CONTENTS - Southwestern · PDF fileHYDRAULIC MOTORS HP 4 Pressure Losses 1450 [100] 2030 [140]...

Hydraulic Motors Series HP ........................................................................................4�

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Hydraulic Motors Series HR ........................................................................................11

Hydraulic Motors Series MLHRW .....................................................................................15

Hydraulic Motors Series HW ........................................................................................20

Hydraulic Motor-brakes Series B/HR ............................................................................34

Motor Special Features.................................................................................................38

Motors with Speed Sensor...........................................................................................39

Motor Application .............................................................................................................. 40

“M+S HYDRAULIC” can accept no responsibility for possible errors in catalogues, brochures and other printed material.“M+S HYDRAULIC” reserves the right to alter its products without notice. This also applies to products already on order provided that suchalterations can be made without subsequential changes being necessary in specifications already agreed.

CONTENTS

Page

SPECIAL HYDRAULIC MOTORS AND MOTOR-BRAKES

SPOOL VALVE - The distributor valve has been integrated with the output shaft. The valve has hydrodynamic bearings,and has infinite life when load ratings are not exceeded.

GEAR SET - There are two forms of stator, hence and of gear set:

HP have plain teeth. These types motors are suitable for long operating periods at moderate pressures- or shortoperating periods at high pressures.

HR, MLHRW HW have teeth fitted with rollers. The rollers reduce local stress and the tangential reaction forces onthe rotor reducing friction to a minimum. This gives long operating life and better efficiency even at continuous highpressures. Roller Gear Sets are recommended for operation with thin oil and for applications having continuallyreversing loads.

and

The standard motor mounting flange is located as close to the output shaft as possible. This type ofmounting supports the motor close to the shaft load. This mounting flange is also compatible withmany standard gear boxes.

Standard Motor

The operating principle of the motors is based on an internal gear design, consisting of a stator and rotor throughwhich the output torque and speed are transmitted. The distributor valve is driven synchronously by the rotor through acardan shaft ensuring that each one of the chambers of the motor are filled and emptied precisely.

MLHRW and HW motors have a Spool Valve.

LSV Series hydraulic motors have been designed to operate with normal pressure drop and toensure smooth run at low speed (up to 200 min ), as the best security for operation is guaranteedat frequency of rotation 20 ÷ 50 min . They have an increased starting pressure drop and are notrecommended for using at pressure less than 40 bar.

-1

-1

FR Series hydraulic motors have been designed to operate with high frequencies of rotation /overthan 300 min / and low pressure drop. These motors are produced with increased clearance at allfriction parts.Additional advantages of “FR” version are prolonging of the life of the hydraulic motors at highfrequencies of rotation, as well as the possibility to use them in systems with big variation of theloading.

-1

Low SpeedValve

Free Running

LL Series hydraulic motors have been designed to operate at the whole standard range of workingconditions (pressure drop and frequency of rotation ) , but with considerable decreased volumetriclosses in the drainage ports. Their main purpose is to operate as series-connected motors inhydraulic systems.For this version is permissible decreasing of the maximal torque with up to 5% (at middle speed)and up to 10 % (at high speed) in comparison to the standard versions of motors.

Low Leakage

SPECIAL HYDRAULIC MOTORS AND MOTOR-BRAKES

3

MOTOR-BRAKE - This development represents a combination between hydraulic motor, type HR and parking brakewith friction discs, which unit is built in the end side of the hydraulic motor.

HYDRAULIC MOTORS HP

4

Pressure Losses

1450 [100]

2030 [140]

Pressure drop

PSI [bar]

Viscosity

SUS [mm /s]2

Oil flow indrain line

GPM [lpm]

98 [20]

164 [35]

98 [20]

164 [35]

.660 [2,5]

.476 [1,8]

.925 [3,5]

.740 [2,8]

Oil flow in drain line

Displacement,

Max. Speed,

Max. Torque,

Max. Output,

Max. Pressure Drop,

Max. Oil Flow,

Min. Speed,

Pressure fluid

Temperature range,

Optimal Viscosity range,

Filtration

in /rev [cm /rev.]

[RPM]

in-lb [daNm]

HP [kW]

PSI [bar]

GPM [lpm]

[RPM]

F [ C]

SUS [mm /s]

3 3

O O

2

1.52÷24.16 [25÷396]

150÷1600

290÷3060 [3,3÷34,6]

5÷11.5 [3,7÷8,5]

÷ [ ÷ ]

10.5÷16 [40÷60,6]

10

Mineral based- HLP(DIN 51524) or HM(ISO 6743/4)

-22÷194 [-30÷90]

98÷347 [20÷75]

ISO code 20/16 (Min. recommended fluid filtration of 25 micron)

945 1815 65 125

GENERAL

7020 60504030100 Q, lpm

0 2 84 106 12 Q, GPM

80

0

100

200

400

300

0

5

10

15

20

25

pbar

pPSI

14 16 18 20

30

APPLICATION

» Conveyors

» Feeding mechanism of robots and manipulators

» Metal working machines

» Textile machines

» Machines for agriculture

» Food industries

» etc.Grass cutting machinery

Specification data ........................... ..

Dimensions and mounting ................

Shaft versions ..................................... ..

Permissible shaft seal pressure ..............

Permissible shaft loads............................

Order code ........................ ..................... 1

... 5÷6

...... 7

.. 8

9

9

. 0

CONTENTS OPTIONS

»

»

»

»

»

»

»

Model- Spool valve, gerotor

Flange mount

Side ports

Shafts- straight, splined and tapered

SAE and manifold ports

Speed sensoring

Other special features

SPECIFICATION DATA

5

HP

MOTORSMOTORS

* Intermittent operation: the permissible values may occur for max. 10% of every minute.

** Peak load: the permissible values may occur for max. 1% of every minute.

*** For speeds of 10 RPM or lower, consult factory or your regional manager.

1. Intermittent speed and intermittent pressure drop must not occur simultaneously.

2. Recommended filtration is per ISO cleanliness code 20/16. A nominal filtration of 25 micron or better.

3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil HM (ISO 6743/4).

If using synthetic fluids consult the factory for alternative seal materials.

4. Recommended minimum oil viscosity 70 SUS [13 mm²/s] at 122ºF [50ºC].

5. Recommended maximum system operating temperature is 180ºF [82ºC].

6. To assure optimum motor life fill with fluid prior to loading and run at moderate load and speed for 10-15 minutes.

HLP(DIN51524) or

Type

Displacement, in.³/rev. [cm.³/rev.]

Max. Speed,

[RPM]

Max. Torque

in-lb [daNm]

Max. Output

HP [kW]

Max. Pressure Drop

PSI [bar]

Max. Oil Flow

GPM [lpm]

Max. Inlet Pressure

PSI [bar]

Max. Return Pres-

sure with Drain Line

PSI [bar]

Max. Starting Pressure with

Unloaded Shaft, PSI [bar]

Min. Starting Torque

in-lb [daNm]

Min. Speed***, [RPM]

Weight, lb [kg]

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Peak**

Cont.

Int.*

Peak**

At max.press. drop Cont.

At max.press. drop Int.*

HP

HPQ

3.02 [49,5]

1210

1515

725 [8,2]

1050 [11,9]

11.7 [8,7]

18.8 [14]

1815 [125]

2540 [175]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

4.83 [79,2]

755

945

1210 [13,7]

1725 [19,5]

11.7 [8,7]

19.7 [14,7]

1815 [125]

2540 [175]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

6.04 [99,0]

605

755

1500 [17,0]

2100 [23,7]

11.9 [8,9]

19.4 [14,5]

1815 [125]

2540 [175]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

HP 80HP 50HP 25 HP 32 HP 40 HP 100

145 [10]

610 [6,9]

885 [10]

10

12.3 [5,6]

11.00 [5,0]

1040 [11,7]

1490 [16,8]

10

12.6 [5,7]

11.25 [5,1]

1310 [14,8]

1860 [21]

10

13.0 [5,9]

11.69 [5,3]

2.44 [40]

1515

1760

550 [6,2]

730 [8,2]

11.4 [8,5]

15.5 [11,6]

1750 [120]

2250 [155]

16 [60,6]

18.5 [70]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

1.52 [25]

1600

1815

290 [3,3]

415 [4,7]

6.0 [4,5]

8.2 [6,1]

1450 [100]

2030 [140]

10.5 [40]

12 [45,4]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

1.95 [32]

1560

1720

380 [4,3]

540 [6,1]

7.8 [5,8]

10.5 [7,8]

1450 [100]

2030 [140]

13.2 [50]

14.5 [55]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

265 [3,0]

370 [4,2]

20

11.9 [5,4]

10.6 [4,8]

355 [4,0]

500 [5,6]

15

11.9 [5,4]

10.6 [4,8]

480 [5,4]

600 [6,8]

10

12.1 [5,5]

10.8 [4,9]

145 [10] 145 [10] 145 [10] 145 [10] 145 [10]

6






3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil HM (ISO 6743/4).





HLP(DIN51524) or

HP

MOTORSMOTORS

Type


Max. Speed,

[RPM]

Max. Torque

in-lb [daNm]

Max. Output

HP [kW]

Max. Pressure Drop

PSI [bar]

Max. Oil Flow

GPM [lpm]

Max. Inlet Pressure

PSI [bar]

Max. Return Pres-


PSI [bar]




in-lb [daNm]


Weight, lb [kg]

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Peak**

Cont.

Int.*

Peak**



HP

HPQ

SPECIFICATION DATA (continued)

HP 125 HP 160 HP 200 HP 250 HP 315 HP 400

7.55 [123,8]

486

605

1885 [21,3]

2640 [29,8]

11.8 [8,8]

17.4 [13]

1815 [125]

2540 [175]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

9.66 [158,4]

378

472

2335 [26,4]

2920 [33,0]

11.4 [8,5]

16.1 [12]

1740 [120]

2250 [155]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

12.1 [198]

303

378

2655 [30,0]

3090 [34,9]

10.6 [7,9]

1670 [115]

2175 [150]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

16.1 [12]

15.1 [247,5]

242

303

2920 [33,0]

3585 [40,5]

9 [6,7]

13 [9,7]

1450 [100]

1815 [125]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

19.3 [316,8]

190

236

3060 [34,6]

3560 [40,2]

7 [5,2]

9.5 [7,1]

1235 [85]

1450 [100]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

24.16 [396]

150

189

2965 [33,5]

3630 [41,0]

5.5 [4,1]

8 [6]

945 [65]

1160 [80]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

100 [7] 100 [7] 100 [7] 100 [7]

1630 [18,4]

2360 [26,6]

10

13.23 [6,0]

11.91 [5,4]

2130 [24,1]

2780 [31,4]

10

13.67 [6,2]

12.35 [5,6]

2440 [27,5]

3230 [36,5]

10

14.11 [6,4]

12.79 [5,8]

2700 [30,5]

3430 [38,7]

10

14.56 [6,6]

13.23 [6,0]

2870 [32,4]

3920 [44,2]

10

15.22 [6,9]

13.89 [6,3]

2840 [32]

3740 [42,2]

10

16.32 [7,4]

15.00 [6,8]

145 [10] 145 [10]

7

DIMENSIONS AND MOUNTING DATA FOR HP

Q FlangeSquare

SAE A Flange

Mounting

Side Ports

Porting

Version 4 Version 5

Version 1 3

HP(Q) 25

HP(Q) 32

HP(Q) 40

HP(Q) 50

HP(Q) 80

HP(Q) 100

HP(Q) 125

HP(Q) 160

HP(Q) 200

HP(Q) 250

HP(Q) 315

HP(Q) 400

Type

5.32 [135,0]

5.37 [136,5]

5.43 [138,0]

5.39 [137,0]

5.55 [141,0]

5.70 [144,0]

5.79 [147,0]

5.98 [152,0]

6.18 [157,0]

6.46 [164,0]

6.81 [173,0]

7.24 [184,0]

L ,in. [mm]max

.21 [5,20]

.25 [6,30]

.29 [7,40]

.26 [6,67]

.42 [10,67]

.52 [13,33]

.66 [16,67]

.84 [21,33]

1.05 [26,67]

1.31 [33,33]

1.68 [42,67]

2.10 [53,33]

L , in.[mm]1

HP

MOTORSMOTORS

Port A

Port B

Port A

Port B

Port A

Port B

Port A

Port B

Standard Rotation

A CWB CCW

Viewed from Shaft EndPort Pressurized -Port Pressurized -

Reverse Rotation

A CCWB CW


5

-

2x -14NPTF

-20UNF716/

4

-

2x -14UNF

-20UNF

78/

716/

1

4x -18UNC

2x.39 Dia. [2x10]

-20UNF716/

516/C

P

T

(A,B)

Versions

3

4x M8

2x.39 Dia. [2x10]

-20UNF716/

12/

8

- Motor Mounting Surface

SHAFT EXTENSIONS FOR HP AND HR MOTORS

1" [25,4] straight,

Max. Torque 3009 in-lb [34 daNm]

Woodruff key / ”x1" SAE J5021 4

C

1" [25,4], SAE 6B Splined


G

1" [25,4] straight, w/ .315 [8] Crosshole


H

13T Splined, " [22,2], ANS B 92.1-1976


/7 8

S

T

Requirement max. Torque must be not exceeded.

HP+HR

MOTORSMOTORS

1.5 Taper per Foot

[cone 1:8]

1.5 Taper per Foot

[cone 1:8]

/3 16 /3 16

1" [25,4], SAE J501 Tapered

Parallel


key "x "x “/3 4

PERMISSIBLE SHAFT LOADS FOR HP AND HR MOTORS

The permissible radial shaft load depends on the speed RPM and distance from the point of loadto the mounting flange.

Prad L

* 1. - in inch

2.

3.

L

RPM < 200: max Prad=1460 lbs [650 daN]

RPM >200: < 2.2 in.L

1460 976x ,lbs*

RPM 3.82+L

9

MOTORSMOTORS

200

300

400

500

600

700

0

100

0

400

800

1200

14601600

Prad

daN

Prad

lbs

200 400 600 800 1000

SAE A Flange

Q Flange

L=1.18 [30]

L=.94 [24]

P max 330 lbs[150 daN]=a

P max 440 lbs[200 daN]=a

Prad

Prad

HP+HR

MAX. PERMISSIBLE SHAFT SEAL PRESSUREFOR HP AND HR MOTORS

HP...U1 and HR...U1 motorswith high pressure sealand without drain connection:

The shaft seal pressure equals the averageof input pressure and return pressure.

HP...U and HR...U motorswith high pressure sealand drain connection:

The shaft seal pressure equals the pressurein the drain line.

P = P +Pseal

input return

2

Max. return pressure without drain line ormax. pressure in the drain line

Radial Shaft Load: Prad=

- continuous operations

- intermittent operations

0

50

100

150

200

0 200 400 600 800 1000 n, RPM

Pbar

0

500

1000

2000

PPSI

1500

2500

3000

10

HP

MOTORSMOTORS

- side ports, Manifold [5/16-18 UNC Mounting

Threads], 7/16-20 UNF

- side ports, Manifold [M8 Mounting Threads],

7/16-20 UNF

- side ports, 2x7/8-14 UNF, O-ring, 7/16-20 UNF

- side ports, 2x1/2-14 NPTF, 7/16-20 UNF

1

3

4

5

- 1" [25,4] straight, Woodruff key

- 1" [25,4] SAE 6B Splined

- 1" [25,4] straight, w/.315 [8] Cross-hole

- / ” [22,2] 13T Splined

- 1" [25,4] SAE J501 Tapered

C

G

H

S

T

78

ORDER CODE

Pos.1 - Mounting Flange

Pos.2 - Displacement code*

Pos.3 - Shaft Extensions**

omit - SAE A

- Square, four bolts

, two holes

Q

- 1.52 [ 25,0] in. /rev. [cm. /rev.]

- 1.95 [ 32,0] in. /rev. [cm. /rev.]

- 2.44 [ 40,0] in. /rev. [cm. /rev.]

- 3.02 [ 49,5] in. /rev. [cm. /rev.]

- 4.83 [ 79,2] in. /rev. [cm. /rev.]

- 6.04 [ 99,0] in. /rev. [cm. /rev.]

- 9.66 [123,8] in. /rev. [cm. /rev.]

- 9.74 [158,4] in. /rev. [cm. /rev.]

- 12.10 [198,0] in. /rev. [cm. /rev.]

- 15.10 [247,5] in. /rev. [cm. /rev.]

- 19.30 [316,8] in. /rev. [cm. /rev.]

- 24.16 [396,0] in. /rev. [cm. /rev.]

25

32

40

50

80

100

125

160

200

250

315

400

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

Notes : * For the Performance Data please look at "M+S Hydraulic" Catalogue for MLHP motors,

pages .

** The permissible output torque for shafts must not be exceeded!

18÷24

The hydraulic motors are mangano-phosphatized as standard.

-Pos. 4 Port Size/Type [standard manifold to each]

Pos. 8 - Design Series

omit - Factory specified

omit - with drain port

- without drain port1

Pos. 6 - Drain Port

Pos. 5 - Shaft Seal Version [see page ]9

Pos. 7 - Special Features [see page ]38

- High pressure shaft seal (without check valves)U

H P

1 2 3 4 5 6 7 8

U

HYDRAULIC MOTORS HR

11

Pressure Losses

1450 [100]

2030 [140]

Pressure drop

PSI [bar]

Viscosity

SUS [mm /s]2


GPM [lpm]

98 [20]

164 [35]

98 [20]

164 [35]

.660 [2,5]

.476 [1,8]

.925 [3,5]

.740 [2,8]


7020 60504030100 Q, lpm

0 2 84 106 12 Q, GPM

80

0

100

200

400

300

0

5

10

15

20

25

pbar

pPSI

14 16 18 20

30

APPLICATION

»

»

»

»

»

»

»

Conveyors

Feeding mechanism of robots and manipulators

Metal working machines

Textile machines

Machines for agriculture

Food industries

Wood working and sawmill machinery etc.

Specification data ....................................

Dimensions and mounting .....................

Shaft versions .........................................

Order code ..............................................

12

13

8

9

9

14

Permissible shaft seal pressure...............

Permissible shaft loads.............................

CONTENTS OPTIONS

Displacement,

Max. Speed,

Max. Torque,

Max. Output,

Max. Pressure Drop,

Max. Oil Flow,

Min. Speed,

Pressure fluid

Temperature range,


Filtration

in /rev [cm /rev.]

[RPM]

in-lb [daNm]

HP [kW]

PSI [bar]

GPM [lpm]

[RPM]

F [ C]

SUS [mm /s]

3 3

O O

2

3.14÷24.4 [51,5÷397]

÷

900÷4250 [10,1÷48]

6÷11 [4,5÷8,2]

÷ [ ÷ ]

16 [60,6]

10


-22÷194 [-30÷90]

98÷347 [20÷75]


185 1000

1305 2030 90 140

GENERAL

»

»

»

»

»

»

»

Model- Spool valve, roll-gerotor

Flange mount

Side ports


SAE and manifold ports

Speed sensoring


SPECIFICATION DATA

12

HR

MOTORSMOTORS

Type


Max. Speed,

[RPM]

Max. Torque

in-lb [daNm]

Max. Output

HP [kW]

Max. Pressure Drop

PSI [bar]

Max. Oil Flow

GPM [lpm]

Max. Inlet Pressure

PSI [bar]

Max. Return Pres-


PSI [bar]




in-lb [daNm]


Weight, lb [kg]

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Peak**

Cont.

Int.*

Peak**

At max.press.

drop Cont.

At max.press.

drop Int.*

HR

HRQ

3.14 [51,5]

734

1029

900 [10,1]

1150 [13]

9.3 [6,9]

13.4 [10]

2030 [140]

2540 [175]

10 [37,8]

14 [53]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

4.90 [80,3]

750

940

1390 [15,7]

1725 [19,5]

2030 [140]

2540 [175]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

14 [10,5]

20.1 [15]

6.09 [99,8]

600

750

1750 [19,8]

2125 [24,0]

2030 [140]

2540 [175]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

14 [10,5]

20.1 [15]

7.67 [125,7]

475

600

2210 [25,0]

2655 [30,0]

2030 [140]

2540 [175]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

14 [10,5]

20.1 [15]

9.74 [159,6]

375

470

2830 [32,0]

3450 [39,0]

13.7

2030 [140]

2540 [175]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

[10,2]

18.8 [14]

12.19 [199,8]

300

375

3045 [34,4]

3450 [39,0]

12.6 [9,4]

18.7 [14]

1810 [125]

2250 [155]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

15.26 [250,1]

240

300

3540 [40,0]

4160 [47,0]

10.7 [8]

15.4 [11,5]

1595 [110]

2030 [140]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

19.26 [315,7]

190

240

3850 [43,5]

4515 [51,0]

8.7 [6,5]

12.1 [9]

1450 [100]

1810 [125]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

24.23 [397]

150

191

4250 [48,0]

4870 [55,0]

8.2 [6,1]

11 [8,2]

1305 [90]

1520 [105]

16 [60,6]

20 [75,7]

2030 [140]

2540 [175]

2900 [200]

2030 [140]

2540 [175]

2900 [200]

HR 80HR 50 HR 100 HR 125 HR 160 HR 200 HR 250 HR 315 HR 400

145 [10] 145 [10] 145 [10] 130 [9] 102 [7] 73 [5] 58 [4] 44 [3] 44 [3]

710 [8]

885 [10]

10

14.56 [6,6]

13.23 [6,0]

1060 [12]

1310 [14,8]

10

14.77 [6,7]

13.45 [6,1]

1420 [16]

1780 [20,1]

10

15.44 [7,0]

14.11 [6,4]

1770 [20]

1930 [21,8]

10

15.66 [7,1]

14.33 [6,5]

2270 [25,6]

2860 [32,3]

10

16.10 [7,3]

14.77 [6,7]

2620 [29,5]

3150 [35,6]

10

17.20 [7,8]

15.88 [7,2]

2510 [28,3]

3400 [38,4]

10

18.10 [8,2]

16.76 [7,6]

2840 [32]

4580 [51,7]

10

19.62 [8,9]

18.30 [8,3]

3170 [35,8]

4040 [45,6]

10

21.17 [9,6]

19.85 [9,0]






3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil HM (ISO 6743/4).If using synthetic fluids consult the factory for alternative seal materials.




HLP(DIN51524) or

HR

MOTORSMOTORS

13

DIMENSIONS AND MOUNTING DATA FOR HR

Q FlangeSquare

SAE A Flange

Mounting

Side Ports

Porting

Version 4 Version 5

HR(Q) 50

HR(Q) 80

HR(Q) 100

HR(Q) 125

HR(Q) 160

HR(Q) 200

HR(Q) 250

HR(Q) 315

HR(Q) 400

Type

5.49 [139,5]

5.69 [144,5]

5.83 [148,0]

6.00 [152,5]

6.24 [158,5]

6.52 [165,5]

6.85 [174,0]

7.30 [185,5]

7.87 [200,0]

L ,in. [mm]max L ,in.[mm]

.35 [9,0]

.55[14,0]

.69[17,4]

.86[21,8]

1.09[27,8]

1.37[34,8]

1.71[43,5]

2.16[54,8]

2.73[69,4]

1

Port A

Port B

Port A

Port B

Port A

Port B

5

-

2x½ -14NPTF

-20UNF716/

4

-

2x -14UNF

-20UNF

78/

716/

1

4x -18UNC

2x.39 Dia. [2x10]

-20UNF716/

516/C

P

T

(A,B)

Versions

3

4x M8

2x.39 Dia. [2x10]

-20UNF716/

Version 1 3

Standard Rotation

A CWB CCW


Reverse Rotation

A CCWB CW


HR

MOTORSMOTORS

14



- 1" [25,4] straight, w/.315 [8] Cross-hole

- / " [22,2] 13T Splined

- 1" [25,4] SAE J501 Tapered

C

G

H

S

T

7

8

ORDER CODE

Pos.1 - Mounting Flange


Pos.3 - Shaft Extensions** [see page ]8

omit - SAE A

- Square, four bolts

, two holes

Q

- 3.14 [ 51,5] in. /rev. [cm. /rev.]

- 4.90 [ 80,3] in. /rev. [cm. /rev.]

- 6.09 [ 99,8] in. /rev. [cm. /rev.]

- 7.67 [125,7] in. /rev. [cm. /rev.]

- 9.74 [159,6] in. /rev. [cm. /rev.]

- 12.19 [199,8] in. /rev. [cm. /rev.]

- 15.26 [250,1] in. /rev. [cm. /rev.]

- 19.26 [315,7] in. /rev. [cm. /rev.]

- 24.23 [397,0] in. /rev. [cm. /rev.]

50

80

100

125

160

200

250

315

400

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3




- side ports, Manifold [M8 Mounting Threads],

7/16-20 UNF



1

3

4

5

-Pos. 4 Port Size/Type [standard manifold to each]





Pos. 6 - Drain Port

Pos. 5 - Shaft Seal Version [see page ]9

Pos. 7 - Special Features [see page ]38

- High pressure shaft seal (without check valves)U

H R

1 2 3 4 5 6 7 8

U

Notes : * For the Performance Data please look at "M+S Hydraulic" Catalogue for MLHR motors,

pages .


36÷40

HYDRAULIC MOTORS MLHRW

15

Pressure Losses

APPLICATION

»

»

»

»

»

»

»

Conveyors



Textile machines


Food industries

etc.Grass cutting machinery

Specification data .................................... 16

Order code ............................................... 19

Dimensions and mounting ....................... 17

Permissible shaft loads ............................ 18

Permissible shaft seal pressure .............. 18

Shaft versions .......................................... 19

CONTENTS OPTIONS

1450 [100]

2030 [140]

Pressure drop

PSI [bar]

Viscosity

SUS [mm /s]2


GPM [lpm]

98 [20]

164 [35]

98 [20]

164 [35]

.660 [2,5]

.476 [1,8]

.925 [3,5]

.740 [2,8]


»

»

»

»



SAE, Metric and BSPP ports


Displacement,

Max. Speed,

Max. Torque,

Max. Output,

Max. Pressure Drop,

Max. Oil Flow,

Min. Speed,

Pressure fluid

Temperature range,


Filtration

in /rev [cm /rev.]

[RPM]

in-lb [daNm]

HP [kW]

PSI [bar]

GPM [lpm]

[RPM]

F [ C]

SUS [mm /s]

3 3

O O

2

3.14÷24.4 [51,5÷397]

÷

900÷5400 [10,1÷61]

9.5÷17.4 [7÷13]

1670÷ [115÷ ]

10÷16 [37,8÷60,6]

10


-22÷194 [-30÷90]

98÷347 [20÷75]


150 750

2540 175

GENERAL

7020 60504030100 Q, lpm

0 2 84 106 12 Q, GPM

80

0

100

200

400

300

0

5

10

15

20

25

pbar

pPSI

14 16 18 20

30

16

* Intermittierent operation: the permissible values may occur for max. 10% of every minute.


*** For speeds of 10 RPM or lower than given, consult factory or your regional manager.

1. Intermittent speed and intermittent pressure must not occur simultaneously.

2. Recommended filtration is per ISO cleanliness code 20/16. A nominal foltration of 25 micron or better.

3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil HM ( ISO 6743/4).


4. Recommended minimum oil viscosity 70 SUS[13mm²/s] at 122ºF [50ºC].



HLP(DIN51524) or

MOTORS

MLHRW

Type

Displacement, in.³/rev.

[cm.³/rev.]

Max. Speed,

[RPM]

Max. Torque

in-lb [daNm]

Max. Output

HP [kW]

Max. Pressure Drop

PSI [bar]

Max. Oil Flow

GPM [lpm]

Max. Inlet Pressure

PSI [bar]

Max. Return Pres-


PSI [bar]




in-lb [daNm]


Weight, lb [kg]

Cont.

Int.*

Cont.

Int.*

Peak**

Cont.

Int.*

Cont.

Int.*

Peak**

Cont.

Int.*

Cont.

Int.*

Peak**

Cont.

Int.*

Peak**

At max.press.

drop Cont.

At max.press.

drop Int.*

MLHRW

50

MLHRW

80

MLHRW

100

MLHRW

125

MLHRW

160

MLHRW

200

MLHRW

250

MLHRW

315

MLHRW

400

9.74

[159,6]

379

474

3450 [39]

3805 [43]

4070 [46]

15.4 [11,5]

18.8 [14]

2540 [175]

2900 [200]

3260 [225]

16 [60,6]

20 [75,7]

2540 [175]

2900 [200]

3260 [225]

2540 [175]

2900 [200]

3260 [225]

102 [7]

2832 [32]

3275 [37]

7

22.5

[11,1]

4. 0

[80,3]

750

940

1725 [19,5]

1947 [22]

2390 [27]

17 [12,5]

20.1 [15]

2540 [175]

2900 [200]

3260 [225]

16[60,6]

20[75,7]

2540 [175]

2900 [200]

3260 [225]

2540 [175]

2900 [200]

3260 [225]

145 [10]

1330 [15]

1505 [17]

10

23.2

[10,5]

93.14

[51,5]

734

1029

900 [10,1]

1150 [13]

1505 [17]

9.5 [7]

11.9 [8,5]

2030 [140]

2540 [175]

3260 [225]

10 [37,8]

14 [53]

2540 [175]

2900 [200]

3260 [225]

2540 [175]

2900 [200]

3260 [225]

145 [10]

710 [8]

885 [10]

10

23

[10,4]

7.67

[125,7]

482

602

2655 [30]

3010 [34]

3275 [37]

16.8 [12,5]

19.5 [14,5]

2540 [175]

2900 [200]

3260 [225]

16 [60,6]

20 [75,7]

2540 [175]

2900 [200]

3260 [225]

2540 [175]

2900 [200]

3260 [225]

130 [9]

2215 [25]

2480 [28]

9

23.8

[10,8]

6.09

[99,8]

607

758

2125 [24]

2480 [28]

2832 [32]

17.4 [13]

20.1 [15]

2540 [175]

2900 [200]

3260 [225]

16 [60,6]

20 [75,7]

2540 [175]

2900 [200]

3260 [225]

2540 [175]

2900 [200]

3260 [225]

145 [10]

1770 [20]

2035 [23]

10

23.4

[10,6]

12.19

[199,8]

303

379

4000 [45]

4425 [50]

4960 [56]

14.8 [11]

17.4 [13]

2540 [175]

2900 [200]

3260 [225]

16 [60,6]

20 [75,7]

2540 [175]

2900 [200]

3260 [225]

2540 [175]

2900 [200]

3260 [225]

73 [5]

3630 [41]

4070 [46]

5

25.6

[11,6]

15.26

[250,1]

240

303

4780 [54]

5400 [61]

6280 [71]

13.4 [10]

16.1 [12]

2540 [175]

2900 [200]

3260 [225]

16 [60,6]

20 [75,7]

2540 [175]

2900 [200]

3260 [225]

2540 [175]

2900 [200]

3260 [225]

58 [4]

4000 [45]

4870 [55]

6

26.7

[12,1]

19.26

[315,7]

190

242

4870 [55]

5580 [63]

7350 [83]

12 [9]

14.8 [11]

1960 [135]

2320 [160]

3045 [210]

16 [60,6]

20 [75,7]

2540 [175]

2900 [200]

3260 [225]

2540 [175]

2900 [200]

3260 [225]

44 [3]

4000 [45]

5840 [66]

5

27.8

[12,6]

24.4

[397]

152

191

5400 [61]

6100 [69]

7700 [87]

10.5 [7,8]

14.2 [10,6]

1670 [115]

2030 [140]

2540 [175]

16 [60,6]

20 [75,7]

2540 [175]

2900 [200]

3260 [225]

2540 [175]

2900 [200]

3260 [225]

44 [3]

4340 [49]

5400 [61]

5

29.3

[13,3]

SPECIFICATION DATA

MOTORS

MLHRW

DIMENSIONS AND MOUNTING DATA - MLHRW (WHEEL MOTOR)

17

3

2xM22x1,5

M14x1,5

2

2xG½

G¼

5

2x½-14NPTF

-20UNF

4

2x -14UNF

-20UNF

P

T

(A,B)

Versions

78/

716/7

16/

MLHRW 50

MLHRW 80

MLHRW 100

MLHRW 125

MLHRW 160

MLHRW 200

MLHRW 250

MLHRW 315

MLHRW 400

L ,in. [mm]

4.37 [111]

4.57 [116]

4.72 [120]

4.88 [124]

5.112 [130]

5.39 [137]

5.75 [146]

6.18 [157]

6.77 [172]

max L ,in.[mm]

.35 [9,0]

.55 [14,0]

.69 [17,4]

.86 [21,8]

1.09 [27,8]

1.37 [34,8]

1.71 [43,5]

2.16 [54,8]

2.73 [69,4]

1Type

Standard Rotation

CWCCW

Viewed from Shaft EndPort A Pressurized -Port B Pressurized -

Reverse Rotation

CCWCW

Viewed from Shaft EndPort A Pressurized -Port B Pressurized -

T

2.53/2.52

[64,2/64,0]

2.53/2.52

[64,2/64,0]

P(A,B)

Port A Port B

1.346[34,2] Dia.

.039[1] Deep

1.346[34,2] Dia.

.039[1] Deep

5.118

[130]

5.118

[130]


MAX. PERMISSIBLE SHAFT SEAL PRESSURE

0

50

100

150

0 200 400 600 800 1000 n, RPM100

Pbar

0

500

1000

2000

PPSI

1500

2175

MLHRW...1 motors without drain connection:

The shaft seal pressure never exceedsthe pressure in the return line.


MLHRW... motors with drain connection:

PERMISSIBLE SHAFT LOADS MLHRW

L =2500 h

1. Permissible radial shaft load2. Drawing by n= 50 RPM3. Drawing by n=200 RPM4. Drawing by n=800 RPM5. Drawing by n=200 RPMand P max=1125 lbs [500 daN]

h

a

P max=1125 lbs[500 daN]

a

MOTORS

MLHRW

18



19

- side ports, 2xG1/2, G1/4, BSP thread, ISO 228

- side ports, 2xM22x1,5, M14x1,5, metric thread,

ISO 262



2

3

4

5

MLHRW

ORDER CODE

1 2 3 4 5 6


- [standard manifold to each]Pos. 3 Port Size/TypePos.1 - Displacement code*


- 3.14 [51,5] in. /rev. [cm. /rev.]

- 4.90 [80,3] in. /rev. [cm. /rev.]

- 6.09 [99,8] in. /rev. [cm. /rev.]

- 7.67 [125,7] in. /rev. [cm. /rev.]

- 9.74 [159,6] in. /rev. [cm. /rev.]

- 12.19 [199,8] in. /rev. [cm. /rev.]

- 15.26 [250,1] in. /rev. [cm. /rev.]

- 19.26 [315,7] in. /rev. [cm. /rev.]

- 24.40 [397,0] in. /rev. [cm. /rev.]

50

80

100

125

160

200

250

315

400

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

- 1¼" [31,75] straight, Parallel key

- 1¼" [31,75] SAE J501 Tapered

K

RPos. 6 - Design Series




Pos. 4 - Drain Port

Pos. 5 - Special Features [see page 38]

/5 16/5 161¼" [31,75] , Parallel key "x "x1¼" BS 46


straight

K

1.854/1.825

[47,1/46,35]

1.854/1.825

[47,1/46,35]

SHAFT EXTENSIONS

/5 16/5 16

1¼" [31,75],SAE J501 Tapered

Parallel key "x "x1"


R

Tightening torque for Nut

1680÷1860 in-lb [20±1 daNm]


1680÷1860 in-lb [20±1 daNm]1.5 Taper per Foot

[cone 1:8]

1.5 Taper per Foot

[cone 1:8]

2.283 [58]2.283 [58]

.156 Dia.

[4,0]

.156 Dia.

[4,0] Nut 1-20 UNEF

1/ " [36,5] across flat716

Nut 1-20 UNEF

1/ " [36,5] across flat7162.177/2.154

[55,29/54,71]

2.177/2.154

[55,29/54,71]

1.251/1.249 Dia.

[31,775/31,725]

1.251/1.249 Dia.

[31,775/31,725]

.244/.228

[6,2/5,8

.244/.228

[6,2/5,8

MOTORS

MLHRW


pages 36÷40.



Requirement max. Torque

must be not exceeded.

4.193

[106,5]

4.193

[106,5]

3.799

[96,5]

3.799

[96,5]

HYDRAULIC MOTORS HW

Pressure Losses

20

Displacement,

Max. Speed,

Max. Torque,

Max. Output,

Max. Pressure Drop,

Max. Oil Flow,

Min. Speed,

Pressure fluid

Temperature range,


Filtration

7.67÷33.55 [126÷550]

136÷380

3100÷8500 [35÷96]

12.1÷21.7 [9÷16,2]

1810÷3000 [125÷205]

12÷20 [45÷75]

[10]


-22÷194 [-30÷90]

98÷347 [20÷75]


GENERAL

Specification data ................... 21÷22

Performance data ................... 23÷29

Dimensions and mounting ............ 30

Shaft extensions ............................ 31

Permissible shaft Seal Pressure ... 32

Order code ..................................... 33

Permissible shaft loads ................. 32

CONTENTS OPTIONS

»

»

»

»

»


Wheel mount


SAE and BSPP ports


APPLICATION

»

»

»

»

»

»

»

Conveyors

Feeding mechanism of robots andmanipulators


Textile machines


Food industries

etc.Grass cutting machinery

in /rev [cm /rev.]

[RPM]

in-lb [daNm]

HP [kW]

PSI [bar]

GPM [lpm]

[RPM]

F [ C]

SUS [mm /s]

3 3

O O

2

0

2

4

6

8

10

12

14

pbar

00

100

150

200

50

pPSI

90806050403020100

Q, GPM

70

2.5 5 7.5 10 12.5 15 17.5 20 22.5

Q, lpm

16

18250

30020

1450 [100]

2030 [140]

Pressure drop

PSI [bar]

Viscosity

SUS [mm /s]2


GPM [lpm]

98 [20]

164 [35]

98 [20]

164 [35]

.660 [2,5]

.476 [1,8]

.925 [3,5]

.740 [2,8]


21

MOTORS

HW

Type

Displacement, in. /rev. [cm /rev.]

Max. Speed,

[RPM]

Max. Torque

in-lb [daNm]

Max. Output,

HP [kW]

Max. Pressure

Drop, PSI [bar]

Max. Oil Flow

GPM [lpm]

Max. Inlet Pressure,

PSI [bar]

Max. Starting Pressure

with Unloaded Shaft, PSI [bar]


in-lb [daNm]

Min. Speed**, [RPM]

Weight, avg. lb [kg]

3 3

cont.

int.*

cont.

int.*

cont.

int.*

cont.

int.*

cont.

int.*

cont.

int.*

at max. press.drop cont.

at max. press.drop int.*

HW125

HW160

HW200

HW235

HW250

HW300

HW315

7.69 [126]

357

476

3098 [35]

3408 [38,5]

21.7 [16,2]

26.6 [19,8]

2973 [205]

3263 [225]

12 [45]

16 [60]

3050 [210]

3625 [250]

145 [10]

2540 [28,7]

2788 [31,5]

10

31.5 [14,3]

9.64 [157,8]

380

475

3894 [44]

4248 [48]

23.6 [17,6]

29 [21,6]

16 [60]

20 [75]

3186 [36]

3478 [39,3]

10

32.2 [14,6]

2973 [205]

3263 [225]

3050 [210]

3625 [250]

145 [10]

14.33 [235,3]

298

361

5710 [64,5]

6196 [70]

22.8 [17]

25.7 [19,2]

2973 [205]

3263 [225]

18.5 [70]

22.5 [85]

3050 [210]

3625 [250]

145 [10]

4673 [52,8]

5080 [57,4]

10

34.2 [15,5]

15.37 [252]

298

357

6107 [69]

6638 [75]

22.5 [16,8]

25 [18,7]

2973 [205]

3263 [225]

20 [75]

24 [90]

3050 [210]

3625 [250]

145 [10]

5000 [56,5]

5443 [61,5]

10

34.6 [15,7]

18.3 [300]

250

300

7170 [81]

7877 [89]

22 [16,5]

25 [18,7]

2973 [205]

3263 [225]

20 [75]

24 [90]

3050 [210]

3625 [250]

145 [10]

5877 [66,4]

6452 [72,9]

10

35.5 [16,1]

19.21 [314,9]

238

286

7523 [85]

8230 [93]

21.9 [16,4]

25 [18,7]

2973 [205]

3263 [225]

20 [75]

24 [90]

3050 [210]

3625 [250]

145 [10]

6169 [69,7]

6744 [76,2]

10

35.9 [16,3]

12.28 [201,3]

348

422

4868 [55]

5310 [60]

23.3 [17,4]

26.3 [19,6]

2973 [205]

3263 [225]

18.5 [70]

22.5 [85]

3050 [210]

3625 [250]

145 [10]

3673 [41,5]

4355 [49,2]

10

33.3 [15,1]









HLP(DIN51524) or

SPECIFICATION DATA

22

MOTORS

HW

cont.

int.*

cont.

int.*

cont.

int.*

cont.

int.*

cont.

int.*

cont.

int.*

at max. press.drop cont.

at max. press.drop int.*

HW350

HW370

HW400

HW470

HW500

HW535

HW550

21.21 [347,8]

216

259

8320 [94]

9028 [102]

22 [16,5]

25 [18,7]

2973 [205]

3263 [225]

20 [75]

24 [90]

3050 [210]

3625 [250]

145 [10]

6815 [77]

7400 [83,6]

8

36.8 [16,7]

22.51 [369,2]

203

244

8497 [96]

9293 [105]

17.7 [13,2]

23.2 [17,3]

2900 [200]

20 [75]

24 [90]

7036 [79,5]

7612 [86]

8

37.3 [16,9]

3263 [225]

3050 [210]

3625 [250]

145 [10]

28.71 [470,6]

159

191

8143 [92]

8939 [101]

14.2 [10,6]

18.2 [13,6]

2176 [150]

2393 [165]

22.5 [85]

3050 [210]

3625 [250]

145 [10]

6674 [75,4]

73.28 [82,8]

8

39.9 [18,1]

20 [75]

30.65 [502,4]

149

179

8054 [91]

8939 [101]

14.5 [10,8]

18.6 [13,9]

2030 [140]

2248 [155]

20 [75]

24 [90]

3050 [210]

3625 [250]

145 [10]

6603 [74,6]

7328 [82,8]

8

40.6 [18,4]

32.7 [535]

140

168

7966 [90]

9205 [104]

12.6 [9,4]

17.2 [12,8]

1885 [130]

2176 [150]

20 [75]

24 [90]

3050 [210]

3625 [250]

145 [10]

6532 [73,8]

7540 [85,2]

5

41.5 [18,8]

33.55 [550]

136

164

7877 [89]

9116 [103]

12 [9,0]

16.6 [12,4]

1813 [125]

2103 [145]

20 [75]

24 [90]

3050 [210]

3625 [250]

145 [10]

6452 [72,9]

7470 [84,4]

5

41.7 [18.9]

24.2 [396,8]

189

227

8497 [96]

8674 [98

16.8 [12,5]

22.4 [16,7]

2683 [185]

2756 [190]

22.5 [85]

3050 [210]

3625 [250]

145 [10]

6966 [78,7]

7107 [80,3]

8

38.1 [17,3]

20 [75]









HLP(DIN51524) or

SPECIFICATION DATA

Type

Displacement, in. /rev. [cm /rev.]

Max. Speed,

[RPM]

Max. Torque

in-lb [daNm]

Max. Output,

HP [kW]

Max. Pressure

Drop, PSI [bar]

Max. Oil Flow

GPM [lpm]

Max. Inlet Pressure,

PSI [bar]

Max. Starting Pressure

with Unloaded Shaft, PSI [bar]


in-lb [daNm]

Min. Speed**, [RPM]

Weight, avg. lb [kg]

3 3

7.69 in. /rev. [126 cm. /rev.]3 3

MOTORS

HW

Performance Data HW 125

Torque, 4295

[da ] [48.5]

in-lb

Nm

Speed [RPM] 42

9.64 in. /rev. [157.8 cm. /rev.]3 3


The Performance data was collected at back pressure 72.5÷145 PSI [5÷10 bar]

and oil with viscosity of 150 SUS [32 mm²/s] at 122ºF [50ºC].

Torque, 3045

[da ] [34.5]

in-lb

Nm

Speed [RPM] 40

Pressure, PSI (bar)Max.Cont.

Max.Int.

500[35]

1000[70]

1450[100]

1710[120]

2000[140]

2500[175]

2850[200]

3200[225]

Speed(theor.)

500[ 5.64 ]

1035[11 .7]

1435[16.2]

1750[19.8]

2070[23.4]

- - -40

1.32[5]

33 31 27 24 19

525[5.94]

1078[12.18]

1550[17.5]

1820[20.58]

2115[23.9]

2515[28.4]

2745[31.0]

3045[34.4] 80

2.64[10]

76 70 64 60 55 50 46 40

500[5.64]

1085[12.25]

1610[18.2]

1885[21.3]

2150[24.3]

2620[29.6]

2865[32.4]

3215[36.3] 119

Flow

4[15]

113 110 104 100 95 89 84 76

GPM[l/min]

460[5.2]

1078[12.18]

1585[17.9]

1860[21.0]

2140[24.2]

2630[29.7]

2930[33.1]

3240[36.6] 159

5.28[20]

154 151 145 141 136 131 125 116

-1035[11 .7]

1495[16.9]

1815[20.5]

2105[23.8]

2595[29.3]

2910[32.9]

3250[36.7] 238

8[30]

230 224 219 214 207 200 193

-965

[10.9]1460[16.5]

1750[19.8]

2035[23.0]

2530[28.6]

2910[32.9]

3230[36.5] 317

10.56[40]

308 302 295 289 280 271 262

Max.Cont.

-875[9.9]

1380[15.6]

1690[19.1]

1980[22.4]

2485[28.1]

2895[32.7]

3220[36.4] 397

13.2[50]

389 380 373 366 354 345 335

Max.Int.

-785[8.9]

1285[14.5]

1635[18.45]

1860[21.0]

2435[27.5]

2790[31.5]

3210[36.3] 476

16[60]

471 463 453 446 431 423 410

Torque(theor.)

620[7.0]

1240[14.0]

1770[20.0]

2125[24.0]

2480[28.0]

3105[35.1]

3550[40.1]

3990[45.1]

Pressure, PSI (bar)Max. Max.

500[35]

1000[70]

1450[100]

1710[120]

2320[140]

2500[175]

2850[200]

3200[225]

Speed(theor.)

700[7.91]

1415[16]

2020[22.8]

2425[27.4]

3135[35.4]

3330[37.6]

3755[42.4] - 32

1.32[5]

25 24 22 21 19 18 14

680[7.7]

1410[15.91]

2010[22.7]

2410[27.2]

3135[35.4]

3310[37.4]

3835[43.3]

4295[48.5] 63

2.64[10]

58 56 54 52 51 49 44 42

655[7.4]

1410[15.91]

2000[22.6]

2395[27.05]

3100[35]

3310[37.4]

3895[44]

4295[48.5] 95

Flow,

4[15]

91 87 85 84 82 80 77 74

GPM[l/min]

630[7.13]

1390[15.7]

1980[22.35]

2365[26.7]

3055[34.5]

3295[37.2]

3860[43.6]

4295[48.5] 127

5.28[20]

124 121 118 115 110 106 101 96

595[6.7]

1345[15.2]

1955[22.1]

2335[26.4]

3020[34.1]

3250[36.7]

3790[ 42.8]

4250[48] 190

8[30]

189 185 182 177 172 167 163 160

585[6.6]

1275[14.4]

1910[21.6]

2285[25.8]

2985[33.7]

3230[365]

3725[42.1]

4195[47.4] 253

10.56[40]

252 249 243 238 230 225 219 213

-1195[13.5]

1 880[21.2]

2250[25.4]

2930[33.1]

3220[36.4]

366541.4]

4105[46.4] 317

13.2[50]

315 312 303 292 286 280 275

Max.Cont. -

1075[12.15]

1800[20.3]

2160[24.4]

2885[32.6]

3160[35.7]

3610[40.8]

4030[45.5] 380

16[60]

378 372 364 349 344 335 331

Max.Int. -

920[10.4]

1655[18.7]

2070[23.4]

2770[31.3]

3055[34.5]

3490[39.4] - 475

20[75]

474 472 458 447 443 435

Torque(theor.)

780[8.8]

1560[17.6]

2220]25.1]

2665[30.1]

3560[40.2]

3895[44]

4445[50.2]

5000[56.5]

Cont. Int.

23

12.28 in. /rev. [201,3 cm. /rev.]3 3


Torque, 5965

[da ] [67.4]

in-lb

Nm

Speed [RPM] 19

14.33 in. /rev. [235,3 cm. /rev.]3 3




Torque, 5090

[da ] [57.5]

in-lb

Nm

Speed [RPM] 3

Flow,

GPM[l/min]

Max.Cont.

Max.Int.

(theor.)


Max.Int.

500[35]

1000[70]

1450[100]

1710[120]

2320[160]

2500[175]

2850[200]

3200[225]

Speed(theor.)

840[9.5]

1770[20]

2525[28.5]

3000[33.9]

3965[44.8]

4135[46.7]

4540[51.3]

5090[57.5] 251.32

[5] 23 20 16 11 9 9 4 3825[9.3]

1760[19.9]

2560[28.9]

3055[34.5]

4020[45.4]

4195[47.4]

4595[51.9]

5115[57.8] 502.64

[10] 42 40 37 36 35 34 31 27

805[9.1]

1735[19.6]

2565[29]

3115[35.2]

4020[45.4]

4275[48.3]

4620[52.2]

5145[58.1] 74.5Flow,

4[15] 69 66 62 60 58 57 54 46

760[8.6]

1710[19.3]

2515[28.4]

3090[34.9]

3985[45.0]

4295[48.5]

4675[52.8]

5170[58.4] 99

GPM[l/min]

5.28[20] 98 96 94 92 90 88 86 81

710[8.0]

1640[18.5]

2435[27.5]

300033.9]

3895[44.0]

4295[48.5]

4610[52.1]

5115[57.8] 1498

[30]147 145 142 140 134 132 129 122

645[7.3]

1525[17.2]

2345[26.5]

2910[32.9]

3730[42.1]

4205[47.5]

4570[51.6]

5170[57.3] 19910.56

[40]197 194 191 188 184 182 174 163

-1355[15.3]

2240[25.3]

2735[30.9]

3575[40.4]

4090[46.2]

4480[50.6]

5000[56.5] 24813.2

[50] 244 242 238 234 228 225 220

-1195[13.5]

2070[23.4]

2575[29.1]

3345[37.8]

3950[44.6]

4435[50.1]

4885[55.2] 298

Max.Cont.

16[60] 295 291 286 278 274 267 262

-985

[11.1]1745[19.7]

2215[25]

2835[32]

3575[40.4]

4300[48.6]

4755[53.7] 372.5Max.

Int.20

[75]371 367 362 355 349 342 335

Torque(theor.)

990[11.2]

1985[22.43]

2835[32.05]

3410[38.5]

4540[51.3]

4965[56.1]

5675[64.1]

6380[72.1]

MOTORS

HW


Max.Int.

500[35]

1000[70]

1450[100]

1710[120]

2320[160]

2500[175]

2850[200]

3200[225]

Speed(theor.)

920[10.4]

1950[22]

2760[31.2]

3285[37.1]

4295[48.5]

4640[52.4]

5150[58.2]

-21

1.32[5]

16 14 12 11 10 8 5955

[10.8]1940[21.9]

2830[32]

3365[38]

4380[49.5]

4780[54]

5400[61]

596542

2.64[10]

35 33 31 30 29 28 24 19

975[11]

1930[21.8]

2825[31.9]

3375[38.1]

4460[50.4]

4885[55.2]

5490[62]

601064

4[15]

58 55 52 51 49 47 40 38

930[10.5]

1905[21.5]

2790[31.5]

3345[37.8]

4450[50.3]

4870[55]

5470[61.8]

599085

5.28[20]

83 79 75 73 70 67 63 60

805[9.1]

1870[21.1]

2735[30.9]

3285[37.1]

4390[49.6]

4780[54]

5400[61]

5965[67.4 127

8[30]

126 123 119 117 114 104 100 95

700[7.9]

1780[20.1]

2680[30.3]

3215[36.3]

4270[48.2]

4665[52.7]

5250[59.3]

5860170

10.56[40]

168 164 157 153 148 145 142 138

-1620[18.3]

2585[29.2]

3115[35.2]

4150[46.9]

4550[51.4]

5170[58.4]

5685212

13.2[50]

208 200 196 191 189 186 183

-1420[16]

2355[26.6]

2920[33]

4000[45.2]

4390[49.6]

4960[56]

5575[63] 255

16[60]

252 249 245 237 232 226 221

-1110[12.5]

2045[23.1]

2620[29.6]

3655[41.3]

4110[46.4]

4870[55]

5285[59.7] 319

20[75]

316 313 308 301 298 293 292

Torque 1160[13.1]

2320[26.2]

3320[37.5]

3985[45]

5300[59.9]

5800[65.5]

6630[74.9]

7460[84.3]

[67.4]

[67.9]

[67.7]

[66.2]

[64.2]

24

15.37 in. /rev. [252 cm. /rev.]3 3


Torque, 7435

[da ] [84]

in-lb

Nm

Speed [RPM] 10

18.3 in. /rev. [300 cm. /rev.]3 3




Torque, 6435

[da ] [72.7]

in-lb

Nm

Speed [RPM] 40


Max.Int.

500[35]

1000[70]

1450[100]

1710[120]

2320[160]

2500[175]

2850[200]

3200[225]

Speed(theor.)

975[11]

2090[23.6]

3020[34.1]

3615[40.8]

4710[53.2]

5090[57.5]

5595[63.2] - 20

1.32[5]

17 14 13 12 11 10 7

990[11.2]

2180[24.6]

3020[34.1]

3620[40.9]

4745[53.6]

5135[58]

5770[65.2] - 40

2.64[10]

36 34 32 28 26 25 21990

[11.2]2340[26.4]

3020[34.1]

3640[41.1]

4770[53.9]

5170[58.4]

5765[65.1]

6435[72.7] 60Flow,

4[15]

56 54 51 50 49 48 44 40

930[10.5]

2310[26.1]

3020[34.1]

3640[41.1]

4770[53.9]

5145[58.1]

5755[65]

6410[72.4] 79

GPM[l/min]

5.28[20]

76 72 69 68 65 63 60 57

815[9.2]

2000[22.6]

2880[32.5]

3515[39.7 ]

4700[53.1]

5125[57.9]

5720[64.6]

6380[72.1] 119

8[30]

117 115 113 111 107 102 95 91720[8.1]

1950[22]

2790[31.5]

3445[38.9]

4610[52.1]

5035[57.2]

5640[63.7]

6320[71.4] 159

10.56[40]

157 156 154 152 147 143 135 131

550[6.2]

1725[19.5]

2730[30.8]

3365[38]

4560[51.5]

4950[56]

5530[62.5]

6135[69.3] 198

13.2[50]

196 194 192 188 182 176 171 169

-1575[17.8]

2500[28.2]

3180[35.9]

4355[49.2]

4800[54.2]

5380[60.8]

6000[67.8] 238

Max.Cont.

16[60]

235 231 229 221 216 211 207

-1180[13.3]

2295[25.9]

2790[31.5]

3975[44.9]

4525[51.1]

5260[59.4]

5880[66.4] 298

Max.Int.

20[75]

295 293 290 284 280 276 268

Torque(theor.)

1240[14]

2480[28]

3550[40.1]

4260[48.1]

5685[64.2]

6215[70.2]

7100[80.2]

7985[90.2]


Max.Int.

500[35]

1000[70]

1450[100]

1710[120]

2320[160]

2500[175]

2850[200]

3200[225]

Speed(theor.)

1265[14.3]

2560[28.9]

3720[42]

4285[48.4]

5445[61.5]

5770[65.2] - - 17

1.32[5]

14 12 10 9 7 61300[14.7]

2585[29.2]

3745[42.3]

4355[49.2]

5615[63.4]

5975[67.5]

6815[77]

7435[84] 33

2.64[10]

30 27 24 22 19 18 13 10

1295[14.6]

2585[29.2]

3720[42]

4435[50.1]

5710[64.5]

6110[69]

7010[79.2]

771 0[87.1] 50Flow,

4[15]

47 44 42 40 37 33 27 24

1265[14.3]

2530[28.6]

3700[41.8]

4385[49.5]

5780[65.3]

6215[70.2]

7040[79.5]

7870[88.9] 67

GPM[l/min]

5.28[20]

65 63 60 58 53 50 45 37

1140[12.9]

2445[27.6]

3575[40.4]

4340[49]

5765[65.1]

6285[71]

7065[79.8]

7845[88.6] 100

8[30]

98 96 94 92 89 86 76 66

995[11.2]

2330[26.3]

3490[39.4]

4205[47.5]

5600[63.2]

6100[68.9]

6940[78.4]

7765[87.7] 133

10.56[40]

132 130 127 120 112 105 100 94

760[8. 6]

2195[24.8]

3345[37.8]

4055[45.8]

5460[61.7]

5990[67.7]

6765[76.4]

7620[86.1] 167

13.2[50]

166 165 161 157 150 145 138 134

560[6.3]

2010[22.7]

3125[35.3]

3805[43]

5240[59.2]

5695[64.3]

6595[74.5]

7585[85.7] 200

Max.Cont.

16[60]

199 198 195 191 183 179 168 161

-1540[17.4]

2800[31.6]

3540[40]

4960[56]

5410[61.1]

6375[72]

7425[83.9] 250

Max.Int.

20[75]

248 242 240 232 228 214 202

Torque(theor.) 1480

[16.7]2960[33.4]

4230[47 .8]

5070[57.3]

6765[76.4]

7400[83.6]

8455[95.5]

9505[107.4]

MOTORS

HW

25

19.21 in. /rev. [315,9 cm. /rev.]3 3


Torque, 8160

[da ] [92.2]

in-lb

Nm

Speed [RPM] 29

21.21 in. /rev. [347,8 cm. /rev.]3 3




Torque, 8080

[da ] [91.3]

in-lb

Nm

Speed [RPM] 23


Max.Int.

500[35]

1000[70]

1450[100]

1710[120]

2320[160]

2500[175]

2850[200]

3200[225]

Speed(theor.)

1130[15]

2685[30.3]

3895[44]

4490[50.7]

5710[64.5]

6055[68.4] - - 16

1.32[5]

13 11 10 9 7 5

1365[15.4]

2720[30.7]

3920[44.3]

4570[51.6]

5885[66.5]

6260[70.7]

71 45[80.7]

7810[88.2] 32

2.64[10]

29 26 23 22 18 17 13 10

1355[15.3]

2720[30.7]

3895[44]

4650[52.5]

5995[67.7]

6400[72.3]

7355[83.1]

8080[91.3] 48Flow,

4[15]

45 42 40 39 35 31 26 23

1330[15]

2655[30]

3870[43.7]

4605[52]

6065[68.5]

6515[73.6]

7385[83.4]

8260[93.3] 64

GPM[l/min]

5.28[20]

62 60 57 55 50 47 42 35

1195[13.5]

2570[29]

3745[42.3]

4540[51.3]

60 45[68.3]

6595[74.5]

7410[83.7]

8235[93] 95

8[30]

94 92 90 88 85 81 72 62

1035[11.7]

2445[27.6]

3655[41.3]

4425[50]

5880[66.4]

6400[72.3]

7310[82.6]

8145[92] 127

10.56[40]

126 125 121 115 108 103 96 89

800[9]

2310[ 26.1]

3505[39.6]

4250[48]

5735[64.8]

6285[71]

7090[80.1]

8000[90.4] 159

13.2[50]

158 156 153 149 148 138 132 127

595[6.7]

2110[23.8]

3275[37]

4000[45.2]

5525[62.4]

5965[67.4]

6915[78.1]

7965[90] 190

Max.Cont.

16[60]

189 187 183 181 173 170 163 134

-1620[18.3]

2930[33.1]

3710[41.9]

5205[58.8]

5965[67.4]

6685[75.5]

7685[86.8] 238

Max.Int.

20[75]

236 234 228 222 218 201 193

Torque(theor.)

1550[17.5]

3110[35.1]

4435[50.1]

5320[60.1]

7100[80.2]

7765[87.7]

8870[100.2]

9985[112.8]

Pressure, PSI (bar)Max. Max.

500[35]

1000[70]

1450[100]

1710[120]

2320[160]

2500[175]

2850[200]

3200[225]

Speed(theor.)

1240[14]

2680[30.3]

3780[42.7]

4515[51] - - - - 14

1.32[5]

12 10 8 6

[14.8] [31] [44.2] [52.4] [69.6] [75.8] [83.7] - 292.64[10]

27 25 24 23 22 20 18

1355[15.3]

2835[32]

4030[45.5]

4835[54.6]

6445[72.8]

6930[78.3]

7610[86]

8160[92.2] 43Flow,

4[15]

41 39 38 37 35 34 32 29

1330[15]

2840[32.1]

4070[46]

4790[54.1]

6460[73]

6920[78.2]

7850[88.7]

8480[95.8] 58

GPM[l/min]

5.28[20]

55 53 52 51 48 46 44 40

1250[14.1]

2755[31.1]

3940[44.5]

4860[54.9]

6500[73.4]

6940[78.4]

7940[89.7]

8595[97.1] 86

8[30]

85 83 82 80 78 76 71 65

1000[11.3]

2610[29.5]

3805[43]

4690[53]

6330[71.5]

6770[76.5]

7735[87.4]

8710[98.4] 115

10.56[40]

114 113 111 109 107 104 97 91

780[8.8]

2380[26.9]

3620[40.9]

4525[51.1]

6180[69.8]

6550[74]

7580[85.6]

8490[95.9] 144

13.2[50]

143 142 140 137 132 127 122 113

570[6.4]

2145[24.2]

3500[39.5]

4375[49.4]

5915[66.8]

6270[70.8]

7275[82.2]

8270[93.4] 173

Max.Cont.

16[60]

172 170 167 163 158 155 148 143

-1870[21.1]

3205[36.2]

3930[44.4]

5410[61.1]

5800[65.5]

6995[79]

7995[90.3] 216

Max.Int.

20[75]

214 212 210 206 203 189 183

Torque(theor.) 1720

[19.4]3425[38.7]

4895[55.3]

5880[66.4]

7845[88.6]

8580[96.9]

9800[110.7]

11030[124.6]

MOTORS

HW

Cont. Int.

26

22.51 in. /rev. [369,2 cm. /rev.]3 3


Torque, 8765

[da ] [99]

in-lb

Nm

Speed [RPM] 24

24.2 in. /rev. [396,8 cm. /rev.]3 3




Torque, 8950

[da ] [101.1]

in-lb

Nm

Speed [RPM] 10


Max.Int.

500[35]

1000[70]

1450[100]

1710[120]

2320[160]

2500[175]

2850[200]

3200[225]

Speed(theor.)

14 500[16.4]

2965[33.5]

4295[48.5]

5010[57.4]

6500[73.4]

6965[78.7] - - 14

1.32[5]

11 9 7 6 5 4

1505[17]

3125[35.3]

4470[50.5]

5310[60]

683[77.2]

7285[82. 3]

8160[92.2]

8950[101.1] 27

2.64[10]

25 23 21 20 17 16 13 10

1445[16.3]

3170[35.8]

4540[51.3]

5445[61.5]

7065[79.8]

7605[85.9]

8350[94.3]

9125[103.1] 41Flow,

4[15]

38 36 34 33 31 29 25 21

1410[15.9]

3145[35.5]

4410[49.8]

5110[61.1]

7110[80.3]

7695[86.9]

8580[96.9]

9535[107.7 ] 54

GPM[l/min]

5.28[20]

52 50 48 46 43 41 36 321320[14.9]

3010[34]

4310[48.7]

5295[59.8]

6895[77.9]

7490[84.6]

8515[96.2]

9470[107] 81

8[30]

80 78 76 75 73 71 62 55

1190[13.4]

2835[32]

4160[47]

5160[58.3]

6770[76.5]

7375[83.3]

8400[94.9]

9420[106.4] 108

10.56[40]

106 104 101 98 91 87 82 76

825[9.3]

2995[28.2]

3920[44.3]

4975[56.2]

6615[74.7]

7090[80.1]

8110[91.6]

9125[103.1] 135

13.2[50]

134 132 129 126 121 118 109 100

650[7.3]

2310[26.1]

3630[41]

4650[52.5]

6375[72]

6825[77.1]

7880[89]

8835[99.8] 163

Max.Cont.

16[60]

1162 160 157 153 149 146 137 130

-1860[21]

3250[36.7]

4055[45.8]

57 80[65.3]

6340[71.6]

7400[83.6]

8365[94.5] 203

Max.Int.

20[75]

201 199 196 192 188 181 173

Torque(theor.) 1825

[20.6]3640[41.1]

5205[58.8]

6240[70.5]

8330[94.1]

9110[102.9]

10400[117.5]

11700[132.2]


Max.Int. Speed

Flow,

GPM[l/m in]

Max.Cont.

Max.Int.

Torque(

500[35]

1000[70]

1 300[90]

1710[120]

2320[160]

268[185]

276 0[ 190 ]

(theor.)

1620[18.3]

3425[38.7]

4345[49.1]

5710[64.5]

7350[83]

8170[92.3]

8330[94.2] 25

2.64[10]

22 20 19 18 16 15 14

1560[17.6]

3410[38.5]

4381[49.5]

5850[66.1]

7595[85.8]

8585[97]

8765[99] 38

4[15]

36 34 33 32 29 26 24

1515[17.1 ]

3380[38.2]

4330[48.9]

5840[66]

7640[86.3]

8700[98.3]

8815[99.6] 50

5.28[20]

48 46 45 43 40 36 34

1420[16]

3240[36.6 ]

4170[47.1]

5690[64.3]

7550[85.3]

8480[95.8]

8660[97.8] 76

8[30]

75 73 71 69 67 65 63

1265[14.3]

3045[34.4]

3 990[45.1]

5540[62.6]

7270[82.1]

8375[94.6]

8550[96.6] 101

10.56[40]

100 98 96 94 90 85 83

885[10]

2690[30.4]

3685[41.6]

5355[60.5]

7090[80.1]

79 60[89.9]

8410[95] 126

13.2[50]

124 122 120 116 112 108 105

690[7.8]

2490[28.1]

3525[39.8]

5030[56.8]

6845[77.3]

7700[87]

7965[90 ] 151

16[60]

150 148 146 143 139 133 132

-1990[22.5]

2985[33.7]

4355[49.2]

6215[70.2]

7185[81.3]

7540[ 85.2 ] 189

20[75]

187 185 182 177 173 169

theor.)1960[22.1]

3915[44.2]

5030[56.8]

6710[75.8]

8950[101.1]

10350[116.9]

10620[12 0]

27

MOTORS

HW

28.71 in. /rev. [470,6 cm. /rev.]3 3


Torque, 9735

[da ] [100]

in-lb

Nm

Speed [RPM] 19

30.65 in. /rev. [502,4 cm. /rev.]3 3





Max.Int.

500[35]

1000[70]

1 30 0[9 0]

1710[120]

2 17 0[1 5 0]

239 0[ 165 ]

Speed(theor.)

1860[21]

3780[42.7]

4850[54.8]

6480[73.2] - - 11

1.32[5]

8 6 5 4

1870[21.1]

3965[44.8]

5065[57.2]

6745[76.2]

8305[93.8]

8850[100] 21

2.64[10]

19 17 16 15 14 13

1815[20.5]

4035[45.6]

5180[58.5]

6925[78.2]

8445[95.4]

9120[103] 32Flow,

4[15]

30 28 27 25 22 20

1760[19.9]

4010[45.3]

5195[58.7]

6860[77.5]

8500[96]

9365[105.8] 42.5

GPM[l/min]

5.28[20]

40 38 36 35 33 32

1630[18.4]

3860[43.6]

5065[57.2]

6765[76.4]

8410[95]

9380[106] 64

8[30]

63 61 59 58 54 51

1470[ 16.6]

3675[41.5]

4755[53.9]

6525[73.7]

8190[92.5]

9205[104] 85

10.56[40]

83 81 80 77 74 72

1135[12.8]

3215[36.3]

4320[48.8]

6170[69.7]

7890[89.1]

8810[99.5] 106

13.2[50]

105 103 101 98 95 93

7 55[8.5]

2930[33.1]

4000[45.2]

5800[65.5]

7525[85]

8390[94.8] 127.5

Max.Cont.

16[60]

126 125 123 120 115 113

-2135[24.1]

3460[39.1]

5170[58.4]

6825[77.1]

7700[87] 159

Max. 20[75]

156 154 151 149 147

Torque(theor.)

2320[26.2]

4640[52.4]

5965[67.4]

7960[89.9]

9950[112.4]

10940[123.6]

Torque, 8850

[da ] [100]

in-lb

Nm

Speed [RPM] 13


Max.Int.

500[35]

1000[70]

1 30 0[9 0]

1710[120]

2 17 0[1 5 0]

239 0[ 165 ]

Speed(theor.)

1 985[22.4]

4035[45.6]

5190[58.6]

6925[78.2] - - 10

1.32[5]

8 6 5 4

1990[22.5]

4230[47.8]

5420[61.2]

7205[81.4]

8870[100.2]

9445[106.7] 20

2.64[10]

18 16 15 14 13 121940[21.9]

4320[48.8]

5620[63.5]

7390[83.5]

900 0[101.7]

9735[100] 30Flow,

4[15]

28 26 25 23 21 19

1880[21.2]

4285[48.4]

5550[62.7]

7320[82.7 ]

9065[102.4]

10000[113] 40

GPM[l/min]

5.28[20]

38 36 35 34 32 31

1735[19.6]

4125[46.6]

5420[61.2]

7225[81.6]

8975[101.4]

10100[114.1] 60

8[30]

59 57 55 54 51 48

1570[17.7]

3920[44.3]

5100[57.6]

6965[78.7]

8735[98.7]

9825[111] 80

10.56[40] 78 77 76 73 70 68

1135[12.8]

3540[40]

462 0[52.2]

6585[74.4]

8410[95]

9400[106.2] 99.5

13.2[50] 98 96 93 91 89 87

805[9.1]

3135[35.4]

4295[48.5]

6250[70.6]

8030[90.7]

8890[100.4] 119

Max.Cont.

16[60] 118 116 115 112 108 106

-2285[25.8]

3690[41.7]

6525[62.4]

7285[82.3]

8225[92.9] 149Max.

Int.

20[75]

146 145 142 139 138

Torque(theor.)

2480[28]

4960[56]

6375[72]

8500[96]

10620[102]

11685[132]

MOTORS

HW

28

32.7 in. /rev. [535 cm. /rev.]3 3


Torque, 9385

[da ] [106]

in-lb

Nm

Speed [RPM] 21

33.55 in. /rev. [550 cm. /rev.]3 3




Torque, 9040

[da ] [102.1]

in-lb

Nm

Speed [RPM] 13


Max.Int.

246[17 ]

500[35]

1000[70]

1160[80]

1 450[100]

1812[1 25]

2103[ 145 ]

Speed(theor.)

1135[12.8]

2190[24.7]

4230[47.8]

4780[54]

6080[68.7]

7675[86.7] - 9

1.32[5]

8 8 7 7 6 5

1190[13.4]

2170[24.5]

4425[50]

4985[56.3]

6270[70.8]

7895[89.2]

8995[101.6] 18

2.64[10]

17 16 15 15 14 13 12

1070[12.1]

2135[24.1]

4550[51.4]

5205[58.8]

6505[73.5]

8110[91.6]

9385[106] 27Flow,

4[15]

26 25 24 24 23 22 21

995[11.2]

2110[28.3]

4575[51.7]

5270[59.5]

6620[74.8]

8215[92.8]

9550[107.9] 36

GPM[l/min]

5.28[20]

35 34 33 33 32 31 30700[7.9]

1960[22.1]

4460[50.4]

5135[58]

6570[74.2]

8180[92.4]

9500[107.3] 54.5

8[30]

54 53 52 52 51 50 49

525[5.9]

1720[19.4]

4145[46.8]

4925[55.6]

6320[71.4]

8010[90.5]

9270[104.7] 73

10.56[40]

72 71 70 70 69 68 67

-1310[14.8]

3905[44.1]

4585[51.8]

6040[68.2]

7765[87.7]

8995[101.6] 91

13.2[50]

90 89 87 86 85 84

-1000[11.3]

3540[40]

4295[48.5]

5665[64]

7400[83.6]

8560[96.7] 109

Max.Cont.

16[60]

108 106 105 105 104 103

- -2975[33.6]

3515[39.7]

5275[59.6]

6770[76.5]

7870[88.9] 136

Max.Int.

20[75]

134 132 131 131 129

Torque(theor.)

1320[14.9]

2710[30.6]

5425[61.3]

6195[70]

7745[87.5]

9685[109.4]

11240[127]

MOTORS

HW

Max. Max.Pressure, PSI (bar)Cont. Int.

246[17 ]

500[35]

1000[70]

1160[80]

1 45[100]

1885 0[130]

2175[ 150 ]

Speed(theor.)

1100[12.5]

2135[24.1]

4115[46.5]

4650[52.5]

5930[67]

7770[87.8] - 9.5

1.32[5]

9 8 7 6 6 5

1160[13.1]

2115[23.9]

4305[48.6]

4850[54.8]

6110[69]

8000[90.4]

9040[102.1] 19

2.64[10]

18 17 16 15 15 14 13

1045[11.8]

2080[23.5]

4425[50]

5065[57.2]

6330[71.5]

8215[92.8]

9435[106.6] 28Flow,

4[15]

27 26 25 25 24 23 22

975[11]

2055[23.2]

4460[50.4]

5135[58]

6455[72.9]

8320[94]

9610[108.6] 37

GPM[l/min]

5.28[20]

36 35 34 34 33 32 31

675[7.6]

1905[21.5]

4340[49]

5000[56.5]

6400[72.3]

8285[93.6]

9550[107.9] 56

8[30]

55 54 53 53 52 51 50

515[5.8]

1675[18.9]

4035[45.6]

4790[54.1]

6110[69]

7890[89.1]

9330[105.4] 75

10.56[40]

74 74 73 72 71 69 70

-1275[14.4]

3800[42.9]

4455[50.1]

5880[66.4]

7850[88.7]

9040[102.1] 93.5

13.2[50]

92 91 90 89 88 87

-975[11]

3445[38.9]

4070[46]

5525[62.4]

7490[84.6]

8620[97.4] 112

Max.Cont.

16[60]

111 110 108 106 106 1 04

- -2895[32.7]

3250[36.7]

5080[57.4]

6860[77.5]

7905[89.3] 140

Max.Int.

20[75]

138 136 134 133 132

Torque(theor.)

1285[14.5]

2640[29.8]

5275[59.6]

6030[68.1]

7540[85.2]

9800[110.7]

11305[127.7

29

DIMENSIONS AND MOUNTING DATA

30

MOTORS

HW

HW 125

HW 160

HW 200

HW 235

HW 250

HW 300

HW 315

HW 350

HW 370

HW 400

HW 470

HW 500

HW 535

HW 550

Type

5.51 [140,5]

5.71 [145,0]

5.95 [151,0]

6.12 [155,5]

6.22 [158,0]

6.48 [164,5]

6.56 [166,5]

6.73 [171,0]

6.85 [174,0]

7.01 [178,0]

7.40 [188,0]

7.58 [192,5]

7.76 [197,0]

7.84 [199,0]

L ,in. [mm]max L ,in.[mm]1

.68 [17,4]

.86 [21,8]

1.09 [27,8]

1.28 [32,5]

1.37 [34,8]

1.63 [41,4]

1.71 [43,5]

1.89 [48,0]

2.01 [51,0]

2.16 [54,8]

2.56 [65,0]

2.73 [69,4]

2.92 [74,1]

2.99 [76,0]

in

[mm]

P(A,B)

T

Port BPort A

P

T

(A,B)

Versions

4

2x -14UNF,O-ring-20UNF,O-ring

78/

716/

2

2xG½

G ¼

Standard Rotation

A CWB CCW


Reverse Rotation

A CCWB CW



MOTORS

HW

31

SHAFT EXTENSIONS

1¼"[31,75] SAE J501 Tapered,Parallel key ''x ''x1" BS46Max. Torque 6815 in-lb [77daNm]

5/165/16

ø35 tapered 1:10, Parallel key "x "x1¼" BS46Max. Torque 8410 in-lb [95 daNm]

5/165/16

1¼"[31,75] straight, Parallel key "x "x1½" BS46Max. Torque 6815 in-lb [77 daNm]

5/165/16

in

[mm]

1½"[38,1] Tapered, Parallel key ''x ''x1¼" BS46Max. Torque 10630 in-lb [120 daNm]

5/165/16

ø32 straight, Parallel key A10x8x32 DIN 6885Max. Torque 6815 in-lb [77 daNm]

1¼"[31,75] splined 14T, ANSI B92.1-1976Max. Torque 6815 in-lb [77 daNm]

R

K T

M KB

L


1 [36,5] across flat


1680ч1860 in-lb [20±1 daNm]

/7161.5 Taper per foot[cone 1:8]

1.5 Taper per foot[cone 1:8]

4.232 max.[107,5]

4.232 max.[107,5]

1.501/1.499 Dia.

[38,12/38,08]

1.501/1.499 Dia.

[38,12/38,08]

2.295/2.272

[58,3/57,7]

2.295/2.272

[58,3/57,7]



1.61 [41] across flat


3630ч3540 in-lb [40±1 daNm]

B-B

B

B

4.567 max.[116]

4.567 max.[116]

1.501/1.499 Dia.[38,12/38,08]

1.501/1.499 Dia.[38,12/38,08]

M84.055 max.[103]

4.055 max.[103]

1.501/1.499 Dia.

[38,12/38,08]

1.501/1.499 Dia.

[38,12/38,08]

1.906/1.874

[48,4/47,6]

1.906/1.874

[48,4/47,6]

1.250/1.249 Dia.

[31,750/31,725]

1.501/1.499 Dia.[38,12/38,08]

1.501/1.499 Dia.[38,12/38,08]

4.232 max.

[107,5]

4.232 max.

[107,5]

2.374/2.350

[60,3/59,7]

2.374/2.350

[60,3/59,7]

1.501/1.499 Dia.

[38,12/38,08]

1.501/1.499 Dia.

[38,12/38,08]

1.902/1.878

[48,3/47,7]

1.902/1.878

[48,3/47,7]

4.055 max.[103]

4.055 max.[103]

Cone1:10

1.417 [36] across flat


1680ч1860 in-lb [20±1 daNm]4.232 max.[107,5]

4.232 max.[107,5]

1.387/1.372 Dia.

[35/34,85]

1.387/1.372 Dia.

[35/34,85]

2.374/2.350

[60,3/59,7]

2.374/2.350

[60,3/59,7]

.201/.197 Dia.[5,1/5,0]

.201/.197 Dia.[5,1/5,0]

2.295/2.272

[58,3/57,7]

2.295/2.272

[58,3/57,7]

1.501/1.499 Dia.

[38,12/38,08]

1.501/1.499 Dia.

[38,12/38,08]

MOTORS

HW

32

PERMISSIBLE SHAFT LOADS

MAX. PERMISSIBLE SHAFT SEAL PRESSURE

1

2

- Bearing curve: The curve applies to a B10 bearing life of 2000 hours at 100 RPM.

- Shaft curve: The curve represents Max. permissible radial shaft load with safety factor 3:1.

0

1125 lbs.500 daN

1125 lbs.500 daN

12

1 2 3 4 5 in.-1-2

2000

4000

6000

8000

10000

12000

14000

Pradlbs

1000

2000

3000

4000

5000

6000

7000

PraddaN

0

0 20 40 60 80 120 mm-20-40 100



00 70

500

1000

1500

2000

2500

P

bar

P

PSI

50

100

150

200

0100 200 300 400 500 600 n, RPM


HW... motors with drain connection:

ORDER CODE

33

MOTORS

HW

HW

1 2 3 4 5

Pos.1 - Displacement code

- 7.69 [126,00] in /rev [cm /rev]

- 9.64 [158,00] in /rev [cm /rev]

- 12.28 [201,30] in /rev [cm /rev]

- 14.33 [235,00] in /rev [cm /rev]

- 15.37 [252,00] in /rev [cm /rev]

- 18.30 [300,00] in /rev [cm /rev]

- 19.21 [314,90] in /rev [cm /rev]

- 21.21 [347,80] in /rev [cm /rev]

- 22.51 [369,00] in /rev [cm /rev]

- 24.20 [396,80] in /rev [cm /rev]

- 28.71 [470,60] in /rev [cm /rev]

- 30.65 [502,40] in /rev [cm /rev]

- 32.70 [536,00] in /rev [cm /rev]

- 33.55 [550,00] in /rev [cm /rev]

125

160

200

235

250

300

315

350

370

400

470

500

535

550

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3



The hydraulic motors are mangano phosphatized as standard.

- 1¼"[31,75] straight, Parallel key "x "x1½" BS46

- ø35 tapered 1:10, Parallel key "x "x1¼" BS46

- 1¼"[31,75] splined 14T, ANSI B92.1-1976

- ø32 straight, Parallel key A10x8x32 DIN 6885

- 1¼"[31,75] Tapered 1:8, Parallel key "x "x1” BS46

- 1½"[38,1] Tapered 1:8, Parallel key ''x ''x1¼" BS46

K

KB

L

M

R

T

Pos.2 - *Shaft Extensions

Pos. 4 - Special Features [see page 38]

NOTES: * The permissible output torque for shafts must not be exceeded!

- side ports, 2xG1/2, G1/4, BSP thread, ISO 228


2

4

- [standard manifold to each]Pos. 3 Port Size/Type

5/165/16

5/165/16

5/165/16

5/165/16

HYDRAULIC MOTORS B/HR

34

Pressure Losses

1450 [100]

2030 [140]

Pressure drop

PSI [bar]

Viscosity

SUS [mm /s]2


GPM [lpm]

98 [20]

164 [35]

98 [20]

164 [35]

.660 [2,5]

.476 [1,8]

.925 [3,5]

.740 [2,8]


7020 60504030100 Q, lpm

0 2 84 106 12 Q, GPM

80

0

100

200

400

300

0

5

10

15

20

25

pbar

pPSI

14 16 18 20

30

APPLICATION

»

»

»

»

»

»

»

Conveyors



Textile machines


Food industries

Wood working and sawmill machinery etc.

Specification data ............................. 35

............... 36

Shaft versions ................................... 36

Order code ......................................... 37

Dimensions and mounting.

Permissible shaft loads....................... 37

CONTENTS OPTIONS

Displacement,

Max. Speed,

Max. Torque,

Max. Output,

Max. Pressure Drop,

Max. Oil Flow,

Min. Starting Torque,

Pressure fluid

Temperature range,


Filtration

in /rev [cm /rev.]

[RPM]

in-lb [daNm]

HP [kW]

PSI [bar]

GPM [lpm]

in-lb [daNm]

F [ C]

SUS [mm /s]

3 3

O O

2

4.9÷24.4 [80,3÷397]

÷600

1390÷4250 [15,7÷48]

8.2÷14 [6,1÷10,5]

÷ [ ÷ ]

16 [60,6]

1060


-22÷194 [-30÷90]

98÷347 [20÷75]


150

1305 2030 90 140

÷3170 [12÷35,8]

GENERAL

»

»

»

»

»


Side ports


Fully integrated friction disk brake;

Manifold ports.

35

SPECIFICATION DATA

Type


Max. Speed,

[RPM]

Max. Torque

in-lb [daNm]

Max. Output

HP [kW]

Max. Pressure Drop

PSI [bar]

Max. Oil Flow

GPM [lpm]

Max. Inlet Pressure

PSI [bar]

Max. Return Pres-

sure , PSI [bar]




in-lb [daNm]


Static Torque of Brake, in-lb [daNm]

Max.Opening Pressure, PSI [bar]

Min. Brake Release Pressure****, PSI [bar]

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*

Cont.

Int.*



4.90 [80,3]

500

600

1390 [15,7]

1725 [19,5]

2030 [140]

2540 [175]

10.6 [40]

13 [50]

2030 [140]

2540 [175]

2030 [140]

2540 [175]

14 [10,5]

20.1 [15]

6.09 [99,8]

500

600

1750 [19,8]

2125 [24,0]

2030 [140]

2540 [175]

13 [50]

16 [60]

2030 [140]

2540 [175]

2030 [140]

2540 [175]

14 [10,5]

20.1 [15]

7.67 [125,7]

475

600

2210 [25,0]

2655 [30,0]

2030 [140]

2540 [175]

16 [60]

20 [75]

2030 [140]

2540 [175]

2030 [140]

2540 [175]

14 [10,5]

20.1 [15]

9.74 [159,6]

375

470

2830 [32,0]

3450 [39,0]

13.7

2030 [140]

2540 [175]

16 [60]

20 [75]

2030 [140]

2540 [175]

2030 [140]

2540 [175]

[10,2]

18.8 [14]

12.19 [199,8]

300

375

3045 [34,4]

3450 [39,0]

12.6 [9,4]

18.7 [14]

1810 [125]

2250 [155]

16 [60]

20 [75]

2030 [140]

2540 [175]

2030 [140]

2540 [175]

15.26 [250,1]

240

300

3540 [40,0]

4160 [47,0]

10.7 [8]

15.4 [11,5]

1595 [110]

2030 [140]

16 [60]

20 [75]

2030 [140]

2540 [175]

2030 [140]

2540 [175]

19.26 [315,7]

190

240

3850 [43,5]

4515 [51,0]

8.7 [6,5]

12.1 [9]

1450 [100]

1810 [125]

16 [60]

20 [75]

2030 [140]

2540 [175]

2030 [140]

2540 [175]

24.23 [397]

150

191

4250 [48,0]

4870 [55,0]

8.2 [6,1]

11 [8,2]

1305 [90]

1520 [105]

16 [60]

20 [75]

2030 [140]

2540 [175]

2030 [140]

2540 [175]

B/HR 80 B/HR 100 B/HR 125 B/HR 160 B/HR 200 B/HR 250B/HR 315 B/HR 400

145 [10] 145 [10] 130 [9] 102 [7] 73 [5] 58 [4] 44 [3] 44 [3]

1060 [12]

1310 [14,8]

10

1420 [16]

1780 [20,1]

10

1770 [20]

1930 [21,8]

10

2270 [25,6]

2860 [32,3]

10

2620 [29,5]

3150 [35,6]

10

2510 [28,3]

3400 [38,4]

10

2840 [32]

4580 [51,7]

10

3170 [35,8]

4040 [45,6]

10

4890 [55]

305 [21]

2900 [200]

B/HR

MOTORSMOTORS




**** Motor-brakes must always have a drain line. The brake release pressure is the difference between the pressure

in the brake release line and the pressure in the drain line.







HLP(DIN51524) or

36

Version 4

P(A,B)

T

C

P(A,B)

Version 1

B/HR 80

100

125

160

200

250

315

400

B/HR

B/HR

B/HR

B/HR

B/HR

B/HR

B/HR

Type

8.47 [215,0]

8.58 [218,0]

8.76 [222,5]

9.00 [228,5]

9.27 [235,5]

9.61 [244,0]

10.06 [255,5]

10.63 [270,0]

L ,in. [mm]max L ,in.[mm]

.55 [14,0]

.69 [17,4]

.86 [21,8]

1.09 [27,8]

1.37 [34,8]

1.71 [43,5]

2.16 [54,8]

2.73 [69,4]

1

1

4x -18UNC

2x.39 Dia [2x10]

-20UNF716/

516/

4

-

2x -14UNF

-20UNF

78/

716/

C

P

T

(A,B)

Versions

in

[mm]

Port A

Port B

7/16-20

UNF

7/16-20

UNF

1" [25,4] straight,


Woodruff key ¼"x1" SAE J502

C

1" [25,4], SAE 6B Splined


G

SHAFT EXTENSIONS

B/HR

MOTORSMOTORS

Standard Rotation

A CWB CCW


Reverse Rotation

A CCWB CW


DIMENSIONS AND MOUNTING DATA

Port B

Port A

B/HR

MOTORSMOTORS

37



C

G

B / H R

ORDER CODE

Pos. 4 - Special Features [See Page 38]



1 2 3 4 5



- 4.90 [ 80,3] in. /rev. [cm. /rev.]

- 6.09 [ 99,8] in. /rev. [cm. /rev.]

- 7.67 [125,7] in. /rev. [cm. /rev.]

- 9.74 [159,6] in. /rev. [cm. /rev.]

- 12.19 [199,8] in. /rev. [cm. /rev.]

- 15.26 [250,1] in. /rev. [cm. /rev.]

- 19.26 [315,7] in. /rev. [cm. /rev.]

- 24.23 [397,0] in. /rev. [cm. /rev.]

80

100

125

160

200

250

315

400

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3




1

4

- [standard manifold to each]Pos.3 Port Size/Type

PERMISSIBLE SHAFT LOADS

P 330 lbs[150 daN]

max=a

P 440 lbs[200 daN]

max=a

Radial Shat Load Prad=800 21000

x ,daNRPM 75+L

*

* - in mm.L

RPM > 200min ; < 30 mm-1

L_ _

Warning: Drain line should always be used.


PdaN

rad Plbs

rad

2000

1600

1200

800

400

900

800

600

400

200

0 00 200 400 600 800 RPM


pages 36÷40.


* for sensor ordering see page 39

** color at customer's request.

38

MOTOR SPECIAL FEATURES

O Optional

-

S

Not applicable

Standard

SpecialFeatureDescription

OrderCode

Motor forSpeed Sensor*

Low Leakage

Low SpeedValving

Free Running

ReverseRotation

Paint**

CorrosionProtected Paint**

RS

LL

LSV

FR

R

P

PC

ML

HR

WO

O

O

-

Motor type

HP

HR

HW

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

O

Check Valves - S- S

B/H

R

O

O

-

O

O

O

--

-

--

39

MOTORS WITH SPEED SENSOR

HP...RS and HR...RS39

0

390

max 1.547 [39,3]max 1.563 [39,7]

for Q-flange

max 1.547 [39,3]max 1.563 [39,7]

for Q-flange

M12x1

3.76 [95,5]3.76 [95,5]

TECHNICAL DATA OF THE SPEED SENSOR

Motor type

Pulses per revolution

Output signal

Load max.:I =I <50mAhigh low

Technical data

Frequency rangeOutputPower supplyCurrent inputCurrent loadAmbient TemperatureProtectionPlug connectorMounting principle

3...20 000 HzPNP, NPN10...36 VDC20 mA (@24 VDC)500 mA (@24 VDC;75 F [24 C])-40...+257 F [-40...+125 C]IP 67M12-SeriesISO 6149

0 0

0 0

f =f ±10%1 2

U

ff1 f2

U >U -2Vhigh d.c.

U <2Vlow

Wiring diagrams

Stick type

NPNPNP

R =U /I (=50mA)Load d.c. max

1 2

34Terminal

No. Connection

1

2

3

4

Ud.c.

No connection

0V

Output signal

Order Code for Speed Sensor

SensorCode

Outputtype

RSN NPN

RSP

RSNL5

RSPL5

NPN

PNP

PNP

Electric connection

Connector BINDER 713 series

Cable output 3x0,25; 196 in [5m] long

NOTE: *- The speed sensor is not fitted at the factory, but is supplied in a plastic bag with the motor.For installation see enclosed instructions.

Cable output 3x0,25; 196 in [5m] long

Connector BINDER 713 series

CableOutput

Black

Blue

White

Brown

HP

36

HR

36

HYDRAULIC MOTORSMOTOR APPLICATION

VEHICLE DRIVE CALCULATIONS

40

4. Accelerate force: FA,FA

v t

t-

TE

RR -GR-FA-DP-

N-

lbs [daN]Force necessary for acceleration from 0 to maximum

speed and time can be calculated with a formula:

time, [s].

Tractive effort DP is the additional force of trailer. This value

will be established as follows:-acc.to constructor's assessment;-as calculating forces in items 2, 3 and 4 of trailer; the

calculated sum corresponds to the tractive effort requested.

Total tractive effort is total effort necessary for vehicle

motion; that the sum of forces calculated in items from 2 to 5

and increased with 10 % because of air resistance.

force acquired to overcome the rolling resistance;force acquired to slope upwards;force acquired to accelerate (acceleration force);additional tractive effort (trailer).

Necessary torque moment for every hydraulic motor:

motor numbers;x - mechanical gear efficiency (if it is available).

To avoid wheel slipping, it should be observed the following

condition M > M

- frictional factor;total weight over the wheels, lbs [daN].

FA-

5.Tractive effort: DP

6.Total tractive effort: TE,

7.Motor Torque moment: M,

accelerate force, lbs [daN];

, lbs [daN]

lbs [daN]

[daNm]in-lb

M

W

8.Cohesion between tire and road covering: M , in-lb[daNm]W

f-GW

W

f-GW

1.Motor speed: n,

v -

R -

i-

2.Rolling resistance: RR,

-

RPM

vehicle speed, km/h;

wheel rolling radius, m;

gear ratio between motor and wheels.If no gearbox, use i=1.

[daN]The resistance force resulted in wheels contact with

different surfaces:

rolling resistance coefficient (Table 1).

km

m

v -

R -

G-

ml

in

vehicle speed, mil/h;

wheel rolling radius, in;

lbs

total weight loaded on vehicle, lbs [daN];

�

n=2,65 v i

R

x xkm

m

n=168 v i

R

x xml

in

RR=G x �

Table 1

Concrete- faultless

Concrete- good

Concrete- bad

Asphalt- faultless

Asphalt- good

Asphalt- bad

Macadam- faultless

Macadam- good

Macadam- bad

Snow- 5 cm

Snow- 10 cm

Polluted covering- smooth

Polluted covering- sandy

Mud

Sand- Gravel

Sand- loose

0.010

0.015

0.020

0.012

0.017

0.022

0.015

0.022

0.037

0.025

0.037

0.025

0.040

0.037÷0.150

0.060÷0.150

0.160÷0.300

Surface

Rolling resistance coefficientIn case of rubber tire rolling on different surfaces

�

TE (RR GR FA DP)= + + +1,1x

M=TE

N

x R [R ]

i

in m

x x �M�M

M =W

G fxW x

x

R [R ]

i

in m

�M

W

�M

Table 3

0.15 ÷ 0.20

0.5 ÷ 0.7

0.8 ÷ 1.0

0.8 ÷ 1.0

0.4

Frictional factorf

Steel on steel

Rubber tire on polluted surface

Rubber tire on asphalt

Rubber tire on concrete

Rubber tire on grass

Surface

3.Grade resistance: GR, [daN]

- gradient negotiation angle (Table 2)

lbs

�

GR=G (sin cos )+x x� � �

1%

2

5

6

8

10

%

%

%

%

%

12

15

20

25

32

60%

%

%

%

%

%

Table 2

Degrees Degrees

0º 35'

1º 9'

2º 51'

3º 26'

4º 35'

5º 43'

6º 5'

8º 31'

11º 19'

14º 3'

18º

31º

Grade%

Grade%

FA= , ;[lbs]v Gml

22

x

x tFA= , [daN]

v Gkm

3,6

x

x t

MOTORS

HYDRAULIC

9.Radial motor loading: P

P

, lbs [daN]When motor is used for vehicle motion with wheels

mounted directly on motor shaft, the total radial

loading of motor shaft is a sum of motion force and

weight force acting on one wheel.

rad

rad

M

R

PradGW

P = Grad +M

R2

W

2

G -W Weight held by wheel;

P -

M/R-

rad Total radial loading of motor shaft;

Motion force.

In accordance with calculated loadings the suitable motor from the catalogue is selected.

DRAINAGE SPACE AND DRAINAGE PRESSURE

Advantages in oil drainage from drain space: Cleaning; Cooling and Seal lifetime prolonging.

Parallel connection

Series connection

41

CONTENTS - Southwestern · PDF fileHYDRAULIC MOTORS HP 4 Pressure Losses 1450 [100] 2030 [140]...

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Transcript of CONTENTS - Southwestern · PDF fileHYDRAULIC MOTORS HP 4 Pressure Losses 1450 [100] 2030 [140]...