462 70.75385

80.0 81.31624 76.81818 83.38889 78.87092 84.88166 83.24111 84.01756 85.38462 76.25000 76.65000

90.0 91.48077 90.40909 95.48772 87.36632 98.19838 92.50000 92.30769 88.39385

100.0 106.02198 101.63636 105.42738 101.88492 106.01061 105.08407 106.38158 101.18343 105.00000 103.33491

112.2 114.34091 112.95791 112.52623 120.45488 109.61538 113.75000 111.94615

125.5 127.12821 132.19481 127.83242 128.37500 134.39596 129.91558 130.49279 122.72727 122.48521 126.77538

3x

140.0 156.30469 142.95238 140.73704 150.35503 132.95455 132.69231 150.30533

160.0 172.57500 155.94805 166.77778 168.69010 165.62338 162.88462 166.66667 160.22727 162.83077

180.0 184.90179 174.22321 185.43056 180.73939 202.39481 185.89349 180.94406 184.61538 179.21958

200.0 209.25000 193.58135 202.28788 198.92028 216.85158 201.38462 196.02273 200.00000 194.15455

225.0 234.00000 227.83036 228.22222 220.13131 239.84416 217.64679 216.52422 218.49174 213.59178

250.0 255.27273 256.12302 253.58025 240.14325 262.11039 259.08284 234.56790 273.89277 231.39109

280.0 285.18750 288.13839 293.83611 266.93818 285.93861 280.67308 280.93645 296.71717 268.72770

315.0 316.87500 333.13010 332.82407 296.59798 317.26753 315.38899 304.34783 353.67893 291.12168

355.0 372.93750 374.42708 344.79515 352.51948 341.67140 372.46964 383.15217 361.84615

400.0 419.25000 393.88686 418.86023 429.09330 399.34008 403.50877 451.49061 392.00000

450.0 471.65625 434.88795 462.60785 433.67975 432.61842 471.15385 489.11483 457.45099

500.0 465.95137 527.76389 489.84985 510.41667 563.87675 495.57191

560.0 545.30357 527.30872 578.58560 549.80165 530.48864 530.67067 606.83761 610.86648 577.48888

4x

630.0 589.67857 619.91314 690.09587 676.29545 611.44379 657.40741 714.86014 625.61296

710.0 643.28571 685.64198 739.38843 826.44545 755.96686 758.97436 774.43182 713.95030

800.0 718.67076 762.32562 813.76478 885.47727 818.96410 822.22222 897.27273 773.44615

900.0 798.52307 831.62795 900.53719 979.36364 885.09695 899.40828 972.04545 910.18225

1000.0 939.80022 938.24691 982.40421 1070.28409 958.85503 974.35897 1058.06885 986.03077

1125.0 1056.50744 1042.49657 1092.01983 1167.58264 1053.60355 1090.90909 1146.24126 1112.25941

1250.0 1188.57087 1207.99290 1213.35537 1295.50909 1141.40385 1181.81818 1277.33630 1204.94769

1400.0 1374.16167 1368.27675 1410.52562 1439.45455 1367.52137 1383.78099 1427.90059

1600.0 1539.31134 1584.61538 1577.62238 1571.37386

1800.0 1716.66667 1709.09091 1702.32168

2000.0 2019.23077 1833.98601 1937.26864

2250.0 2187.50000 1986.81818 2098.70769

2.15 EXACT RATIOS

99

2.16 DIMENSIONS

Integral motorF 10 2

%�� inch

mm

Outline dimensions

A AC B BA BB BC D FA FB FC FD H OA

F 10 26.69 3.96 4.72 3.94 3.150 -0.0012

-0.0024 M8x12 [mm]3.31 1.87 5.51 0.79 1.38 0.43 9.88

170 100.5 120 100 80 -0.030-0.060 84 47.5 140 20 35 11 251

Output shaft (Inch series)

U UB UC UY UZ VA VB VC VD VE

F 10 2 NH 1.000+0.0011

+0.00031.496 M10 [mm] 1.114 0.250 0.71 0.59 3.48 0.24 0.18

Motor

AB C CB P Weight

[lbs / kg]no brake FD brake FA brake

F 10 2_S05 M053.74 4.69 3.74 12.26 14.86 4.76

29 / 1395 119 95 311.5 377.5 121

F 10 2_S1 M14.25 5.20 4.25 13.41 15.81 5.43

37 / 17108 132 108 340.5 401.5 138

F 10 2_S2 M2S4.69 5.63 4.69 14.55 17.30 6.14

46 / 21119 143 119 369.5 439.5 156

F 10 2_S3 M3S5.59 6.10 5.59 16.24 20.02 7.68

66 / 30142 155 142 412.5 508.5 195

F 10 2_S3 M3L5.59 6.10 5.59 17.50 21.08 7.68

68 / 31142 155 142 444.5 535.5 195

100

NEMA C-face adapter

%�� inch

mm

Outline dimensions


F 10 26.69 3.96 4.72 3.94 3.150 -0.0012

-0.0024 M8x12 [mm]3.31 1.87 5.51 0.79 1.38 0.43 9.88

170 100.5 120 100 80 -0.030-0.060 84 47.5 140 20 35 11 251



F 10 2 NH 1.000+0.0011

+0.00031.496 M10 [mm] 1.114 0.250 0.71 0.59 3.48 0.24 0.18

!"��#�� Hollow input shaft

N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 18 / 8

N 140TC 6.496 5.875 4.500 0.394 0.196 20 / 9

N 180TC 8.996 7.250 8.500 0.551 0.216 29 / 13

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

C

N 56C N 140TC N 180TC

F 10 28.09 8.09 8.84

205.5 205.5 224.5

F 10 2

101

Solid input / hollow output shaftF 10 2

%�� inch

mm

Outline dimensions


F 10 26.69 3.96 4.72 3.94 3.150 -0.0012

-0.0024 M8x12 [mm]3.31 1.87 5.51 0.79 1.38 0.43 9.88

170 100.5 120 100 80 -0.030-0.060 84 47.5 140 20 35 11 251

Input shaft (Inch series)

FU FZ FV Key FM

F 10 2 NHS 0.625+0

-0.00040.710 1.570 3/16 x 3/16 x 1 3/8 M6x16 [mm]

C

F 10 27.56

192

Weight

[lbs / kg]

17 / 7.5



F 10 2 NH 1.000+0.0011

+0.00031.496 M10 [mm] 1.114 0.250 0.71 0.59 3.48 0.24 0.18

Input shaft (Metric series)

FU FZ FV X KEY FM

F 10 2 HS0.630

+0

-0.00040.709 1.575 0.098

5x5x35 [mm] M6x16 [mm]16 +0

-0.011 18 40 2.5

102

%�� inch

mm

Outline dimensions


F 10 26.69 3.96 4.72 3.94 3.150 -0.0012

-0.0024 M8x12 [mm]3.31 1.87 5.51 0.79 1.38 0.43 9.88

170 100.5 120 100 80 -0.030-0.060 84 47.5 140 20 35 11 251

IEC B5-motor adapter

C

P 63

P 71

P 80

P 90

P 100

P 112

F 10 27.30 8.07 8.46

185.5 205 215

$!%�#��(mm) Hollow input shaft

N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 18 / 8

P 71 160 130 110 M8x16 4.5 18 / 8

P 80, P 90 200 165 130 M10x12 4 20 / 9

P 100, P 112 250 215 180 M12x16 4.5 29 / 13

MA MB MC

P 63 4 11 12.8

P 71 5 14 16.3

P 80 6 19 21.8

P 90 8 24 27.3

P 100, P 112 8 28 31.3



F 10 2 NH 1.000+0.0011

+0.00031.496 M10 [mm] 1.114 0.250 0.71 0.59 3.48 0.24 0.18

F 10 2

103

SK servomotor adapterF 10 2

%�� inch

mm

Outline dimensions


F 10 26.69 3.96 4.72 3.94 3.150 -0.0012

-0.0024 M8x12 [mm]3.31 1.87 5.51 0.79 1.38 0.43 9.88

170 100.5 120 100 80 -0.030-0.060 84 47.5 140 20 35 11 251

N NA NB NC XWeight

[lbs / kg]

SK 60A3.23 2.95 2.36

M5x10 [mm]0.14

18 / 882 75 60 3.5

SK 60B3.23 2.95 2.36

M5x10 [mm]0.16

18 / 882 75 60 4

SK 80A3.54 3.94 3.15

M6x12 [mm]0.16

18 / 890 100 80 4

SK 80C3.78 3.94 3.15

M6x12 [mm]0.16

20 / 996 100 80 4

SK 95A, SK 95B, SK 95C4.02 4.53 3.74

M8x12 [mm]0.16

20 / 9102 115 95 4

SK 110A, SK 110B4.72 5.12 4.33

M8x12 [mm]0.20

20 / 9120 130 110 5

Hollow input shaft

MA MB MC

SK 60A0.16 0.43 0.50

4 11 12.8

SK 60B0.20 0.55 0.64

5 14 16.3

SK 80A0.20 0.55 0.64

5 14 16.3

SK 80C0.24 0.75 0.86

6 19 21.8

SK 95A0.20 0.55 0.64

5 14 16.3

SK 95B0.24 0.75 0.86

6 19 21.8

SK 95C0.31 0.94 1.07

8 24 27.3

SK 110A0.24 0.75 0.86

6 19 21.8

SK 110B0.31 0.94 1.07

8 24 27.3

C

SK 60ASK 60B

SK 80A

SK 80C

SK 95A, SK 95B, SK 95C

SK 110A, SK 110B

F 10 26.18 6.46 8.07

157 164 205



F 10 2 NH 1.000+0.0011

+0.00031.496 M10 [mm] 1.114 0.250 0.71 0.59 3.48 0.24 0.18

��&��'��#��('��) (keyed)

104

F 10 2

%�� inch

mm

Outline dimensions


F 10 26.69 3.96 4.72 3.94 3.150 -0.0012

-0.0024 M8x12 [mm]3.31 1.87 5.51 0.79 1.38 0.43 9.88

170 100.5 120 100 80 -0.030-0.060 84 47.5 140 20 35 11 251

SC servomotor adapter

N NA NB NC P Q XWeight

[lbs / kg]

SC 60A3.23 2.95 2.36

M5x10 [mm]0.28 0.49 0.16

18 / 882 75 60 7 12.5 4

SC 60B3.23 2.95 2.36

M5x10 [mm]0.28 0.49 0.16

20 / 982 75 60 7 12.5 4

SC 80A3.54 3.94 3.15

M6x12 [mm]0.24 0.49 0.16

20 / 990 100 80 6 12.5 4

SC 80C3.78 3.94 3.15

M6x12 [mm]0.61 0.57 0.16

22 / 1096 100 80 15.5 14.5 4

SC 95A, SC 95B, SC 95C4.02 4.53 3.74

M8x16 [mm]0.65 0.59 0.16

22 / 10102 115 95 16.5 15 4

SC 110A, SC 110B4.72 5.12 4.33

M8x16 [mm]0.65 0.63 0.20

24 / 11120 130 110 16.5 16 5

Hollow input shaft

MBtight. torque

��Q� �2�Nm]

SC 60A0.43

M6 [mm] 133 / 1511

SC 60B0.55

M6 [mm] 133 / 1514

SC 80A0.55

M6 [mm] 133 / 1514

SC 80C0.75

M6 [mm] 133 / 1519

SC 95A0.55

M6 [mm] 133 / 1514

SC 95B0.75

M6 [mm] 133 / 1519

SC 95C0.94

M6 [mm] 133 / 1524

SC 110A0.75

M6 [mm] 133 / 1519

SC 110B0.94

M6 [mm] 133 / 1524

C

SC 60A, SC 60B

SC 80A

SC 80C

SC 95A, SC 95B, SC 95C

SC 110A, SC 110B

F 10 27.24 9.00

184 228.5



F 10 2 NH 1.000+0.0011

+0.00031.496 M10 [mm] 1.114 0.250 0.71 0.59 3.48 0.24 0.18

��&��'��#��('��%�:�� ;

105

F 10 2

Output shaft (inch series)


Plug-in solid shaft

Adapter bushings and shrink disc NQF

NR

C D MA MB U UA VA VB VC VE

tight.torque

��Q� �

tight.torque

��Q� �

F 10

NQF1 6.988 3.031 M5 [mm] 53 M5 [mm] 62 1.000 1.201 1.890 1.614 3.268 0.886

NQF1-3/16 6.988 3.031 M5 [mm] 53 M5 [mm] 62 1.188 1.201 1.890 1.614 3.268 0.886

U UY V VA VB Key M

F 10 NR 1.000+0

-0.00051.109 2.000 3.240 3.445 1/4 x 1/4 x 1 3/4 3/8 - 16 x 0.87

106

F 10 2

Hollow output shaft

Output shaft (metric series)

AC U UB UC UY UZ VA VB VC VD VE

F 10

H254.154 0.984

+0.0011

+0.00031.496

M10 [mm]1.114 0.315 0.709 0.591 3.484 0.236 0.177

105.5 25 +0.028+0.007 38 28.3 8 18 15 88.5 6 4.5

H303.957 1.181

+0.0011

+0.00031.496

M10 [mm]1.311 0.315 0.709 0.591 3.484 0.236 0.177

100.5 30 +0.028+0.007 38 33.3 8 18 15 88.5 6 4.5


tight. torque

��Q� �

[Nm]C D U UA VA VB VC VE

F 10 S75 6.280 3.031 1.063 +0.0011

+0.0003 0.984 +0.0008+0 1.417 1.339 2.756 0.177

8.5 159.5 77 27 +0.028+0.007 25 +0.021

+0 36 34 70 4.5

Shrink disc

%�� inch

mm

S

H

107

F 10 2



tight.torque

��Q� �

[Nm]

tight.torque

��Q� �

[Nm]

F 10

QF256.988 3.031

M5 [mm]53

M5 [mm]62 0.984 1.201 1.890 1.614 3.268 0.886

177.5 77 6 7 25 30.5 48 41 83 22.5

QF306.988 3.031

M5 [mm]53

M5 [mm]62 1.181 1.201 1.890 1.614 3.268 0.886

177.5 77 6 7 30 30.5 48 41 83 22.5

Adapter bushings and shrink disc

Plug-in solid shaft


U UY V VA VB XKey

UNI 6604M

F 10 R0.984

+0

-0.00051.102 1.772 3.012 3.445 0.197

8x7x35 A [mm] M8x19 [mm]25 +0

-0.013 28 45 76.5 87.5 5

%�� inch

mm

R

QF

108

F 10 2

Flange options

AJ AK BD BE BF GA VD

F 10

FA5.118 4.331 -0.0014

-0.0028 6.299 0.118 4x 0.354 0.394 1.240

130 110 -0.036-0.071 160 3 4x 9 10 31.5

FB6.496 5.118 -0.0017

-0.0033 7.874 0.138 4x 0.433 0.433 1.240

165 130 -0.043-0.083 200 3.5 4x 11 11 31.5

FC8.465 7.087 -0.0017

-0.0033 9.843 0.157 4x 0.551 0.512 1.240

215 180 -0.043-0.083 250 4 4x 14 13 31.5

Machine driven shaft

R U UA UB UY VG VH VL VM VN X Key

F 10 NH 0.020 1.000 +0-0.0008 1.201 0.965 1.109 3.445 0.610 2.224 0.079 0.079 0.059 1/4 x 1/4 x 7/8

Customer’ shaft (inch series)


F 10 H

0.020 1.181 +0-0.0008 1.378 1.142 1.299 3.445 0.610 2.224 0.079 0.079 0.059

8x7x20 A [mm]0.5 30 +0

-0.021 35 29 33 87.5 15.5 56.5 2 2 1.50.020 0.984 +0

-0.0008 1.181 0.945 1.102 3.445 0.610 2.224 0.079 0.079 0.0598x7x20 A [mm]

0.5 25 +0-0.021 30 24 28 87.5 15.5 56.5 2 2 1.5

Customer’ shaft (metric series)

%�� inch

mm

F_

NH H

109

F 10 2




U VG X

F 10NQF1 1.000

+0

-0.00516.772 0.059

NQF1-3/16 1.188+0

-0.0063


U VG X

F 10

QF250.984 +0

-0.0051 6.772 0.059

25 +0-0.13 172 1.5

QF301.181 +0

-0.0051 6.772 0.059

30 +0-0.13 172 1.5


R U UA UB UC VG VH VL X

F 10 S0.020 0.984 +0

-0.0005 1.417 0.945 1.063 +0-0.0008 5.433 1.339 2.756 0.059

0.5 25 +0-0.013 36 24 27 +0

-0.021 138 34 70 1.5

%�� inch

mm

NQF QF

S

110

Integral motor F 20 3F 20 2

%�� inch

mm

Outline dimensions


F 20 2, F 20 37.40 4.72 5.51 4.53 3.740 -0.0014

-0.0028 M8x15 [mm]3.64 2.24 6.30 0.79 1.57 0.43 11.26

188 120 140 115 95 -0.036-0.071 92.5 57 160 20 40 11 286



F 20 2, F 20 3 NH 1.250+0.0013

+0.00041.654 M10 [mm] 1.367 0.250 0.79 0.79 3.98 0.41 0.20

Motor

AB C CB P Weight


F 20 2_S05 M053.74 4.69 3.74 12.74 15.33 4.76

37 / 1795 119 95 323.5 389.5 121

F 20 2_S1 M14.25 5.20 4.25 13.88 16.28 5.43

44 / 20108 132 108 352.5 413.5 138

F 20 2_S2 M2S4.69 5.63 4.69 15.02 17.78 6.14

55 / 25119 143 119 381.5 451.5 156

F 20 2_S3 M3S5.59 6.10 5.59 16.71 20.49 7.68

73 / 33142 155 142 424.5 520.5 195

F 20 2_S3 M3L5.59 6.10 5.59 17.97 21.56 7.68

84 / 38142 155 142 456.5 547.5 195

F 20 3_S05 M053.74 4.69 3.74 14.92 17.52 4.76

40 / 1895 119 95 379 445 121

F 20 3_S1 M14.25 5.20 4.25 16.06 18.46 5.43

46 / 21108 132 108 408 469 138

F 20 3_S2 M2S4.69 5.63 4.69 17.20 19.96 6.14

57 / 26119 143 119 437 507 156

F 20 3_S3 M3S5.59 6.10 5.59 18.90 22.68 7.68

75 / 34142 155 142 480 576 195

F 20 3_S3 M3L5.59 6.10 5.59 20.16 23.74 7.68

86 / 39142 155 142 512 603 195

111

NEMA C-face adapterF 20 3F 20 2

%�� inch

mm

Outline dimensions


F 20 2, F 20 37.40 4.72 5.51 4.53 3.740 -0.0014

-0.0028 M8x15 [mm]3.64 2.24 6.30 0.79 1.57 0.43 11.26

188 120 140 115 95 -0.036-0.071 92.5 57 160 20 40 11 286



F 20 2, F 20 3 NH 1.250+0.0013

+0.00041.654 M10 [mm] 1.367 0.250 0.79 0.79 3.98 0.41 0.20


N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 29 / 13

N 140TC 6.496 5.875 4.500 0.394 0.196 31 / 14

N 180TC 8.996 7.250 8.500 0.551 0.216 40 / 18

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

C

N 56C N 140TC N 180TC

F 20 28.56 8.56 9.31

217.5 217.5 236.5

F 20 310.75 10.75 11.50

273 273 292

112

Solid input / hollow output shaft

%�� inch

mm


FU FZ FV Key FM

F 20 2 NHS 0.750+0

-0.00050.830 1.570 3/16 x 3/16 x 1 3/8 M6x16 [mm]

F 20 3 NHS 0.625+0

-0.00040.710 1.570 3/16 x 3/16 x 1 3/8 M6x16 [mm]

C

F 20 29.74

247.5

F 20 310.24

260

Weight

[lbs / kg]

25 / 11.5

27 / 12.4

F 20 3F 20 2

Outline dimensions


F 20 2, F 20 37.40 4.72 5.51 4.53 3.740 -0.0014

-0.0028 M8x15 [mm]3.64 2.24 6.30 0.79 1.57 0.43 11.26

188 120 140 115 95 -0.036-0.071 92.5 57 160 20 40 11 286



F 20 2, F 20 3 NH 1.250+0.0013

+0.00041.654 M10 [mm] 1.367 0.250 0.79 0.79 3.98 0.41 0.20


FU FZ FV X KEY FM

F 20 2 HS0.748

+0

-0.00050.846 1.575 0.098

6x6x35 [mm] M6x16 [mm]19 +0

-0.013 21.5 40 2.5

F 20 3 HS0.630

+0

-0.00040.709 1.575 0.098

5x5x35 [mm] M6x16 [mm]16 +0

-0.011 18 40 2.5

113

%�� inch

mm


C

P 63

P 71

P 80

P 90

P 100

P 112

F 20 27.78 8.54 8.94

197.5 217 227

F 20 39.96 10.73 11.12

253 272.5 282.5


N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 29 / 13

P 71 160 130 110 M8x16 4.5 29 / 13

P 80, P 90 200 165 130 M10x12 4 31 / 14

P 100, P 112 250 215 180 M12x16 4.5 40 / 18

MA MB MC

P 63 4 11 12.8

P 71 5 14 16.3

P 80 6 19 21.8

P 90 8 24 27.3

P 100, P 112 8 28 31.3

F 20 3F 20 2

Outline dimensions


F 20 2, F 20 37.40 4.72 5.51 4.53 3.740 -0.0014

-0.0028 M8x15 [mm]3.64 2.24 6.30 0.79 1.57 0.43 11.26

188 120 140 115 95 -0.036-0.071 92.5 57 160 20 40 11 286



F 20 2, F 20 3 NH 1.250+0.0013

+0.00041.654 M10 [mm] 1.367 0.250 0.79 0.79 3.98 0.41 0.20

114

SK servomotor adapter

N NA NB NC XWeight

[lbs / kg]

SK 60A3.23 2.95 2.36

M5x10 [mm]0.14

26 / 1282 75 60 3.5

SK 60B3.23 2.95 2.36

M5x10 [mm]0.16

29 / 1382 75 60 4

SK 80A3.54 3.94 3.15

M6x12 [mm]0.16

29 / 1390 100 80 4

SK 80C3.78 3.94 3.15

M6x12 [mm]0.16

31 / 1496 100 80 4

SK 95A, SK 95B, SK 95C4.02 4.53 3.74

M8x12 [mm]0.16

31 / 14102 115 95 4

SK 110A, SK 110B4.72 5.12 4.33

M8x12 [mm]0.20

31 / 14120 130 110 5

Hollow input shaft

MA MB MC

SK 60A0.16 0.43 0.50

4 11 12.8

SK 60B0.20 0.55 0.64

5 14 16.3

SK 80A0.20 0.55 0.64

5 14 16.3

SK 80C0.24 0.75 0.86

6 19 21.8

SK 95A0.20 0.55 0.64

5 14 16.3

SK 95B0.24 0.75 0.86

6 19 21.8

SK 95C0.31 0.94 1.07

8 24 27.3

SK 110A0.24 0.75 0.86

6 19 21.8

SK 110B0.31 0.94 1.07

8 24 27.3

C

SK 60A SK 60B SK 80A

SK 80C


SK 110A, SK 110B

F 20 26.65 6.93 8.54 8.54

169 176 217 217

F 20 38.84 9.11 9.11 10.73

224.5 231.5 231.5 272.5

F 20 3F 20 2

Outline dimensions


F 20 2, F 20 37.40 4.72 5.51 4.53 3.740 -0.0014

-0.0028 M8x15 [mm]3.64 2.24 6.30 0.79 1.57 0.43 11.26

188 120 140 115 95 -0.036-0.071 92.5 57 160 20 40 11 286



F 20 2, F 20 3 NH 1.250+0.0013

+0.00041.654 M10 [mm] 1.367 0.250 0.79 0.79 3.98 0.41 0.20

%�� inch

mm

��&��'��#��('��) (keyed)

115



[lbs / kg]

SC 60A3.23 2.95 2.36

M5x10 [mm]0.28 0.49 0.16

29 / 1382 75 60 7 12.5 4

SC 60B3.23 2.95 2.36

M5x10 [mm]0.28 0.49 0.16

31 / 1482 75 60 7 12.5 4

SC 80A3.54 3.94 3.15

M6x12 [mm]0.24 0.49 0.16

31 / 1490 100 80 6 12.5 4

SC 80C3.78 3.94 3.15

M6x12 [mm]0.61 0.57 0.16

33 / 1596 100 80 15.5 14.5 4

SC 95A, SC 95B, SC 95C4.02 4.53 3.74

M8x16 [mm]0.65 0.59 0.16

33 / 15102 115 95 16.5 15 4

SC 110A, SC 110B4.72 5.12 4.33

M8x16 [mm]0.65 0.63 0.20

35 / 16120 130 110 16.5 16 5

Hollow input shaft

MBtight. torque

��Q� �2�Nm]

SC 60A0.43

M6 [mm] 133 / 1511

SC 60B0.55

M6 [mm] 133 / 1514

SC 80A0.55

M6 [mm] 133 / 1514

SC 80C0.75

M6 [mm] 133 / 1519

SC 95A0.55

M6 [mm] 133 / 1514

SC 95B0.75

M6 [mm] 133 / 1519

SC 95C0.94

M6 [mm] 133 / 1524

SC 110A0.75

M6 [mm] 133 / 1519

SC 110B0.94

M6 [mm] 133 / 1524

C

SC 60A, SC 60B

SC 80A

SC 80C


SC 110A, SC 110B

F 20 27.72 9.47

196 240.5

F 20 39.90 11.65

251.5 296

F 20 3F 20 2

Outline dimensions


F 20 2, F 20 37.40 4.72 5.51 4.53 3.740 -0.0014

-0.0028 M8x15 [mm]3.64 2.24 6.30 0.79 1.57 0.43 11.26

188 120 140 115 95 -0.036-0.071 92.5 57 160 20 40 11 286



F 20 2, F 20 3 NH 1.250+0.0013

+0.00041.654 M10 [mm] 1.367 0.250 0.79 0.79 3.98 0.41 0.20

%�� inch

mm

��&��'��#��('��%�:�� ;

116

F 20 3F 20 2



Plug-in solid shaft


NR


tight.torque

��Q� �

tight.torque

��Q� �

F 20

NQF1 7.874 3.268 M5 [mm] 53 M5 [mm] 62 1.000 1.299 1.890 1.614 4.114 0.906

NQF1-3/16 7.874 3.268 M5 [mm] 53 M5 [mm] 62 1.188 1.299 1.890 1.614 4.114 0.906

U UY V VA VB Key M

F 20 NR 1.250+0

-0.00061.362 2.500 3.917 3.937 1/4 x 1/4 x 2 5/32 1/2 - 13 x 1.10

117

F 20 3F 20 2

Hollow output shaft



F 20

H304.724 1.181

+0.0011

+0.00031.654

M10 [mm]1.311 0.315 0.787 0.787 3.976 0.406 0.197

120 30 +0.028+0.007 42 33.3 8 20 20 101 10.3 5

H354.724 1.378

+0.0013

+0.00041.654

M10 [mm]1.508 0.394 0.787 0.787 3.976 0.406 0.197

120 35 +0.034+0.009 42 38.3 10 20 20 101 10.3 5


tight. torque

��Q� �


F 20 S128 7.165 3.268 1.260 +0.0013

+0.0004 1.181 +0.0008+0 1.575 1.496 3.307 0.197

14.5 182 83 32 +0.034+0.009 30 +0.021

+0 40 38 84 5

Shrink disc

%�� inch

mm

S

H

118

F 20 3F 20 2



tight.torque

��Q� �

[Nm]

tight.torque

��Q� �

[Nm]

F 20

QF257.874 3.268

M5 [mm]53

M5 [mm]62 0.984 1.299 1.890 1.614 4.114 0.906

200 83 6 7 25 33 48 41 104.5 23

QF307.874 3.268

M5 [mm]53

M5 [mm]62 1.181 1.299 1.890 1.614 4.114 0.906

200 83 6 7 30 33 48 41 104.5 23


Plug-in solid shaft


U UY V VA VB XKey

UNI 6604M

F 20 R1.181

+0

-0.00051.299 2.362 3.780 3.937 0.197

8x7x50 A [mm] M10x22 [mm]30 +0

-0.013 33 60 96 100 5

%�� inch

mm

R

QF

119

F 20 3F 20 2

Flange options


F 20

FA5.118 4.331 -0.0014

-0.0028 6.299 0.118 4x 0.354 0.394 1.417

130 110 -0.036-0.071 160 3 4x 9 10 36

FB6.496 5.118 -0.0017

-0.0033 7.874 0.138 4x 0.433 0.433 1.417

165 130 -0.043-0.083 200 3.5 4x 11 11 36

FC8.465 7.087 -0.0017

-0.0033 9.843 0.157 4x 0.551 0.512 1.417

215 180 -0.043-0.083 250 4 4x 14 13 36



F 20 NH 0.020 1.250 +0-0.001 1.457 1.201 1.362 3.898 0.709 2.480 0.079 0.079 0.059 1/4 x 1/4 x 1



F 20 H

0.020 1.378 +0-0.0010 1.654 1.339 1.496 3.898 0.709 2.480 0.079 0.079 0.059

10x8x22 A [mm]0.5 35 +0

-0.025 42 34 38 99 18 63 2 2 1.50.020 1.181 +0

-0.0008 1.378 1.142 1.299 3.898 0.709 2.480 0.079 0.079 0.0598x7x22 A [mm]

0.5 30 +0-0.021 35 29 33 99 18 63 2 2 1.5


%�� inch

mm

F_

NH H

120

F 20 3F 20 2




U VG X

F 20NQF1 1.000

+0

-0.00517.618 0.059

NQF1-3/16 1.188+0

-0.0063


U VG X

F 20

QF250.984 +0

-0.0051 7.618 0.059

25 +0-0.13 193.5 1.5

QF301.181 +0

-0.0051 7.618 0.059

30 +0-0.13 193.5 1.5



F 20 S0.020 1.181 +0

-0.0005 1.654 1.142 1.260 +0-0.001 6.299 1.496 3.307 0.059

0.5 30 +0-0.013 42 29 32 +0

-0.025 160 38 84 1.5

%�� inch

mm

NQF QF

S

121

Integral motor

%�� inch

mm

Outline dimensions


F 25 2, F 25 3, F 25 47.40 5.33 5.91 5.12 4.331 -0.0014

-0.0027 M10x14 [mm]3.68 2.24 6.38 0.79 1.71 0.51 11.44

188 135.5 150 130 110 -0.036-0.071 93.5 57 162 20 43.5 13 290.5



F 25 2, F 25 3, F 25 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 0.98 0.98 4.15 0.40 0.24

Motor

AB C CB P Weight


F 25 2_S05 M05 3.74 4.69 3.74 13.35 15.94 4.7637 / 17

F 25 3_S05 M05 95 119 95 339 405 121F 25 2_S1 M1 4.25 5.20 4.25 14.49 16.89 5.43

44 / 20F 25 3_S1 M1 108 132 108 368 429 138F 25 2_S2 M2S 4.69 5.63 4.69 15.63 18.39 6.14

55 / 25F 25 3_S2 M2S 119 143 119 397 467 156F 25 2_S3 M3S 5.59 6.10 5.59 17.32 21.10 7.68

73 / 33F 25 3_S3 M3S 142 155 142 440 536 195F 25 2_S3 M3L 5.59 6.10 5.59 18.58 22.17 7.68

84 / 38F 25 3_S3 M3L 142 155 142 472 563 195

F 25 4_S05 M053.74 4.69 3.74 15.53 18.13 4.76

40 / 1895 119 95 394.5 460.5 121

F 25 4_S1 M14.25 5.20 4.25 16.67 19.07 5.43

46 / 21108 132 108 423.5 484.5 138

F 25 4_S2 M2S4.69 5.63 4.69 17.81 20.57 6.14

57 / 26119 143 119 452.5 522.5 156

F 25 4_S1 M3S5.59 6.10 5.59 19.51 23.29 7.68

75 / 34142 155 142 495.5 591.5 195

F 25 4_S1 M3L5.59 6.10 5.59 20.77 24.35 7.68

86 / 39142 155 142 527.5 618.5 195

F 25 2 F 25 3 F 25 4

122

NEMA C-face adapter

%�� inch

mm

Outline dimensions


F 25 2, F 25 3, F 25 47.40 5.33 5.91 5.12 4.331 -0.0014

-0.0027 M10x14 [mm]3.68 2.24 6.38 0.79 1.71 0.51 11.44

188 135.5 150 130 110 -0.036-0.071 93.5 57 162 20 43.5 13 290.5



F 25 2, F 25 3, F 25 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 0.98 0.98 4.15 0.40 0.24


N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 29 / 13

N 140TC 6.496 5.875 4.500 0.394 0.196 31 / 14

N 180TC 8.996 7.250 8.500 0.551 0.216 40 / 18

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

C

N 56C N 140TC N 180TC

F 25 2, F 25 39.17 9.17 9.92

233 233 252

F 25 411.36 11.36 12.11

288.5 288.5 307.5

F 25 2 F 25 3 F 25 4

123

%�� inch

mm


FU FZ FV Key FM

F 25 2, F 25 3 NHS 0.750+0

-0.00050.830 1.570 3/16 x 3/16 x 1 3/8 M6x16 [mm]

F 25 4 NHS 0.625+0

-0.00040.710 1.570 3/16 x 3/16 x 1 3/8 M6x16 [mm]

C

F 25 2, F 25 310.35

263

F 25 410.85

275.5

Weight

[lbs / kg]

25 / 11.5

28 / 12.5

F 25 2 F 25 3 F 25 4 Solid input / hollow output shaft

Outline dimensions


F 25 2, F 25 3, F 25 47.40 5.33 5.91 5.12 4.331 -0.0014

-0.0027 M10x14 [mm]3.68 2.24 6.38 0.79 1.71 0.51 11.44

188 135.5 150 130 110 -0.036-0.071 93.5 57 162 20 43.5 13 290.5



F 25 2, F 25 3, F 25 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 0.98 0.98 4.15 0.40 0.24


FU FZ FV X KEY FM

F 25 2, F 25 3 HS0.748

+0

-0.00050.846 1.575 0.098

6x6x35 [mm] M6x16 [mm]19 +0

-0.013 21.5 40 2.5

F 25 4 HS0.630

+0

-0.00040.709 1.575 0.098

5x5x35 [mm] M6x16 [mm]16 +0

-0.011 18 40 2.5

124

%�� inch

mm

C

P 63

P 71

P 80

P 90

P 100

P 112

F 25 2, F 25 38.39 9.15 9.55

213 232.5 242.5

F 25 410.57 11.34 11.73

268.5 288 298


N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 29 / 13

P 71 160 130 110 M8x16 4.5 29 / 13

P 80, P 90 200 165 130 M10x12 4 31 / 14

P 100, P 112 250 215 180 M12x16 4.5 40 / 18

MA MB MC

P 63 4 11 12.8

P 71 5 14 16.3

P 80 6 19 21.8

P 90 8 24 27.3

P 100, P 112 8 28 31.3


Outline dimensions


F 25 2, F 25 3, F 25 47.40 5.33 5.91 5.12 4.331 -0.0014

-0.0027 M10x14 [mm]3.68 2.24 6.38 0.79 1.71 0.51 11.44

188 135.5 150 130 110 -0.036-0.071 93.5 57 162 20 43.5 13 290.5



F 25 2, F 25 3, F 25 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 0.98 0.98 4.15 0.40 0.24

F 25 2 F 25 3 F 25 4

125

N NA NB NC XWeight

[lbs / kg]

SK 60A3.23 2.95 2.36

M5x10 [mm]0.14

26 / 1282 75 60 3.5

SK 60B3.23 2.95 2.36

M5x10 [mm]0.16

29 / 1382 75 60 4

SK 80A3.54 3.94 3.15

M6x12 [mm]0.16

29 / 1390 100 80 4

SK 80C3.78 3.94 3.15

M6x12 [mm]0.16

31 / 1496 100 80 4

SK 95A, SK 95B, SK 95C4.02 4.53 3.74

M8x12 [mm]0.16

31 / 14102 115 95 4

SK 110A, SK 110B4.72 5.12 4.33

M8x12 [mm]0.20

31 / 14120 130 110 5

Hollow input shaft

MA MB MC

SK 60A0.16 0.43 0.50

4 11 12.8

SK 60B0.20 0.55 0.64

5 14 16.3

SK 80A0.20 0.55 0.64

5 14 16.3

SK 80C0.24 0.75 0.86

6 19 21.8

SK 95A0.20 0.55 0.64

5 14 16.3

SK 95B0.24 0.75 0.86

6 19 21.8

SK 95C0.31 0.94 1.07

8 24 27.3

SK 110A0.24 0.75 0.86

6 19 21.8

SK 110B0.31 0.94 1.07

8 24 27.3

C

SK 60ASK 60B

SK 80A

SK 80C


SK 110A, SK 110B

F 25 2, F 25 37.26 7.54 9.15

184.5 191.5 232.5

F 25 49.45 9.72 11.34

240 247 288

F 25 2 F 25 3 F 25 4 SK servomotor adapter

Outline dimensions


F 25 2, F 25 3, F 25 47.40 5.33 5.91 5.12 4.331 -0.0014

-0.0027 M10x14 [mm]3.68 2.24 6.38 0.79 1.71 0.51 11.44

188 135.5 150 130 110 -0.036-0.071 93.5 57 162 20 43.5 13 290.5



F 25 2, F 25 3, F 25 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 0.98 0.98 4.15 0.40 0.24

%�� inch

mm

��&��'��#��('��) (keyed)

126


[lbs / kg]

SC 60A3.23 2.95 2.36

M5x10 [mm]0.28 0.49 0.16

29 / 1382 75 60 7 12.5 4

SC 60B3.23 2.95 2.36

M5x10 [mm]0.28 0.49 0.16

31 / 1482 75 60 7 12.5 4

SC 80A3.54 3.94 3.15

M6x12 [mm]0.24 0.49 0.16

31 / 1490 100 80 6 12.5 4

SC 80C3.78 3.94 3.15

M6x12 [mm]0.61 0.57 0.16

33 / 1596 100 80 15.5 14.5 4

SC 95A, SC 95B, SC 95C4.02 4.53 3.74

M8x16 [mm]0.65 0.59 0.16

33 / 15102 115 95 16.5 15 4

SC 110A, SC 110B4.72 5.12 4.33

M8x16 [mm]0.65 0.63 0.20

35 / 16120 130 110 16.5 16 5

Hollow input shaft

MBtight. torque

��Q� �2�Nm]

SC 60A0.43

M6 [mm] 133 / 1511

SC 60B0.55

M6 [mm] 133 / 1514

SC 80A0.55

M6 [mm] 133 / 1514

SC 80C0.75

M6 [mm] 133 / 1519

SC 95A0.55

M6 [mm] 133 / 1514

SC 95B0.75

M6 [mm] 133 / 1519

SC 95C0.94

M6 [mm] 133 / 1524

SC 110A0.75

M6 [mm] 133 / 1519

SC 110B0.94

M6 [mm] 133 / 1524

C

SC 60A, SC 60B

SC 80A

SC 80C


SC 110A, SC 110B

F 25 2, F 25 38.33 10.08

211.5 256

F 25 410.51 12.26

267 311.5

F 25 2 F 25 3 F 25 4SC servomotor adapter

Outline dimensions


F 25 2, F 25 3, F 25 47.40 5.33 5.91 5.12 4.331 -0.0014

-0.0027 M10x14 [mm]3.68 2.24 6.38 0.79 1.71 0.51 11.44

188 135.5 150 130 110 -0.036-0.071 93.5 57 162 20 43.5 13 290.5



F 25 2, F 25 3, F 25 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 0.98 0.98 4.15 0.40 0.24

%�� inch

mm

��&��'��#��('��%�:�� ;

127

F 25 2 F 25 3 F 25 4



Plug-in solid shaft


NR


tight.torque

��Q� �

tight.torque

��Q� �

F 25

NQF1-3/16 8.484 3.268 M5 [mm] 53 M5 [mm] 62 1.188 1.457 1.890 1.614 4.744 0.945

NQF1-1/4 8.484 3.268 M5 [mm] 53 M5 [mm] 62 1.250 1.457 1.890 1.614 4.744 0.945

U UY V VA VB Key M

F 25 NR 1.375+0

-0.00061.513 2.750 4.049 4.094 5/16 x 5/16 x 2 3/8 1/2 - 13 x 1.10

128

F 25 2 F 25 3 F 25 4

Hollow output shaft



F 25

H355.335 1.378

+0.0013

+0.00041.654

M10 [mm]1.508 0.394 0.984 0.984 4.154 0.404 0.236

135.5 35 +0.034+0.009 42 38.3 10 25 25 105.5 10.25 6

H405.335 1.575

+0.0013

+0.00041.654

M10 [mm]1.705 0.472 0.984 0.984 4.154 0.404 0.236

135.5 40 +0.034+0.009 42 43.3 12 25 25 105.5 10.25 6


tight. torque

��Q� �


F 25 S128 7.776 3.268 1.260 +0.0013

+0.0004 1.220 +0.001+0 1.575 1.496 3.780 0.236

14.5 197.5 83 32 +0.034+0.009 31 +0.025

+0 40 38 96 6

Shrink disc

%�� inch

mm

S

H

129

F 25 2 F 25 3 F 25 4



tight.torque

��Q� �

[Nm]

tight.torque

��Q� �

[Nm]

F 25

QF308.484 3.268

M5 [mm]53

M5 [mm]62 1.181 1.457 1.890 1.614 4.744 0.945

215.5 83 6 7 30 37 48 41 120.5 24

QF328.484 3.268

M5 [mm]53

M5 [mm]62 1.260 1.457 1.890 1.614 4.744 0.945

215.5 83 6 7 32 37 48 41 120.5 24


Plug-in solid shaft


U UY V VA VB XKey

UNI 6604M

F 25 R1.378

+0

-0.00061.496 2.362 3.661 4.094 0.197

10x8x50 A [mm] M10x22 [mm]35 +0

-0.016 38 60 93 104 5

%�� inch

mm

R

QF

130

F 25 2 F 25 3 F 25 4

Flange options


F 25

FA6.496 5.118 -0.0017

-0.0033 7.874 0.138 4x 0.433 0.433 1.299

165 130 -0.043-0.083 200 3.5 4x 11 11.0 33

FB8.465 7.087 -0.0017

-0.0033 9.843 0.157 4x 0.551 0.512 1.319

215 180 -0.043-0.083 250 4 4x 14 13 33.5



F 25 NH 0.020 1.375 +0-0.001 1.654 1.339 1.513 4.094 0.906 2.283 0.079 0.079 0.059 5/16 x 5/16 x 1 1/4



F 25 H

0.020 1.575 +0-0.0010 1.850 1.535 1.693 4.094 0.906 2.283 0.079 0.079 0.059

12x8x30 A [mm]0.5 40 +0

-0.025 47 39 43 104 23 58 2 2 1.50.020 1.378 +0

-0.0010 1.654 1.339 1.496 4.094 0.906 2.283 0.079 0.079 0.05910x8x30 A [mm]

0.5 35 +0-0.025 42 34 38 104 23 58 2 2 1.5


%�� inch

mm

F_

NH H

131

F 25 2 F 25 3 F 25 4




U VG X

F 25 NQF1-3/16 1.188

+0

-0.00638.248 0.059

NQF1-1/4 1.250+0

-0.0063


U VG X

F 25

QF301.181 +0

-0.0051 8.248 0.059

30 +0-0.13 209.5 1.5

QF321.260 +0

-0.0063 8.248 0.059

32 +0-0.16 209.5 1.5



F 25 S0.020 1.220 +0

-0.0006 1.654 1.181 1.260 +0-0.001 6.772 1.496 3.780 0.059

0.5 31 +0-0.016 42 30 32 +0

-0.025 172 38 96 1.5

%�� inch

mm

NQF QF

S

132

Integral motor F 31 2 F 31 3 F 31 4

%�� inch

mm

Outline dimensions


F 31 2, F 31 3, F 31 48.27 4.92 5.91 5.12 4.331 -0.0014

-0.0027 M10x17 [mm]4.02 2.68 6.69 0.79 2.13 0.51 12.83

210 125 150 130 110 -0.036-0.071 102 68 170 20 54 13 326



F 31 2, F 31 3, F 31 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 1.18 1.18 4.17 0.40 0.26

Motor

AB C CB P Weight


F 31 2_S1 M1 4.25 5.20 4.25 14.98 17.38 5.4355 / 25

F 31 3_S1 M1 108 132 108 380.5 441.5 138

F 31 2_S2 M2S 4.69 5.63 4.69 16.12 18.88 6.1466 / 30

F 31 3_S2 M2S 119 143 119 409.5 479.5 156

F 31 2_S3 M3S 5.59 6.10 5.59 17.81 21.59 7.6884 / 38

F 31 3_S3 M3S 142 155 142 452.5 548.5 195

F 31 2_S3 M3L 5.59 6.10 5.59 19.07 22.66 7.6899 / 45

F 31 3_S3 M3L 142 155 142 484.5 575.5 195

F 31 4_S05 M053.74 4.69 3.74 16.10 18.70 4.76

49 / 2295 119 95 409 475 121

F 31 4_S1 M14.25 5.20 4.25 17.24 19.65 5.43

55 / 25108 132 108 438 499 138

F 31 4_S2 M2S4.69 5.63 4.69 18.39 21.14 6.14

68 / 31119 143 119 467 537 156

F 31 4_S3 M3S5.59 6.10 5.59 20.08 23.86 7.68

86 / 39142 155 142 510 606 195

F 31 4_S3 M3L5.59 6.10 5.59 21.34 24.92 7.68

101 / 46142 155 142 542 633 195

133

NEMA C-face adapterF 31 2 F 31 3 F 31 4

%�� inch

mm


N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 37 / 17

N 140TC 6.496 5.875 4.500 0.394 0.196 40 / 18

N 180TC 8.996 7.250 8.500 0.551 0.216 49 / 22

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

C

N 56C N 140TC N 180TC

F 31 2, F 31 39.67 9.67 10.41

245.5 245.5 264.5

F 31 411.93 11.93 12.68

303 303 322

Outline dimensions


F 31 2, F 31 3, F 31 48.27 4.92 5.91 5.12 4.331 -0.0014

-0.0027 M10x17 [mm]4.02 2.68 6.69 0.79 2.13 0.51 12.83

210 125 150 130 110 -0.036-0.071 102 68 170 20 54 13 326



F 31 2, F 31 3, F 31 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 1.18 1.18 4.17 0.40 0.26

134

%�� inch

mm


FU FZ FV KEY FM

F 31 2, F 31 3 NHS 0.750+0

-0.00050.830 1.570 3/16 x 3/16 x 1 3/8 M6x16 [mm]

F 31 4 NHS 0.625+0

-0.00040.710 1.570 3/16 x 3/16 x 1 3/8 M6x16 [mm]

C

F 31 2, F 31 3 10.85

275.5

F 3 411.42

290

Weight

[lbs / kg]

37 / 16.7

36 / 16.5

Solid input / hollow output shaft F 31 2 F 31 3 F 31 4

Outline dimensions


F 31 2, F 31 3, F 31 48.27 4.92 5.91 5.12 4.331 -0.0014

-0.0027 M10x17 [mm]4.02 2.68 6.69 0.79 2.13 0.51 12.83

210 125 150 130 110 -0.036-0.071 102 68 170 20 54 13 326



F 31 2, F 31 3, F 31 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 1.18 1.18 4.17 0.40 0.26


FU FZ FV X KEY FM

F 31 2, F 31 3 HS0.748

+0

-0.00050.846 1.575 0.098

6x6x35 [mm] M6x16 [mm]19 +0

-0.013 21.5 40 2.5

F 31 4 HS0.630

+0

-0.00040.709 1.575 0.098

5x5x35 [mm] M6x16 [mm]16 +0

-0.011 18 40 2.5

135

%�� inch

mm


C

P 63

P 71

P 80

P 90

P 100

P 112

F 31 2, F 31 38.88 9.65 10.04

225.5 245 255

F 31 411.14 11.91 12.30

283 302.5 312.5


N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 38 / 17

P 71 160 130 110 M8x16 4.5 38 / 17

P 80, P 90 200 165 130 M10x12 4 40 / 18

P 100, P 112 250 215 180 M12x16 4.5 49 / 22

MA MB MC

P 63 4 11 13

P 71 5 14 16.3

P 80 6 19 21.8

P 90 8 24 27.3

P 100, P 112 8 28 31.3

F 31 2 F 31 3 F 31 4

Outline dimensions


F 31 2, F 31 3, F 31 48.27 4.92 5.91 5.12 4.331 -0.0014

-0.0027 M10x17 [mm]4.02 2.68 6.69 0.79 2.13 0.51 12.83

210 125 150 130 110 -0.036-0.071 102 68 170 20 54 13 326



F 31 2, F 31 3, F 31 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 1.18 1.18 4.17 0.40 0.26

136


Hollow input shaft

MA MB MC

SK 60A0.16 0.43 0.50

4 11 12.8

SK 60B0.20 0.55 0.64

5 14 16.3

SK 80A0.20 0.55 0.64

5 14 16.3

SK 80C0.24 0.75 0.86

6 19 21.8

SK 95A0.20 0.55 0.64

5 14 16.3

SK 95B0.24 0.75 0.86

6 19 21.8

SK 95C0.31 0.94 1.07

8 24 27.3

SK 110A0.24 0.75 0.86

6 19 21.8

SK 110B0.31 0.94 1.07

8 24 27.3

SK 130A0.31 0.94 1.07

8 24 27.3

N NA NB NC XWeight

[lbs / kg]

SK 60A3.23 2.95 2.36

M5x10 [mm]0.14

35 / 1682 75 60 3.5

SK 60B3.23 2.95 2.36

M5x10 [mm]0.16

37 / 1782 75 60 4

SK 80A3.54 3.94 3.15

M6x12 [mm]0.16

37 / 1790 100 80 4

SK 80B, SK 80C3.78 3.94 3.15

M6x12 [mm]0.16

40 / 1896 100 80 4

SK 95A, SK 95B, SK 95C4.02 4.53 3.74

M8x12 [mm]0.16

40 / 18102 115 95 4

SK 110A, SK 110B4.72 5.12 4.33

M8x12 [mm]0.20

40 / 18120 130 110 5

SK 130A5.59 6.50 5.12

M10x20 [mm]0.20

40 / 18142 165 130 5

C

SK 60ASK 60B

SK 80A

SK 80C


SK 110A, SK 110B

SK 130A

F 31 2, F 31 37.76 8.03 9.65 9.65

197 204 245 245

F 31 410.02 10.30 11.91

—254.5 261.5 302.5

F 31 2 F 31 3 F 31 4

Outline dimensions


F 31 2, F 31 3, F 31 48.27 4.92 5.91 5.12 4.331 -0.0014

-0.0027 M10x17 [mm]4.02 2.68 6.69 0.79 2.13 0.51 12.83

210 125 150 130 110 -0.036-0.071 102 68 170 20 54 13 326



F 31 2, F 31 3, F 31 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 1.18 1.18 4.17 0.40 0.26

%�� inch

mm

��&��'��#��('��) (keyed)

137


Hollow input shaft


[lbs / kg]

SC 60A3.23 2.95 2.36

M5x10 [mm]0.28 0.49 0.16

37 / 1782 75 60 7 12.5 4

SC 60B3.23 2.95 2.36

M5x10 [mm]0.28 0.49 0.16

40 / 1882 75 60 7 12.5 4

SC 80A3.54 3.94 3.15

M6x12 [mm]0.24 0.49 0.16

40 / 1890 100 80 6 12.5 4

SC 80C3.78 3.94 3.15

M6x12 [mm]0.61 0.57 0.16

42 / 1996 100 80 15.5 14.5 4

SC 95A, SC 95B, SC 95C4.02 4.53 3.74

M8x16 [mm]0.65 0.59 0.16

42 / 19102 115 95 16.5 15 4

SC 110A, SC 110B4.72 5.12 4.33

M8x16 [mm]0.65 0.63 0.20

44 / 20120 130 110 16.5 16 5

SC 130A5.59 6.50 5.12

M10x20 [mm]0.75 0.63 0.20

46 / 21142 165 130 19 16 5

C

SC 60A, SC 60B

SC 80A

SC 80C


SC 110A, SC 110B

SC 130A

F 31 2, F 31 38.82 10.57 10.57

224 268.5 268.5

F 31 411.08 12.83

—281.5 326

F 31 2 F 31 3 F 31 4

Outline dimensions


F 31 2, F 31 3, F 31 48.27 4.92 5.91 5.12 4.331 -0.0014

-0.0027 M10x17 [mm]4.02 2.68 6.69 0.79 2.13 0.51 12.83

210 125 150 130 110 -0.036-0.071 102 68 170 20 54 13 326



F 31 2, F 31 3, F 31 4 NH 1.375+0.0013

+0.00041.654 M10 [mm] 1.518 0.312 1.18 1.18 4.17 0.40 0.26

MBtight. torque

��Q� �2�Nm]

SC 60A0.43

M6 [mm] 133 / 1511

SC 60B0.55

M6 [mm] 133 / 1514

SC 80A0.55

M6 [mm] 133 / 1514

SC 80C0.75

M6 [mm] 133 / 1519

SC 95A0.55

M6 [mm] 133 / 1514

SC 95B0.75

M6 [mm] 133 / 1519

SC 95C0.94

M6 [mm] 133 / 1524

SC 110A0.75

M6 [mm] 133 / 1519

SC 110B0.94

M6 [mm] 133 / 1524

SC 130A0.94

M6 [mm] 133 / 1524

%�� inch

mm

��&��'��#��('��%�:�� ;

138

F 31 2 F 31 3 F 31 4



Plug-in solid shaft


NR


tight.torque

��Q� �

tight.torque

��Q� �

F 31

NQF1-3/8 7.795 3.543 M5 [mm] 53 M5 [mm] 71 1.375 1.614 2.047 1.772 3.760 0.965

NQF1-7/16 7.795 3.543 M5 [mm] 53 M5 [mm] 71 1.438 1.614 2.047 1.772 3.760 0.965

U UY V VA VB Key M

F 31 NR 1.375+0

-0.00061.513 2.750 4.049 4.094 5/16 x 5/16 x 2 3/8 1/2 - 13 x 1.10

139

F 31 2 F 31 3 F 31 4

Hollow output shaft



F 31

H354.921 1.378

+0.0013

+0.00041.654

M10 [mm]1.508 0.394 1.181 1.181 4.173 0.413 0.256

125 35 +0.034+0.009 42 38.3 10 30 30 106 10.5 6.5

H404.921 1.575

+0.0013

+0.00041.654

M10 [mm]1.705 0.472 1.181 1.181 4.173 0.413 0.256

125 40 +0.034+0.009 42 43.3 12 30 30 106 10.5 6.5


tight. torque

��Q� �


F 31 S128 7.087 3.543 1.496 +0.0013

+0.0004 1.417 +0.001+0 1.654 1.654 2.874 0.256

14.5 180 90 38 +0.034+0.009 36 +0.025

+0 42 42 73 6.5

Shrink disc

%�� inch

mm

S

H

140

F 31 2 F 31 3 F 31 4



tight.torque

��Q� �

[Nm]

tight.torque

��Q� �

[Nm]

F 31

QF357.795 3.543

M5 [mm]53

M5 [mm]71 1.378 1.614 2.047 1.772 3.760 0.965

198 90 6 8 35 41 52 45 95.5 24.5

QF407.795 3.543

M5 [mm]53

M5 [mm]71 1.575 1.614 2.047 1.772 3.760 0.965

198 90 6 8 40 41 52 45 95.5 24.5


Plug-in solid shaft


U UY V VA VB XKey

UNI 6604M

F 31 R1.378

+0

-0.00061.496 2.362 3.661 4.094 0.197

10x8x50 A [mm] M10x22 [mm]35 +0

-0.016 38 60 93 104 5

%�� inch

mm

R

QF

141

F 31 2 F 31 3 F 31 4

Flange options


F 31

FA8.465 7.087 -0.0017

-0.0033 9.843 0.157 4x 0.551 0.512 1.299

215 180 -0.043-0.083 250 4 4x 14 13 33

FB10.433 9.055 -0.0020

-0.0038 11.811 0.157 4x 0.551 0.630 1.299

265 230 -0.050-0.096 300 4 4x 14 16 33



F 31 NH 0.020 1.375 +0-0.001 1.654 1.339 1.513 4.094 1.102 1.890 0.079 0.079 0.059 5/16 x 5/16 x 1 1/4



F 31 H

0.020 1.575 +0-0.0010 1.850 1.535 1.693 4.094 1.102 1.890 0.079 0.079 0.059

12x8x30 A [mm]0.5 40 +0

-0.025 47 39 43 104 28 48 2 2 1.50.020 1.378 +0

-0.0010 1.654 1.339 1.496 4.094 1.102 1.890 0.079 0.079 0.05910x8x30 A [mm]

0.5 35 +0-0.025 42 34 38 104 28 48 2 2 1.5


%�� inch

mm

F_

NH H

142

F 31 2 F 31 3 F 31 4




U VG X

F 31 NQF1-3/8 1.375

+0

-0.00637.579 0.059

NQF1-7/16 1.438+0

-0.0063


U VG X

F 31

QF351.378 +0

-0.0063 7.579 0.059

35 +0-0.16 192.5 1.5

QF401.575 +0

-0.0063 7.579 0.059

40 +0-0.16 192.5 1.5



F 31 S0.039 1.417 +0

-0.0006 1.969 1.378 1.496 +0-0.001 6.102 1.575 2.874 0.079

1 36 +0-0.016 50 35 38 +0

-0.025 155 40 73 2

%�� inch

mm

NQF QF

S

143

Integral motorF 41 2 F 41 3 F 41 4

%�� inch

mm

Outline dimensions


F 41 2, F 41 3, F 41 49.53 5.67 7.87 6.50 5.118 -0.0017

-0.0033 M12x19 [mm]4.57 3.11 8.58 0.63 2.22 0.55 15.31

242 144 200 165 130 -0.043-0.083 116 79 218 16 56.5 14 389



F 41 2, F 41 3, F 41 4 NH 1.500+0.0013

+0.00041.969 M12 [mm] 1.669 0.375 1.18 1.18 4.74 0.49 0.30

Motor

AB C CB P Weight


F 41 2_S1 M1 4.25 5.20 4.25 15.79 18.19 5.43106 / 48

F 41 3_S1 M1 108 132 108 401 462 138F 41 2_S2 M2S 4.69 5.63 4.69 16.93 19.69 6.14

117 / 53F 41 3_S2 M2S 119 143 119 430 500 156F 41 2_S3 M3S 5.59 6.10 5.59 18.62 22.40 7.68

137 / 62F 41 3_S3 M3S 142 155 142 473 569 195F 41 2_S3 M3L 5.59 6.10 5.59 19.88 23.46 7.68

152 / 69F 41 3_S3 M3L 142 155 142 505 596 195F 41 2_S4 M4 7.60 7.60 7.60 24.13 28.43 10.16

251 / 114F 41 3_S4 M4 193 193 193 613 722 258F 41 2_S4 M4LC 7.60 7.60 7.60 25.51 29.41 10.16

269 / 122F 41 3_S4 M4LC 193 193 193 648 747 258

F 41 4_S05 M053.74 4.69 3.74 17.07 19.67 9.09

101 / 4695 119 95 433.5 499.5 231

F 41 4_S1 M14.25 5.20 4.25 18.21 20.61 5.43

108 / 49108 132 108 462.5 523.5 138

F 41 4_S2 M2S4.69 5.63 4.69 19.35 22.11 6.14

128 / 58119 143 119 491.5 561.5 156

F 41 4_S3 M3S5.59 6.10 5.59 21.04 24.82 7.68

137 / 62142 155 142 534.5 630.5 195

F 41 4_S3 M3L5.59 6.10 5.59 22.30 25.89 7.68

154 / 70142 155 142 566.5 657.5 195

144

NEMA C-face adapter

%�� inch

mm



F 41 2, F 41 3, F 41 4 NH 1.500+0.0013

+0.00041.969 M12 [mm] 1.669 0.375 1.18 1.18 4.74 0.49 0.30


N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 97 / 44

N 140TC 6.496 5.875 4.500 0.394 0.196 99 / 45

N 180TC 8.996 7.250 8.500 0.551 0.216 108 / 49

N 210TC 8.996 7.250 8.500 0.551 0.216 110 / 50

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

N 210TC 0.312 1.375 1.518

C

N 56C N 140TC N 180TC N 210TC

F 41 2, F 41 310.47 10.47 11.22 12.46

266 266 285 316.5

F 41 412.89 12.89 13.64

—327.5 327.5 346.5

Outline dimensions


F 41 2, F 41 3, F 41 49.53 5.67 7.87 6.50 5.118 -0.0017

-0.0033 M12x19 [mm]4.57 3.11 8.58 0.63 2.22 0.55 15.31

242 144 200 165 130 -0.043-0.083 116 79 218 16 56.5 14 389

F 41 2 F 41 3 F 41 4

145

%�� inch

mm


FU FZ FV KEY FM

F 41 2, F 41 3 NHS 1.000+0

-0.00051.110 1.970 1/4 x 1/4 x 1 3/4 M8x19 [mm]

F 41 4 NHS 0.750+0

-0.00050.830 1.570 3/16 x 3/16 x 1 3/8 M6x16 [mm]

C

F 41 2, F 41 3 13.21

335.5

F 41 414.07

357.5

Weight

[lbs / kg]

102 / 46.4

96 / 43.5

Solid input / hollow output shaftF 41 2 F 41 3 F 41 4



F 41 2, F 41 3, F 41 4 NH 1.500+0.0013

+0.00041.969 M12 [mm] 1.669 0.375 1.18 1.18 4.74 0.49 0.30

Outline dimensions


F 41 2, F 41 3, F 41 49.53 5.67 7.87 6.50 5.118 -0.0017

-0.0033 M12x19 [mm]4.57 3.11 8.58 0.63 2.22 0.55 15.31

242 144 200 165 130 -0.043-0.083 116 79 218 16 56.5 14 389


FU FZ FV X KEY FM

F 41 2, F 41 3 HS0.945

+0

-0.00051.063 1.969 0.098

8x7x45 [mm] M8x19 [mm]24 +0

-0.013 27 50 2.5

F 41 4 HS0.748

+0

-0.00050.846 1.575 0.098

6x6x35 [mm] M6x16 [mm]19 +0

-0.013 21.5 40 2.5

146

%�� inch

mm


C

P 63

P 71

P 80

P 90

P 100

P 112P 132

F 41 2 , F 41 3 9.69 10.45 10.85 12.28

246 265.5 275.5 312

F 41 412.11 12.87 13.27

—307.5 327 337


N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 97 / 44

P 71 160 130 110 M8x16 4.5 97 / 44

P 80, P 90 200 165 130 M10x12 4 99 / 45

P 100, P 112 250 215 180 M12x16 4.5 108 / 49

P 132 300 265 230 14 5 110 / 50

MA MB MC

P 63 4 11 13

P 71 5 14 16

P 80 6 19 22

P 90 8 24 27

P 100, P 112 8 28 31

P 132 10 38 41



F 41 2, F 41 3, F 41 4 NH 1.500+0.0013

+0.00041.969 M12 [mm] 1.669 0.375 1.18 1.18 4.74 0.49 0.30

Outline dimensions


F 41 2, F 41 3, F 41 49.53 5.67 7.87 6.50 5.118 -0.0017

-0.0033 M12x19 [mm]4.57 3.11 8.58 0.63 2.22 0.55 15.31

242 144 200 165 130 -0.043-0.083 116 79 218 16 56.5 14 389

F 41 2 F 41 3 F 41 4

147


Hollow input shaft

MA MB MC

SK 60A0.16 0.43 0.50

4 11 12.8

SK 60B0.20 0.55 0.64

5 14 16.3

SK 80A, SK 80B0.20 0.55 0.64

5 14 16.3

SK 80C0.24 0.75 0.86

6 19 21.8

SK 95A0.20 0.55 0.64

5 14 16.3

SK 95B0.24 0.75 0.86

6 19 21.8

SK 95C0.31 0.94 1.07

8 24 27.3

SK 110A0.24 0.75 0.86

6 19 21.8

SK 110B0.31 0.94 1.07

8 24 27.3

SK 130A0.31 0.94 1.07

8 24 27.3

SK 130B0.39 1.26 1.39

10 32 35.3

SK 180A0.39 1.26 1.39

10 32 35.3

SK 180B0.39 1.50 1.63

10 38 41.3

N NA NB NC XWeight

[lbs / kg]

SK 60A3.23 2.95 2.36 M5x10 [mm] 0.14

95 / 4382 75 60 3.5

SK 60B3.23 2.95 2.36 M5x10 [mm] 0.16

97 / 4482 75 60 4

SK 80A3.54 3.94 3.15 M6x12 [mm] 0.16

97 / 4490 100 80 4

SK 80B, SK 80C3.78 3.94 3.15 M6x12 [mm] 0.16

99 / 4596 100 80 4

SK 95A, SK 95B, SK 95C4.02 4.53 3.74 M8x12 [mm] 0.16

99 / 45102 115 95 4

SK 110A, SK 110B4.72 5.12 4.33 M8x12 [mm] 0.20

99 / 45120 130 110 5

SK 130A5.59 6.50 5.12 M10x20 [mm] 0.20

99 / 45142 165 130 5

SK 130B6.30 6.50 5.12 M10x20 [mm] 0.20

104 / 47160 165 130 5

SK 180A, SK 180B7.56 8.46 7.09 M12x19 [mm] 0.20

104 / 47192 215 180 5

F 41 2 F 41 3 F 41 4

C

SK 60ASK 60B

SK 80ASK 80B

SK 80C


SK 110A, SK 110B

SK 130ASK 130B

SK 180A, SK 180B

F 41 2, F 41 3 — —10.45 10.45 10.45 12.28

265.5 265.5 265.5 312

F 41 410.98 11.26

—12.87

— —279 286 327



F 41 2, F 41 3, F 41 4 NH 1.500+0.0013

+0.00041.969 M12 [mm] 1.669 0.375 1.18 1.18 4.74 0.49 0.30

Outline dimensions


F 41 2, F 41 3, F 41 49.53 5.67 7.87 6.50 5.118 -0.0017

-0.0033 M12x19 [mm]4.57 3.11 8.58 0.63 2.22 0.55 15.31

242 144 200 165 130 -0.043-0.083 116 79 218 16 56.5 14 389

��&��'��#��('��) (keyed)

148


Hollow input shaft

MBtight. torque

��Q� �2�Nm]

SC 60A0.43 M6 [mm] 133 / 1511

SC 60B0.55 M6 [mm] 133 / 1514

SC 80A

SC 80B

0.55 M6 [mm] 133 / 1514

SC 80C0.75 M6 [mm] 133 / 1519

SC 95A0.55 M6 [mm] 133 / 1514

SC 95B0.75 M6 [mm] 133 / 1519

SC 95C0.94 M6 [mm] 133 / 1524

SC 110A0.75 M6 [mm] 133 / 1519

SC 110B0.94 M6 [mm] 133 / 1524

SC 130A0.94 M6 [mm] 133 / 1524

SC 130B1.26 M8 [mm] 319 / 3632

SC 180A1.26 M8 [mm] 319 / 3632

SC 180B1.50 M8 [mm] 319 / 3638


[lbs / kg]

SC 60A3.23 2.95 2.36 M5x10 [mm] 0.28 0.49 0.16

97 / 4482 75 60 7 12.5 4

SC 60B3.23 2.95 2.36 M5x10 [mm] 0.28 0.49 0.16

99 / 4582 75 60 7 12.5 4

SC 80A3.54 3.94 3.15 M6x12 [mm] 0.24 0.49 0.16

99 / 4590 100 80 6 12.5 4

SC 80B, SC 80C3.78 3.94 3.15 M6x12 [mm] 0.61 0.57 0.16

101 / 4696 100 80 15.5 14.5 4

SC 95A, SC 95B, SC 95C4.02 4.53 3.74 M8x16 [mm] 0.65 0.59 0.16

101 / 46102 115 95 16.5 15 4

SC 110A, SC 110B4.72 5.12 4.33 M8x16 [mm] 0.65 0.63 0.20

104 / 47120 130 110 16.5 16 5

SC 130A5.59 6.50 5.12 M10x20 [mm] 0.75 0.63 0.20

101 / 46142 165 130 19 16 5

SC 130B6.30 6.50 5.12 M10x20 [mm] 0.79 0.67 0.20

110 / 50160 165 130 20 17 5

SC 180A, SC 180B7.56 8.46 7.09 M12x24 [mm] 0.79 0.69 0.20

110 / 50192 215 180 20 17.5 5

F 41 2 F 41 3 F 41 4



F 41 2, F 41 3, F 41 4 NH 1.500+0.0013

+0.00041.969 M12 [mm] 1.669 0.375 1.18 1.18 4.74 0.49 0.30

C

SC 60A, SC 60B

SC 80ASC 80B

SC 80C


SC 110A, SC 110B

SC 130A SC 130BSC 180A,

SC 180B

F 41 2, F 41 3 —11.38 11.38 11.38 13.19 13.35

289 289 289 335 339

F 41 412.05

—13.80

— — —306 350.5

Outline dimensions


F 41 2, F 41 3, F 41 49.53 5.67 7.87 6.50 5.118 -0.0017

-0.0033 M12x19 [mm]4.57 3.11 8.58 0.63 2.22 0.55 15.31

242 144 200 165 130 -0.043-0.083 116 79 218 16 56.5 14 389

��&��'��#��('��%�:�� ;

149

F 41 2 F 41 3 F 41 4



Plug-in solid shaft


NR


tight.torque

��Q� �

tight.torque

��Q� �

F 41

NQF1-5/8 8.583 3.937 M5 [mm] 53 M5 [mm] 89 1.625 1.811 2.087 1.811 4.429 1.004

NQF1-3/4 8.583 3.937 M5 [mm] 53 M5 [mm] 89 1.750 1.811 2.087 1.811 4.429 1.004

U UY V VA VB Key M

F 41 NR 1.625+0

-0.00061.791 3.250 4.530 4.665 3/8 x 3/8 x 2 7/8 5/8 - 11 x 1.42

150

F 41 2 F 41 3 F 41 4

Hollow output shaft



F 41

H405.669 1.575

+0.0013

+0.00041.969

M12 [mm]1.705 0.472 1.181 1.181 4.744 0.492 0.295

144 40 +0.034+0.009 50 43.3 12 30 30 120.5 12.5 7.5

H455.669 1.772

+0.0013

+0.00041.969

M12 [mm]1.921 0.551 1.181 1.181 4.744 0.492 0.295

144 45 +0.034+0.009 50 48.8 14 30 30 120.5 12.5 7.5


tight. torque

��Q� �


F 41 S128 7.874 3.937 1.732 +0.0013

+0.0004 1.654 +0.001+0 1.909 1.909 3.228 0.295

14.5 200 100 44 +0.034+0.009 42 +0.025

+0 48.5 48.5 82 7.5

Shrink disc

%�� inch

mm

S

H

151

F 41 2 F 41 3 F 41 4



tight.torque

��Q� �

[Nm]

tight.torque

��Q� �

[Nm]

F 41

QF428.583 3.937

M5 [mm]53

M5 [mm]89 1.654 1.811 2.087 1.811 4.429 1.004

218 100 6 10 42 46 53 46 112.5 25.5

QF458.583 3.937

M5 [mm]53

M5 [mm]89 1.772 1.811 2.087 1.811 4.429 1.004

218 100 6 10 45 46 53 46 112.5 25.5


Plug-in solid shaft


U UY V VA VB XKey

UNI 6604M

F 41 R1.575

+0

-0.00061.693 3.150 4.429 4.665 0.197

12x8x70 A [mm] M12x28 [mm]40 +0

-0.016 43 80 112.5 118.5 5

%�� inch

mm

R

QF

152

F 41 2 F 41 3 F 41 4

Flange options


F 41

FA8.465 7.087 -0.0017

-0.0033 9.843 0.118 4x 0.551 0.394 1.280

215 180 -0.043-0.083 250 3 4x 14 10 32.5

FB10.433 9.055 -0.0020

-0.0038 11.811 0.157 4x 0.551 0.630 1.280

265 230 -0.050-0.096 300 4 4x 14 16 32.5

FC11.811 9.843 -0.0020

-0.0038 13.780 0.197 4x 0.709 0.709 1.280

300 250 -0.050-0.096 350 5 4x 18 18 32.5



F 41 NH 0.039 1.500 +0-0.001 1.772 1.457 1.664 4.646 1.102 1.890 0.079 0.079 0.079 3/8 x 3/8 x 2



F 41 H

0.039 1.772 +0-0.0010 2.047 1.732 1.949 4.646 1.083 2.480 0.098 0.098 0.079

14x9x45 A [mm]1 45 +0

-0.025 52 44 49.5 118 27.5 63 2.5 2.5 20.039 1.575 +0

-0.0010 1.850 1.535 1.693 4.646 1.083 2.480 0.098 0.098 0.07912x8x45 A [mm]

1 40 +0-0.025 47 39 43 118 27.5 63 2.5 2.5 2


%�� inch

mm

F_

NH H

153

F 41 2 F 41 3 F 41 4




U VG X

F 41NQF1-5/8 1.625

+0

-0.00638.327 0.079

NQF1-3/4 1.750+0

-0.0063


U VG X

F 41

QF421.654 +0

-0.0063 8.327 0.079

42 +0-0.16 211.5 2

QF451.772 +0

-0.0063 8.327 0.079

45 +0-0.16 211.5 2



F 41 S0.039 1.654 +0

-0.0006 2.283 1.614 1.732 +0-0.001 6.969 1.831 3.228 0.079

1 42 +0-0.016 58 41 44 +0

-0.025 177 46.5 82 2

%�� inch

mm

NQF QF

S

154

Integral motor F 51 2 F 51 3 F 51 4

%�� inch

mm

Outline dimensions


F 51 2, F 51 3, F 51 410.75 6. 42 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.67 3.68 10.94 0.79 2.56 0.87 18.86

273 163 250 215 180 -0.043-0.083 144 93.5 278 20 65 22 479



F 51 2, F 51 3, F 51 4 NH 2.000+0.0016

+0.00042.362 M16 [mm] 2.223 0.500 1.38 1.38 5.55 0.56 0.33

Motor

AB C CB P Weight


F 51 2_S1 M1 4.25 5.20 4.25 16.65 19.06 5.43168 / 76

F 51 3_S1 M1 108 132 108 423 484 138F 51 2_S2 M2S 4.69 5.63 4.69 17.80 20.55 6.14

168 / 76F 51 3_S2 M2S 119 143 119 452 522 156F 51 2_S3 M3S 5.59 6.10 5.59 19.49 23.27 7.68

187 / 85F 51 3_S3 M3S 142 155 142 495 591 195F 51 2_S3 M3L 5.59 6.10 5.59 20.75 24.33 7.68

203 / 92F 51 3_S3 M3L 142 155 142 527 618 195F 51 2_S4 M4 7.60 7.60 7.60 25.00 29.29 10.16

302 / 137F 51 3_S4 M4 193 193 193 635 744 258F 51 2_S4 M4LC 7.60 7.60 7.60 26.38 30.28 10.16

320 / 145F 51 3_S4 M4LC 193 193 193 670 769 258

F 51 4_S1 M14.25 5.20 4.25 19.47 21.87 5.43

172 / 78108 132 108 494.5 555.5 138

F 51 4_S2 M2S4.69 5.63 4.69 20.61 23.37 6.14

183 / 83119 143 119 523.5 593.5 156

F 51 4_S3 M3S5.59 6.10 5.59 22.30 26.08 7.68

201 / 91142 155 142 566.5 662.5 195

F 51 4_S3 M3L5.59 6.10 5.59 23.56 27.15 7.68

216 / 98142 155 142 598.5 689.5 195

155

NEMA C-face adapterF 51 2 F 51 3 F 51 4

%�� inch

mm


N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 154 / 70

N 140TC 6.496 5.875 4.500 0.394 0.196 157 / 71

N 180TC 8.996 7.250 8.500 0.551 0.216 165 / 75

N 210TC 8.996 7.250 8.500 0.551 0.216 163 / 74

N 250TC 13.780 7.250 8.500 0.551 0.216 172 / 78

N 280TC 13.780 9.000 10.500 0.551 0.216 172 / 78

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

N 210TC 0.312 1.375 1.518

N 250TC 0.375 1.625 1.796

N 280TC 0.500 1.875 2.102

C

N 56C N 140TC N 180TC N 210TC N 250TC N 280TC

F 51 2, F 51 311.34 11.34 12.09 13.33 16.12 16.32

288 288 307 338.5 409.5 414.5

F 51 414.15 14.15 14.90

— — —359.5 359.5 378.5

Outline dimensions


F 51 2, F 51 3, F 51 410.75 6. 42 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.67 3.68 10.94 0.79 2.56 0.87 18.86

273 163 250 215 180 -0.043-0.083 144 93.5 278 20 65 22 479



F 51 2, F 51 3, F 51 4 NH 2.000+0.0016

+0.00042.362 M16 [mm] 2.223 0.500 1.38 1.38 5.55 0.56 0.33

156

%�� inch

mm


FU FZ FV KEY FM

F 51 2, F 51 3 NHS 1.000+0

-0.00051.110 1.970 1/4 x 1/4 x 1 3/4 M8x19 [mm]

F 51 4 NHS 0.750+0

-0.00050.830 1.570 3/16 x 3/16 x 1 3/8 M6x16 [mm]


FU FZ FV X KEY FM

F 51 2, F 51 3 HS0.945

+0

-0.00051.063 1.969 0.098

8x7x45 [mm] M8x19 [mm]24 +0

-0.013 27 50 2.5

F 51 4 HS0.748

+0

-0.00050.846 1.575 0.098

6x6x35 [mm] M6x16 [mm]19 +0

-0.013 21.5 40 2.5

C

F 51 2, F 51 3 14.07

357.5

F 51 415.33

389.5

Weight

[lbs / kg]

158 / 68

154 / 70

Solid input / hollow output shaft F 51 2 F 51 3 F 51 4

Outline dimensions


F 51 2, F 51 3, F 51 410.75 6. 42 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.67 3.68 10.94 0.79 2.56 0.87 18.86

273 163 250 215 180 -0.043-0.083 144 93.5 278 20 65 22 479



F 51 2, F 51 3, F 51 4 NH 2.000+0.0016

+0.00042.362 M16 [mm] 2.223 0.500 1.38 1.38 5.55 0.56 0.33

157

%�� inch

mm


C

P 63

P 71

P 80

P 90

P 100

P 112P 132

P 160

P 180

F 51 2, F 51 3 10.55 11.32 11.71 13.15 15.14

268 287.5 297.5 334 384.5

F 51 413.37 14.13 14.53

— —339.5 359 369

$!%�#��:��; Hollow input shaft

N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 154 / 70

P 71 160 130 110 M8x16 4.5 154 / 70

P 80, P 90 200 165 130 M10x12 4 157 / 71

P 100, P 112 250 215 180 M12x16 4.5 165 / 75

P 132 300 265 230 14 5 163 / 74

P 160, P 180 350 300 250 18 5.5 172 / 78

MA MB MC

P 63 4 11 12.8

P 71 5 14 16.3

P 80 6 19 21.8

P 90 8 24 27.3

P 100, P 112 8 28 31.3

P 132 10 38 41.3

P 160 12 42 45.3

P 180 14 48 51.8

F 51 2 F 51 3 F 51 4

Outline dimensions


F 51 2, F 51 3, F 51 410.75 6. 42 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.67 3.68 10.94 0.79 2.56 0.87 18.86

273 163 250 215 180 -0.043-0.083 144 93.5 278 20 65 22 479



F 51 2, F 51 3, F 51 4 NH 2.000+0.0016

+0.00042.362 M16 [mm] 2.223 0.500 1.38 1.38 5.55 0.56 0.33

158


Hollow input shaft

MA MB MC

SK 60A0.16 0.43 0.50

4 11 12.8

SK 60B0.20 0.55 0.64

5 14 16.3

SK 80A, SK 80B0.20 0.55 0.64

5 14 16.3

SK 80C0.24 0.75 0.86

6 19 21.8

SK 95A0.20 0.55 0.64

5 14 16.3

SK 95B0.24 0.75 0.86

6 19 21.8

SK 95C0.31 0.94 1.07

8 24 27.3

SK 110A0.24 0.75 0.86

6 19 21.8

SK 110B0.31 0.94 1.07

8 24 27.3

SK 130A0.31 0.94 1.07

8 24 27.3

SK 130B0.39 1.26 1.39

10 32 35.3

SK 180A0.39 1.26 1.39

10 32 35.3

SK 180B0.39 1.50 1.63

10 38 41.3

N NA NB NC XWeight

[lbs / kg]

SK 60A3.23 2.95 2.36 M5x10 [mm] 0.14

154 / 7082 75 60 3.5

SK 60B3.23 2.95 2.36 M5x10 [mm] 0.16

154 / 7082 75 60 4

SK 80A3.54 3.94 3.15 M6x12 [mm] 0.16

154 / 7090 100 80 4

SK 80B, SK 80C3.78 3.94 3.15 M6x12 [mm] 0.16

157 / 7196 100 80 4

SK 95A, SK 95B, SK 95C4.02 4.53 3.74 M8x12 [mm] 0.16

157 / 71102 115 95 4

SK 110A, SK 110B4.72 5.12 4.33 M8x12 [mm] 0.20

157 / 71120 130 110 5

SK 130A5.59 6.50 5.12 M10x20 [mm] 0.20

157 / 71142 165 130 5

SK 130B6.30 6.50 5.12 M10x20 [mm] 0.20

165 / 75160 165 130 5

SK 180A, SK 180B7.56 8.46 7.09 M12x19 [mm] 0.20

165 / 75192 215 180 5

C

SK 60ASK 60B

SK 80ASK 80B

SK 80C


SK 110A, SK 110B

SK 130A

SK 130B

SK 180A, SK 180B

F 51 2, F 51 3 — —11.32 11.32 13.15

287.5 287.5 334

F 51 410.98 11.26

—14.13

—279 286 359

F 51 2 F 51 3 F 51 4

Outline dimensions


F 51 2, F 51 3, F 51 410.75 6. 42 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.67 3.68 10.94 0.79 2.56 0.87 18.86

273 163 250 215 180 -0.043-0.083 144 93.5 278 20 65 22 479



F 51 2, F 51 3, F 51 4 NH 2.000+0.0016

+0.00042.362 M16 [mm] 2.223 0.500 1.38 1.38 5.55 0.56 0.33

��&��'��#��('��) (keyed)

159


Hollow input shaft

MBtight. torque

��Q� �2�Nm]

SC 60A0.43 M6 [mm] 133 / 1511

SC 60B0.55 M6 [mm] 133 / 1514

SC 80A

SC 80B

0.55 M6 [mm] 133 / 1514

SC 80C0.75 M6 [mm] 133 / 1519

SC 95A0.55 M6 [mm] 133 / 1514

SC 95B0.75 M6 [mm] 133 / 1519

SC 95C0.94 M6 [mm] 133 / 1524

SC 110A0.75 M6 [mm] 133 / 1519

SC 110B0.94 M6 [mm] 133 / 1524

SC 130A0.94 M6 [mm] 133 / 1524

SC 130B1.26 M8 [mm] 319 / 3632

SC 180A1.26 M8 [mm] 319 / 3632

SC 180B1.50 M8 [mm] 319 / 3638


[lbs / kg]

SC 60A3.23 2.95 2.36 M5x10 [mm] 0.28 0.49 0.16

154 / 7082 75 60 7 12.5 4

SC 60B3.23 2.95 2.36 M5x10 [mm] 0.28 0.49 0.16

157 / 7182 75 60 7 12.5 4

SC 80A3.54 3.94 3.15 M6x12 [mm] 0.24 0.49 0.16

157 / 7190 100 80 6 12.5 4

SC 80B, SC 80C3.78 3.94 3.15 M6x12 [mm] 0.61 0.57 0.16

163 / 7496 100 80 15.5 14.5 4

SC 95A, SC 95B, SC 95C4.02 4.53 3.74 M8x16 [mm] 0.65 0.59 0.16

163 / 74102 115 95 16.5 15 4

SC 110A, SC 110B4.72 5.12 4.33 M8x16 [mm] 0.65 0.63 0.20

165 / 75120 130 110 16.5 16 5

SC 130A5.59 6.50 5.12 M10x20 [mm] 0.75 0.63 0.20

168 / 76142 165 130 19 16 5

SC 130B6.30 6.50 5.12 M10x20 [mm] 0.79 0.67 0.20

165 / 75160 165 130 20 17 5

SC 180A, SC 180B7.56 8.46 7.09 M12x24 [mm] 0.79 0.69 0.20

165 / 75192 215 180 20 17.5 5

C

SC 60A, SC 60B

SC 80ASC 80B

SC 80C


SC 110A, SC 110B

SC 130A

SC 130BSC 180A, SC

180B

F 51 2, F 51 3 —12.24 12.24 14.06 14.21311 311 357 361

F 51 413.31

—15.06

— —338 382.5

F 51 2 F 51 3 F 51 4

Outline dimensions


F 51 2, F 51 3, F 51 410.75 6. 42 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.67 3.68 10.94 0.79 2.56 0.87 18.86

273 163 250 215 180 -0.043-0.083 144 93.5 278 20 65 22 479



F 51 2, F 51 3, F 51 4 NH 2.000+0.0016

+0.00042.362 M16 [mm] 2.223 0.500 1.38 1.38 5.55 0.56 0.33

��&��'��#��('��%�:�� ;

160

F 51 2 F 51 3 F 51 4


U UY V VA VB Key M

F 51 NR 2.000+0

-0.00072.218 4.000 5.831 5.492 1/2 x 1/2 x 3 3/4 3/4 - 10 x 1.65



tight.torque

��Q� �

tight.torque

��Q� �

F 51

NQF1-15/16 9.469 4.724 M5 [mm] 53 M6 [mm] 106 1.938 2.205 2.165 1.890 5.157 1.063

NQF2 9.469 4.724 M5 [mm] 53 M6 [mm] 106 2.000 2.205 2.165 1.890 5.157 1.063

Plug-in solid shaft


NR

161

F 51 2 F 51 3 F 51 4

Hollow output shaft



F 51

H506.417 1.969

+0.0013

+0.00042.362

M16 [mm]2.118 0.551 1.378 1.378 5.551 0.571 0.335

163 50 +0.034+0.009 60 53.8 14 35 35 141 14.5 8.5

H556.417 2.165

+0.0016

+0.00042.362

M16 [mm]2.335 0.630 1.378 1.378 5.551 0.571 0.335

163 55 +0.04+0.01 60 59.3 16 35 35 141 14.5 8.5


tight. torque

��Q� �


F 51 S128 8.740 4.724 2.126 +0.0016

+0.0004 2.047 +0.0012+0 1.969 2.441 3.583 0.335

14.5 222 120 54 +0.04+0.01 52 +0.03

+0 50 62 91 8.5

Shrink disc

%�� inch

mm

S

H

162

F 51 2 F 51 3 F 51 4



tight.torque

��Q� �

[Nm]

tight.torque

��Q� �

[Nm]

F 51

QF509.469 4.724

M5 [mm]53

M6 [mm]106 1.969 2.205 2.165 1.890 5.157 1.063

240.5 120 6 12 50 56 55 48 131 27

QF559.469 4.724

M5 [mm]53

M6 [mm]106 2.165 2.205 2.165 1.890 5.157 1.063

240.5 120 6 12 55 56 55 48 131 27


Plug-in solid shaft


U UY V VA VB XKey

UNI 6604M

F 51 R1.969

+0

-0.00062.106 3.937 5.768 5.492 0.197

14x9x90 A [mm] M16x36 [mm]50 +0

-0.016 53.5 100 146.5 139.5 5

%�� inch

mm

R

QF

163

Flange options

F 51 2 F 51 3 F 51 4


F 51

FA10.433 9.055 -0.0020

-0.0038 11.811 0.197 4x 0.551 0.630 1.831

265 230 -0.050-0.096 300 5 4x 14 16 46.5

FB11.811 9.843 -0.0020

-0.0038 13.780 0.197 4x 0.709 0.709 1.831

300 250 -0.050-0.096 350 5 4x 18 18 46.5

FC13.780 11.811 -0.0022

-0.0043 15.748 0.197 4x 0.709 0.787 1.831

350 300 -0.056-0.108 400 5 4x 18 20 46.5



F 51 NH 0.039 2.000 +0-0.0012 2.283 1.969 2.218 5.472 1.299 2.874 0.098 0.098 0.079 1/2 x 1/2 x 2 1/2



F 51 H

0.039 2.165 +0-0.0012 2.480 2.126 2.323 5.472 1.299 2.874 0.098 0.098 0.079

16x10x50 A [mm]1 55 +0

-0.030 63 54 59 139 33 73 2.5 2.5 20.039 1.969 +0

-0.0010 2.244 1.929 2.106 5.472 1.299 2.874 0.098 0.098 0.07914x9x50 A [mm]

1 50 +0-0.025 57 49 53.5 139 33 73 2.5 2.5 2


%�� inch

mm

F_

NH H

164

F 51 2 F 51 3 F 51 4




U VG X

F 51NQF1-15/16 1.938

+0

-0.00639.193 0.079

NQF2 2.000+0

-0.0075


U VG X

F 51

QF501.969 +0

-0.0063 9.193 0.079

50 +0-0.16 233.5 2

QF552.165 +0

-0.0075 9.193 0.079

55 +0-0.19 233.5 2



F 51 S0.039 2.047 -0.0004

-0.0011 2.677 2.008 2.126 +0-0.0012 7.913 1.890 3.583 0.079

1 52 -0.01-0.029 68 51 54 +0

-0.03 201 48 91 2

%�� inch

mm

NQF QF

S

165

Integral motorF 60 3 F 60 4

Outline dimensions


F 60 3, F 60 411.73 8.03 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.59 4.53 12.80 1.02 3.19 0.87 21.02

298 204 250 215 180 -0.043-0.083 142 115 325 26 81 22 534


U UB UY UZ UX UW VA VB VC VD VE

F 60 3, F 60 4 NH 2.375+0.0016

+0.00042.953 2.651 0.625 0.669 M12 [mm] 1.58 1.58 7.17 0.56 0.39

Motor

AB C CB P Weight


F 60 3_S2 M2S4.69 5.63 4.69 19.15 21.91 6.14

267 / 121119 143 119 486.5 556.5 156

F 60 3_S3 M3S5.59 6.10 5.59 20.85 24.63 7.68

269 / 122142 155 142 529.5 625.5 195

F 60 3_S3 M3L5.59 6.10 5.59 22.11 25.69 7.68

284 / 129142 155 142 561.5 652.5 195

F 60 3_S4 M47.60 7.60 7.60 26.36 30.61 10.16

384 / 174193 193 193 669.5 777.5 258

F 60 3_S4 M4LC7.60 7.60 7.60 27.74 31.59 10.16

401 / 182193 193 193 704.5 802.5 258

F 60 3_S5 M5S9.65 9.65 9.65 29.76 35.28 12.20

472 / 214245 245 245 756 896 310

F 60 3_S5 M5L9.65 9.65 9.65 31.50 37.01 12.20

507 / 230245 245 245 800 940 310

F 60 4_S1 M14.25 5.20 4.25 20.79 23.19 5.43

256 / 116108 132 108 528 589 138

F 60 4_S2 M2S4.69 5.63 4.69 21.93 24.69 6.14

267 / 121119 143 119 557 627 156

F 60 4_S3 M3S5.59 6.10 5.59 23.62 27.40 7.68

284 / 129142 155 142 600 696 195

F 60 4_S3 M3L5.59 6.10 5.59 24.88 28.46 7.68

300 / 136142 155 142 632 723 195

F 60 4_S4 M4L7.60 7.60 7.60 29.13 33.43 10.16

384 / 174193 193 193 740 849 258

F 60 4_S4 M4LC7.60 7.60 7.60 30.51 34.41 10.16

401 / 182193 193 193 775 874 258 %�� inch

mm

166

NEMA C-face adapter F 60 3 F 60 4

Outline dimensions


F 60 3, F 60 411.73 8.03 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.59 4.53 12.80 1.02 3.19 0.87 21.02

298 204 250 215 180 -0.043-0.083 142 115 325 26 81 22 534



F 60 3, F 60 4 NH 2.375+0.0016

+0.00042.953 2.651 0.625 0.669 M12 [mm] 1.58 1.58 7.17 0.56 0.39


N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 238 / 108

N 140TC 6.496 5.875 4.500 0.394 0.196 243 / 110

N 180TC 8.996 7.250 8.500 0.551 0.216 251 / 114

N 210TC 8.996 7.250 8.500 0.551 0.216 245 / 111

N 250TC 13.780 7.250 8.500 0.551 0.216 256 / 116

N 280TC 13.780 9.000 10.500 0.551 0.216 256 / 116

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

N 210TC 0.312 1.375 1.518

N 250TC 0.375 1.625 1.796

N 280TC 0.500 1.875 2.102

C


F 60 312.68 12.68 13.42 14.66 17.48 17.68

322 322 341 372.5 444 449

F 60 415.47 15.47 16.22

— — —393 393 412

%�� inch

mm

167

Solid input / hollow output shaftF 60 3 F 60 4

Outline dimensions


F 60 3, F 60 411.73 8.03 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.59 4.53 12.80 1.02 3.19 0.87 21.02

298 204 250 215 180 -0.043-0.083 142 115 325 26 81 22 534



F 60 3, F 60 4 NH 2.375+0.0016

+0.00042.953 2.651 0.625 0.669 M12 [mm] 1.58 1.58 7.17 0.56 0.39


FU FZ FV Key FM

F 60 3 NHS 1.125+0

-0.00051.230 2.360 1/4 x 1/4 x 2 5/32 M10x22 [mm]

F 60 4 NHS 1.000+0

-0.00051.110 1.970 1/4 x 1/4 x 1 3/4 M8x19 [mm]

C

F 60 316.50

419

F 60 418.21

462.5

Weight

[lbs / kg]

238 / 108

231 / 105

%�� inch

mm


FU FZ FV X KEY FM

F 60 3 HS1.102

+0

-0.00051.220 2.362 0.197

8x7x50 [mm] M10x22 [mm]28 +0

-0.013 31 60 5

F 60 4 HS0.945

+0

-0.00051.063 1.969 0.098

8x7x45 [mm] M8x19 [mm]24 +0

-0.013 27 50 2.5

168

IEC B5-motor adapter F 60 3 F 60 4

Outline dimensions


F 60 3, F 60 411.73 8.03 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.59 4.53 12.80 1.02 3.19 0.87 21.02

298 204 250 215 180 -0.043-0.083 142 115 325 26 81 22 534



F 60 3, F 60 4 NH 2.375+0.0016

+0.00042.953 2.651 0.625 0.669 M12 [mm] 1.58 1.58 7.17 0.56 0.39

C

P 63

P 71

P 80

P 90

P 100

P 112P 132

P 160

P 180

F 60 311.91 12.68 13.03 14.47 16.50

302.5 322 331 367.5 419

F 60 414.69 15.45 15.85

— —373 392.5 402.5


N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 238 / 108

P 71 160 130 110 M8x16 4.5 238 / 108

P 80, P 90 200 165 130 M10x12 4 243 / 110

P 100, P 112 250 215 180 M12x16 4.5 251 / 114

P 132 300 265 230 14 5 245 / 111

P 160, P 180 350 300 250 18 6 256 / 116

MA MB MC

P 63 4 11 12.8

P 71 5 14 16.3

P 80 6 19 21.8

P 90 8 24 27.3

P 100, P 112 8 28 31.3

P 132 10 38 41.3

P 160 12 42 45.3

P 180 14 48 51.8

%�� inch

mm

169

SK servomotor adapterF 60 3 F 60 4

Outline dimensions


F 60 3, F 60 411.73 8.03 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.59 4.53 12.80 1.02 3.19 0.87 21.02

298 204 250 215 180 -0.043-0.083 142 115 325 26 81 22 534



F 60 3, F 60 4 NH 2.375+0.0016

+0.00042.953 2.651 0.625 0.669 M12 [mm] 1.58 1.58 7.17 0.56 0.39

Hollow input shaft

MA MB MC

SK 80B0.20 0.55 0.64

5 14 16.3

SK 80C0.24 0.75 0.86

6 19 21.8

SK 95A0.20 0.55 0.64

5 14 16.3

SK 95B0.24 0.75 0.86

6 19 21.8

SK 95C0.31 0.94 1.07

8 24 27.3

SK 110A0.24 0.75 0.86

6 19 21.8

SK 110B0.31 0.94 1.07

8 24 27.3

SK 130A0.31 0.94 1.07

8 24 27.3

SK 130B0.39 1.26 1.39

10 32 35.3

SK 180A0.39 1.26 1.39

10 32 35.3

SK 180B0.39 1.50 1.63

10 38 41.3

N NA NB NC XWeight

[lbs / kg]

SK 80B, SK 80C3.78 3.94 3.15

M6x12 [mm]0.16

240 / 10996 100 80 4

SK 95A, SK 95B, SK 95C4.02 4.53 3.74

M8x12 [mm]0.16

247 / 112102 115 95 4

SK 110A, SK 110B4.72 5.12 4.33

M8x12 [mm]0.20

247 / 112120 130 110 5

SK 130A5.59 6.50 5.12

M10x20 [mm]0.20

247 / 112142 165 130 5

SK 130B6.30 6.50 5.12

M10x20 [mm]0.20

251 / 114160 165 130 5

SK 180A, SK 180B7.56 8.46 7.09

M12x19 [mm]0.20

240 / 109192 215 180 5

C

SK 80B

SK 80C


SK 110A, SK 110B

SK 130A

SK 130B

SK 180A, SK 180B

F 60 3 —12.68 14.51

322 368.5

F 60 415.45 15.45

—393 392.5

%�� inch

mm

��&��'��#��('��) (keyed)

170


Outline dimensions


F 60 3, F 60 411.73 8.03 9.84 8.46 7.087 -0.0017

-0.0033 M12x19 [mm]5.59 4.53 12.80 1.02 3.19 0.87 21.02

298 204 250 215 180 -0.043-0.083 142 115 325 26 81 22 534



F 60 3, F 60 4 NH 2.375+0.0016

+0.00042.953 2.651 0.625 0.669 M12 [mm] 1.58 1.58 7.17 0.56 0.39

Hollow input shaft

MBtight. torque

��Q� �2�Nm]

SC 80B0.55

M6 [mm] 133 / 1514

SC 80C0.75

M6 [mm] 133 / 1519

SC 95A0.55

M6 [mm] 133 / 1514

SC 95B0.75

M6 [mm] 133 / 1519

SC 95C0.94

M6 [mm] 133 / 1524

SC 110A0.75

M6 [mm] 133 / 1519

SC 110B0.94

M6 [mm] 133 / 1524

SC 130A0.94

M6 [mm] 133 / 1524

SC 130B1.26

M8 [mm] 319 / 3632

SC 180A1.26

M8 [mm] 319 / 3632

SC 180B1.50

M8 [mm] 319 / 3638


[lbs / kg]

SC 80B, SC 80C3.78 3.94 3.15

M6x12 [mm]0.61 0.57 0.16

249 / 11396 100 80 15.5 14.5 4

SC 95A, SC 95B, SC 95C4.02 4.53 3.74

M8x16 [mm]0.65 0.59 0.16

249 / 113102 115 95 16.5 15 4

SC 110A, SC 110B4.72 5.12 4.33

M8x16 [mm]0.65 0.63 0.20

249 / 113120 130 110 16.5 16 5

SC 130A5.59 6.50 5.12

M10x20 [mm]0.75 0.63 0.20

254 / 115142 165 130 19 16 5

SC 130B6.30 6.50 5.12

M10x20 [mm]0.79 0.67 0.20

247 / 112160 165 130 20 17 5

SC 180A, SC 180B7.56 8.46 7.09

M12x24 [mm]0.79 0.69 0.20

247 / 112192 215 180 20 17.5 5

C

SC 80B

SC 80C


SC 110A, SC 110B

SC 130A

SC 130B SC 180A, SC 180B

F 60 3 —13.60 15.37 15.53

345.5 390.5 394.5

F 60 416.38 16.38

— —416 416

%�� inch

mm

��&��'��#��('��%�:�� ;

F 60 3 F 60 4

171



Plug-in solid shaft


NR


tight.torque

��Q� �

tight.torque

��Q� �

F 60

NQF2-3/8 11.535 6.496 M5 [mm] 53 M8 [mm] 266 2.375 2.795 2.520 2.244 6.220 1.102

NQF2-7/16 11.535 6.496 M5 [mm] 53 M8 [mm] 266 2.438 2.795 2.520 2.244 6.220 1.102

NQF2-3/4 11.535 6.496 M5 [mm] 53 M8 [mm] 266 2.750 2.795 2.520 2.244 6.220 1.102

U UY V VA VB Key M

F 60 NR 2.375+0

-0.00072.646 4.750 6.522 7.087 5/8 x 5/8 x 3 5/8 3/4 - 10 x 1.65

F 60 3 F 60 4

172

Hollow output shaft



tight. torque

��Q� �


F 60 S310 10.748 6.496 2.638 +0.0016

+0.0004 2.559 +0.0012+0 2.165 2.441 5.236 0.394

35 273 165 67 +0.04+0.01 65 +0.03

+0 55 62 133 10

Shrink disc

%�� inch

mm

S

H

F 60 3 F 60 4

AC U UB UX UY UW UZ VA VB VC VD VE

F 60

H608.031 2.362

+0.0016

+0.00042.953 0.669 2.535

M12 [mm]0.709 1.575 1.575 7.165 0.571 0.394

204 60 +0.04+0.01 75 17 64.4 18 40 40 182 14.5 10

H708.031 2.756

+0.0016

+0.00042.953 0.669 2.949

M12 [mm]0.787 1.575 1.575 7.165 0.571 0.394

204 70 +0.04+0.01 75 17 74.9 20 40 40 182 14.5 10

173



Plug-in solid shaft


U UY V VA VB XKey

UNI 6604M

F 60 R2.362

+0

-0.00072.520 4.724 6.496 7.087 0.197

18x11x110 A [mm] M16x36 [mm]60 +0

-0.019 64 120 165 180 5

%�� inch

mm

R

QF

F 60 3 F 60 4


tight.torque

��Q� �

[Nm]

tight.torque

��Q� �

[Nm]

F 60

QF5511.535 6.496

M5 [mm]53

M8 [mm]266 2.165 2.795 2.520 2.244 6.220 1.102

293 165 6 30 55 71 64 57 158 28

QF6011.535 6.496

M5 [mm]53

M8 [mm]266 2.362 2.795 2.520 2.244 6.220 1.102

293 165 6 30 60 71 64 57 158 28

QF6511.535 6.496

M5 [mm]53

M8 [mm]266 2.559 2.795 2.520 2.244 6.220 1.102

293 165 6 30 65 71 64 57 158 28

QF7011.535 6.496

M5 [mm]53

M8 [mm]266 2.756 2.795 2.520 2.244 6.220 1.102

293 165 6 30 70 71 64 57 158 28

174

Flange options


F 60

FA10.433 9.055 -0.0020

-0.0038 11.811 0.157 8x 0.551 0.512 1.772

265 230 -0.050-0.096 300 4 8x 14 13 45

FB11.811 9.843 -0.0020

-0.0038 13.780 0.197 8x 0.709 0.709 1.772

300 250 -0.050-0.096 350 5 8x 18 18 45

FC13.780 11.811 -0.0022

-0.0043 15.748 0.197 8x 0.709 0.787 1.772

350 300 -0.056-0.108 400 5 8x 18 20 45



F 60 NH 0.039 2.375 +0-0.0012 2.677 2.323 2.646 7.087 1.496 4.094 0.098 0.098 0.079 5/8 x 5/8 x 3



F 60 H

0.039 2.756 +0-0.0012 3.071 2.717 2.933 7.087 1.496 4.094 0.098 0.098 0.079

20x12x70 A [mm]1 70 +0

-0.030 78 69 74.5 180 38 104 2.5 2.5 20.039 2.362 +0

-0.0012 2.677 2.323 2.520 7.087 1.496 4.094 0.098 0.098 0.07918x11x70 A [mm]

1 60 +0-0.030 68 59 64 180 38 104 2.5 2.5 2


%�� inch

mm

F_

NH H

F 60 3 F 60 4

175




U VG X

F 60

NQF2-3/8 2.375+0

-0.0075

10.984 0.098NQF2-7/16 2.438+0

-0.0075

NQF2-3/4 2.750+0

-0.0075


U VG X

F 60

QF552.165 +0

-0.0075 10.984 0.098

55 +0-0.19 279 2.5

QF602.362 +0

-0.0075 10.984 0.098

60 +0-0.19 279 2.5

QF652.559 +0

-0.0075 10.984 0.098

65 +0-0.19 279 2.5

QF702.756 +0

-0.0075 10.984 0.098

70 +0-0.19 279 2.5



F 60 S0.059 2.559 -0.0004

-0.0011 3.307 2.520 2.638 +0-0.0012 9.764 2.087 5.236 0.079

1.5 65 -0.01-0.029 84 64 67 +0

-0.03 248 53 133 2

%�� inch

mm

NQF QF

S

F 60 3 F 60 4

176

Integral motor F 70 3 F 70 4

%�� inch

mm

Outline dimensions


F 70 3, F 70 413.58 10.28 10.63 9.25 8.071 -0.0020

-0.0038 M14x22 [mm]6.22 5.67 14.57 1.18 3.92 1.02 23.94

345 261 270 235 205 -0.050-0.096 158 144 370 30 99.5 26 608



F 70 3, F 70 4 NH 2.750+0.0016

+0.00043.346 3.032 0.625 0.866 M16 [mm] 2.36 2.36 9.09 0.67 0.39

Motor

AB C CB P Weight


F 70 3_S2 M2S4.69 5.63 4.69 21.73 24.49 6.14

390 / 177119 143 119 552 622 156

F 70 3_S3 M3S5.59 6.10 5.59 23.43 27.20 7.68

410 / 186142 155 142 595 691 195

F 70 3_S3 M3L5.59 6.10 5.59 24.69 28.27 7.68

425 / 193142 155 142 627 718 195

F 70 3_S4 M47.60 7.60 7.60 28.94 33.23 10.16

525 / 238193 193 193 735 844 258

F 70 3_S4 M4LC7.60 7.60 7.60 30.31 34.21 10.16

542 / 246193 193 193 770 869 258

F 70 3_S5 M5S9.65 9.65 9.65 32.34 37.85 12.20

613 / 278245 245 245 821.5 961.5 310

F 70 3_S5 M5L9.65 9.65 9.65 34.07 39.59 12.20

648 / 294245 245 245 865.5 1005.5 310

F 70 4_S1 M14.25 5.20 4.25 22.60 25.00 5.43

388 / 176108 132 108 574 635 138

F 70 4_S2 M2S4.69 5.63 4.69 23.74 26.50 6.14

397 / 180119 143 119 603 673 156

F 70 4_S3 M3S5.59 6.10 5.59 25.43 29.21 7.68

417 / 189142 155 142 646 742 195

F 70 4_S3 M3L5.59 6.10 5.59 26.69 30.28 7.68

432 / 196142 155 142 678 769 195

F 70 4_S4 M47.60 7.60 7.60 30.94 35.24 10.16

531 / 241193 193 193 786 895 258

F 70 4_S4 M4LC7.60 7.60 7.60 32.32 36.22 10.16

549 / 249193 193 193 821 920 258

177

%�� inch

mm

NEMA C-face adapterF 70 3 F 70 4


N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 370 / 168

N 140TC 6.496 5.875 4.500 0.394 0.196 375 / 170

N 180TC 8.996 7.250 8.500 0.551 0.216 384 / 174

N 210TC 8.996 7.250 8.500 0.551 0.216 388 / 176

N 250TC 13.780 7.250 8.500 0.551 0.216 408 / 185

N 280TC 13.780 9.000 10.500 0.551 0.216 408 / 185

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

N 210TC 0.312 1.375 1.518

N 250TC 0.375 1.625 1.796

N 280TC 0.500 1.875 2.102

C


F 70 3 —15.26 16.00 17.24 20.24 20.43

387.5 406.5 438 514 519

F 70 417.26 17.26 18.01 19.25

— —438.5 438.5 457.5 489

Outline dimensions


F 70 3, F 70 413.58 10.28 10.63 9.25 8.071 -0.0020

-0.0038 M14x22 [mm]6.22 5.67 14.57 1.18 3.92 1.02 23.94

345 261 270 235 205 -0.050-0.096 158 144 370 30 99.5 26 608



F 70 3, F 70 4 NH 2.750+0.0016

+0.00043.346 3.032 0.625 0.866 M16 [mm] 2.36 2.36 9.09 0.67 0.39

178

%�� inch

mm

Solid input / hollow output shaft F 70 3 F 70 4


FU FZ FV Key FM

F 70 3 NHS 1.625+0

-0.00061.791 4.250 3/8 x 3/8 x 4 M12x28 [mm]

F 70 4 NHS 1.000+0

-0.00051.110 1.970 1/4 x 1/4 x 1 3/4 M8x19 [mm]

C

F 70 322.52

572

F 70 420.02

508.5

Weight

[lbs / kg]

410 / 186

384 / 174

Outline dimensions


F 70 3, F 70 413.58 10.28 10.63 9.25 8.071 -0.0020

-0.0038 M14x22 [mm]6.22 5.67 14.57 1.18 3.92 1.02 23.94

345 261 270 235 205 -0.050-0.096 158 144 370 30 99.5 26 608



F 70 3, F 70 4 NH 2.750+0.0016

+0.00043.346 3.032 0.625 0.866 M16 [mm] 2.36 2.36 9.09 0.67 0.39


FU FZ FV X KEY FM

F 70 3 HS1.654

+0

-0.00061.772 4.331 0.394

12x8x90 [mm] M12x28 [mm]42 +0

-0.016 45 110 10

F 70 4 HS0.945

+0

-0.00051.063 1.969 0.098

8x7x45 [mm] M8x19 [mm]24 +0

-0.013 27 50 2.5

179


%�� inch

mm

F 70 3 F 70 4

C

P 63

P 71

P 80

P 90

P 100

P 112P 132

P 160

P 180P 200

F 70 3 —15.26 15.65 17.09 19.27 20.26

387.5 397.5 434 489.5 514.5

F 70 416.50 17.26 17.58 18.98

— —419 438.5 446.5 482


N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 370 / 168

P 71 160 130 110 M8x16 4.5 370 / 168

P 80, P 90 200 165 130 M10x12 4 375 / 170

P 100, P 112 250 215 180 M12x16 4.5 384 / 174

P 132 300 265 230 14 5 388 / 176

P 160, P 180 350 300 250 18 6 408 / 185

P 200 400 350 300 M16x25 7 454 / 206

MA MB MC

P 63 4 11 12.8

P 71 5 14 16.3

P 80 6 19 21.8

P 90 8 24 27.3

P 100, P 112 8 28 31.3

P 132 10 38 41.3

P 160 12 42 45.3

P 180 14 48 51.8

P 200 16 55 59.3

Outline dimensions


F 70 3, F 70 413.58 10.28 10.63 9.25 8.071 -0.0020

-0.0038 M14x22 [mm]6.22 5.67 14.57 1.18 3.92 1.02 23.94

345 261 270 235 205 -0.050-0.096 158 144 370 30 99.5 26 608



F 70 3, F 70 4 NH 2.750+0.0016

+0.00043.346 3.032 0.625 0.866 M16 [mm] 2.36 2.36 9.09 0.67 0.39

180


Plug-in solid shaft NR


tight. torque

��Q� �


F 70 S310 12.815 7.087 3.228 +0.0019

+0.0005 3.150 +0.0012+0 3.150 3.543 5.512 0.394

35 325.5 180 82 +0.047+0.012 80 +0.03

+0 80 90 140 10

%�� inch

mm

Shrink disc S

F 70 3 F 70 4

U UY V VA VB X Key M

F 70 NR 2.875+0

-0.00073.200 5.118 7.776 9.035 0.472 3/4 x 3/4 x 4 5/32 3/4 - 10 x 1.65

181

Hollow output shaft


%�� inch

mm

H

F 70 3 F 70 4


U UY V VA VB XKey

UNI 6604M

F 70 R3.150

+0

-0.00073.346 5.118 7.776 9.035 0.197

22x14x120 A [mm] M20x42 [mm]80 +0

-0.019 85 130 197.5 229.5 5

Plug-in solid shaft R


F 70

H8010.276 3.150

+0.0016

+0.00043.346 0.866 3.362

M16 [mm]0.866 2.362 2.362 9.094 0.669 0.394

261 80 +0.04+0.01 85 22 85.4 22 60 60 231 17 10

H7010.276 2.756

+0.0016

+0.00043.346 0.866 2.949

M16 [mm]0.787 2.362 2.362 9.094 0.669 0.394

261 70 +0.04+0.01 85 22 74.9 20 60 60 231 17 10

182

%�� inch

mm

Flange options


F 70

FA15.748 13.780 -0.0024

-0.0047 17.717 0.197 8x 0.709 0.866 2.756

400 350 -0.062-0.119 450 5 8x 18 22 70

FB19.685 17.717 -0.0027

-0.0052 21.654 0.197 8x 0.709 0.945 2.756

500 450 -0.068-0.131 550 5 8x 18 24 70


F 70 NH 0.098 2.750 +0-0.0012 3.071 2.717 3.027 9.016 2.283 4.449 0.295 0.118 0.098 5/8 x 5/8 x 3



F 70 H

0.098 3.150 +0-0.0012 3.504 3.110 3.346 9.016 2.283 4.449 0.118 0.118 0.098

22x14x75 A [mm]2.5 80 +0

-0.030 89 79 85 229 58 113 3 3 2.50.098 2.756 +0

-0.0012 3.071 2.717 2.933 9.016 2.283 4.449 0.118 0.118 0.09820x12x75 A [mm]

2.5 70 +0-0.030 78 69 74.5 229 58 113 3 3 2.5


F_

Machine driven shaft NH H

F 70 3 F 70 4

183

%�� inch

mm

F 70 3 F 70 4



F 70 S0.098 3.150 -0.0004

-0.0011 4.094 3.110 3.228 +0-0.0014 12.126 3.071 5.512 0.098

2.5 80 -0.01-0.029 104 79 82 +0

-0.035 308 78 140 2.5

%�� inch

mm

Machine driven shaft S

184


%�� inch

mm

Outline dimensions


F 80 3, F 80 416.18 12.17 11.81 10.43 9.055 -0.0020

-0.0038 M16x28 [mm]7.20 6.87 16.93 1.42 4.82 1.02 28.11

411 309 300 265 230 -0.050 -0.096 183 174.5 430 36 122.5 26 714



F 80 3, F 80 4 NH 3.188+0.0016

+0.00043.740 3.523 0.750 0.866 M16 [mm] 3.15 3.15 10.79 0.73 0.39

Motor

AB C CB P Weight


F 80 3_S3 M3S5.59 6.10 5.59 25.71 29.49 7.68

602 / 273142 155 142 653 749 195

F 80 3_S3 M3L5.59 6.10 5.59 26.97 30.55 7.68

617 / 280142 155 142 685 776 195

F 80 3_S4 M47.60 7.60 7.60 31.22 35.51 10.16

717 / 325193 193 193 793 902 258

F 80 3_S4 M4LC7.60 7.60 7.60 32.60 36.50 10.16

734 / 333193 193 193 828 927 258

F 80 3_S5 M5S9.65 9.65 9.65 34.63 40.14 12.20

805 / 365245 245 245 879.5 1019.5 310

F 80 3_S5 M5L9.65 9.65 9.65 36.36 41.87 12.20

840 / 381245 245 245 923.5 1063.5 310

F 80 4_S1 M14.25 5.20 4.25 25.35 27.76 5.43

584 / 265108 132 108 644 705 138

F 80 4_S2 M2S4.69 5.63 4.69 26.50 29.25 6.14

593 / 269119 143 119 673 743 156

F 80 4_S3 M3S5.59 6.10 5.59 28.19 31.97 7.68

613 / 278142 155 142 716 812 195

F 80 4_S3 M3L5.59 6.10 5.59 29.45 33.03 7.68

628 / 285142 155 142 748 839 195

F 80 4_S4 M47.60 7.60 7.60 33.70 37.99 10.16

728 / 330193 193 193 856 965 258

F 80 4_S4 M4LC7.60 7.60 7.60 35.08 38.98 10.16

745 / 338193 193 193 891 990 258

185

Outline dimensions

%�� inch

mm



F 80 3, F 80 416.18 12.17 11.81 10.43 9.055 -0.0020

-0.0038 M16x28 [mm]7.20 6.87 16.93 1.42 4.82 1.02 28.11

411 309 300 265 230 -0.050-0.096 183 174.5 430 36 122.5 26 714


N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 569 / 258

N 140TC 6.496 5.875 4.500 0.394 0.196 573 / 260

N 180TC 8.996 7.250 8.500 0.551 0.216 582 / 264

N 210TC 8.996 7.250 8.500 0.551 0.216 586 / 266

N 250TC 13.780 7.250 8.500 0.551 0.216 608 / 276

N 280TC 13.780 9.000 10.500 0.551 0.216 608 / 276

N 320TC 17.717 11.000 12.500 0.669 0.216 657 / 298

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

N 210TC 0.312 1.375 1.518

N 250TC 0.375 1.625 1.796

N 280TC 0.500 1.875 2.102

N 320TC 0.500 2.125 2.350

C

N 56C N 140TC N 180TC N 210TC N 250TC N 280TC N 320TC

F 80 3 — —18.31 19.55 22.54 22.74 25.59

465 496.5 572.5 577.5 650

F 80 420.04 20.04 20.79 22.03

— — —509 509 528 559.5



F 80 3, F 80 4 NH 3.188+0.0016

+0.00043.740 3.523 0.750 0.866 M16 [mm] 3.15 3.15 10.79 0.73 0.39

186

Outline dimensions

%�� inch

mm



F 80 3 , F 80 416.18 12.17 11.81 10.43 9.055 -0.0020

-0.0038 M16x28 [mm]7.20 6.87 16.93 1.42 4.82 1.02 28.11

411 309 300 265 230 -0.050-0.096 183 174.5 430 36 122.5 26 714


FU FZ FV Key FM

F 80 3 NHS 1.625+0

-0.00061.791 4.250 3/8 x 3/8 x 4 M12x28 [mm]

F 80 4 NHS 1.000+0

-0.00051.110 1.970 1/4 x 1/4 x 1 3/4 M8x19 [mm]

C

F 80 324.80

630

F 80 422.66

575.5

Weight

[lbs / kg]

602 / 273

580 / 263



F 80 3, F 80 4 NH 3.188+0.0016

+0.00043.740 3.523 0.750 0.866 M16 [mm] 3.15 3.15 10.79 0.73 0.39


FU FZ FV X KEY FM

F 80 3 HS1.654

+0

-0.00061.772 4.331 0.394

12x8x90 [mm] M12x28 [mm]42 +0

-0.016 45 110 10

F 80 4 HS0.945

+0

-0.00051.063 1.969 0.098

8x7x45 [mm] M8x19 [mm]24 +0

-0.013 27 50 2.5

187


%�� inch

mm

Outline dimensions

F 80 3 F 80 4


F 80 3, F 80 416.18 12.17 11.81 10.43 9.055 -0.0020

-0.0038 M16x28 [mm]7.20 6.87 16.93 1.42 4.82 1.02 28.11

411 309 300 265 230 -0.050-0.096 183 174.5 430 36 122.5 26 714

C

P 63

P 71

P 80

P 90

P 100

P 112P 132

P 160

P 180P 200 P 225

F 80 3 —17.54 17.93 19.37 21.56 22.54 24.33

445.5 455.5 492 547.5 572.5 618

F 80 419.25 20.02 20.41 21.73

— — —489 508.5 518.5 552


N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 569 / 258

P 71 160 130 110 M8x16 4.5 569 / 258

P 80, P 90 200 165 130 M10x12 4 573 / 260

P 100, P 112 250 215 180 M12x16 4.5 582 / 264

P 132 300 265 230 14 5 586 / 266

P 160, P 180 350 300 250 18 6 608 / 276

P 200 400 350 300 M16x25 7 657 / 298

P 225 450 400 350 18 6 657 / 298

MA MB MC

P 63 4 11 12.8

P 71 5 14 16.3

P 80 6 19 21.8

P 90 8 24 27.3

P 100, P 112 8 28 31.3

P 132 10 38 41.3

P 160 12 42 45.3

P 180 14 48 51.8

P 200 16 55 59.3

P 225 18 60 64.4



F 80 3, F 80 4 NH 3.188+0.0016

+0.00043.740 3.523 0.750 0.866 M16 [mm] 3.15 3.15 10.79 0.73 0.39

188

F 80 3 F 80 4




tight. torque

��Q� �


F 80 S611 14.882 7.677 3.622 +0.0019

+0.0005 3.543 +0.0014+0 3.543 3.937 6.969 0.394

69 378 195 92 +0.047+0.012 90 +0.035

+0 90 100 177 10

%�� inch

mm

Shrink disc S


F 80 NR 3.500+0

-0.00093.882 6.693 9.449 10.709 0.591 7/8 x 7/8 x 5 1/2 1 - 8 x 1.97

189

F 80 3 F 80 4

Hollow output shaft

%�� inch

mm

H


U UY V VA VB XKey

UNI 6604M

F 80 R3.543

+0

-0.00093.740 6.693 9.449 10.709 0.197

25x14x160 A [mm] M20x42 [mm]90 +0

-0.022 95 170 240 272 5




F 80

H9012.165 3.543

+0.0019

+0.00053.740 0.866 3.756

M16 [mm]0.984 3.150 3.150 10.787 0.728 0.394

309 90 +0.047+0.012 95 22 95.4 25 80 80 274 18.5 10

H8012.165 3.150

+0.0016

+0.00043.740 0.866 3.362

M16 [mm]0.866 3.150 3.150 10.787 0.728 0.394

309 80 +0.04+0.01 95 22 85.4 22 80 80 274 18.5 10

190

F 80 3 F 80 4

%�� inch

mm

Flange options


F 80

FA15.748 13.780 -0.0024

-0.0047 17.717 0.197 8x 0.709 0.866 2.756

400 350 -0.062-0.119 450 5 8x 18 22 70

FB19.685 17.717 -0.0027

-0.0052 21.654 0.197 8x 0.709 0.945 2.756

500 450 -0.068-0.131 550 5 8x 18 24 70


F 80 NH 0.098 3.188 +0-0.0014 3.543 3.150 3.536 10.709 3.071 4.567 0.295 0.118 0.098 3/4 x 3/4 x 4 5/32



F 80 H

0.098 3.543 +0-0.0014 3.898 3.504 3.740 10.709 3.071 4.567 0.118 0.118 0.098

25x14x100 A [mm]2.5 90 +0

-0.035 99 89 95 272 78 116 3 3 2.50.098 3.150 +0

-0.0012 3.504 3.110 3.346 10.709 3.071 4.567 0.118 0.118 0.09822x14x100 A [mm]

2.5 80 +0-0.030 89 79 85 272 78 116 3 3 2.5


F_


191

F 80 3 F 80 4

%�� inch

mm



F 80 S0.098 3.543 -0.0005

-0.0013 4.488 3.504 3.622 +0-0.0014 14.370 3.465 6.969 0.098

2.5 90 -0.012-0.034 114 89 92 +0

-0.035 365 88 177 2.5

%�� inch

mm


192


%�� inch

mm

Outline dimensions


F 90 3, F 90 419.49 14.47 13.78 11.81 9.843 -0.0020

-0.0038 M20x33 [mm]8.90 7.91 20.28 1.57 5.22 1.26 33.94

495 367.5 350 300 250 -0.050-0.096 226 201 515 40 132.5 32 862



F 90 3, F 90 4 NH 3.625+0.0019

+0.00054.331 4.014 0.875 1.024 M16 [mm] 3.54 3.54 13.21 0.83 0.43

Motor

AB C CB P Weight


F 90 3_S3 M3S5.59 6.10 5.59 28.66 32.44 7.68

1014 / 460142 155 142 728 824 195

F 90 3_S3 M3L5.59 6.10 5.59 29.92 33.50 7.68

1030 / 467142 155 142 760 851 195

F 90 3_S4 M47.60 7.60 7.60 34.17 38.46 10.16

1129 / 512193 193 193 868 977 258

F 90 3_S5 M5L9.65 9.65 9.65 39.31 44.82 12.20

1252 / 568245 245 245 998.5 1138.5 310

F 90 4_S2 M2S4.69 5.63 4.69 30.24 32.99 6.14

1014 / 460119 143 119 768 838 156

F 90 4_S3 M3S5.59 6.10 5.59 31.93 35.71 7.68

1032 / 468142 155 142 811 907 195

F 90 4_S3 M3L5.59 6.10 5.59 33.19 36.77 7.68

1047 / 475142 155 142 843 934 195

F 90 4_S4 M47.60 7.60 7.60 37.44 41.73 10.16

1146 / 520193 193 193 951 1060 258

F 90 4_S4 M4LC7.60 7.60 7.60 38.82 42.72 10.16

1164 / 528193 193 193 986 1085 258

193

%�� inch

mm



N NA NB NC XWeight

[lbs / kg]

N 56C 6.496 5.875 4.500 0.394 0.196 988 / 448

N 140TC 6.496 5.875 4.500 0.394 0.196 992 / 450

N 180TC 8.996 7.250 8.500 0.551 0.216 1001 / 454

N 210TC 8.996 7.250 8.500 0.551 0.216 1003 / 455

N 250TC 13.780 7.250 8.500 0.551 0.216 1016 / 461

N 280TC 13.780 9.000 10.500 0.551 0.216 1016 / 461

N 320TC 17.717 11.000 12.500 0.669 0.216 1069 / 485

MA MB MC

N 56C 0.188 0.625 0.710

N 140TC 0.188 0.875 0.964

N 180TC 0.250 1.125 1.241

N 210TC 0.312 1.375 1.518

N 250TC 0.375 1.625 1.796

N 280TC 0.500 1.875 2.102

N 320TC 0.500 2.125 2.350

C

N 56C N 140TC N 180TC N 210TC N 250TC N 280TC N 320TC

F 90 3 — —21.26 22.50 25.49 25.69 28.54

540 571.5 647.5 652.5 725

F 90 423.78 23.78 24.53 25.77 28.56 28.76

—604 604 623 654.5 725.5 730.5

Outline dimensions


F 90 3, F 90 419.49 14.47 13.78 11.81 9.843 -0.0020

-0.0038 M20x33 [mm]8.90 7.91 20.28 1.57 5.22 1.26 33.94

495 367.5 350 300 250 -0.050-0.096 226 201 515 40 132.5 32 862



F 90 3, F 90 4 NH 3.625+0.0019

+0.00054.331 4.014 0.875 1.024 M16 [mm] 3.54 3.54 13.21 0.83 0.43

194

Outline dimensions


F 90 3, F 90 419.49 14.47 13.78 11.81 9.843 -0.0020

-0.0038 M20x33 [mm]8.90 7.91 20.28 1.57 5.22 1.26 33.94

495 367.5 350 300 250 -0.050-0.096 226 201 515 40 132.5 32 862

%�� inch

mm



FU FZ FV Key FM

F 90 3 NHS 2.125+0

-0.00072.345 5.000 1/2 x 1/2 x 4 3/4 M16x36 [mm]

F 90 4 NHS 1.000+0

-0.00051.110 1.970 1/4 x 1/4 x 1 3/4 M8x19 [mm]

C

F 90 331.75

806.5

F 90 426.52

673.5

Weight

[lbs / kg]

1069 / 485

996 / 452



F 90 3, F 90 4 NH 3.625+0.0019

+0.00054.331 4.014 0.875 1.024 M16 [mm] 3.54 3.54 13.21 0.83 0.43


FU FZ FV X KEY FM

F 90 3 HS2.362

+0

-0.00072.520 5.512 0.394

18x11x120 [mm] M16x36 [mm]60 +0

-0.019 64 140 10

F 90 4 HS0.945

+0

-0.00051.063 1.969 0.098

8x7x45 [mm] M8x19 [mm]24 +0

-0.013 27 50 2.5

195


%�� inch

mm

F 90 3 F 90 4

C

P 63

P 71

P 80

P 90

P 100

P 112P 132

P 160

P 180P 200 P 225 P 250

F 90 3 —20.49 20.89 22.32 24.51 25.49 27.28 28.46

520.5 530.5 567 622.5 647.5 693 723

F 90 422.99 23.76 24.15 25.59 27.58

— — —584 603.5 613.5 650 700.5


N NA NB NC XWeight

[lbs / kg]

P 63 140 115 95 M8x19 4 988 / 448P 71 160 130 110 M8x16 4.5 988 / 448

P 80, P 90 200 165 130 M10x12 4 992 / 450

P 100, P 112 250 215 180 M12x16 4.5 1001 / 454P 132 300 265 230 14 5 1003 / 455

P 160, P 180 350 300 250 18 6 1016 / 461

P 200 400 350 300 M16x25 7 1069 / 485P 225 450 400 350 18 6 1069 / 485P 250 550 500 450 18 6 1118 / 507

MA MB MC

P 63 4 11 12.8

P 71 5 14 16.3

P 80 6 19 21.8

P 90 8 24 27.3

P 100, P 112 8 28 31.3

P 132 10 38 41.3

P 160 12 42 45.3

P 180 14 48 51.8

P 200 16 55 59.3

P 250 18 60 64.4

P 225 18 65 69.4

Outline dimensions


F 90 3, F 90 419.49 14.47 13.78 11.81 9.843 -0.0020

-0.0038 M20x33 [mm]8.90 7.91 20.28 1.57 5.22 1.26 33.94

495 367.5 350 300 250 -0.050-0.096 226 201 515 40 132.5 32 862



F 90 3, F 90 4 NH 3.625+0.0019

+0.00054.331 4.014 0.875 1.024 M16 [mm] 3.54 3.54 13.21 0.83 0.43

196

F 90 3 F 90 4




tight. torque

��Q� �


F 90 S611 17.382 8.858 4.016 +0.0019

+0.0005 3.937 +0.0014+0 3.937 4.331 8.720 0.433

69 441.5 225 102 +0.047+0.012 100 +0.035

+0 100 110 221.5 11

%�� inch

mm

Shrink disc S


F 90 NR 4.375+0

-0.00094.817 8.268 11.181 13.110 0.374 1 x 1 x 7 1/2 1 - 8 x 1.97

197

F 90 3 F 90 4

Hollow output shaft

%�� inch

mm

H


U UY V VA VB XKey

UNI 6604M

F 90 R3.937

+0

-0.00094.173 8.268 11.181 13.110 0.394

28x16x190 A [mm] M24x50 [mm]100 +0

-0.022 106 210 284 333 10




F 90

H10014.469 3.937

+0.0019

+0.00054.331 1.024 4.189

M16 [mm]1.102 3.543 3.543 13.209 0.827 0.433

367.5 100 +0.047+0.012 110 26 106.4 28 90 90 335.5 21 11

H9014.469 3.543

+0.0019

+0.00054.331 1.024 3.760

M16 [mm]0.984 3.543 3.543 13.209 0.827 0.433

367.5 90 +0.047+0.012 110 26 95.5 25 90 90 335.5 21 11

198

F 90 3 F 90 4

%�� inch

mm

Flange options


F 90 FA19.685 17.717 -0.0027

-0.0052 21.654 0.197 8x 0.709 0.945 2.913

500 450 -0.068-0.131 550 5 8x 18 24 74


F 90 NH 0.098 3.625 +0-0.0014 3.976 3.583 4.009 13.110 3.445 6.220 0.295 0.118 0.098 7/8 x 7/8 x 5 1/2



F 90 H

0.098 3.937 +0-0.0014 4.370 3.898 4.173 13.110 3.445 6.220 0.118 0.118 0.098

28x16x110 A [mm]2.5 100 +0

-0.035 111 99 106 333 87.5 158 3 3 2.50.098 3.543 +0

-0.0014 3.898 3.504 3.740 13.110 3.445 6.220 0.118 0.118 0.09825x14x110 A [mm]

2.5 90 +0-0.035 99 89 95 333 87.5 158 3 3 2.5


F_


199

F 90 3 F 90 4

%�� inch

mm



F 90 S0.098 3.937 -0.0005

-0.0013 4.961 3.898 4.016 +0-0.0014 16.909 3.858 8.720 0.098

2.5 100 -0.012-0.034 126 99 102 +0

-0.035 429.5 98 221.5 2.5

%�� inch

mm


200

Outline dimensions

A B C D E F

FL

op

tio

n

F 106.42 2.36 0.84 1.38

M8x16 [mm]4.53

163 60 21.3 35 115

F 20 7.13 2.76 1.04 1.57

M10x20 [mm]5.12

181 70 26.5 40 130

F 25 7.13 2.76 1.08 1.57

M10x20 [mm]5.12

181 70 27.5 40 130

F 31 7.99 3.15 1.18 1.77

M12x20 [mm]5.79

203 80 30 45 147

F 419.25 3.74 1.28 2.36

M12x22 [mm]7.48

235 95 32.5 60 190

Sta

nd

ard

F 5110.75 4.33 1.38 2.76

M14x26 [mm]9.45

273 110 35 70 240

F 60 11.73 5.51 1.56 2.76

M16x30 [mm]10.24

298 140 39.5 70 260

F 70 13.58 7.48 1.79 3.15

M16x30 [mm]11.22

345 190 45.5 80 285

F 80 16.18 9.06 2.01 3.54

M20x35 [mm]12.99

411 230 51 90 330

F 90 19.49 10.63 2.42 3.94

M30x50 [mm]15.75

495 270 61.5 100 400

��#��

%�� inch

mmE��?�� FL option

FL

201


BONFIGLIOLI RIDUTTORI three-phase AC induction

motors and brake motors are designed for continuous

operation, IEC dimensional standard and comply electri-

cally with all relevant standards including NEMA MG1.

They are supplied either integral (M type) to a

BONFIGLIOLI gear unit or flanged design (BN type).

The motors also comply with national standards

adapted to IEC 60034-1 as charted along side.

Canada CSA C22.2 N° 100

Great Britain BS5000 / BS 4999

Germany DIN VDE 0530

Australia AS 1359

Belgium NBNC 51 - 101

Norway NEK – IEC 34

France NF C 51

Austria OEVE M 10

Switzerland SEV 3009

Netherlands NEN 3173

Sweden SS 426 01 01

(C1)


cos � – Power factor

� – Efficiency

fm – Intermittence adjustment factor

ft – Ambient temperature factor

I – Cyclic duration factor

ln [A] Rated current

ls [A] Locked rotor current

Jc [Ib·ft2] Load inertia

Jm [Ib·ft2] Motor inertia

n [rpm] Speed

Kc – Torque factor

Kd – Load factor

Kj – Inertia factor

Tb [lb·in] Brake torque

Tn [lb·in] Motor rated torque

Ta [lb·in] Mean starting torque

Tk [lb·in] Breakdown torque

TL [lb·in] Load torque

Ts [lb·in] Locked rotor torque

Pb [W] Power absorbed by brake coil

Pn [W] Rated power output

t1 [ms] Brake release time

t1s [ms] Shorter brake release time

t2 [ms] Brake reaction time

t2c [ms] Faster reaction time

ta [°C/ °F] Ambient temperature

tf [min] Operating time at constant load

tr [min] Rest time

W [Ib•ft] Brake work between two successiveadjustments

Wmax [Ib•ft] Max permissible brake work

Z [1/h] Permissible starts per hour

Z0 [1/h] Permissible starts per hour (un-loaded, I=50%)

Abbreviations and units

Length

1 in =1 ft =1 yd =

25.40 mm304.8 mm914.4 mm

= 0.0254 m= 0.3048 m= 0.9144 m

Area

1 in2

=1 ft

2=

1 yd2

=

645.16 mm2

92.9�103mm

2

836�103mm

2

= 0.645�10-3m

2

= 92.9� 103m

2

= 0.8361 m2

Volume

1 in3

=1 ft

3=

16.4�10-3dm

3

28.32 dm3

= 16.4�10-6m

3

= 28.3�10-3m

3

Force – Weight

1 lbm =1 lbf =

2.2046 kg4.4482 N

Torque

1 lb in =1 lb ft =

0.1129 Nm1.3558 Nm

Power

1 hp = 0.7457 kW

Moment of inertia

1 lb ft2

=1 lb in s

2=

1 lb ft s2=

4.214�10-2

1.12985�10-1

1.35582

kg m2

kg m2

kg m2

Pressure – stress

1 lb/in2=

1 lb/ft2

=6.89�10

-3

47.88

N/mm2

N/m2

Temperature

t [°F] =

T [°C] =

� �5

9x t 32�

9

5x T+ 32

�

��

�

�

[°C]

[°F]

Conversion table for commonlyused metric – imperial units

3.0 BONFIGLIOLI ELECTRIC MOTORS

202

3.2 MOTOR ORDERING NUMBERS

M 1LA 4 230/460-60 IP54 CLF ..... W FD 15 R SB 220 SA ....

OPTIONS

BRAKE SUPPLY

AC/DC RECTIFIER

NB, NBR, SB, SBR

BRAKE HAND RELEASE (optional)

R, RM

TERMINAL BOX

W (default), N, S, E

MOTOR FRAME SIZE

05...5 - integral motor

63...250 - IEC style motor

TYPE OF MOTOR

M = AC, 3-ph, integral style

BN = AC, 3-ph, integral style

PROTECTION CLASS

IP 55 standard (IP 54 standard for brake motors)

MOUNTING

blank for compact motor

B5 for IEC motor

INSULATION CLASS

CL F standard

CL H option

VOLTAGE - FREQUENCY

60 Hz

50 Hz

NUMBER OF POLES

BRAKE TYPE

FD (DC brake)

FA (AC brake)

MOTOR BRAKE

[1 ft•Ib = 1.356 Nm]

BRAKE TORQUE [specify Nm!]

203

US power mains voltages and the corresponding rated

voltages to be specified for the motor are indicated in

the following table:

Frequency Mains voltage Vmot

60 Hz

208 V 200 V

240 V 230 V

480 V 460 V

600 V 575 V

Motors with YY/Y connection (e.g. 230/460-60; 220/440-60)

feature, as standard, a 9-stud terminal board.

For DC brake motors type BN_FD, the rectifier is fed with

1-phase 230V a.c., factory pre-wired in the motor terminal

box as standard.

Brake power supply for brake motors is as follows:

BN_FDM_FD

Wired to terminal box 1�230V a.c.

BN_FAM_FA

Specify

Separate power supply230V � - 60Hz

230SA

Separate power supply460V Y - 60Hz

460SA

Tolerances

As per the IEC standards applicable the tolerances here

after apply to the following quantities.

-0.15 (1 - �) P � 75 hp Efficiency

-(1 - cos�)/6 min 0.02 max 0.07 Power factor

±20% * Slip

+20% Locked rotor current

-15% +25% Locked rotor torque

-10% Max. torque

Motors for USA and Canada

BN and M motors are available in NEMA Design C con-

figuration (concerning electrical characteristics), certified

to CSA (Canadian standard) C22.2 No. 100 and UL

(Underwriters Laboratory) UL 1004. By specifying the

option CUS the name plate is marked with both symbols

shown here below.

3.3 MECHANICALCHARACTERISTICS

Enclosures

Motors are provided as totally enclosed fan-cooled

(TEFC) according to NEMA MG1 1-26-2 1998 and they

are designed for IP 55 (IP 54 for brake motors) degree

of protection in accordance with NEMA MG1- 5 / IEC

60034-5 Standards. Higher degree of protection (IP 56,

or IP 55 for brake motors) is available on request.

The following table provides an overview of the avail-

able degree of protection.

Regardless of the protection class specified on order,

motors to be installed outdoors require protection

against direct sunlight and in addition – when they are to

be installed with the shaft downwards – a drip cover to

keep out water and solid matter (option RC).

IP 54 IP 55 IP 56

n.a. standard at request

BN_FDBN_FA

M_FDM_FD

standard at request n.a.

Cooling

The motors are self ventilated (IEC 411 / NEMA MG1-6)

and are equipped with a plastic fan working in both direc-

tions. The motors must be installed allowing sufficient

space between fan cowl and the nearest wall to ensure

CUS

* ± 30% for motors with Pn < 0.75 hp

(C2)

(C3)

(C4)

IP..

(C5)

204

free air intake and allow access for maintenance pur-

poses on motor and brake, if supplied.

Independent, forced air ventilation (IEC 416 / NEMA

MG1-6) can be supplied on request (option U1).

This solution enables to increase the motor duty factor when

driven by an inverter and operating at reduced speed.

Direction of rotation

Rotation is possible in both directions. If terminals U1,

V1, and W1 are connected to line phases L1, L2 and L3,

clockwise rotation (looking from drive end) is obtained.

For counterclockwise rotation, switch two phases.

Noise

Noise levels, measured using the method prescribed by

ISO 1680 Standards, are within the maximum levels

specified by Standards CEI EN 60034-9.

Vibrations and balancing

Rotor shafts are balanced with half key fitted and fall

within the vibration class N, as per Standard CEI EN

60034-14. If a further reduced noise level is required im-

proved balancing can be optionally requested (class N).

Table below shows the value for the vibration velocity

for standard (N) and improved (R) balancing.

Vibration

class

Angular

velocity

Limits of the vibration velocity

[mm/s]

n [rpm]

BN56…BN132

M05…M4

BN160MR…BN200

M5

N 600 � n � 3600 1.8 2.8

R600 � n � 1800 0.71 1.12

1800 < n � 3600 1.12 1.8

Values refer to measures with freely suspended motorin unloaded conditions.

Winding connection and motor

terminal box

Standard terminal board has 9 studs for YY-Y dual-volt-

age winding and 6 studs for star/delta winding configu-

ration (single-speed motors).

An earth terminal located in the terminal box is provided

as standard on all motors.

For DC brake motors, the AC/DC rectifier is supplied in

the terminal box and it is provided with adequately con-

nected terminals.

All connections must be carried out according to the dia-

grams inside the terminal box or in the instruction manual.

Cable entry

Cable entry

(metric thread)

Max cable diam.

[mm]

BN 63 M 05 2 x M20 13

BN 71 M 1 2 x M25 17

BN 80 - BN 90 M 2 2 x M25 17

BN 100 M 32 x M32 21

2 x M25 17

BN 112 —2 x M32

172 x M25

BN 132...BN 160MR M 4 4 x M32 21

BN 160M...BN 200L M 5 2 x M40 29

Bearings

Life lubricated preloaded radial ball bearings are used,

types are shown in the chart here under.

Calculated endurance lifetime L10, as per ISO 281, in

unloaded condition, exceeds 40000 hrs.

DE = drive end

NDE = non drive end

DE NDE

M, M_FD, M_FA M M_FD, M_FA

M05 6004 2Z C3 6201 2Z C3 6201 2RS C3

M1 6004 2Z C3 6202 2Z C3 6202 2RS C3

M2 6007 2Z C3 6204 2Z C3 6204 2RS C3

M3 6207 2Z C3 6206 2Z C3 6206 2RS C3

M4 6309 2Z C3 6208 2Z C3 6208 2RS C3

M5 6309 2Z C3 6209 2Z C3 6209 2RS C3

(C6)

(C7)

(C8)

205

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Low Voltage High Voltage

230V - 60Hz 460V - 60Hz

200V - 50Hz 400V - 50Hz

Single-Speed / Dual-Voltage

Low Voltage YY High Voltage Y

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Low Voltage High Voltage

200V - 50Hz 346V - 50Hz

208V - 60Hz 360V - 60Hz

220V - 50Hz 380V - 50Hz

230V - 50Hz 400V - 50Hz

240V - 50Hz 415V - 50Hz

330V - 60Hz 575V - 60Hz

Single-Speed / Dual-Voltage

Low Voltage � High Voltage Y

(C11)

DE NDE

BN, BN_FD,

BN_FABN BN_FD, BN_FA

BN 56 6201 2Z C3 6201 2Z C3 -

BN 63 6201 2Z C3 6201 2Z C3 6201 2Z C3

BN 71 6202 2Z C3 6202 2Z C3 6202 2Z C3

BN 80 6204 2Z C3 6204 2Z C3 6204 2Z C3

BN 90 6205 2Z C3 6205 2Z C3 6205 2Z C3

BN 100 6206 2Z C3 6206 2Z C3 6206 2Z C3

BN 112 6306 2Z C3 6306 2Z C3 6306 2Z C3

BN 132 6308 2Z C3 6308 2Z C3 6308 2Z C3

BN 160MR 6309 2Z C3 6308 2Z C3 6308 2Z C3

BN 160M/L 6309 2Z C3 6309 2Z C3 6309 2Z C3

BN 180M 6210 2Z C3 6309 2Z C3 6309 2Z C3

BN 180L 6310 2Z C3 6310 2Z C3 6310 2Z C3

BN 200L 6312 2Z C3 6310 2Z C3 6310 2Z C3

3.4 ELECTRICAL

CHARACTERISTICS

Voltage

Motors can operate on any voltage within the range of

200 – 690 Volts. Voltage to be <600 V for CSA/UL motors.

Voltage values available as standard are 230/460V-60

Hz and 575V-60Hz.

Other voltage values may be available on request.

(C9)

(C10)

Rated horsepower

Motor outputs shown in this catalogue are based on

continuous operation at 40 °C [100 °F] ambient temper-

ature and maximum elevation not exceeding 3300 feet

(1000 m) above the sea level.

Motors can operate at higher ambient temperatures

with output adjusted in accordance with the chart (C12)

here below.

Should a derating factor higher than 15% apply, contact

our Technical Service.

Insulation class

Bonfiglioli motors use class F insulating materials

(enamelled wire, insulators, impregnation resins) as

compared to the standard motor.

Ambient

temperature [°F]100 115 120 130 140

Power output as a

% of rated power100% 95% 90% 85% 80%

(C12)

CL F

206

Motors manufactured in higher insulation class H are

available at request.

In standard motors, the stator windings temperature rise

normally stays below the 80 K limit corresponding to

class B over temperature.

A careful selection of insulating components makes the

motors compatible with tropical climates and normal vi-

bration.

For applications involving the presence of aggressive

chemicals or high humidity, contact Bonfiglioli Engi-

neering for assistance with product selection.

Types of duty

Unless otherwise indicated, the power rating of motors

specified in the catalogue refers to continuous duty S1.

For motors used under conditions other than S1, the

type of duty required is definied with reference to CEI

EN 60034-1 Standards.

In particular, for intermittent duties type S2 and S3,

power can be adjusted with respect to continuous duty

through multipliers listed in table (C14) applicable to sin-

gle speed motors.

fm =P (S2...S8)

P (S1)

* Cycle duration must, in any event, be equal to or less than 10 min-utes; if this time is exceeded, please contact our Technical Service.

Cycle duration factor:

I =t

t t

f

f rx 100

tf = operating time at constant load

tr = rest time

Limited duration duty S2

This type of duty is characterized by operation at con-

stant load for a limited time, which is shorter than the

time required to reach thermal equilibrium, followed by a

rest period of sufficient duration to restore ambient tem-

perature in the motor.

Periodical intermittent duty S3

This type of duty is characterized by a sequence of

identical operation cycles, each including a constant

load operation period and a rest period.

For this type of duty, the starting current does not signifi-

cantly influence overtemperature.

Inverter-driven motors

The electric motors of series BN and M may be used in

combination with PWM inverters with rated voltage at

transformer input up to 500 V.Standard motors use a

phase insulating system with separators, class 2 enam-

CL H

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(C14)

Duty

S2 S3 * S4 - S8

Cycle duration(min)

Cyclic durationfactor (I)

Consultfactory10 30 60 25% 40% 60%

fm 1.35 1.15 1.05 1.25 1.15 1.1

(C13)

207

elled wire and class H impregnation resins (1600V

peak-to-peak voltage pulse capacity and rise edge ts >

0.1µs at motor terminals). Table (C15) shows the typical

torque/speed curves referred to S1 duty for motors with

base frequency fb = 60 Hz.

Because ventilation is somewhat impaired in operation

at lower frequencies (approx. 30 Hz), standard motors

with incorporated fan (IC411) require adequate torque

derating or - alternately - the addition of a separate

supply fan cooling.

Above base frequency, upon reaching the maximum

output voltage of the inverter, the motor enters a

steady-power field of operation, and shaft torque drops

with ratio (f/fb).

As motor maximum torque decreases with (f/fb)2, the al-

lowed overloading must be reduced progressively.

Table (C16) reports the mechanical limit speed for mo-

tor operation above rated frequency:

n [rpm]

2p 4p 6p

� BN 112 M05…M3 5200 4000 3000

BN 132...BN 200L M4, M5 4500 4000 3000

Above rated speed, motors generate increased me-

chanical vibration and fan noise. Class R rotor balancing

is highly recommended in these applications. Installing a

separate supply fan cooling may also be advisable.

Indipendent fan cooling and brake (if fitted) must always

be connected direct to mains power supply.

Permissible starts per hour Z

The rating charts of brakemotors lend the permitted

number of starts Z0, based on 50% intermittence and for

unloaded operation.

The catalogue value represents the maximum number

of starts per hour for the motor without exceeding the

rated temperature for the insulation class F.

To give a practical example for an application character-

ized by inertia Jc, drawing power Pr and requiring mean

torque at start-up TL the actual number of starts per hour

for the motor can be calculated approximately through

the following equation:

Z =Z x K x K

K

0 c d

J

where:

K =J + J

JJ

m c

m

=inertia factor

K =T - T

Tc

a L

a

= torque factor

Kd = load factor (see table C16)

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(C15)

(C16)

(C17)

208

If actual starts per hour is within permitted value (Z) it

may be worth checking that braking work is compatible

with brake (thermal) capacity Wmax also given in table

(C22) and dependent on the number of switches (s/h).

3.5 BRAKE MOTORS

Operation

Versions with incorporated brake use spring-applied DC

(FD option) or AC (FA option) brakes.

All brakes are designed to provide fail-safe operation,

meaning that they are applied by spring-action in the

event of a power failure.

Key:

�brake disc

�disc carrier

�pressure plate

�brake coil

�motor rear shield

�brake springs

When power is disconnected, the springs push the ar-

mature plate against the brake disc. The disc becomes

trapped between the armature plate and motor shield

and stops the shaft from rotating.

When the coil is energized, a magnetic field attracts the

armature plate, so that the brake disc – which is integral

with the motor shaft – is released.

Most significant features

• High braking torques (normally Tb � 2 Tn), braking

torque adjustment.

• Steel brake disc with double friction lining (low-wear,

asbestos-free lining).

• Hexagonal socket head on motor shaft end (N.D.E.)

for manual rotation (not compatible with options PS,

RC, TC, U1, U2, EN1, EN2, EN3).

• Manual release lever.

• Corrosion-proof treatment on all brake surfaces.

• Class F insulation

(C18)

209

Direct current electromagnetic brake bolted onto motor

shield. Preloading springs provide axial positioning of

magnet body.

Brake disc slides axially on steel hub fitted onto motor

shaft with anti-vibration spring.

Brake torque factory setting is indicated in the corre-

sponding motor rating charts.

Braking torque may be modified by changing the type

and/or number of springs.

At request, motors may be equipped with manual re-

lease lever with automatic return (R) or system for hold-

ing brake in the released position (RM).

See table (C33) for available release lever locations.

FD brakes ensure excellent dynamic performance with

low noise. DC brake operating characteristics may be

optimized to meet application requirements by choosing

from the various rectifier/power supply and wiring con-

nection options available.

(C19)

IP 54 (DEFAULT FOR BRAKE MOTORS) IP 55 (OPTIONAL ON BRAKE MOTORS)

3.6 DC BRAKE MOTORS TYPE BN_FD

Frame sizes: BN 63 … BN 200L

Protection class

Standard protection class is IP54.

Brake motor FD is also available in protection class IP

55, which incorporates the following variants:

� V-ring at N.D.E. of motor shaft

� dust and water-proof rubber boot

� stainless steel shim placed between motor shield

and brake disc

� stainless steel hub

� stainless steel brake disc

FD brake power supply

A rectifier housed into the terminal box feeds the DC

brake coil. Wiring connection across rectifier and brake

coil is performed at the factory.

On single-speed motors, rectifier is pre-wired to the mo-

tor terminal board.

Rectifier standard power supply voltage VB is as indi-

cated in the following table (C20), regardless of mains

frequency:

210

The diode half-wave rectifier (Vdc � 0,45 x Vac) is avail-

able in versions NB, SB, NBR e SBR, as detailed in the

table (C21). Rectifier SB with electronic energizing con-

trol over-energizes the electromagnet upon power-up to

cut brake release response time and then switches to

normal half-wave operation once the brake has been re-

leased.

Use of the SB rectifier is mandatory in the event of:

- high number of operations per hour

- reduced brake release response time

- brake is exposed to extreme thermal stress

2, 4, 6 P 1 speed

BN_FD / M_FD

brake connected to terminalboard power supply

separate powersupply

Vmot ± 10%

3 ~

VB ± 10%

1 ~

BN 63…BN 200 M05...M5 230/460 V – 60 Hz 230 V standard specify VBSA or VBSD

Rectifiers NBR or SBR are available for applications re-

quiring quick brake release response.

These rectifiers complement the NB and SB types as

their electronic circuit incorporates a static switch that

de-energizes the brake quickly in the event voltage is

missing.

This arrangement ensures short brake release response

time with no need for additional external wiring and con-

tacts.

Optimum performance of rectifiers NBR and SBR is

achieved with separate brake power supply.

Available voltages: 230V ± 10%.

(C20)

(C21)

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(*) t2c < t2r < t2

Brake

Standard At request

BN 63 M05 FD 02

NB

SB,

SBR,

NBR

BN 71 M1

FD 03

FD 53

BN 80 M2 FD 04

BN 90S — FD 14

BN 90L — FD 05

BN 100

M3

FD 15

— FD 55

SB SBR

BN 112 — FD 06S

BN 132...160MR M4 FD 56

BN 160L - BN 180M M5 FD 06

BN 180L - NM 200L — FD 07

211

BrakeBrake torqueTb [lb·in]

Release BrakingWmax per each brake

operationW P

Springs t1 t1s t2 t2c [lb·ft]

6 4 2 [ms] [ms] [ms] [ms] 10 s/h 100 s/h 1000 s/h [lb·ftx106] [W]

FD02 — 31 15 30 15 80 9 3300 1050 130 11 17

FD03 44 31 15 50 20 100 12

5200 1400 170 18 24

FD53 66 44 22 60 30 100 12

FD04

133 88 44 80 35 140 15 7400 2300 260 27 33

FD14

FD05 354 230 115 130 65 170 20

13300 3300 370 37 45FD15 354 230 115 130 65 170 20

FD55 487 327 159 — 65 170 20

FD06S 831 354 177 — 80 220 25 15000 3500 400 52 55

FD56

—

664 327

—

90 150 20

21500 5500 600 59 65

FD06 885 443 100 150 20

FD07 1328 885 443 — 120 200 25 29500 6900 750 96 65

FD08* 2200 1770 1500 — 140 350 30 44500 10300 1100 170 100

FD09** 3540 2650 1770 — 200 450 40 51500 7600 1250 170 120

(C22)

Key:

t1 = brake release time with half-wave rectifier

t1s = brake release time with over-energizing rectifier

t2 = brake engagement time with AC line disconnect

and separate power supply

t2c = brake engagement time with AC and DC line

disconnect.

Values for t1, t1s, t2, t2c indicated in the tab. (C23)

are referred to brake set at maximum torque,

medium air gap and rated voltage

Wmax = max energy per each brake operation

W = braking energy between two successive

air gap adjustments

Pb = brake power absorption at normal ambient

temperature

Tb = static braking torque (±15%)

[s/h] = starts per hour

� brake torque values obtained with 9, 7 and 6 springs,

respectively

�� brake torque values obtained with 12, 9 and 6

springs, respectively

FD brake technical specifications

The table (C22) shows the technical specifications of DC brakes type FD.

212

(C23) (C24) (C25) (C26)

Brake supply from motor

terminals and A.C. line dis-

connect. Longer stop time

t2, dependent on motor

time constants. Use when

no particular braking per-

formance is required.

Separate power supply to

brake coil and A.C. line

disconnect.

Stopping time is independ-

ent on motor. See table

C22

Brake coil energized from

motor terminals, both A.C.

and D.C. line switch off.

Rapid stopping time, t2c.

See table C22

Separate power supply to

brake coil. Both A.C. and

D.C. line disconnect.

Rapid stopping time to t2cvalue, see table C22

CoilCoil Coil Coil

FD brake connections

On standard single-speed motors, the rectifier is con-

nected to the motor terminal board at the factory.

Because the load is of the inductive type, brake con-

trol and DC line switch must use contacts from the

usage class AC-3 to IEC 60947-4-1.

213

Frame sizes: BN 63 … BN 180M

Electromagnetic brake operates from three-phase alter-

nated current power supply and is bolted onto motor

rear shield. Preloaded springs provide axial positioning

of the magnet body.

Steel brake disc slides axially on steel hub fitted onto

motor shaft with anti-vibration spring.

Brake torque factory setting is indicated in the corre-

sponding motor rating charts.

Spring preloading screws provide stepless braking

torque adjustment.

Torque adjustment range is 30% TbMAX < Tb < TbMAX

(where TbMAX is maximum braking torque as shown in

tab. (C29).

Thanks to their high dynamic characteristics, FA brakes

are ideal for heavy-duty applications as well as applica-

tions requiring frequent stop/starts and fast response

time.

Motors may be equipped with manual release lever with

automatic return (R) at request. See table (C33) for

available lever locations.

(C27)

IP 54 IP 55

Degree of protection

Standard degree of protection is IP54.

Brake motor BN_FA is also available with degree of pro-

tection IP 55, which incorporates the following variants:

- V-ring at N.D.E. of motor shaft

- water-proof rubber grommet

- O-ring

3.7 AC BRAKE MOTORS TYPE BN_FA

214

Key:

Tb = max static braking torque (±15%)

t1 = brake release time

t2 = brake engagement time

Wmax = max energy per brake operation (brake thermalcapacity)

W = braking energy between two successive air gapadjustments

Brake Brake torque Release Braking Wmax W Pb

Tb t1 t2 [lb·ft]

[lb·in] [ms] [ms] 10 s/h 100 s/h 1000 s/h [lb·ftx106] [VA]

FA 02 31 4 20 4500 1400 180 15 60

FA 03 66 4 40 7000 1900 230 25 80

FA 04133 6 60 10000 3100 350 30 110

FA 14

FA 05354 8 90 18000 4500 500 50 250

FA 15

FA 06S 530 16 120 20000 4800 550 70 470

FA 06 663 16 140 29000 7400 800 80 550

FA 07 1328 16 180 40000 9300 1000 130 600

FA 08 2200 20 200 60000 14000 1500 230 1200

(C29)

Pb = power drawn by brake at 20° (50 Hz)

[s/h] = starts per hour

NOTE

Values t1 and t2 in the table refer to a brake set at ratedtorque, medium air gap and rated voltage.

Technical specifications of FA brakes

Depending on motor voltage the brake may require the

supply voltage to be specified, or not, as detailed in the

(C28)

Motor voltage - Vmot Brake voltage - VB Specify Brake wiring scherme

230/460 V YY/Y

60 Hz

230 � - 60 Hz 230SA � Connected

460 Y - 60 Hz 460SA Y Connected

330/575 V �/Y

60 Hz

330/575 V �/Y

60 Hz

not

required

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Motor terminal board Auxiliary terminal board

diagram below. Special voltages in the 24...690 V range

may be available on request.

FA brake power supply

215

3.8 - BRAKE RELEASE SYSTEMS

Spring-applied brakes type FD and FA may be

equipped with optional manual release devices. These

are typically used for manually releasing the brake be-

fore servicing any machine or plant parts operated by

the motor.

A return spring brings the release lever back in the origi-

nal position.

On motors type BN_FD, it the option RM is specified,

the release lever may be locked in the ”release” position

by tightening the lever until lever end becomes engaged

with a brake housing projection.

R(C30)

RM(C31)

The availability for the two lever options is charted here

below:

R RM

BN_FD BN 63...BN 200 BN 63...BN 160MR

M_FD M 05...M 5 M 05...M 4LC

BN_FA BN 63...BN 180M

n.a.

M_FA M 05...M 5

Release lever arrangement

Unless otherwise specified, the release lever is located

90° away from the terminal box – identified by letters

[AB] in the diagram below – in a clockwise direction on

both options R and RM.

Alternative lever positions [AA], [AC] and [AD] are also

possible when the corresponding option is specified:

Fly-wheel data (F1)

The table below shows values of weight and inertia of

flywheel (option F1). Overall dimensions of motors re-

main unchanged. The option is available for DC

brake-motors only.

(C33)

AA

AC

AD

(C32)

216

Main data for flywheel

Fly-wheel

weight

Fly-wheel

inertia

[lbs] [lb • ft2] x 10

-5

BN 63 M05 0.31 2.7

BN 71 M1 0.51 5.7

BN 80 M2 0.76 11.4

BN 90BN 90 L

– 1.14 22.3

BN 100 M3 1.58 35.4

BN 112 – 2.19 62.4

BN 132 SBN 132 M

M4 2.81 108.6

3.9 - OPTIONS

Thermal protective devices

In addition to the standard protection provided by the

magneto-thermal device, motors can be supplied with

built-in thermal probes to protect the winding against

overheating caused, by insufficient ventilation or by an

intermittent duty.

This additional protection should always be specified for

servoventilated motors (IC416).

Thermistors

These are semi-conductors having rapid resistance vari-

ation when they are close to the rated switch off temper-

ature.

Variations of the R = f(T) characteristic are specified

under DIN 44081, IEC 34-11 Standards.

These elements feature several advantages: compact di-

mensions, rapid response time and, being contact-free,

absolutely no wear.

Positive temperature coefficient thermistors are normally

used (also known as PTC “cold conductor resistors”).

Unlike bimetallic thermostates, they cannot directly in-

tervene on currents of energizing coils, and must there-

fore be connected to a special control unit (triggering

apparatus) to be interfaced with the external connec-

tions.

Thus protected, three PTCs connected in series are in-

stalled in the winding, the terminals of which are located

on the auxiliary terminal-board.

Bimetallic thermostates

These types of protective devices house a bimetal disk.

When the rated switch off temperature is reached, the

disk switches the contacts from their initial rest position.

As temperature falls, the disk and the contacts automati-

cally return to rest position.

Three bimetallic thermostates connected in series are

usually employed, with normally closed contacts. The ter-

minals are located in an auxiliary terminal-board.

Anti-condensation heaters

Where an application involves high humidity or extreme

temperature fluctuation, motors may be equipped with

an anti-condensate heater.

A single-phase power supply is available in the auxiliary

terminal board inside the main terminal box. Values for

the absorbed power are listed here below:

H1

1~ 230V ± 10%

P [W]

BN 56...BN 80 M0...M2 10

BN 90...BN 160MR M3 - M4 25

BN 160M...BN 180M M5 50

BN 180L...BN 200L – 50

Warning!

Always disconnect power supply to the anti-

condensante heater before operating the motor.

E3

H1

(C34)

(C35)

217

Second shaft extension

This option is not compatible with variants RC, TC, U1,

U2, EN1, EN2, EN3. For shaft dimensions please see

motor dimensions tables.

Backstop device

For applications where backdriving must be avoided, a

backstop device on the motor itself is available for

gearmotors with integral M Series motors.

While allowing rotation in the direction required, this de-

vice operates instantaneously in case of a power failure,

preventing the shaft from running back.

The anti run-back device is life lubricated with special

grease for this specific application.

When ordering, customers should indicate the required

rotation direction, AL or AR, Table (C37) shows the di-

rection of free rotation of the gearbox, on the basis of

which the correct option must be selected.

Never use the anti run-back device to prevent reverse ro-

tation caused by faulty electrical connection.

Table (C38) shows rated and maximum locking torques

for the anti run-back devices.

A diagram of the device can be seen in Table (C39).

Overall dimensions are same as the corresponding

brake motor.

PS

AR

(C39)

Rated lockingtorque

Max. lockingtorque

Releasespeed

[lb·in] [lb·in] [rpm]

M1 53 90 750

M2 140 240 650

M3 480 815 520

M4 970 1815 430

(C38)

AL

PS

(C36)

(C37)

218

Ventilation

Motors are cooled through outer air blow (IC 411 ac-

cording to CEI EN 60034-6) and are equipped with a

plastic radial fan, which operates in both directions.

Ensure that fan cover is installed at a suitable distance

from the closest wall so to allow air circulation and ser-

vicing of motor and brake, if fitted.

On request, motors can be supplied with independently

power-supplied forced ventilation system starting from

BN 71 or M1 size.

Motor is cooled by an axial fan with independent power

supply and fitted on the fan cover (IC 416 cooling system).

This option comes handy for inverter driven motors so

that constant torque operation is possible even at low

speed or when high starting frequencies are needed.

Motors with rear shaft projection (PS option) are ex-

cluded.

Power supply

V a.c.

± 10%Hz P [W] I [A]

BN 71 M1

1~ 230

50 / 60

22 0.12

BN 80 M2 22 0.12

BN 90 – 40 0.30

BN 100 (*) M3 50 0.25

BN 112 –

3~ 230 � /400Y

50 0.26 / 0.15

BN 132S M4S

110 0.38 / 0.22BN 132M...BN160MR

M4L

BN 160...BN 180M

M5 3~460 60 210 1.25 / 0.72

This variant features two options, designated U1 and

U2, having the same length overall.

Longer side of fan cover (�L) is specified for both mod-

els in the table below. Overall dimension can be reck-

oned from motor size table.

(C40)

(C41)

Extra length for servoventilated motors [in]

� L1add for standard motor

� L2add for brakemotor

BN 71 M1 3.66 1.26

BN 80 M2 5.00 2.17

BN 90 – 5.16 1.89

BN 100 M3 4.69 1.10

BN 112 – 5.12 1.22

BN 132S M4S 6.34 2.01

BN 132M M4L 6.34 2.01

Fan wiring terminals are housed in a separate terminal

box.

In brake motors of size BN 71...BN 160MR, with U1

model, the release lever cannot be positioned to AA.

Fan terminals are wired in the motor terminal box.

The U2 option does not apply to motors BN 160 through

BN 200L, with the only exception of motor BN 160MR

for which the option is available instead and to motors

with option CUS (compliant to norms CSA and UL)..

(*)

V a.c. ± 10% HzP[W]

I[A]

BN 100_U2 M33~ 230 �

��Y50/60 40 0.12 / 0.09

U2

U1

(C42)

219

Drip cover

The drip cover protects the motor from dripping and

avoids the ingress of solid bodies. It is recommended

when motor is installed in a vertical position with the

shaft downwards. Relevant dimensions are indicated in

the table (C43). The drip cover is not compatible with

variants PS, EN1, EN2, EN3.

AQ �V

[in] [in]

BN 63 M05 4.65 0.95

BN 71 M1 5.28 1.06

BN 80 M2 5.98 0.98

BN 90 – 6.61 1.18

BN 100 M3 7.48 1.10

BN 112 – 8.31 1.26

BN 132...BN 160MR M4 10.00 1.26

BN 160M...BN 180M M5 11.89 1.42

BN 180L...BN 200L – 13.39 1.42

Textile canopy

Option TC is a cover variant for textile industry environ-

ments, where lint may obstruct the fan grid and prevent

a regular flow of cooling air.

This option is not compatible with variants EN1, EN2,

EN3. Overall dimensions are the same as drip cover

type RC.

(C43)

(C44)

RC Feedback units

Motors may be combined with three different types of

encoders to achieve feedback circuits.

Configurations with double-extended shaft (PS) and rain

canopy (RC, TC) are not compatible with the installation

of the encoder.

Incremental encoder, VIN= 5 V, line-driver output RS

422.

Incremental encoder, VIN=10-30 V, line-driver output RS

422.

Incremental encoder, VIN=12-30 V, push-pull output

12-30 V.

EN1 EN2 EN3

Interface RS 422 RS 422 push-pull

Power supply voltage [V] 4...6 10...30 12...30

Output voltage [V] 5 5 12...30

No-load operating current [mA] 120 100 100

No. of pulses per revolution 1024

No. of signals 6 (A, B, C + inverted signals)

Max. output frequency [kHz] 300 300 200

Max. speed [rpm] 600 (900 rpm x 10s)

Temperature range [°C] -20...+70

Protection class IP 65

TC

EN3

EN2

EN1

(C45)

220

If the encoder device (options EN1, EN2, EN3) is speci-

fied on motors BN71...BN160MR and M1...M4, along

with the independent fan cooling (options U1, U2), the

extra length of motor is coincident with that of the corre-

spondent U1 and U2 execution.

EN1, EN2, EN3

BN 63...BN 200L M05...M5

BN 63_FD...BN 200L_FD M05_FD...M5_FD

BN 63_FA...BN 200L_FA M05_FA...M5_FA

(C46)

EN_ + U1

L3

BN 160M...BN 180M M5 2.835

BN 180L...BN 200L - 3.228

BN 160M_FD...BN 180M_FD M5_FD 1.378

BN 180L_FD...BN 200L_FD - 1.614

(C47)

221

3.10

COMPACTMOTORRATINGCHARTS

2POLE-3600rpm

-S1

60Hz

0.25

0.18

M05A

23380

4.7

60

0.74

0.53

4.1

3.0

3.2

0.0048

0.0062

7.1

FD02

15

2700

3300

10.8

FA02

15

3300

10.4

0.33

0.25

M05B

23400

6.1

65

0.75

0.63

4.9

3.2

3.3

0.0055

0.0071

7.9

FD02

15

2700

3300

11.7

FA02

15

3300

11.2

0.5

0.37

M05C

23420

9.2

69

0.76

0.89

5.5

3.3

3.5

0.0062

0.0078

10.6

FD02

30

2500

3000

14.3

FA02

30

3000

13.9

0.75

0.55

M1SD

23450

13.7

76

0.75

1.23

6.2

3.4

3.9

0.0097

0.0126

12.8

FD03

44

2200

2700

18.7

FA03

44

2700

18.1

10.75

M1LA

23440

18.3

77

0.75

1.62

6.2

3.8

4.1

0.0119

0.0145

15.2

FD03

44

1500

2100

21

FA03

44

2100

21

1.5

1.1

M2SA

23430

27.6

77

0.76

2.40

6.2

3.8

3.9

0.0214

0.0252

19.4

FD04

88

1200

1600

28

FA04

88

1600

28

21.5

M2SB

23420

36.8

80

0.81

2.89

6.0

3.3

3.5

0.0271

0.0309

23

FD04

133

1000

1300

32

FA04

133

1300

32

32.2

M3SA

23430

55

81

0.83

4.2

6.0

2.4

2.5

0.0570

0.0665

34

FD15

230

800

1000

49

FA15

230

1000

51

53.7

M3LB

23490

92

84

0.83

6.7

6.7

2.9

3.2

0.0926

0.102

49

FD15

354

360

500

62

FA15

354

500

64

7.5

5.5

M4SA

23490

135

83

0.86

9.8

6.4

2.7

3.0

0.240

0.266

72

FD06

440

400

101

FA06

440

400

104

10

7.5

M4SB

23490

181

82

0.88

13.0

6.2

2.8

3.2

0.318

0.344

88

FD06

440

350

117

FA06

440

350

143

15

11

M4LC

23510

271

87

0.88

18.3

6.9

2.7

3.0

0.499

132

20

15

M5SB

23510

359

86

0.90

24.2

6.0

2.5

2.7

0.808

154

25

18.5

M5SC

23520

449

88

0.91

29.2

6.9

2.8

3.0

0.998

183

30

22

M5LA

23520

537

88

0.91

35.1

6.9

2.8

3.1

1.164

209

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Weight

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Weight

lbs

hp

kW

rpm

lb�in

%A

1)

2)

1)

lb�in

NB

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2)

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222

4POLE-1800rpm

-S1

60Hz

0.12

0.09

M0B

41670

4.5

59

0.52

0.37

2.8

2.9

2.9

0.0036

6.4

0.16

0.12

M05A

41690

6.0

60

0.57

0.44

3.3

2.4

2.5

0.0048

0.0062

7.1

FD02

15

7000

9000

10.8

FA02

15

9000

10.4

0.25

0.18

M05B

41670

9.4

58

0.60

0.65

3.2

2.8

2.9

0.0055

0.0071

7.9

FD02

30

7000

9000

11.7

FA02

30

9000

11.2

0.33

0.25

M05C

41670

12.4

64

0.64

0.77

3.3

2.5

2.6

0.0078

0.0093

10.6

FD02

30

6000

8000

14.3

FA02

30

8000

13.9

0.50

0.37

M1SD

41700

18.5

66

0.73

0.96

4.5

2.6

2.8

0.0164

0.0190

12.1

FD03

44

4800

7500

18.1

FA03

44

7500

17.4

0.75

0.55

M1LA

41710

27.6

72

0.70

1.37

4.9

3.0

3.1

0.0216

0.0242

15.2

FD53

66

3400

7000

21

FA53

66

7000

21

10.75

M2SA

41720

36.6

78

0.75

1.61

6.2

3.4

3.5

0.0482

0.0523

20

FD04

133

3000

6000

29

FA04

133

6000

29

1.5

1.1

M2SB

41720

55

78

0.76

2.33

6.3

3.4

3.5

0.0594

0.0641

23

FD04

133

2000

4200

32

FA04

133

4200

32

21.5

M3SA

41720

73

82

0.73

3.15

5.7

2.9

3.3

0.0808

0.0903

34

FD15

230

1500

3000

49

FA15

230

3000

51

32.2

M3LA

41720

110

81

0.73

4.67

5.5

2.7

2.9

0.0960

0.105

37

FD15

354

1000

2700

53

FA15

354

2700

53

53.7

M3LC

41730

182

84

0.74

7.5

5.6

2.8

3.1

0.145

0.154

51

FD55

480

1200

64

FA55

480

1200

66

7.5

5.5

M4SA

41730

273

84

0.84

9.8

6.3

2.9

3.1

0.506

0.530

93

FD56

664

850

121

FA06

664

850

124

10

7.5

M4LA

41740

362

85

0.84

13.2

6.1

2.9

3.0

0.641

0.665

112

FD06

885

700

141

FA06

885

700

143

15

11

M4LC

41740

543

88

0.81

19.4

6.5

3.1

3.2

0.855

0.907

143

FD07

1328

600

179

FA07

1328

600

183

20

15

M5SB

41750

720

90

0.84

24.9

5.8

2.3

2.7

1.544

1.781

187

FD08

1770

400

254

FA08

1770

400

251

25

18.5

M5LA

41760

895

90

0.83

31.1

5.8

2.5

3.1

1.876

2.054

223

FD08

2210

300

289

FA08

2210

300

287

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withoutbrake

2)

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rpm

lb�in

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2)

1)

lb�in

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2)

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223

6POLE-1200rpm

-S1

60Hz

0.12

0.09

M05A

61100

6.9

47

0.46

0.52

2.4

2.9

2.9

0.0081

0.0095

9.5

FD02

30

7000

10000

13.2

FA02

30

10000

12.8

0.16

0.12

M05B

61100

9.2

49

0.54

0.57

2.3

2.4

2.4

0.0088

0.0102

10.1

FD02

30

7000

10000

13.9

FA02

30

10000

13.4

0.25

0.18

M1SC

61100

14.3

61

0.65

0.57

3.3

2.6

2.8

0.0200

0.0226

11.2

FD03

44

6500

10000

17.2

FA03

44

10000

16.5

0.33

0.25

M1SD

61100

18.9

64

0.65

0.75

3.2

2.6

2.7

0.0259

0.0290

13.9

FD03

44

6200

8000

19.8

FA03

44

8000

19.2

0.50

0.37

M1LA

61100

28.6

66

0.65

1.08

3.3

2.6

2.7

0.0306

0.0330

16.1

FD53

66

4000

7000

22

FA03

66

7000

21

0.75

0.55

M2SA

61140

41.4

76

0.66

1.38

4.9

3.2

3.4

0.0594

0.0641

23

FD04

133

3800

5000

32

FA04

133

5000

32

10.75

M2SB

61140

55

76

0.61

2.03

4.4

2.8

3.0

0.0665

0.0713

25

FD04

133

2700

5000

34

FA04

133

5000

34

1.5

1.1

M3SA

61140

83

74

0.68

2.74

4.4

2.4

2.8

0.147

0.157

37

FD15

230

2300

4500

51

FA15

230

4500

53

21.5

M3LA

61140

111

76

0.66

3.75

4.5

2.4

2.8

0.195

0.204

46

FD15

354

1500

3000

60

FA15

354

3000

62

32.2

M3LC

61140

166

77

0.68

5.3

5.1

2.6

2.9

0.226

0.235

51

FD55

480

1500

64

FA15

480

1500

66

53.7

M4LA

61150

274

80

0.79

7.3

6.1

2.5

3.1

0.701

0.724

95

FD06

885

900

123

FA06

885

900

126

7.5

5.5

M4LB

61140

414

82

0.75

11.2

5.4

2.7

2.9

0.910

0.964

119

FD07

1328

800

154

FA07

1328

800

159

10

7.5

M5SA

61160

543

85

0.82

13.5

5.8

2.3

2.8

1.758

1.936

152

FD08

1500

550

216

FA08

1500

550

216

15

11

M5SB

61160

815

84

0.83

19.8

5.8

2.5

2.9

2.304

2.482

196

FD08

1770

400

262

FA08

1770

400

260

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withoutbrake

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Weight

lbs

hp

kW

rpm

lb�in

%A

1)

2)

1)

lb�in

NB

SB

2)

lb�in

2)

224

2POLE-3000rpm

-S1

50Hz

0.25

0.18

M05A

22730

5.6

60

0.77

0.56

3.0

2.1

2.0

0.00480.0062

7.1

FD02

15

3900

4800

10.8

FA02

15

4800

10.4

0.33

0.25

M05B

22740

7.7

66

0.76

0.72

3.3

2.3

2.3

0.00550.0071

7.9

FD02

15

3900

4800

11.7

FA02

15

4800

11.2

0.5

0.37

M05C

22800

11.2

69

0.78

0.99

3.9

2.6

2.6

0.00620.0078

10.6

FD02

30

3600

4500

14.3

FA02

30

4500

13.9

0.75

0.55

M1SD

22820

16.5

76

0.76

1.37

5.0

2.9

2.8

0.00970.0126

12.8

FD03

44

2900

4200

18.7

FA03

44

4200

18.1

10.75

M1LA

22810

23.0

77

0.76

1.86

5.1

3.1

2.8

0.01190.0145

15.2

FD03

44

1900

3300

21

FA03

44

3300

21

1.5

1.1

M2SA

22800

33.6

76

0.81

2.57

4.8

2.8

2.4

0.02140.0252

19.4

FD04

88

1500

3000

26

FA04

88

3000

28

21.5

M2SB

22800

45

79

0.81

3.4

4.9

2.7

2.4

0.02710.0309

23

FD04

133

1300

2600

22

FA04

133

2600

32

32.2

M3SA

22850

65

80

0.78

5.1

5.2

2.1

1.8

0.05700.0665

34

FD15

230

1100

2400

49

FA15

230

2400

51

5.5

4M3LB

22870

118

84

0.8

8.6

5.9

2.7

2.5

0.0926

0.102

49

FD15

354

450

900

62

FA15

354

900

64

7.5

5.5

M4SA

22890

161

86

0.84

11.0

6.0

2.6

2.2

0.240

0.266

73

FD06

440

600

101

FA06

440

600

104

10

7.5

M4SB

22900

221

87

0.85

14.6

6.4

2.6

2.2

0.318

0.344

88

FD06

440

550

117

FA06

440

550

119

15

11

M4LC

22920

319

89

0.88

20.2

7.0

2.9

2.5

0.499

132

20

15

M5SB

22930

434

90

0.86

28.1

7.1

2.6

2.3

0.808

154

25

18.5

M5SC

22930

531

90

0.86

34

7.6

2.7

2.3

0.998

183

30

22

M5LA

22930

637

91

0.88

40

7.8

2.6

2.4

1.164

209

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Weight

lbs

hp

kW

rpm

lb�in

%A

1)

2)

1)

lb�in

NB

SB

2)

lb�in

2)

1)

withoutbrake

2)

withbrake

225

4POLE-1500rpm

-S1

50Hz

0.12

0.09

M0B

41350

5.7

52

0.60

0.42

2.6

2.5

2.4

0.0036

6.4

0.16

0.12

M05A

41350

7.5

60

0.62

0.47

2.6

1.9

1.8

0.00480.0062

7.1

FD02

15.5

10000

13000

10.8

FA02

15.5

13000

10.4

0.25

0.18

M05B

41320

11.5

55

0.67

0.71

2.6

2.2

2.0

0.00550.0071

7.9

FD02

31.0

10000

13000

11.7

FA02

31.0

13000

11.2

0.33

0.25

M05C

41340

15.8

65

0.69

0.80

2.7

2.1

1.9

0.00780.0093

10.6

FD02

31.0

7800

10000

14.3

FA02

31.0

10000

13.9

0.50

0.37

M1SD

41370

23.0

67

0.76

1.05

3.7

21.9

0.01640.0190

12.1

FD03

44.3

6000

9400

18.1

FA03

44.3

9400

17.4

0.75

0.55

M1LA

41380

33.6

69

0.74

1.55

4.1

2.3

2.3

0.02160.0242

15.2

FD53

66

4300

8700

21

FA03

66

8700

21

10.75

M2SA

41400

45.1

75

0.78

1.85

4.9

2.7

2.5

0.04820.0523

20

FD04

133

4100

7800

29

FA04

133

7800

29

1.5

1.1

M2SB

41400

66

76

0.78

2.66

5.1

2.8

2.5

0.05940.0641

23

FD04

133

2600

5300

32

FA04

133

5300

32

21.5

M3SA

41410

90

80

0.77

3.5

4.6

2.1

2.1

0.08080.0903

34

FD15

230

2800

4900

49

FA15

230

4900

51

32.2

M3LA

41410

132

81

0.75

5.2

4.5

2.2

2.0

0.0960

0.105

37

FD15

354

2600

4700

53

FA15

354

4700

53

5.5

4M3LC

41400

239

83

0.78

9.0

4.7

2.3

2.2

0.145

0.154

51

FD55

487

1300

64

FA15

487

1300

66

7.5

5.5

M4SA

41440

319

86

0.80

11.5

5.5

2.3

2.2

0.506

0.530

93

FD56

664

1050

121

FA06

664

1050

123

10

7.5

M4LA

41440

443

87

0.80

15.6

5.7

2.5

2.4

0.641

0.665

112

FD06

885

950

141

FA07

885

950

143

15

11

M4LC

41440

646

88

0.81

22.2

5.9

2.7

2.5

0.855

0.907

143

FD07

1328

850

179

FA07

1328

850

183

20

15

M5SB

41460

867

90

0.81

29.7

5.9

2.3

2.1

1.544

1.781

187

FD08

1770

750

254

FA08

1770

750

251

25

18.5

M5LA

41460

1071

90

0.81

37

6.2

2.6

2.5

1.876

2.054

223

FD08

2213

700

289

FA08

2213

700

287

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withoutbrake

2)

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23420

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23480

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23490

135

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23490

181

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23510

271

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41710

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41720

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41730

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362

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BN160MR

41740

543

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19.4

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600

190

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194

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BN160L

41750

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24.8

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218

FD08

1770

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284

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282

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41760

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61100

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61160

543

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22880

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82.7

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319

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lb�in

2)

231

4POLE-1500rpm

-S1

50Hz

0.08

0.06

BN56A

41340

3.8

46.8

0.65

0.28

2.6

2.3

2.0

0.0036

6.8

0.12

0.09

BN56B

41350

5.7

51.7

0.60

0.42

2.6

2.5

2.4

0.0036

6.8

0.16

0.12

BN63A

41350

7.5

59.8

0.62

0.47

2.6

1.9

1.8

0.00480.0062

7.7

FD02

15

10000

13000

11.5

FA02

15

13000

11.0

0.25

0.18

BN63B

41320

11.5

54.8

0.67

0.71

2.6

2.2

2.0

0.00550.0071

8.6

FD02

30

10000

13000

12.3

FA02

30

13000

11.9

0.33

0.25

BN71A

41380

15.3

63.7

0.73

0.78

3.3

1.9

1.7

0.01380.0164

11.2

FD03

30

7700

11000

17.2

FA03

30

11000

16.5

0.50

0.37

BN71B

41370

23.0

66.8

0.76

1.05

3.7

2.0

1.9

0.01640.0190

13.0

FD03

44

6000

9400

19.0

FA03

44

9400

18.3

0.75

0.55

BN80A

41390

33.6

72.0

0.77

1.43

4.1

2.3

2.0

0.03560.0394

18.1

FD04

89

4100

8000

27

FA04

89

8000

26

10.75

BN80B

41400

45

75.0

0.78

1.85

4.9

2.7

2.5

0.04820.0523

22

FD04

133

4100

7800

30

FA04

133

7800

30

1.5

1.1

BN90S

41400

66

76.5

0.77

2.70

4.6

2.6

2.2

0.04990.0546

27

FD14

133

4800

8000

36

FA14

133

8000

36

21.5

BN90LA

41390

91

78.7

0.77

3.6

5.3

2.8

2.4

0.06650.0760

30

FD05

230

3400

6000

43

FA05

230

6000

45

32.2

BN100LA

41410

132

81.1

0.75

5.2

4.5

2.2

2.0

0.0960

0.105

40

FD15

354

2600

4700

55

FA15

354

4700

55

43

BN100LB

41410

177

82.6

0.77

6.8

52.3

2.2

0.128

0.154

49

FD15

354

2400

4400

62

FA15

354

4400

64

5.5

4BN112M

41430

239

84.4

0.81

8.4

5.6

2.7

2.5

0.233

0.254

66

FD06S

530

—1400

88

FA06S

530

2100

93

7.5

5.5

BN132S

41440

319

86.3

0.80

11.5

5.5

2.3

2.2

0.506

0.530

97

FD56

664

—1050

126

FA06

664

1200

128

10

7.5

BN132MA

41440

443

87.0

0.80

15.6

5.7

2.5

2.4

0.641

0.665

117

FD06

885

—950

146

FA07

885

1000

157

15

11

BN160MR

41440

646

88.4

0.81

22.2

5.9

2.7

2.5

0.855

0.907

154

FD07

1328

—850

190

FA07

1328

850

194

20

15

BN160L

41460

867

89.9

0.81

29.7

5.9

2.3

2.1

1.544

1.722

218

FD08

1770

—750

284

FA08

1770

750

282

25

18.5

BN180M

41460

1071

90.0

0.81

37

6.2

2.6

2.5

1.876

2.054

254

FD08

2210

—700

320

FA08

2210

700

317

1)

withoutbrake

2)

withbrake

Pn

nTn

�cos

�I n

at400V

I Is n

T T

s n

T T

k n

Jm

lb�ft2

Weight

lbs

Brake

type

Tb

Zo

1/h

rectifier

Weight

lbs

Brake

type

Tb

Zo

1/h

Weight

lbs

hp

kW

rpm

lb�in

%A

1)

2)

1)

lb�in

NB

SB

2)

lb�in

2)

232

6POLE-1000rpm

-S1

50Hz

0.12

0.09

BN63A

6880

8.7

41

0.53

0.60

2.1

2.1

1.8

0.0081

0.0095

4.6

FD02

30

9000

14000

6.3

FA02

30

14000

6.1

0.16

0.12

BN63B

6870

11.7

45

0.60

0.64

2.1

1.9

1.7

0.0088

0.0102

4.9

FD02

30

9000

14000

6.6

FA02

30

14000

6.4

0.25

0.18

BN71A

6900

16.9

56

0.69

0.67

2.6

1.9

1.7

0.0200

0.0226

5.5

FD03

44

8100

13500

8.2

FA03

44

13500

7.9

0.33

0.25

BN71B

6900

23.9

62

0.71

0.82

2.6

1.9

1.7

0.0259

0.0285

6.7

FD03

44

7800

13000

9.4

FA03

44

13000

9.1

0.50

0.37

BN80A

6910

34.5

68

0.68

1.15

3.2

2.2

2.0

0.0499

0.0546

9.9

FD04

88

5200

8500

13.8

FA04

88

8500

13.7

0.75

0.55

BN80B

6920

50

70

0.69

1.64

3.9

2.6

2.2

0.0594

0.0641

11.3

FD04

133

4800

7200

15.2

FA04

133

7200

15.1

10.75

BN90S

6920

69

69

0.68

2.31

3.8

2.4

2.2

0.0618

0.0665

12.6

FD14

133

3400

6500

16.8

FA14

133

6500

16.7

1.5

1.1

BN90L

6920

101

72

0.69

3.2

3.9

2.3

2.0

0.0784

0.0879

15

FD05

230

2700

5000

21

FA05

230

5000

22

21.5

BN100LA

6940

135

73

0.72

4.1

42.1

2.0

0.195

0.204

22

FD15

354

1900

4100

28

FA15

354

4100

29

32.2

BN112M

6940

195

78

0.73

5.6

4.8

2.2

2.0

0.400

0.420

32

FD06S

530

—2100

42

FA06S

530

2100

44

5.5

4BN132MA

6950

354

78

0.77

9.6

5.5

2.0

1.8

0.701

0.724

45

FD06

885

—1200

58

FA07

885

1200

63

7.5

5.5

BN132MB

6945

496

80

0.78

12.7

5.9

2.1

1.9

0.910

0.964

56

FD07

1328

—1050

72

FA07

1328

1050

74

10

7.5

BN160M

6955

664

84

0.81

15.9

5.9

2.2

2.0

1.758

1.936

83

FD08

1500

—900

112

FA08

1500

900

113

15

11

BN160L

6960

965

87

0.81

22.5

6.5

2.5

2.3

2.304

2.482

103

FD08

1770

—800

133

FA08

1770

800

133

1)

withoutbrake

2)

withbrake

Pn

nTn

�cos

�I n

at400V

I Is n

T T

s n

T T

k n

Jm

lb�ft2

Weight

lbs

Brake

type

Tb

Zo

1/h

rectifier

Weight

lbs

Brake

type

Tb

Zo

1/h

Weight

lbs

hp

kW

rpm

lb�in

%A

1)

2)

1)

lb�in

NB

SB

2)

lb�in

2)

233

M

3.12 DIMENSIONS

Rear shaft end Motor

DA EA DB FA GC AC LB LC AF LL J AD

M 00.35 0.79

M30.12 0.40 4.33 5.24 6.10 2.91 3.15 1.65 3.58

9 20 3 10.2 110 133 155 74 80 42 91

M 050.43 0.91

M40.16 0.49 4.76 6.50 7.52 2.91 3.15 1.89 3.74

11 23 4 12.5 121 165 191 74 80 48 95

M 10.55 1.18

M50.20 0.63 5.43 7.36 8.62 2.91 3.15 1.77 4.25

14 30 5 16 138 187 219 74 80 45 108

M 2 S0.75 1.57

M60.24 0.85 6.14 7.95 9.65 2.91 3.15 1.73 4.69

19 40 6 21.5 156 202 245 74 80 44 119

M 3 S1.10 2.36

M100.31 1.22 7.68 9.06 11.54 3.86 3.86 2.11 5.59

28 60 8 31 195 230 293 98 98 53.5 142

M 3 L1.10 2.36

M100.31 1.22 7.68 10.31 12.80 3.86 3.86 2.11 5.59

28 60 8 31 195 262 325 98 98 53.5 142

M 41.50 3.15

M120.39 1.61 10.16 14.21 17.48 4.65 4.65 2.54 7.60

38 80 10 41 258 361 444 118 118 64.5 193

M 4 LC1.50 3.15

M120.39 1.61 10.16 15.59 18.86 4.65 4.65 2.54 7.60

38 80 10 41 258 396 479 118 118 64.5 193

M 5 S1.50 3.15

M120.39 1.61 12.20 16.46 19.76 7.36 7.36 3.03 9.65

38 80 10 41 310 418 502 187 187 77 245

M 5 L1.50 3.15

M120.39 1.61 12.20 18.19 21.50 7.36 7.36 3.03 9.65

38 80 10 41 310 462 546 187 187 77 245

Dimensions areinch

mm

234

M_FD

Dimensions areinch

mm


DA EA DB FA GC AC LB LC AF LL J AD R ES

M 050.43 0.91

M40.16 0.49 4.76 9.09 10.08 3.86 5.24 1.89 4.69 3.78 0.20

11 23 4 12.5 121 231 256 98 133 48 119 96 5

M 10.55 1.18

M50.20 0.63 5.43 9.76 11.02 3.86 5.24 2.87 5.20 4.06 0.20

14 30 5 16 138 248 280 98 133 73 132 103 5

M 2 S0.75 1.57

M60.24 0.85 6.14 10.71 12.36 3.86 5.24 3.46 5.63 5.08 0.20

19 40 6 21.5 156 272 314 98 133 88 143 129 5

M 3 S1.10 2.36

M100.31 1.22 7.68 12.83 15.31 4.33 6.50 4.90 6.10 6.30 0.24

28 60 8 31 195 326 389 110 165 124.5 155 160 6

M 3 L1.10 2.36

M100.31 1.22 7.68 13.90 16.38 4.33 6.50 4.90 6.10 6.30 0.24

28 60 8 31 195 353 416 110 165 124.5 155 160 6

M 41.50 3.15

M120.39 1.61 10.16 18.50 21.77 5.51 7.40 7.30 8.27 8.03 0.24

38 80 10 41 258 470 553 140 188 185.5 210 204 (1) 6

M 4 LC1.50 3.15

M120.39 1.61 10.16 19.49 22.76 5.51 7.40 2.54 8.27 8.90 0.24

38 80 10 41 258 495 578 140 188 64.5 210 226 6

M 5 S1.50 3.15

M120.39 1.61 12.20 21.97 25.28 7.36 7.36 3.03 9.65 10.47

—38 80 10 41 310 558 642 187 187 77 245 266

M 5 L1.50 3.15

M120.39 1.61 12.20 23.70 27.01 7.36 7.36 3.03 9.65 10.47

—38 80 10 41 310 602 686 187 187 77 245 266

1) For FD07 brake value R=226 ES hexagon is not supplied with PS option

235

M_FA

Dimensions areinch

mm


DA EA DB FA GC AC LB LC AF LL J AD R ES

M 050.43 0.91

M40.16 0.49 4.76 9.09 10.08 2.91 3.15 1.89 3.74 4.57 0.20

11 23 4 12.5 121 231 256 74 80 48 95 116 5

M 10.55 1.18

M50.20 0.63 5.43 9.76 11.02 2.91 3.15 2.87 4.25 4.88 0.20

14 30 5 16 138 248 280 74 80 73 108 124 5

M 2 S0.75 1.57

M60.24 0.85 6.14 10.71 12.36 2.91 3.15 3.46 4.69 5.28 0.20

19 40 6 21.5 156 272 314 74 80 88 119 134 5

M 3 S1.10 2.36

M100.31 1.22 7.68 12.83 15.31 3.86 3.86 4.90 5.59 6.30 0.24

28 60 8 31 195 326 389 98 98 124.5 142 160 6

M 3 L1.10 2.36

M100.31 1.22 7.68 13.90 16.38 3.86 3.86 4.90 5.59 6.30 0.24

28 60 8 31 195 353 416 98 98 124.5 142 160 6

M 41.50 3.15

M140.39 1.61 10.16 18.50 21.77 4.65 4.65 7.30 7.60 7.87 0.24

38 80 10 41 258 470 553 118 118 185.5 193 200 (1) 6

M 4 LC1.50 3.15

M140.39 1.61 10.16 19.49 22.76 4.65 4.65 2.54 7.60 8.54 0.24

38 80 10 41 258 495 578 118 118 64.5 193 217 6

M 5 S1.50 3.15

M120.39 1.61 12.20 21.97 25.28 7.36 7.36 3.03 9.65 9.72

—38 80 10 41 310 558 642 187 187 77 245 247

M 5 L1.50 3.15

M120.39 1.61 12.20 23.70 27.01 7.36 7.36 3.03 9.65 9.72

—38 80 10 41 310 602 686 187 187 77 245 247


236

Shaft Flange Motor

D

DA

E

EADB

GA

GC

F

FAM N P S T AC L LB LC AD AF LL V

BN 560.35 0.79

M30.40 0.12 2.56 1.97 3.15

M50.10 4.33 7.28 6.50 8.15 3.58 2.91 3.15 1.34

9 20 10.2 3 65 50 80 2.5 110 185 165 207 91 74 80 34

BN 630.43 0.91

M40.49 0.16 2.95 2.36 3.54

M50.10 4.76 8.15 7.24 9.13 3.74 2.91 3.15 1.02

11 23 12.5 4 75 60 90 2.5 121 207 184 232 95 74 80 26

BN 710.55 1.18

M50.63 0.20 3.35 2.76 4.13

M60.10 5.43 9.80 8.62 11.06 4.25 2.91 3.15 1.46

14 30 16 5 85 70 105 2.5 138 249 219 281 108 74 80 37

BN 800.75 1.57

M60.85 0.24 3.94 3.15 4.72

M60.12 6.14 10.79 9.21 12.40 4.69 2.91 3.15 1.50

19 40 21.5 6 100 80 120 3 156 274 234 315 119 74 80 38

BN 900.94 1.97

M81.06 0.31 4.53 3.74 5.51

M80.12 6.93 12.83 10.87 14.88 5.24 3.86 3.86 1.73

24 50 27 8 115 95 140 3 176 326 276 378 133 98 98 44

BN 1001.10 2.36

M101.22 0.31 5.12 4.33 6.30

M80.14 7.68 14.41 12.05 16.89 5.59 3.86 3.86 1.97

28 60 31 8 130 110 160 3.5 195 366 306 429 142 98 98 50

BN 1121.10 2.36

M101.22 0.31 5.12 4.33 6.30

M80.14 8.62 15.16 12.80 17.64 6.18 3.86 3.86 2.05

28 60 31 8 130 110 160 3.5 219 385 325 448 157 98 98 52

BN 1321.50 3.15

M121.61 0.39 6.50 5.12 7.87

M100.16 10.16 19.41 16.26 22.68 7.60 4.65 4.65 2.28

38 80 41 10 165 130 200 4 258 493 413 576 193 118 118 58

Dimensions areinch

mm

BNIM B14

237

Shaft Flange Motor

D

DA

E

EADB

GA

GC

F

FAM N P S T LA AC L LB LC AD AF LL V

BN 560.35 0.79

M30.40 0.12 3.94 3.15 4.72 0.28 0.12 0.31 4.33 7.28 6.50 8.15 3.58 2.91 3.15 1.34

9 20 10.2 3 100 80 120 7 3 8 110 185 165 207 91 74 80 34

BN 630.43 0.91

M40.49 0.16 4.53 3.74 5.51 0.37 0.12 0.39 4.76 8.15 7.24 9.13 3.74 2.91 3.15 1.02

11 23 12.5 4 115 95 140 9.5 3 10 121 207 184 232 95 74 80 26

BN 710.55 1.18

M50.63 0.20 5.12 4.33 6.30 0.37 0.12 0.39 5.43 9.80 8.62 11.06 4.25 2.91 3.15 1.46

14 30 16 5 130 110 160 9.5 3 10 138 249 219 281 108 74 80 37

BN 800.75 1.57

M60.85 0.24 6.50 5.12 7.87 0.45 0.14 0.45 6.14 10.79 9.21 12.40 4.69 2.91 3.15 1.50

19 40 21.5 6 165 130 200 11.5 3.5 11.5 156 274 234 315 119 74 80 38

BN 900.94 1.97

M81.06 0.31 6.50 5.12 7.87 0.45 0.14 0.45 6.93 12.83 10.87 14.88 5.24 3.86 3.86 1.73

24 50 27 8 165 130 200 11.5 3.5 11.5 176 326 276 378 133 98 98 44

BN 1001.10 2.36

M101.22 0.31 8.46 7.09 9.84 0.55 0.16 0.55 7.68 14.45 12.09 16.89 5.59 3.86 3.86 1.97

28 60 31 8 215 180 250 14 4 14 195 367 307 429 142 98 98 50

BN 1121.10 2.36

M101.22 0.31 8.46 7.09 9.84 0.55 0.16 0.59 8.62 15.16 12.80 17.64 6.18 3.86 3.86 2.05

28 60 31 8 215 180 250 14 4 15 219 385 325 448 157 98 98 52

BN 1321.49 3.14

M121.61 0.39 10.43 9.05 11.81 0.55 0.15 0.79 10.15 19.40 16.25 22.67 7.59 4.64 4.64 2.28

38 80 41 10 265 230 300 14 4 20 258 493 413 576 193 118 118 58

BN 160 MR

1.65 4.33M16

1.77 0.47

11.81 9.84 13.77 0.72 0.19 0.59 10.15 22.12 17.79 25.39 7.59 4.64 4.64 8.5842 110 45 12

1.49 3.14M12 (1)

1.61 0.39 300 250 350 18.5 5 15 258 562 452 645 193 118 118 218

38 (1) 80 (1) 41 (1) 10 (1)

BN 160 MBN 160 L

1.65 4.33M16

1.77 0.47

11.81 9.84 13.77 0.72 0.19 0.59 1.22 23.46 19.13 26.77 9.64 7.36 7.36 2.0042 110 45 12

1.49 3.14M12 (1)

1.61 0.39 300 250 350 18.5 5 15 310 596 486 680 245 187 187 51

38(1) 80 (1) 41 (1) 10 (1)

BN 180 M

1.88 4.33M16

2.02 0.55

11.81 9.84 13.77 0.72 0.19 0.59 1.22 25.19 20.86 28.50 9.64 7.36 7.36 2.0048 110 51.5 14

1.49 4.33M12 (1)

1.61 0.39 300 250 350 18.5 5 15 310 640 530 724 245 187 187 51

38 (1) 110 (1) 41 (1) 10 (1)

BN 180 L

1.88 4.33M16

2.02 0.55

11.81 9.84 13.77 0.72 0.19 0.70 13.70 27.87 23.54 32.40 10.27 7.36 7.36 2.0448 110 51.5 14

1.65 4.33M16 (1)

1.77 0.47 300 250 350 18.5 5 18 348 708 598 823 261 187 187 52

42 (1) 110 (1) 45 (1) 12 (1)

BN 200 L

2.16 4.33M20

2.32 0.62

13.77 11.81 15.74 0.72 0.19 0.70 13.70 28.42 24.09 32.95 10.27 7.36 7.36 2.5955 110 59 16

1.65 4.33M16 (1)

1.77 0.47 350 300 400 18.5 5 18 348 722 612 837 261 187 187 66

42 (1) 110 (1) 45 (1) 12 (1)

Dimensions areinch

mm

BN IM B5

1) These values refer to the rear shaft end.

BN_FD

238


Shaft Flange Motor

D

DA

E

EADB

GA

GC

F

FAM N P S T AC L LB LC AD AF LL V R ES

BN 630.43 0.91

M40.49 0.16 2.95 2.36 3.54

M50.10 4.76 10.71 9.80 11.69 4.69 3.86 5.24 0.55 3.78 0.20

11 23 12.5 4 75 60 90 2.5 121 272 249 297 119 98 133 14 96 5

BN 710.55 1.18

M50.63 0.20 3.35 2.76 4.13

M60.10 5.43 12.20 11.02 13.46 5.20 3.86 5.24 0.98 4.06 0.20

14 30 16 5 85 70 105 2.5 138 310 280 342 132 98 133 25 103 5

BN 800.75 1.57

M60.85 0.24 3.94 3.15 4.72

M60.12 6.14 13.62 12.05 15.28 5.63 3.86 5.24 1.61 5.08 0.20

19 40 21.5 6 100 80 120 3 156 346 306 388 143 98 133 41 129 5

BN 90 S0.94 1.97

M81.06 0.31 4.53 3.74 5.51

M80.12 6.93 16.10 14.13 18.15 5.75 4.33 6.50 1.54 5.08 0.24

24 50 27 8 115 95 140 3 176 409 359 461 146 110 165 39 129 6

BN 90 L0.94 1.97

M81.06 0.31 4.53 3.74 5.51

M80.12 6.93 16.10 14.13 18.15 5.75 4.33 6.50 1.54 6.30 0.24

24 50 27 8 115 95 140 3 176 409 359 461 146 110 165 39 160 6

BN 1001.10 2.36

M101.22 0.31 5.12 4.33 6.30

M80.14 7.68 18.03 15.67 20.51 6.10 4.33 6.50 2.44 6.30 0.24

28 60 31 8 130 110 160 3.5 195 458 398 521 155 110 165 62 160 6

BN 1121.10 2.36

M101.22 0.31 5.12 4.33 6.30

M80.14 8.62 19.06 16.69 21.54 6.69 4.33 6.50 2.87 7.83 0.24

28 60 31 8 130 110 160 3.5 219 484 424 547 170 110 165 73 199 6

BN 1321.50 3.15

M121.61 0.39 6.50 5.12 7.87

M100.16 10.16 23.74 20.59 27.01 8.27 5.51 7.40 4.80 8.03 0.24

38 80 41 10 165 130 200 4 258 603 523 686 210 140 188 122 204 (1) 6

Dimensions areinch

mm

IM B14

239

Shaft Flange Motor

DDA

EEA

DBGAGC

FFA

M N P S T LA AC L LB LC AD AF LL V R ES

BN 630.43 0.91

M40.49 0.16 4.53 3.74 5.51 0.37 0.12 0.39 4.76 10.71 9.80 11.69 4.69 3.86 5.24 0.55 3.78 0.20

11 23 12.5 4 115 95 140 9.5 3 10 121 272 249 297 119 98 133 14 96 5

BN 710.55 1.18

M50.63 0.20 5.12 4.33 6.30 0.37 0.14 0.39 5.43 12.20 11.02 13.46 5.20 3.86 5.24 0.98 4.06 0.20

14 30 16 5 130 110 160 9.5 3.5 10 138 310 280 342 132 98 133 25 103 5

BN 800.75 1.57

M60.85 0.24 6.50 5.12 7.87 0.45 0.14 0.45 6.14 13.62 12.05 15.28 5.63 3.86 5.24 1.61 5.08 0.20

19 40 21.5 6 165 130 200 11.5 3.5 11.5 156 346 306 388 143 98 133 41 129 5

BN 90 S0.94 1.97

M81.06 0.31 6.50 5.12 7.87 0.45 0.14 0.45 6.93 16.10 14.13 18.15 5.75 4.33 6.50 1.54 5.08 0.24

24 50 27 8 165 130 200 11.5 3.5 11.5 176 409 359 461 146 110 165 39 129 6

BN 90 L0.94 1.97

M81.06 0.31 6.50 5.12 7.87 0.45 0.14 0.45 6.93 16.10 14.13 18.15 5.75 4.33 6.50 1.54 6.30 0.24

24 50 27 8 165 130 200 11.5 3.5 11.5 176 409 359 461 146 110 165 39 160 6

BN 1001.10 2.36

M101.22 0.31 8.46 7.09 9.84 0.55 0.16 0.55 7.68 18.03 15.67 20.51 6.10 4.33 6.50 2.44 6.30 0.24

28 60 31 8 215 180 250 14 4 14 195 458 398 521 155 110 165 62 160 6

BN 1121.10 2.36

M101.22 0.31 8.46 7.09 9.84 0.55 0.16 0.59 8.62 19.06 16.69 21.54 6.69 4.33 6.50 2.87 7.83 0.24

28 60 31 8 215 180 250 14 4 15 219 484 424 547 170 110 165 73 199 6

BN 1321.49 3.14

M121.61 0.39 10.43 9.05 11.81 0.55 0.15 0.79 10.15 23.74 20.59 27.00 8.27 5.51 7.40 4.80 8.03 0.23

38 80 41 10 265 230 300 14 4 20 258 603 523 686 210 140 188 122 204 (2) 6

BN160MR

1.65 4.33M16

1.77 0.47

11.81 9.84 13.77 0.72 0.19 0.59 10.15 26.45 22.12 29.72 8.27 5.51 7.40 6.34 8.89 0.2342 110 45 12

1.49 3.14M12 (1)

1.61 0.39 300 250 350 18.5 5 15 258 672 562 755 210 140 188 161 226 6

38 (1) 80 (1) 41 (1) 10 (1)

BN 160 MBN 160 L

1.65 4.33M16

1.77 0.47

11.81 9.84 13.77 0.72 0.19 0.59 1.22 28.97 24.64 32.28 9.64 7.36 7.36 2.00 8.89—

42 110 45 12

1.49 3.14M12 (1)

1.61 0.39 300 250 350 18.5 5 15 310 736 626 820 245 187 187 51 226

38 (1) 80 (1) 41 (1) 10 (1)

BN 180 M

1.88 4.33M16

2.02 0.55

11.81 9.84 13.77 0.72 0.19 0.59 1.22 30.70 26.37 34.01 9.64 7.36 7.36 2.00 8.89—

48 110 51.5 14

1.49 3.14M12 (1)

1.61 0.39 300 250 350 18.5 5 15 310 780 670 864 245 187 187 51 226

38 (1) 80 (1) 41 (1) 10 (1)

BN 180 L

1.88 4.33M16

2.02 0.55

11.81 9.84 13.77 0.72 0.19 0.70 13.70 34.09 29.76 38.62 10.27 7.36 7.36 2.04 12.00—

48 110 51.5 14

1.65 4.33M16 (1)

1.77 0.47 300 250 350 18.5 5 18 348 866 756 981 261 187 187 52 305

42 (1) 110 (1) 45 (1) 12 (1)

BN 200 L

2.16 4.33M20

2.32 0.62

13.77 11.81 15.74 0.72 0.19 0.70 13.70 34.56 30.23 39.09 10.27 7.36 7.36 2.51 12.00—

55 110 59 16

1.65 4.33M16 (1)

1.77 0.47 350 300 400 18.5 5 18 348 878 768 993 261 187 187 64 305

42 (1) 110 (1) 45 (1) 12 (1)

Dimensions areinch

mm

BN_FD IM B5


2) For FD07 brake value R=226

ES hexagon is not supplied with PS option

240


ES hexagon is not supplied with PS option.

For motors type BN..FA, the terminal box sizes AD, AF, LL,V are the same as for BN..FD.

Shaft Flange Motor

D

DA

E

EADB

GA

GC

F

FAM N P S T AC L LB LC AD AF LL V R ES

BN 630.43 0.91

M40.49 0.16 2.95 2.36 3.54

M50.10 4.76 10.71 9.80 4.69 3.74 2.91 3.15 1.02 4.57 0.20

11 23 12.5 4 75 60 90 2.5 121 272 249 119 95 74 80 26 116 5

BN 710.55 1.18

M50.63 0.20 3.35 2.76 4.13

M60.10 5.43 12.20 11.02 13.46 4.25 2.91 3.15 2.68 4.88 0.20

14 30 16 5 85 70 105 2.5 138 310 280 342 108 74 80 68 124 5

BN 800.75 1.57

M60.85 0.24 3.94 3.15 4.72

M60.12 6.14 13.62 12.05 15.28 4.69 2.91 3.15 3.27 5.28 0.20

19 40 21.5 6 100 80 120 3 156 346 306 388 119 74 80 83 134 5

BN 900.94 1.97

M81.06 0.31 4.53 3.74 5.51

M80.12 6.93 16.10 14.13 18.15 5.24 3.86 3.86 3.74 6.30 0.24

24 50 27 8 115 95 140 3 176 409 359 461 133 98 98 95 160 6

BN 1001.10 2.36

M101.22 0.31 5.12 4.33 6.30

M80.14 7.68 18.03 15.67 20.51 5.59 3.86 3.86 4.69 6.30 0.24

28 60 31 8 130 110 160 3.5 195 458 398 521 142 98 98 119 160 6

BN 1121.10 2.36

M101.22 0.31 5.12 4.33 6.30

M80.14 8.62 19.06 16.69 21.54 6.18 3.86 3.86 5.04 7.80 0.24

28 60 31 8 130 110 160 3.5 219 484 424 547 157 98 98 128 198 6

BN 1321.50 3.15

M121.61 0.39 6.50 5.12 7.87

M100.16 10.16 23.74 20.59 27.01 7.60 4.65 4.65 7.09 7.87 0.24

38 80 41 10 165 130 200 4 258 603 523 686 193 118 118 180 200 (1) 6

Dimensions areinch

mm

BN_FAIM B14

241

Shaft Flange Motor

D

DA

E

EADB

GA

GC

F

FAM N P S T LA AC L LB LC AD AF LL V R ES

BN 630.43 0.91

M40.49 0.16 4.53 3.74 5.51 0.37 0.12 0.39 4.76 10.71 9.80 11.69 3.74 2.91 3.15 1.02 4.57 0.20

11 23 12.5 4 115 95 140 9.5 3 10 121 272 249 297 95 74 80 26 116 5

BN 710.55 1.18

M50.63 0.20 5.12 4.33 6.30 0.37 0.14 0.39 5.43 12.20 11.02 13.46 4.25 2.91 3.15 2.68 4.88 0.20

14 30 16 5 130 110 160 9.5 3.5 10 138 310 280 342 108 74 80 68 124 5

BN 800.75 1.57

M60.85 0.24 6.50 5.12 7.87 0.45 0.14 0.45 6.14 13.62 12.05 15.28 4.69 2.91 3.15 3.27 5.28 0.20

19 40 21.5 6 165 130 200 11.5 3.5 11.5 156 346 306 388 119 74 80 83 134 5

BN 900.94 1.97

M81.06 0.31 6.50 5.12 7.87 0.45 0.14 0.45 6.93 16.10 14.13 18.15 5.24 3.86 3.86 3.74 6.30 0.24

24 50 27 8 165 130 200 11.5 3.5 11.5 176 409 359 461 133 98 98 95 160 6

BN 1001.10 2.36

M101.22 0.31 8.46 7.09 9.84 0.55 0.16 0.55 7.68 18.03 15.67 20.51 5.59 3.86 3.86 4.69 6.30 0.24

28 60 31 8 215 180 250 14 4 14 195 458 398 521 142 98 98 119 160 6

BN 1121.10 2.36

M101.22 0.31 8.46 7.09 9.84 0.55 0.16 0.59 8.62 19.06 16.69 21.54 6.18 3.86 3.86 5.04 7.80 0.24

28 60 31 8 215 180 250 14 4 15 219 484 424 547 157 98 98 128 198 6

BN 1321.49 3.14

M121.61 0.39 10.43 9.05 11.81 0.55 0.15 0.79 10.15 23.74 20.59 27.00 7.59 4.64 4.64 7.08 7.87 0.23

38 80 41 10 265 230 300 14 4 20 258 603 523 686 193 118 118 180 200 (2) 6

BN160MR

1.65 4.33M16

1.77 0.47

11.81 9.84 13.77 0.72 0.19 0.59 10.15 26.45 22.12 29.72 7.59 4.64 4.64 8.58 8.54 0.2342 110 45 12

1.49 3.14M12 (1)

1.61 0.39 300 250 350 18.5 5 15 258 672 562 755 193 118 118 218 217 6

38 (1) 80 (1) 41 (1) 10 (1)

BN 160 M

BN 160 L

1.65 4.33M16

1.77 0.47

11.81 9.84 13.77 0.72 0.19 0.59 1.22 28.97 24.64 32.28 9.64 7.36 7.36 2.00 9.72—

42 110 45 12

1.49 3.14M12 (1)

1.61 0.39 300 250 350 18.5 5 15 310 736 626 820 245 187 187 51 247

38 (1) 80 (1) 41 (1) 10 (1)

BN 180 M

1.88 4.33M16

2.02 0.55

11.81 9.84 13.77 0.72 0.19 0.59 1.22 30.70 26.37 34.01 9.64 7.36 7.36 2.00 9.72—

48 110 51.5 14

1.49 3.14M12 (1)

1.61 0.39 300 250 350 18.5 5 15 310 780 670 864 245 187 187 51 247

38 (1) 80 (1) 41 (1) 10 (1)

Dimensions areinch

mm

BN_FA IM B5



ES hexagon is not supplied with PS option.

Dimensions AD, AF, LL and V, relevant to terminal box of mo-

tors BN…FA featuring the separate brake supply (option SA),

are coincident with corresponding dimensions of same-size

BN…FD motors.

242242

This publication supersedes any previous edition and revision. We reserve the right to implement modifications without notice.

This catalogue cannot be reproduced, even partially, without prior consent.

COD. 1823 R2

120628

R2

Description

24 Application of backstop device to F 31 4, F 41 2 and F 41 4 gearboxes corrected

85 Nema motor provision on F 20 3 gearboxes corrected

INDEX [] · 6 Application S.F. FOOD INDUSTRY Cereal Cooker 1.25 Dough Mixer 1.50 Meat Grinder 1.50...

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