Automation FNH - aR High Speed Fuses

AutomationFNH - aR High Speed Fuses

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FNH - aR High Speed Fuses2

Summary

aR High Speed Fuses NH Blade Contact and NH Flush-End Types

aR High Speed FusesGeneral Overview �� 06

aR High Speed Fuses - NH Blade Contact TypeGeneral Data �� 07Accessories �� 08Dimensions �� 09Time vs� Current Curves �� 11Current Limitation Curves �� 12Total I2t Variation vs� Applied Voltage �� 14Application in DC Voltage - Definition of the DC Fuse Voltage �� 14Coeficient for Power Loss �� 14Arc Voltage Curve �� 14Current Reduction Factors for Installation on Single Base BNH or FSW and RFW Switch-Disconnectors �� 15

aR High Speed Fuses - NH Flush-End TypeGeneral Data �� 16Accessories �� 17Dimensions �� 17Time vs� Current Curves �� 18Current Limitation Curves �� 19Total I2t Variation vs� Applied Voltage �� 20Application in DC Voltage - Definition of the DC Fuse Voltage �� 20Coeficient for Power Loss �� 20Arc Voltage Curve �� 20Correction Factor for Ambient Temperature �� 21Correction Factor for Ambient Altitude �� 21

Appendix 1: Sizing Criterias for aR High Speed NH Fuses with Blade Contact and Flush-EndConceptualization �� 22Sizing �� 22Sizing Examples �� 23

Appendix 2: aR High Speed Fuses Sizing Tables for SSW and CFWSoft-Starter SSW05 �� 25Soft-Starter SSW06 �� 26Soft-Starter SSW07 �� 26Soft-Starter SSW08 �� 27CFW08 Drive �� 28CFW09 Drive �� 28CFW11 Drive �� 30CFW700 Drive �� 36CFW500 Drive �� 40

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Fuse type Maximum operating voltage Interrupting capability Current (In) SizeStandards

conformance

aR high speed NH blade contact type 690 V ac 100 kA / 690 V ac From 20 to 1,000 A 00, 1, 2 and 3IEC 60269-4UL 248-13

aR high speed NH flush-end type 690 V ac 200 kA / 690 V ac From 450 to 2,000 A 3 and 23IEC 60269-4UL 248-13

aR High Speed Fuses

WEG aR fuses are available from 20 to 2,000 A and are designed according to IEC 60.269-4 / UL 248-13 and dimensional requirements of DIN 43620.

J These high speed fuse models are applied for short-circuit protection of semiconductors and electronic equipment up to 690 V ac

NH Blade Contact Type J For installation in bases or compatible disconnectors

NH Flush-End Type J For direct connection to the bars

FNH - aR High Speed Fuses

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5

Fuse OperationDuring a short-circuit, WEG’s aR high speed fuses will protect the installation limitating the prospect short-circuit current as presented on the image below� This drastic I2t energy reduction is the greatest differential concerning the protection of electronic devices with semiconductors, that are sensitive to current peaks�

Ic: Current limited by the fusets: Pre-arc timetL: Arc timeIp: Prospective short-circuit current

I

Ip

tL tts

Ic

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aR High Speed Fuses

General OverviewThe aR high speed fuses are applied for semiconductors protection against short-circuit that can be found, for example, in low voltage devices such as variable frequency drives and soft-starters�Manufactured and tested in accordance with IEC 60269-1, IEC 60269-4, UL 248-1 and UL 248-13 standards, with square or rectangular bodies, WEG’s high speed fuses are available in two types of construction:

Because they are aR (high speed protection classified), this fuse model does not have overload protection�They cannot operate above its rated current according indicated on the curve - time x current� Otherwise, the fuse would suffer a thermal overload, which would reduce its interruption capacity and lifetime� Thus, it is mandatory to use an additional overload protection device in order to complement equipment protection� Furthermore, the aR fuse ensures semiconductor protection by limiting the current and energy (I2t) during a short-circuit�

The aR high speed NH fuses are assembled in high quality ceramic body, filled with impregnated quartz sand, silver fuse element and plated copper terminals�This structure provides the optimum electrical insulation, mechanical strength and resilience against thermal shocks during fuse disconnection in reduced I2t values�

The fuse acts quickly to higher multiples of current values; breaking the circuit and preventing the presumed value of short-circuit current Ip to be reached�

Available in models: J FNH00 - size 00 J FNH1 - size 1 J FNH2 - size 2 J FNH3 - size 3

Available in models: J FNH3FEM J FNH23FEA (2 fuses in parallel)

Blade Contact Connection Type

Short-Circuit Protection in AC Circuits

Technical Characteristics

Current Limiter

With Thread or Bar Connection Type (Flush-End)


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7

aR High Speed Fuses - NH Blade Contact Type

The aR high speed NH fuse with blade contact allows easy installation and maintenance, by being installed in bases or switch-disconnectors� This last point also brings space savings to the application�

100 kA / 690 V acTechnical characteristics

Reference Size Current (A)

I²t pre-arc (during ts)1)

I²t total arc (for ts + tl)1)2) Dissipated power (W)

0,8In690 V ca (A²s)

FNH00-20K-A

00

20 16 240 3.2

FNH00-25K-A 25 19 255 3.5

FNH00-35K-A 35 23 430 5

FNH00-40K-A 40 56 580 7

FNH00-50K-A 50 130 1,430 9

FNH00-63K-A 63 180 2,170 10.5

FNH00-80K-A 80 270 2,710 13.5

FNH00-100K-A 100 400 4,530 14

FNH00-125K-A 125 810 6,350 16.5

FNH00-160K-A 160 2,100 15,270 22.5

FNH00-200K-A 200 2,900 25,870 26.5

FNH00-250K-A 250 6,200 43,980 30.5

FNH1-63K-A

1

63 63 770 15

FNH1-80K-A 80 175 1,610 19

FNH1-100K-A 100 320 3,050 21

FNH1-125K-A 125 695 6,360 25

FNH1-160K-A 160 1,460 13,090 29.5

FNH1-200K-A 200 2,420 16,380 34.5

FNH1-250K-A 250 4,920 29,810 40.5

FNH1-315K-A 315 7,310 39,590 48

FNH1-350K-A 350 11,430 64,870 52

FNH1-400K-A 400 16,950 98,860 59

FNH2-250K-A

2

250 3,390 24,370 45.5

FNH2-315K-A 315 4,760 32,780 57.5

FNH2-350K-A 350 7,990 60,150 66.5

FNH2-400K-A 400 14,850 92,060 77

FNH2-450K-A 450 18,420 132,990 91

FNH2-500K-A 500 23,040 146,250 103

FNH2-630K-A 630 49,130 298,820 127

FNH2-710K-A 710 57,910 378,450 137.5

FNH3-400K-A

3

400 6,520 66,830 70

FNH3-450K-A 450 15,090 105,220 74.5

FNH3-500K-A 500 18,770 107,200 79.5

FNH3-630K-A 630 32,500 222,540 94

FNH3-710K-A 710 56,620 308,900 105

FNH3-800K-A 800 87,390 420,500 117

FNH3-900K-A 900 129,380 636,150 130

FNH3-1000K-A 1,000 197,890 893,350 150

Notes: 1) ts and tl according to the chart on page 5. 2) The I2t of arc (during ts + tl) is considered for high speed fuses sizing in electrical circuits.

For fuses installation on BNH bases and FSW/RFW switch-disconnectors, consider the current reduction factors table (page 15).

Note: use the “variation I2t x operating voltage” curve on page 14 for other voltages values.

I2t reduction factors for voltages under 690 V ac

Voltage V ac Applied factor

127 0.43

220 0.43

254 0.45

266 0.46

277 0.48

300 0.50

345 0.53

400 0.58

440 0.62

460 0.64

480 0.68

General Data

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Accessories

Insulating plate

Spacers

Base

Fixing Base of NH Fuse Blade Contact (aR) and Partition Walls

Reference Fuse size

BNH00-160 00

BNH1-250 1

BNH2-400 2

BNH3-630 3

Reference Fuse size

PDNH00 00

PDNH1 1

PDNH2 2

PDNH3 3

Bases Assembly with Partition WallFNH1 / FNH2 / FNH3

J PDNH1: FNH1 assembly type without spacer J PDNH2: FNH2 assembly type with 1 spacer J PDNH3: FNH3 assembly type with 3 spacers/ partition wall

FNH00The BNH00 bases must be integrated only when PDNH00 partition walls are used� Anyway, it is essential to keep always 25 mm between live parts of the fuse and adjacent equipment�

Partition plate

Base

PDNH00 PDNH1PDNH2PDNH3


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Accessories


NH Fuse Handle

Reference

PSFNH

Dimensions (mm)

Class ofoperation

SizeCurrent range

(A)A B C D E F

aR

00 20 a 250 29.5 47.5 78.5 54 35 59.5

1 63 a 400 51.5 51.5 135 73 40 63.5

2 250 a 710 60 60 150 73 48 72.5

3 400 a 1,000 73.60 73.60 150 73 60 87.5

C

6

D

A

B

E

FC

6

D

A

B

E

F

C

6

D

A

B

E

F

B

E

FC

D

6

A

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Base for BNH Fuses and PDNH Partition Walls

A1 N.MIb.in

BNH00 M8 1088

BNH1 M10 21185

BNH2 M10 21185

BNH3 M12 38336

A2 N.MIb.in

BNH00 M6 544

BNH1 M8

10 88BNH2 M8

BNH3 M8

mmin

BNH1

+ F

NH1

BNHH

1 +

FNH

1 +

PD

NH1

BNH2

+ F

NH2

BNH2

+ F

NH2

+PD

NH2

BNH3

+ F

NH3

BNH3

+ F

NH3

+PD

NH3

A 3.50.14

3.50.14

3.50.14

B - 1807.09 - 200.2

7.88 - 2459.65

C 301.18

D 2409.45

E 198.37.81

2258.86

2409.45

F 173,36.82

2007.87

2108.27

G 250.98

H- 60

2.36 - 702.76 - 85

3.35I

J70

2.76 - 803.15 - 95

3.74 -K

L 1977.76 - 217

8.54 - 26110.28 -

M 381.50

38,51.52

391.54

N 1024.02

111.54.39

1124.41

O 111.54.39

115.54.55

132.85.23

BNH00BNH00 + FNH00 + PDNH00

BNH1 + FNH1 + PDNH1BNH2 + FNH2 + PDNH2BNH3 + FNH3 + PDNH3

BNH00 + PDNH00

BNH1 + PDNH1 BNH2 + PDNH2 BNH3 + PDNH3

It is essential to keep the distance of 25 mm between the live parts of the fuses and surrounding equipment�

Dimensions (mm)

H

B A

C

GF DE

I

ON

M

A1

5�431381�97 1�97

5050

A2

BNH1 BNH2 BNH3

KJ

L

A2

3�4487�353�3284�4

A1

261�02

100

3�94

5�35

136

4�72

120

25 0�98

4�11

104�41�31 1�3133�2 33�2


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FNH00 aR Fuses FNH1 aR Fuses

Time vs. Current Curves

FNH2 aR Fuses FNH3 aR Fuses

Time x current curves provide the graphical representation at ambient temperature of fuse elements fusion average time, also called pre-arc time, in relation to the prospective current Ip� FNH aR fuses with blade contact cannot operate above the 30-second time represented by the AA’ line� In order to protect the fuse against exposure to a condition above the line AA’, it is necessary an overload protection device�

10,000 20 A

25 A

35 A

40 A

50 A

63 A

80 A

100

A12

5 A

160

A20

0 A

250

A

1,000

A’A

100

10

1

0�1

0�01

0�00110 100 1,000 10,000

Prospective current Ip (RMS) (A)

Overload is not allowed above AA’ line

Ave

rage

fusi

ng ti

me

(s)


1,000 63 A

80 A

100

A12

5 A

160

A20

0 A

250

A31

5 A

350

A40

0 A

100

A’A

10

1

0�1

0�01

0�00110 100 1,000 10,000

Ave

rage

fusi

ng ti

me

(s)

1,000 250

A31

5 A

350

A40

0 A

450

A50

0 A

630

A71

0 A

100

A’A

10

1

0�1

0�01

0�001100 1,000 10,000 100,000



Ave

rage

fusi

ng ti

me

(s)

1,000

400

A45

0 A

500

A63

0 A

710

A80

0 A

900

A1,

000

A

100

A’A

10

1

0�01

0�0011,000100 10,000 100,000



Ave

rage

fusi

ng ti

me

(s)


0�1

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Current Limitation Curves

FNH00 aR Fuses1 - Symmetric short-circuit current 2 - Asymmetric short-circuit current

FNH1 aR Fuses1 - Symmetric short-circuit current 2 - Asymmetric short-circuit current

The current limitation curves inform the maximum current peak during a short-circuit in relation to the RMS value of the prospective short-circuit current�

lc = √2 lplc = 2,5lp


1,000,000

250 A

2

1

200 A160 A125 A100 A80 A63 A50 A40 A 35 A25 A20 A

100,000

10,000

1,000

100

1,00010010

10 10,000 100,000Prospective RMS short-circuit current Ip (A)

Fuse

(A)

2

1

400 A350 A315 A250 A200 A

160 A125 A100 A80 A63 A

1,00010010

10 10,000 100,000Prospective RMS short-circuit current Ip (A)

Fuse

(A)

1,000,000

10,000

1,000

100

Impu

lse

shor

t-ci

rcui

t cur

rent

I s (c

rest

val

ue) w

ithou

t fus

es, o

r fu

se c

uttin

g cu

rren

t Ic

(A)

Impu

lse

shor

t-ci

rcui

t cur

rent

I s (c

rest

val

ue) w

ithou

t fus

es, o

r fu

se c

uttin

g cu

rren

t Ic

(A)

100,000


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13

1 - Symmetric short-circuit current 2 - Asymmetric short-circuit current


Current Limitation Curves

FNH2 aR Fuses FNH3 aR Fuseslc = √2 lplc = 2,5lp

1 - Symmetric short-circuit current 2 - Asymmetric short-circuit current


Fuse

(A)

1,000,000

710 A

2

1

630 A450 A400 A350 A315 A250 A

100,000

10,000

1,000

100

1,00010010

10 10,000 100,000

Prospective RMS short-circuit current Ip (A)

500 A

1

2

400A450A

500A630A

710A800A900A1000A

10

100

1000

10000

100000

1000000

10 100 1000 10000 100000Impu

lso

de c

orre

nte

de c

urto

-circ

utio

I s(v

alor

de

cris

ta) s

em fu

síve

l "N

H"

ou c

orre

nte

de c

orte

I cdo

fusí

vel

[A]

Valor eficaz da corrente presumida de curto-circuito Ip [A]

Curva de Limitação de corrente Fusível FNH3 aR 1 - Corrente de curto-circuito simétrica2 - Corrente de curto-circuito assimétrica

Fusí

vel [

A]

1,000,000

1�000 A

2

1

900 A800 A710 A 630 A500 A 450 A400 A

10,000

1,000

100

1,00010010

10 10,000 100,000


Fuse

(A)

Impu

lse

shor

t-ci

rcui

t cur

rent

I s (c

rest

val

ue) w

ithou

t fus

es, o

r fu

se c

uttin

g cu

rren

t Ic

(A)

Impu

lse

shor

t-ci

rcui

t cur

rent

I s (c

rest

val

ue) w

ithou

t fus

es, o

r fu

se c

uttin

g cu

rren

t Ic

(A)

100,000

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V dc = Multiplier x 690 V ac

I2t according to the applied voltage = Multiplier x I2t of the fuse

Total I2t Variation vs. Applied VoltageThe presented I2t values refer to 690 V ac� Forother voltages, the I2t varies according to the chart below�

Application in DC Voltage - Definitionof the DC Fuse VoltageThe curve indicates the fuse V ac rated voltage multiplier to obtain the maximum V dc voltage, considering different time constants L/R (rms) of the circuit�

Coeficient for Power LossThe curve determines the multiplier factor to calculate the power loss of the fuse for different multiples of the rated current�

Arc Voltage CurveDuring the fault current breaking, an electric arc will be formed on each strangulation of the fusing element, generating consenquently an arc voltage� This arc voltage varies with the applied voltage on the fuse�

690 V00,10,20,30,40,50,60,70,80,9

11,11,21,3

200 300 400 500 600 700 800Fato

r de

mul

tiplic

ação

do

valo

r de

I²t p

ara

dife

rent

es v

alor

es d

e U

e

Ue [V]

I²t Total x Ue [V] para os fusíveis aR WEGl²t total vs� Ue (V) for WEG aR fuses

1�31�21�1

1

0�80�9

0�70�60�5

0�20�30�4

0�10200 300 400 500 600

700690 V

Ue (V)

800

Mul

tiplie

r fo

r th

e I2 t

00,10,20,30,40,50,60,70,80,9

11,11,21,31,41,51,61,71,81,9

22,12,2

0,5 0,55 0,6 0,65 0,7 0,75 0,8 0,85 0,9 0,95 1

P/P

n

I/In

Curva de potência de perda P/Pn

0�5 0�55 0�6 0�65 0�7 0�75 0�8 0�85 0�9 0�95 1

l/ln

0�10

P/P

n

22�12�2

1�11

Power loss curve P/Pn

EGWEG fuses application curve AC to DC

Multiplier of the fuse rated voltage

0�50 0�55 0�60 0�65 0�70 0�75 0�80 0�85 0�90 0�95 1�00

Tim

e co

nsta

nt

= L

/R (m

s) 90

80

70

60

40

50

30

20

10

0

500

600

700

800

900

1000

1100

1200

1300

1400

1500

1600

100 200 300 400 500 600 700 800

Tens

ão d

e ar

co U

a[V

]

Tensão de trabalho do fusível U [V]

Curva de Tensão de ArcoArc voltage curve

Fuse applied voltage U (V)

Arc

vol

tage

Ua (V

)

100 200 300 400 500 600 700 800

1,600

1,400

1,500

1,300

1,100

1,200

1,000

900

800

700

600

500

1�21�3

0�20�30�40�5

0�80�9

0�60�7

1�41�51�61�71�81�9


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15


Current Deratings for Installation on Single Base BNH or FSW and RFW Switch-Disconnectors

Current deratings for installation of aR NH blade contact fuse on an individual BNH base or FSW and RFW switch-disconnectors

Fuse reference Fuse sizeFuse rated current In

(A)For installation in BNH base For installation in FSW or RFW switch-disconnectors

Reduction factor Fuse base reference Reduction factor FSW reference RFW reference

FNH00-20K-A

00

20 1.00

BNH00-160

1.00

FSW160-3 RFW160-3

FNH00-25K-A 25 1.00 1.00

FNH00-35K-A 35 1.00 1.00

FNH00-40K-A 40 1.00 1.00

FNH00-50K-A 50 1.00 1.00

FNH00-63K-A 63 1.00 1.00

FNH00-80K-A 80 1.00 0.95

FNH00-100K-A 100 1.00 0.90

FNH00-125K-A 125 1.00 0.85

FNH00-160K-A 160 0.90 0.75

FNH00-200K-A 200 0.85 0.70

FNH00-250K-A 250 0.80 0.60

FNH1-63K-A

1

63 1.00

BNH1-250)

0.95

FSW250-3 RFW250-3

FNH1-80K-A 80 0.95 0.85

FNH1-100K-A 100 0.95 0.85

FNH1-125K-A 125 0.90 0.80

FNH1-160K-A 160 0.85 0.75

FNH1-200K-A 200 0.80 0.70

FNH1-250K-A 250 0.75 0.70

FNH1-315K-A 315 0.75 0.65

FNH1-350K-A 350 0.70 0.65

FNH1-400K-A 400 0.70 0.60

FNH2-250K-A

2

250 0.90

BNH2-400

0.80

FSW400-3 RFW400-3

FNH2-315K-A 315 0.90 0.80

FNH2-350K-A 350 0.85 0.75

FNH2-400K-A 400 0.80 0.70

FNH2-450K-A 450 0.80 0.70

FNH2-500K-A 500 0.75 0.65

FNH2-630K-A 630 0.70 0.60

FNH2-710K-A 710 0.70 0.55

FNH3-400K-A

3

400 0.80

BNH3-630

0.75

FSW630-3 RFW630-3

FNH3-450K-A 450 0.80 0.75

FNH3-500K-A 500 0.75 0.70

FNH3-630K-A 630 0.75 0.65

FNH3-710K-A 710 0.75 0.65

FNH3-800K-A 800 0.75 0.60

FNH3-900K-A 900 0.70 0.55

FNH3-1000K-A 1,000 0.70 0.55

Example: How to calculate maximum load current (continuous operation) for the fuse: Considering that the dimensioned fuse is FNH-630K-A (630 A, size 2) model. Option 1 - installed on BNH2-400. The maximum continuous operation current supported by the fuse will be 630 A x 0.7 = 441 A. Option 2 - installed on switch-disconnectors FSW400-3 or RFW400-3. The maximum continuous operation current supported by the fuse will be 630 A x 0.6 = 378 A.

Due to the power dissipated by aR fuses, you must use the derating that determines the maximum allowable current for WEG FNH aR fuses with blade contacts when installed on individual fixing bases or FSW and RFW switch-disconnectors�

The aR high speed NH flush-end fuses operate with currents up to 2,000 A with breaking capacity of 200 kA� These remarkable characteristics are due to the heat dissipation ensured by the threaded connection (flush-end)� Its structure is prepared for direct fixation to the copper bar, without the need of using individual fixation bases or switch-disconnectors for the fuses installation�

FNH - aR - High Speed Fuses16

200 kA / 690 V acTechnical characteristics

Reference SizeCurrent In

(A)

I²t pre-arc (during ts)1)

I²t total arc (for ts + tl)1)2) Power loss (W)

1xIn660 V ac (A²s)

FNH3FEM-450Y-A

3

450 32,000 94,500 115

FNH3FEM-500Y-A 500 40,000 129,000 115

FNH3FEM-550Y-A 550 66,500 177,000 120

FNH3FEM-630Y-A 630 84,000 227,000 120

FNH3FEM-700Y-A 700 100,000 309,000 125

FNH3FEM-800Y-A 800 140,500 470,000 135

FNH3FEM-900Y-A 900 180,000 650,000 135

FNH3FEM-1000Y-A 1,000 239,500 890,000 145

NH3FEM-1100Y-A 1,100 292,000 1,340,000 150

FNH3FEM-1250Y-A 1,250 385,000 1,970,000 155

FNH3FEM-1400Y-A 1,400 500,000 2,680,000 215

FNH23FEA-1000Y-A

23

1,000 151,000 446,000 230

FNH23FEA-1250Y-A 1,250 213,000 822,000 250

FNH23FEA-1400Y-A 1,400 279,000 1,050,000 270

FNH23FEA-1600Y-A 1,600 360,000 1,760,000 295

FNH23FEA-1800Y-A 1,800 529,000 2,430,000 320

FNH23FEA-2000Y-A 2,000 710,000 3,170,000 365

aR High Speed Fuses - NH Flush-End Type

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General Data

Notes: 1) ts and tl according to the chart on page 5. 2) The I2t total arc value (during ts + tl) is considered for sizing high speed fuses in electrical circuits.


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17


Accessories

Dimensions (mm)

FNH3FEM FNH23FEA

73�60

78�6

052

�20

28

28�4

0

73�6

0

M12

X 1

3

ø30Weight: 820 g

M12 X 13 M12 X 13

159�60164�60

M12

Weight: 1,970 g

78�6

0

69�2

0

28

28�4

0

86

73�6

0

Auxiliary Contact for Flush-End Fuse

Reference Description

MS11FE Microswitch Fusible Flush-End MS11FE

Technical characteristics MS11FE

Auxiliary contacts 1NC and 1NO

Rated voltage (Ue) 250 V ac

Rated current (Ie) 15 A

WEG MS11FE microswitch technical data

Breaking capacity

Resistive load

250 V ac @ 50/60 Hz 15 A

8 V dc 15 A

30 V dc 10 A

125 V dc 0.6 A

250 V dc 0.3 A

Inductive load1)

250 V ac @ 50/60 Hz 10 A

8 V dc 10 A

30 V dc 10 A

125 V dc 0.6 A

250 V dc 0.3 A

Dielectric withstandBetween non-continuous terminals 1,000 V ac

Between terminals and power circuit 1,500 V ac

Minimum voltage / permissible current - IEC 60947-5-4 20 V / 50 mA

Degree of protection according to IEC 60529 IP00

Flammability according to UL 94 V-0

Terminals Faston #187

Note: 1) Power factor 0.4min. (V ac) and time constant of 7ms max. (V dc).

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Time vs. Current CurvesTime x current curves provide the graphical representation at ambient temperature of fuse elements fusion average time, also called pre-arc time, in relation to the prospective current lp� FNH aR flush-end fuses with blade contact cannot operate above the 30-second time represented by the AA’ line� In order to protect the fuse against exposure to a condition above the line AA’, it is necessary an overload protection device�


FNH3FEM Fuses FNH23FEA Fuses

1,10

0 A

10,000

450

A50

0 A

550

A63

0 A

700

A80

0 A

900

A1,

000

A

1,44

0 A

1,000

A’A

100

10

1

0�1

0�01

0�001

0�0001100 1,000 10,000 10,0000

Prospective current Ip (rms) (A)


Ave

rage

fusi

ng ti

me

(s)

1,25

0 A

Ave

rage

fusi

ng ti

me

(s)

10,000 1,25

0 A

1,40

0 A

1,60

0 A

1,00

0 A

1,80

0 A

2,00

0 A

1,000

A’A

100

10

1

0�01

0�001

0�00011,000 10,000 100,000

Prospective current Ip (rms) (A)

0�1



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19

1

2

1000A1250A1400A1600A1800A2000A

1000

10000

100000

1000000

1000 10000 100000

Impu

lso

de c

orre

nte

de c

urto

-circ

utio

I s(v

alor

de

cris

ta) s

em fu

síve

l "N

H"

ou c

orre

nte

de c

orte

I cdo

fusí

vel

[A]

Valor eficaz da corrente presumida de curto-circuito Ip [A]

Curva de Limitação de corrente Fusível FNH23FEA aR1 - Corrente de curto-circuito simétrica2 - Corrente de curto-circuito assimétrica

Fusí

vel [

A]

2

1

1,250 A1,400 A1,600 A1,800 A2,000 A

1,000 A

100,000

1,000,000

10,000

1,0001,000 10,000 100,000


Fuse

(A)

1 - Symmetric short-circuit current Ic = √2 Ip2 - Asymmetric short-circuit current Ic = 2,5Ip

Impu

lse

shor

t-ci

rcui

t cur

rent

I s (c

rest

val

ue) w

ithou

t fus

es “

NH

”, o

r fu

se c

uttin

g cu

rren

t Ic

(A)


FNH3FEM Fuses FNH23FEA Fuses

Current Limitation CurvesThe current limitation curves shows the maximum current peak during a short-circuit in relation to the RMS value of the prospective short-circuit current�

1,400 A

900 A

2

1

800 A

1,250 A

700 A

1,100 A

630 A

1,000 A

550 A500 A450 A

100,000

1,000,000

10,000

1,0001,000 10,000 100,000

Prospective RMS short-circuit current Ip (A)Impu

lse

shor

t-ci

rcui

t cur

rent

I s (c

rest

val

ue) w

ithou

t fus

es “

NH

”, o

r fu

se c

uttin

g cu

rren

t Ic

(A)

Fuse

(A)

1 - Symmetric short-circuit current Ic = √2 Ip2 - Asymmetric short-circuit current Ic = 2,5Ip

1�3

Mul

tiplie

r fa

ctor

of t

he l²

t val

ue fo

r di

ffere

nt

valu

es o

f Ue

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FNH - aR - High Speed Fuses20


Total I2t Variation vs. Applied VoltageThe presented I2t values refer to 660 V ac� Forother voltages, the I2t varies according to the chart below�

Application in DC Voltage - Definition of the DC Fuse VoltageThe curve indicates the rated voltage multiplier factor V ac of the fuse in order to obtain the maximum value of V dc voltage for different values of time constants L/R (rms) of the circuit�

Coeficient for Power LossThe curve determines the multiplier factor to calculate the power loss of the fuse for different multiples of rated current�

Arc Voltage CurveDuring the fault current breaking, on each strangulation ofthe fusing element an electric arc is formed, generatingconsenquently an arc voltage� This arc voltage varies with the applied voltage on the fuse�

Arc Voltage CurvePower Loss Curve P/Pn

660V00,10,20,30,40,50,60,70,80,9

11,11,21,3

200 300 400 500 600 700 800Fato

r de

mul

tiplic

ação

do

valo

r de

I²t p

ara

dife

rent

es v

alor

es d

e U

e

Ue [V]

I²t Total x Ue [V] para os fusíveis aR Wegl²t total vs� Ue (V) for WEG aR fuses

1�21�1

1

0�80�9

0�70�60�5

0�20�30�4

0�10200 300 400 500 600

700660 V

Ue (V)

800

0�5 0�55 0�6 0�65 0�7 0�75 0�8 0�85 0�9 0�95 1

l/ln

0,20�1

0

P/P

n

0�30�4

0�70�60�5

0�80�9

1�31�41�51�61�71�81�9

22�12�2

1�21�1

1

Fuse applied voltage U (V)

Arc

vol

tage

Ua (V

)

100 200 300 400 500 600 700 800

1,600

1,500

1,400

1,300

1,100

1,200

1,000

900

800

700

600

500

EG

Multiplier of the fuse rated voltage

0�50 0�55 0�60 0�65 0�70 0�75 0�80 0�85 0�90 0�95 1�00

90

80

70

60

40

50

30

20

10

0

Tim

e co

nsta

nt

= L

/R (m

s)

WEG fuse application curve AC to DC


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21

Fuses Classes aR

Ambient Temperature

Ambient temperature factor Ta

Altitude factor Kalt

Ambient temperature (°C)

Altitude

WEG fuses aR are designed to operate in environments with temperature of 25 ±5 °C� Fuses installed in environments with different temperatures have different heat dissipation rates, reducing or increasing its rated current� Thus, the Ta factor must be applied to the sizing of WEG fuses, classes aR�

The installation of WEG fuses aR must not exceed 2,000 meter above sea level, as per IEC 60269� Above that level, the low atmospheric pressure directly influences the heat dissipation of the fuse� Thus, the Kalt factor must be applied to the sizing of WEG fuses classes aR�

1�4

1�3

1�2

1�1

1

0�9

0�8

0�7

0�6

0�5

0�4

-40 -35 -30 -25 -20 -15 -10 -5 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80

Ambient temperature factor Ta of WEG fuses aR

K alt factor related to the application altitude of WEG fuses aR

Altitude (m)

0

0�8

0�85

0�9

0�95

1

1�05

500 1,000 1,500 2,000 2,500 3,000 3,500 4,000 4,500 5,000 5,500

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1. ConceptualizationaR Class fuses according to the IEC 60269 feature low values of I2t and they are used for short circuit protection in semiconductor applications� Due to this fact, they should not be applied in situations of small overloads, because under these conditions, an improper operation and reduction of its breaking capacity can occur� Therefore, aR WEG high speed fuses uses a constant load A = 0�8� In other words, the fuse rated current must be at least 20% higher than the rated current of the circuit�

2. SizingSeveral conditions influenciate the current carrying capacity of a fuse, for example, ambient temperature, forced ventilation and the cross section of bars and cables� It is important to know that the cyclic event of overload is the most critical condition that can cause premature melting of the fuse element�Equipments with built-in semiconductors and consequently high speed fuses, are often subjected to repeated or cyclical overloads� Under these conditions, a fuse element temperature variation can melt or fatigate it, resulting in its improper operation� To avoid the consequences of cyclical overloads, WEG’s aR fuse must be dimensioned in order that its fusion current is preferently greater than the overload current for the same period�

The multiple of this current is listed in table 1 below�

aR fuse connection type ModelFusion current multiples that WEG’s aR fuse

must be greater than the overload current for the same period

Blade contact

FNH00 2.0

FNH1

2.5FNH2

FNH3

Flush-endFNH3FEM

2.01)

FNH23FEA

Table 1 - Fusion current multiples that WEG’s aR fuse must be greater than the overload current for the same period.

Note: 1) Use multiple as 1.6 in case of applying with WEG Soft-Starters.

Example: for a rated current load of In = 150 A, which often has overloads of 450 A with 5-second durations, it is necessary to size the fuse for a fusion power of 900 A during 5s considering the size 00, or a current of 1,125 A during 5s for sizes 1, 2 or 3�

Appendix 1: Sizing Criterias for aR High Speed NH Fuses with Blade Contact and Flush-End


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23

3.2 - Rated Current of the FuseThe rated current of the fuse in continuous operation must be sized according to the equation below:

J Rated load current = load IRMS = 100 A J For constant load, A1 = 0�8

IRMS of the load

A1

100

0.8Así: In≥ = = 125 A

Through the presented curves in this catalog (page 11), the conclusion is that the fuse for this application is the FNH00 250 aR (acting in 30s with approximately 700 A)�

3.4 - I²t of FuseThis fuse has I²t = 43,980 at 690 V� As the power supply is in star connection, the fuse voltage is the phase voltage and not the line voltage� The calculation of the applied voltage to the fuse is as below:

VF = = = 398,3 VVL

√3690√3

Through the graphic “Variation of total I2t vs� operating voltage” in this catalog (page 14), is possible to evaluate that WEG’s I2t value for the aR FNH 250 A sized as 00 is reduced to 58% of the value at 690 V, resulting in 25,509 A2s ( 0�58x43,980)� Thus, the I2t value of this fuse meets the solution being less than the maximum supported by the soft-starter in this application (63,000 A2s)�

Specified fuse = FNH00-250K-A

3.5 - Application in Base or Switch DisconnectorWhen using the NH aR blade contact fuse, it must be considered the current deratings according to the table on page 15� For example, on this case, for use on a FSW160-3 switch-disconnector, it is necessary to evaluate the maximum capacity of this switch-disconnector with this fuse (see derating on page 15)� That is, the load current should not exceed the current limited by the fuse + switch-disconnector� According to the table of reduction factor, on this case is 0�6, so the maximum current allows in continuous operation 250 x 0�6 = 150 A� As 150 A is greater than the load current (125 A), there is no limitation of using the full set FSW160-3 + 3x FNH00-250K-A.

Appendix 1: Sizing Criterias for aR High Speed NH Fuses with Blade Contact and Flush-End

In general, the following points should be checked for proper sizing of aR fuses:

J Current Circuit Type - AC or DC. For DC circuit: the maximum voltage on the fuse must respect the characteristic curve of application (graphs on pages 14 and 19 according to the type of fuse applied)�

J I²t of the fuse must be less than the l²t value permitted by the semiconductor. This analysis must consider the fuse value of l²t in relation to the voltage applied on it (look at the charts on pages 14 and 19 according to the type of fuse applied)�

J The rated current of the fuse. The rated current of the fuse must be at least 20% greater than the load rated current for the conditions without any cyclical overload� For cyclical conditions, such as application of soft-starters and variable frequency drives, the WEG aR fuse sizing must respect the specifications in Table 1 (page 21)�

J Installation of aR blade contact fuse on BNH base or FSW or RFW switch-disconnectors. The electric current value during constant operation applied on aR high speed NH blade contact fuses must not exceed the “reduced” values for use in fuse bases or switch-disconnectors (page 15)�

J Association of fuses in parallel. For this condition, the fuses in parallel must have the same characteristics, such as same size and rated current to avoid unbalanced load� The bars or cables should have the same dimensions to equalize all circuit impedances�I²t value of fuses connected in parallel is calculated by: I²t// = l²t x n²Where: I²t// - is the value of I2t of equal fuses set connected in parallel� I²t – is the value of I2t of a individual fuse, sized according to the circuit voltage�n – is the number of equal fuses connected in parallel�

3. Sizing Examples

3.1 - SSW06 Soft-Starter (220-690 V ac) 130 ASizing WEG aR fuses to protect a soft-starter SSW06 130 A and its three-phase load with the following characteristics:

J Maximum I²t value to protect a SSW06 130 A: 63,000 A²s J Supply voltage: 690 V ac J Load rated current in continuous operation: In = 100 A

J Starting current: Ip = 3 x In = 300 A J Acceleration time: 30s J Required to use a blade contact fuse in a fuse switch-disconnector

Therefore, considering only continuous operation of the load, a WEG fuse size 00 125 A should be used for each phase, with 6,350 l²t A2s at 690 V and deratings of 1xIn and 0�85 In when assembled on Individual base and switch disconnectors respectively� Either way, this fuse would operate improperly because in the example would occur cyclical overloads of 300 A during the start up�

3.3 - Analysis of Cyclic OverloadThe dimensioned fuse must respect the table 1 (page 21) to avoid an improper operation during the cyclical current of the load starting� On this way, in case of using WEG’s aR fuse size 00, the fusion current in 30s should be at least 600 A (300 x 2) and for sizes 1, 2 and 3, it should be at least 750 A (300 x 2�5)�

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Appendix 2: aR High Speed Fuses Sizing Tables for SSW and CFW

The criteria for aR fuses sizing on the tables below is:J Voltage: J Higher line voltage of the drive - SSW or CFW�For example: a SSW06 from 220 to 690 V would have a phase voltage applied on the fuse of 690/√3 = 398 V ac�

J Fuse current: J See considerations in appendix 1 of this catalog�

J Maximum I2t value of the fuse = 0�75 x I2t indicated on the manual of the CFW or SSW�


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25

Soft-Starter SSW05 Plus

ModelMaximum l2t of the fuse

WEG fuse FNH knife contact recommended WEG fuse FNHFE aR flush-end recommended

SSW05 Plus (A)

(A2s) Size In (A)Quantity

in parallelSAP code WEG code Size In (A)

Quantity in parallel

SAP code WEG code

3 576 00 20 1 10687494 FNH00-20K-A - - - - -

10 576 00 35 1 10701721 FNH00-35K-A - - - - -

16 576 00 40 1 10702117 FNH00-40K-A - - - - -

23 3,200 00 63 1 10705764 FNH00-63K-A - - - - -

30 3,200 00 80 1 10705995 FNH00-80K-A - - - - -

45 7,280 00 125 1 10707231 FNH00-125K-A - - - - -

60 12,960 00 160 1 10701724 FNH00-160K-A - - - - -

85 20,736 00 200 1 10710732 FNH00-200K-A - - - - -

Fuse aR Recommended for Standard Wiring

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Soft-Starter SSW06

ModelRecommended WEG aR fuse for standard connection Recommended AR WEG fuse in the delta connection of the motor

FNH aR blade contact FNHFE aR flush-end FNH aR blade contact FNHFE aR flush-end

SSW06 Plus (A)

SizeIn (A)

Qty in parallel SAP code Reference SizeIn (A)



Qty in parallel SAP code Reference

10 00 40 1 10702117 FNH00-40K-A - - - - - Connection not applicable Connection not applicable




45 00 125 1 10707231 FNH00-125K-A - - - - - 1 200 1 10809133 FNH1-200K-A - - - - -

60 00 160 1 10701724 FNH00-160K-A - - - - - 1 200 1 10809133 FNH1-200K-A - - - - -

85 00 250 1 10711445 FNH00-250K-A 3 450 1 12644962 FNH3FEM-450Y-A 2 400 1 10824053 FNH2-400K-A - - - - -


170 2 630 1 10824110 FNH2-630K-A 3 450 1 12644962 FNH3FEM-450Y-A 3 710 1 10833591 FNH3-710K-A 3 550 1 12660187 FNH3FEM-550Y-A




365 3 710 1 10833591 FNH3-710K-A 3 630 1 12660583 FNH3FEM-630Y-A 3 500 2 10833056 FNH3-500K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A

412 3 1,000 1 11393565 FNH3-1000K-A 3 700 1 12660657 FNH3FEM-700Y-A 3 710 2 10833591 FNH3-710K-A 3 1,100 1 12661664 FNH3FEM-1100Y-A

480 2 630 2 10824110 FNH2-630K-A 3 800 1 12661660 FNH3FEM-800Y-A 3 1,000 2 11393565 FNH3-1000K-A 3 1,250 1 12661665 FNH3FEM-1250Y-A

604 2 710 2 11393547 FNH2-710K-A 3 900 1 12661662 FNH3FEM-900Y-A 3 1,000 2 11393565 FNH3-1000K-A 23 1,600 1 12661689 FNH23FEA-1600Y-A

670 3 800 2 10833726 FNH3-800K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A 3 800 3 10833726 FNH3-800K-A 23 1,800 1 12661690 FNH23FEA-1800Y-A

820 3 900 2 11393564 FNH3-900K-A 3 1,400 1 12661666 FNH3FEM-1400Y-A 3 800 3 10833726 FNH3-800K-A 3 1,100 2 12661664 FNH3FEM-1100Y-A

950 3 1,000 2 11393565 FNH3-1000K-A 23 1,600 1 12661689 FNH23FEA-1600Y-A 3 900 3 11393564 FNH3-900K-A 3 1,250 2 12661665 FNH3FEM-1250Y-A

1.100 2 710 3 11393547 FNH2-710K-A 23 1,800 1 12661690 FNH23FEA-1800Y-A 3 1,000 3 11393565 FNH3-1000K-A 3 1,400 2 12661666 FNH3FEM-1400Y-A

1.400 3 900 3 11393564 FNH3-900K-A 3 1,250 2 12661665 FNH3FEM-1250Y-A 3 1,000 4 11393565 FNH3-1000K-A 3 1,250 3 12661665 FNH3FEM-1250Y-A

Notes: For this application, fuses cannot be assembled on RFW or RIW switch-disconnectors, just on BNH individual fixing bases. For safety reasons, WEG recommends to assemble fuses on individual BNH fixing bases. It is also possible to use two WEG flush-end size 3 fuses with the same rated current connected in parallel, in case their rated currents sum equally to

the size 23 rated current.

Soft-Starter SSW07

Note: For safety reasons, WEG recommends to assemble fuses on individual BNH fixing bases.

Model Recommended WEG FNH aR blade contact fuse WEG FNHFE aR flush-end fuse recommended

SSW07 (A)

SizeIn (A)



17 00 40 1 10702117 FNH00-40K-A - - - - -

24 00 80 1 10705995 FNH00-80K-A - - - - -

30 00 100 1 10707110 FNH00-100K-A - - - - -

45 00 125 1 10707231 FNH00-125K-A - - - - -

61 00 160 1 10701724 FNH00-160K-A - - - - -

85 00 250 1 10711445 FNH00-250K-A - - - - -

130 1 400 1 10815073 FNH1-400K-A 3 450 1 12644962 FNH3FEM-450Y-A

171 2 500 1 10824109 FNH2-500K-A 3 450 1 12644962 FNH3FEM-450Y-A

200 2 630 1 10824110 FNH2-630K-A 3 450 1 12644962 FNH3FEM-450Y-A

255 3 500 1 10833056 FNH3-500K-A 3 500 1 12645317 FNH3FEM-500Y-A

312 3 710 1 10833591 FNH3-710K-A 3 550 1 12660187 FNH3FEM-550Y-A

365 3 710 1 10833591 FNH3-710K-A 3 630 1 12660583 FNH3FEM-630Y-A

412 3 500 2 10833056 FNH3-500K-A 3 700 1 12660657 FNH3FEM-700Y-A


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27

ModelRecommended WEG aR fuse for standard connection Recommended AR WEG fuse in the delta connection of the motor

FNH aR blade contact FNHFE aR flush-end FNH aR blade contact FNHFE aR flush-end

SSW06 Plus (A)

SizeIn (A)









45 00 125 1 10707231 FNH00-125K-A - - - - - 1 200 1 10809133 FNH1-200K-A - - - - -

60 00 160 1 10701724 FNH00-160K-A - - - - - 1 200 1 10809133 FNH1-200K-A - - - - -







365 3 710 1 10833591 FNH3-710K-A 3 630 1 12660583 FNH3FEM-630Y-A 3 500 2 10833056 FNH3-500K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A

412 3 1,000 1 11393565 FNH3-1000K-A 3 700 1 12660657 FNH3FEM-700Y-A 3 710 2 10833591 FNH3-710K-A 3 1,100 1 12661664 FNH3FEM-1100Y-A

480 2 630 2 10824110 FNH2-630K-A 3 800 1 12661660 FNH3FEM-800Y-A 3 1,000 2 11393565 FNH3-1000K-A 3 1,250 1 12661665 FNH3FEM-1250Y-A

604 2 710 2 11393547 FNH2-710K-A 3 900 1 12661662 FNH3FEM-900Y-A 3 1,000 2 11393565 FNH3-1000K-A 23 1,600 1 12661689 FNH23FEA-1600Y-A

670 3 800 2 10833726 FNH3-800K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A 3 800 3 10833726 FNH3-800K-A 23 1,800 1 12661690 FNH23FEA-1800Y-A

820 3 900 2 11393564 FNH3-900K-A 3 1,400 1 12661666 FNH3FEM-1400Y-A 3 800 3 10833726 FNH3-800K-A 3 1,100 2 12661664 FNH3FEM-1100Y-A

950 3 1,000 2 11393565 FNH3-1000K-A 23 1,600 1 12661689 FNH23FEA-1600Y-A 3 900 3 11393564 FNH3-900K-A 3 1,250 2 12661665 FNH3FEM-1250Y-A

1.100 2 710 3 11393547 FNH2-710K-A 23 1,800 1 12661690 FNH23FEA-1800Y-A 3 1,000 3 11393565 FNH3-1000K-A 3 1,400 2 12661666 FNH3FEM-1400Y-A

1.400 3 900 3 11393564 FNH3-900K-A 3 1,250 2 12661665 FNH3FEM-1250Y-A 3 1,000 4 11393565 FNH3-1000K-A 3 1,250 3 12661665 FNH3FEM-1250Y-A

Soft-Starter SSW08


Model Recommended WEG FNH aR blade contact fuse Recommended WEG FNHFE aR flush-end fuse

SSW08 (A)

SizeIn (A)



17 00 40 1 10702117 FNH00-40K-A - - - - -

24 00 80 1 10705995 FNH00-80K-A - - - - -

30 00 100 1 10707110 FNH00-100K-A - - - - -

45 00 160 1 10701724 FNH00-160K-A - - - - -

61 1 200 1 10809133 FNH1-200K-A - - - - -

85 00 250 1 10711445 FNH00-250K-A - - - - -

130 2 400 1 10824053 FNH2-400K-A 3 450 1 12644962 FNH3FEM-450Y-A

171 2 500 1 10824109 FNH2-500K-A 3 450 1 12644962 FNH3FEM-450Y-A

200 2 630 1 10824110 FNH2-630K-A 3 450 1 12644962 FNH3FEM-450Y-A

255 3 500 1 10833056 FNH3-500K-A 3 500 1 12645317 FNH3FEM-500Y-A

312 3 710 1 10833591 FNH3-710K-A 3 550 1 12660187 FNH3FEM-550Y-A

365 3 710 1 10833591 FNH3-710K-A 3 630 1 12660583 FNH3FEM-630Y-A

412 3 500 2 10833056 FNH3-500K-A 3 700 1 12660657 FNH3FEM-700Y-A

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CFW08 Drive

CFW08 Recommended WEG FNH aR blade contact fuseModel Voltage (V ac) Size In (A) Qty in parallel SAP code Reference

CFW080016S2024200-240

Single-phase

00 20 1 10687494 FNH00-20K-ACFW080026S2024 00 20 1 10687494 FNH00-20K-ACFW080040S2024 00 20 1 10687494 FNH00-20K-ACFW080016B2024

200-240 Single and Three-phase

00 20 1 10687494 FNH00-20K-ACFW080026B2024 00 20 1 10687494 FNH00-20K-ACFW080040B2024 00 20 1 10687494 FNH00-20K-ACFW080073B2024 00 35 1 10701721 FNH00-35K-ACFW080100B2024 00 35 1 10701721 FNH00-35K-ACFW080070T2024

200 - 240 Three-phase

00 20 1 10687494 FNH00-20K-ACFW080160T2024 00 40 1 10702117 FNH00-40K-A

CFW080017T2024POH3Z 00 25 1 10701722 FNH00-25K-A

CFW080220T2024 00 40 1 10702117 FNH00-40K-ACFW080280T2024 1 63 1 10806688 FNH1-63K-ACFW080330T2024 1 100 1 10807553 FNH1-100K-ACFW080010T3848

380-480 Three-phase

00 20 1 10687494 FNH00-20K-ACFW080016T3848 00 20 1 10687494 FNH00-20K-ACFW080026T3848 00 20 1 10687494 FNH00-20K-ACFW080040T3848 00 20 1 10687494 FNH00-20K-ACFW080027T3848 00 20 1 10687494 FNH00-20K-ACFW080043T3848 00 20 1 10687494 FNH00-20K-ACFW080065T3848 00 20 1 10687494 FNH00-20K-A

CFW0800100T3848 00 25 1 10701722 FNH00-25K-ACFW080130T3848 00 35 1 10701721 FNH00-35K-ACFW080160T3848 00 40 1 10702117 FNH00-40K-ACFW080240T3848 00 50 1 10701718 FNH00-50K-ACFW080300T3848 1 80 1 10807549 FNH1-80K-ACFW080017T5060

575 Three-phase

00 20 1 10687494 FNH00-20K-ACFW080030T5060 00 20 1 10687494 FNH00-20K-ACFW080043T5060 00 20 1 10687494 FNH00-20K-ACFW080070T5060 00 20 1 10687494 FNH00-20K-ACFW080100T5060 00 25 1 10701722 FNH00-25K-ACFW080120T5060 00 35 1 10701721 FNH00-35K-A

CFW09 Drive

CFW09 rated current A/Volts Recommended WEG FNH aR blade contact fuse

CT VT Size In (A) Qty in parallel SAP code Reference2.9/500-600 4.2/500-600 00 20 1 10687494 FNH00-20K-A3.6/380-480 - 00 20 1 10687494 FNH00-20K-A4.0/380-480 - 00 20 1 10687494 FNH00-20K-A4.2/500-600 7.0/500-600 00 20 1 10687494 FNH00-20K-A5.5/380-480 - 00 25 1 10701722 FNH00-25K-A6.0/220-230 - 00 25 1 10701722 FNH00-25K-A7.0/220-230 - 00 25 1 10701722 FNH00-25K-A7.0/500-600 10/500-600 00 25 1 10701722 FNH00-25K-A9.0/380-480 - 00 25 1 10701722 FNH00-25K-A10/220-230 - 00 35 1 10701721 FNH00-35K-A10/500-600 12/500-600 00 25 1 10701722 FNH00-25K-A12/500-600 14/500-600 00 35 1 10701721 FNH00-35K-A13/220-230 13/380-480

- 00 35 1 10701721 FNH00-35K-A

14/500-600 - 00 35 1 10701721 FNH00-35K-A16/220-230 16/380-480

- 00 35 1 10701721 FNH00-35K-A

22/500-600 27/500-600 00 50 1 10701718 FNH00-50K-A24/220-230 - 00 40 1 10702117 FNH00-40K-A24/380-480 - 00 50 1 10701718 FNH00-50K-A27/500-600 32/500-600 00 63 1 10705764 FNH00-63K-A28/220-230 -A18 00 63 1 10705764 FNH00-63K-A30/380-480 36/380-480 00 63 1 10705764 FNH00-63K-A32/500-600 - 00 63 1 10705764 FNH00-63K-A38/380-480 45/380-480 00 80 1 10705995 FNH00-80K-A44/500-600 53/500-600 00 80 1 10705995 FNH00-80K-A45/220-230 - 00 80 1 10705995 FNH00-80K-A45/380-480 54/380-480 00 80 1 10705995 FNH00-80K-A53/500-600 63/500-600 00 100 1 10707110 FNH00-100K-A54/220-230 68/220-230 00 100 1 10707110 FNH00-100K-A60/380-480 70/380-480 00 125 1 10707231 FNH00-125K-A63/500-600 79/500-600 00 125 1 10707231 FNH00-125K-A


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29

CFW09 Drive

CFW09 rated current A/Volts Recommended WEG FNH aR blade contact fuse

CT VT SizeIn (A)


70/220-230 70/380-480

86/220-230 86/380-480

00 125 1 10707231 FNH00-125K-A

79/500-600 86/220-230

99/500-600 105/220-230

00 160 1 10701724 FNH00-160K-A

86/380-480 105/380-480 00 160 1 10701724 FNH00-160K-A100/660-690 127/660-690 00 200 1 10710732 FNH00-200K-A105/220-230 105/380-480

130/220-230 130/380-480

00 200 1 10710732 FNH00-200K-A

107/500-690 147/500-690 00 250 1 10711445 FNH00-250K-A127/660-690 179/660-690 1 315 1 10809575 FNH1-315K-A130/220-230 142/380-480

150/220-230 174/380-480

1 315 1 10809575 FNH1-315K-A

147/500-690 179/660-690

196/500-690 179/660-690

1 350 1 10814896 FNH1-350K-A

180/380-480 - 1 350 1 10814896 FNH1-350K-A211/380-480 - 1 400 1 10815073 FNH1-400K-A211/500-690 - 1 400 1 10815073 FNH1-400K-A225/660-690 259/660-690 2 450 1 10824055 FNH2-450K-A240/380-480 - 2 450 1 10824055 FNH2-450K-A247/500-690 315/500-690 2 500 1 10824109 FNH2-500K-A259/660-690 305/660-690 2 630 1 10824110 FNH2-630K-A305/660-690 340/660-690 2 630 1 10824110 FNH2-630K-A312/380-480 - 2 630 1 10824110 FNH2-630K-A315/500-690 343/500-690 2 710 1 11393547 FNH2-710K-A340/660-690 428/660-690 3 800 1 10833726 FNH3-800K-A343/500-690 418/500-690 3 710 1 10833591 FNH3-710K-A361/380-480 - 3 710 1 10833591 FNH3-710K-A418/500-690 472/500-690 3 900 1 11393564 FNH3-900K-A428/660-690 428/660-690 3 900 1 11393564 FNH3-900K-A472/500-690 555/500-690 3 1,000 1 11393565 FNH3-1000K-A450/380-480 - 3 900 1 11393564 FNH3-900K-A515/380-480 - 3 1,000 1 11393565 FNH3-1000K-A600/380-480 - 2 630 2 10824110 FNH2-630K-A


Recommended WEG FNHFE aR flush-end

SizeIn (A)


- - - - - - - - - - - - 1 - - 3 450 1 12644962 FNH3FEM-450Y-A - - - - - 3 450 1 12644962 FNH3FEM-450Y-A3 450 1 12644962 FNH3FEM-450Y-A - - - - - 3 450 1 12644962 FNH3FEM-450Y-A3 450 1 12644962 FNH3FEM-450Y-A3 450 1 12644962 FNH3FEM-450Y-A3 450 1 12644962 FNH3FEM-450Y-A3 450 1 12644962 FNH3FEM-450Y-A3 450 1 12644962 FNH3FEM-450Y-A3 500 1 12645317 FNH3FEM-500Y-A3 500 1 12645317 FNH3FEM-500Y-A3 550 1 12660187 FNH3FEM-550Y-A3 500 1 12645317 FNH3FEM-500Y-A3 550 1 12660187 FNH3FEM-550Y-A3 700 1 12660657 FNH3FEM-700Y-A3 630 1 12660583 FNH3FEM-630Y-A3 630 1 12660583 FNH3FEM-630Y-A3 700 1 12660657 FNH3FEM-700Y-A3 700 1 12660657 FNH3FEM-700Y-A3 800 1 12661660 FNH3FEM-800Y-A3 700 1 12660657 FNH3FEM-700Y-A3 800 1 12661660 FNH3FEM-800Y-A3 900 1 12661662 FNH3FEM-900Y-A

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CFW11 Drive

Notes: For this application, fuses cannot be assembled on RFW or RIW switch-disconnectors, just on BNH individual fixing bases. For safety reasons, WEG recommends to assemble fuses on individual BNH fixing bases.

CFW11 Recommended WEG FNH aR blade contact fuse Recommended WEG FNHFE aR flush-end fuse

Model Drive size Braking IGBT Supply voltage (V ac) SizeIn (A)

Qty in parallel SAP code Reference SIzeIn (A)


CFW110010S2SZ

A

Built-in

220

Single-phase 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110006B2SZSingle or three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007B2SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007T2SZ

Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110010T2SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110013T2SZ 00 25 1 10701722 FNH00-25K-A - - - - -

CFW110016T2SZ 00 35 1 10701721 FNH00-35K-A - - - - -

CFW110024T2SZ

B

00 40 1 10702117 FNH00-40K-A - - - - -

CFW110028T2SZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110033T2SZ 00 63 1 10705764 FNH00-63K-A - - - - -

CFW110045T2SZ

C

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110054T2SZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110070T2SZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110086T2SZD

00 125 1 10707231 FNH00-125K-A - - - - -

CFW110105T2SZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110142T2SZ

E

Not built-in

00 250 1 10711445 FNH00-250K-A - - - - -

CFW110180T2SZ 1 350 1 10814896 FNH1-350K-A 3 450 1 12644962 FNH3FEM-450Y-A


CFW110142T2ODBZ

Built-in

00 250 1 10711445 FNH00-250K-A 3 450 1 12644962 FNH3FEM-450Y-A

CFW110180T2ODBZ 1 350 1 10814896 FNH1-350K-A 3 450 1 12644962 FNH3FEM-450Y-A


CFW110003T4SZ

A

Built-in

380 Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110005T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110010T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110013T4SZ 00 25 1 10701722 FNH00-25K-A - - - - -

CFW110017T4SZ

B

00 35 1 10701721 FNH00-35K-A - - - - -

CFW110024T4SZ 00 40 1 10702117 FNH00-40K-A - - - - -

CFW110031T4SZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110038T4SZ

C

00 63 1 10705764 FNH00-63K-A - - - - -

CFW110045T4SZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110058T4SZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110070T4SZD

00 100 1 10707110 FNH00-100K-A - - - - -

CFW110088T4SZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110105T4SZ

E

Not built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW110142T4SZ 00 250 1 10711445 FNH00-250K-A - - - - -



CFW110105T4ODBZ

Built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW110142T4ODBZ 00 250 1 10711445 FNH00-250K-A - - - - -



CFW110242T4SZ

F

External accessory (use DBW03)

2 450 1 10824055 FNH2-450K-A 3 450 1 12644962 FNH3FEM-450Y-A




CFW110515T4SZ

G

3 1,000 1 11393565 FNH3-1000K-A 3 700 1 12660657 FNH3FEM-700Y-A



CFW110795T4SZ

HExternal accessory

(use DBW04)

3 800 2 10833726 FNH3-800K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A

CFW110877T4SZ 3 800 2 10833726 FNH3-800K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A




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31

CFW11 Recommended WEG FNH aR blade contact fuse Recommended WEG FNHFE aR flush-end fuse

Model Drive size Braking IGBT Supply voltage (V ac) SizeIn (A)

Qty in parallel SAP code Reference SIzeIn (A)


CFW110010S2SZ

A

Built-in

220

Single-phase 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110006B2SZSingle or three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007B2SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007T2SZ

Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110010T2SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110013T2SZ 00 25 1 10701722 FNH00-25K-A - - - - -

CFW110016T2SZ 00 35 1 10701721 FNH00-35K-A - - - - -

CFW110024T2SZ

B

00 40 1 10702117 FNH00-40K-A - - - - -

CFW110028T2SZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110033T2SZ 00 63 1 10705764 FNH00-63K-A - - - - -

CFW110045T2SZ

C

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110054T2SZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110070T2SZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110086T2SZD

00 125 1 10707231 FNH00-125K-A - - - - -

CFW110105T2SZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110142T2SZ

E

Not built-in

00 250 1 10711445 FNH00-250K-A - - - - -



CFW110142T2ODBZ

Built-in

00 250 1 10711445 FNH00-250K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW110003T4SZ

A

Built-in

380 Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110005T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110010T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110013T4SZ 00 25 1 10701722 FNH00-25K-A - - - - -

CFW110017T4SZ

B

00 35 1 10701721 FNH00-35K-A - - - - -

CFW110024T4SZ 00 40 1 10702117 FNH00-40K-A - - - - -

CFW110031T4SZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110038T4SZ

C

00 63 1 10705764 FNH00-63K-A - - - - -

CFW110045T4SZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110058T4SZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110070T4SZD

00 100 1 10707110 FNH00-100K-A - - - - -

CFW110088T4SZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110105T4SZ

E

Not built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW110142T4SZ 00 250 1 10711445 FNH00-250K-A - - - - -



CFW110105T4ODBZ

Built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW110142T4ODBZ 00 250 1 10711445 FNH00-250K-A - - - - -



CFW110242T4SZ

F


2 450 1 10824055 FNH2-450K-A 3 450 1 12644962 FNH3FEM-450Y-A




CFW110515T4SZ

G

3 1,000 1 11393565 FNH3-1000K-A 3 700 1 12660657 FNH3FEM-700Y-A



CFW110795T4SZ

HExternal accessory

(use DBW04)

3 800 2 10833726 FNH3-800K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A




www.weg.net


CFW11 Drive

Notes: For this application, fuses cannot be assembled on RFW or RIW switch-disconnectors, just on BNH individual fixing bases. For safety reasons, WEG recommends to assemble fuses on individual BNH fixing bases.

CFW11 Recommended WEG FNH aR blade contact fuse Recommended WEG FNHFE aR flush-end

Model Drive size Braking IGBTSupply voltage

(V ac)Size

In (A)



CFW110003T4SZ

A

Built-in

440 Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110005T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110010T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110013T4SZ 00 25 1 10701722 FNH00-25K-A - - - - -

CFW110017T4SZ

B

00 35 1 10701721 FNH00-35K-A - - - - -

CFW110024T4SZ 00 40 1 10702117 FNH00-40K-A - - - - -

CFW110031T4SZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110038T4SZ

C

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110045T4SZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110058T4SZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110070T4SZD

00 100 1 10707110 FNH00-100K-A - - - - -

CFW110088T4SZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110105T4SZ

E

Not built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW110142T4SZ 00 250 1 10711445 FNH00-250K-A - - - - -



CFW110105T4ODBZ

Built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW110142T4ODBZ 00 250 1 10711445 FNH00-250K-A - - - - -



CFW110242T4SZ

F


2 450 1 10824055 FNH2-450K-A 3 450 1 12644962 FNH3FEM-450Y-A




CFW110515T4SZ

G

3 1,000 1 11393565 FNH3-1000K-A 3 700 1 12660657 FNH3FEM-700Y-A



CFW110795T4SZ

HAExternal accessory

(use DBW04)

3 800 2 10833726 FNH3-800K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A





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33



(V ac)Size

In (A)



CFW110003T4SZ

A

Built-in

440 Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110005T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110010T4SZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110013T4SZ 00 25 1 10701722 FNH00-25K-A - - - - -

CFW110017T4SZ

B

00 35 1 10701721 FNH00-35K-A - - - - -

CFW110024T4SZ 00 40 1 10702117 FNH00-40K-A - - - - -

CFW110031T4SZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110038T4SZ

C

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110045T4SZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110058T4SZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110070T4SZD

00 100 1 10707110 FNH00-100K-A - - - - -

CFW110088T4SZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110105T4SZ

E

Not built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW110142T4SZ 00 250 1 10711445 FNH00-250K-A - - - - -



CFW110105T4ODBZ

Built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW110142T4ODBZ 00 250 1 10711445 FNH00-250K-A - - - - -



CFW110242T4SZ

F


2 450 1 10824055 FNH2-450K-A 3 450 1 12644962 FNH3FEM-450Y-A




CFW110515T4SZ

G

3 1,000 1 11393565 FNH3-1000K-A 3 700 1 12660657 FNH3FEM-700Y-A



CFW110795T4SZ

HAExternal accessory

(use DBW04)

3 800 2 10833726 FNH3-800K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A




www.weg.net


CFW11 Drive



Model Drive size Braking IGBT Supply voltage (V ac) Size In (A) Qty in parallel SAP code Reference Size In (A) Qty in parallel SAP code Reference

CFW110002T5ONFYZ

B

Built-in

600

Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110004T5ONFYZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007T5ONFYZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110010T5ONFYZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110012T5ONFYZ 00 25 1 10701722 FNH00-25K-A - - - - -

CFW110017T5ONFYZ 00 35 1 10701721 FNH00-35K-A - - - - -

CFW110022T5ONFYZ

D

00 40 1 10702117 FNH00-40K-A - - - - -

CFW110027T5ONFYZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110032T5ONFYZ 00 63 1 10705764 FNH00-63K-A - - - - -

CFW110044T5ONFYZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110053T6OYZ

E

Not built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110063T6OYZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110080T6OYZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110107T6OYZ 00 160 1 10701724 FNH00-160K-A - - - - -

CFW110125T6OYZ 00 200 1 10710732 FNH00-200K-A 3 450 1 12644962 FNH3FEM-450Y-A


CFW110053T6OYZ

Built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110063T6ODBYZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110080T6ODBYZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110107T6ODBYZ 00 160 1 10701724 FNH00-160K-A - - - - -

CFW110125T6ODBYZ 00 200 1 10710732 FNH00-200K-A 3 450 1 12644962 FNH3FEM-450Y-A


CFW110170T6OYZ

F


1 350 1 10814896 FNH1-350K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW110315T6OYZ

G

2 630 1 10824110 FNH2-630K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW110584T6OYZ

HExternal accessory

(use DBW04)

2 630 2 10824110 FNH2-630K-A 3 800 1 12661660 FNH3FEM-800Y-A



CFW110804T6OYZ 3 800 2 10833726 FNH3-800K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A

CFW110022T5ONFYZ

D Built-in

690

00 40 1 10702117 FNH00-40K-A - - - - -

CFW110027T5ONFYZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110032T5ONFYZ 00 63 1 10705764 FNH00-63K-A - - - - -

CFW110044T5ONFYZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110053T6OYZ

E

Not built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110063T6OYZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110080T6OYZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110107T6OYZ 00 160 1 10701724 FNH00-160K-A - - - - -



CFW110053T6OYZ

Built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110063T6ODBYZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110080T6ODBYZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110107T6ODBYZ 00 160 1 10701724 FNH00-160K-A - - - - -



CFW110170T6OYZ

F


1 350 1 10814896 FNH1-350K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW110315T6OYZ

G

2 630 1 10824110 FNH2-630K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW110584T6OYZ

HExternal accessory

(use DBW04)

3 900 1 11393564 FNH3-900K-A 3 700 1 12660657 FNH3FEM-700Y-A

CFW110625T6OYZ 3 1,000 1 11393565 FNH3-1000K-A 3 700 1 12660657 FNH3FEM-700Y-A




www.weg.net

35


Model Drive size Braking IGBT Supply voltage (V ac) Size In (A) Qty in parallel SAP code Reference Size In (A) Qty in parallel SAP code Reference

CFW110002T5ONFYZ

B

Built-in

600

Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW110004T5ONFYZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110007T5ONFYZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110010T5ONFYZ 00 20 1 10687494 FNH00-20K-A - - - - -

CFW110012T5ONFYZ 00 25 1 10701722 FNH00-25K-A - - - - -

CFW110017T5ONFYZ 00 35 1 10701721 FNH00-35K-A - - - - -

CFW110022T5ONFYZ

D

00 40 1 10702117 FNH00-40K-A - - - - -

CFW110027T5ONFYZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110032T5ONFYZ 00 63 1 10705764 FNH00-63K-A - - - - -

CFW110044T5ONFYZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110053T6OYZ

E

Not built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110063T6OYZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110080T6OYZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110107T6OYZ 00 160 1 10701724 FNH00-160K-A - - - - -



CFW110053T6OYZ

Built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110063T6ODBYZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110080T6ODBYZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110107T6ODBYZ 00 160 1 10701724 FNH00-160K-A - - - - -



CFW110170T6OYZ

F


1 350 1 10814896 FNH1-350K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW110315T6OYZ

G

2 630 1 10824110 FNH2-630K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW110584T6OYZ

HExternal accessory

(use DBW04)

2 630 2 10824110 FNH2-630K-A 3 800 1 12661660 FNH3FEM-800Y-A



CFW110804T6OYZ 3 800 2 10833726 FNH3-800K-A 3 1,000 1 12661663 FNH3FEM-1000Y-A

CFW110022T5ONFYZ

D Built-in

690

00 40 1 10702117 FNH00-40K-A - - - - -

CFW110027T5ONFYZ 00 50 1 10701718 FNH00-50K-A - - - - -

CFW110032T5ONFYZ 00 63 1 10705764 FNH00-63K-A - - - - -

CFW110044T5ONFYZ 00 80 1 10705995 FNH00-80K-A - - - - -

CFW110053T6OYZ

E

Not built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110063T6OYZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110080T6OYZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110107T6OYZ 00 160 1 10701724 FNH00-160K-A - - - - -



CFW110053T6OYZ

Built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW110063T6ODBYZ 00 100 1 10707110 FNH00-100K-A - - - - -

CFW110080T6ODBYZ 00 125 1 10707231 FNH00-125K-A - - - - -

CFW110107T6ODBYZ 00 160 1 10701724 FNH00-160K-A - - - - -



CFW110170T6OYZ

F


1 350 1 10814896 FNH1-350K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW110315T6OYZ

G

2 630 1 10824110 FNH2-630K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW110584T6OYZ

HExternal accessory

(use DBW04)

3 900 1 11393564 FNH3-900K-A 3 700 1 12660657 FNH3FEM-700Y-A

CFW110625T6OYZ 3 1,000 1 11393565 FNH3-1000K-A 3 700 1 12660657 FNH3FEM-700Y-A



www.weg.net


CFW700 Drive



(V ac)Size

In (A)



CFW700A10P0S2DB

A

Built-in

220 Single-phase 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A06P0B2DB220 Single or three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A07P0B2DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A07P0T2DB

220 Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A10P0T2DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A13P0T2DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A16P0T2DB 00 35 1 10701721 FNH00-35K-A - - - - -

CFW700B24P0T2DB

B

00 40 1 10702117 FNH00-40K-A - - - - -

CFW700B28P0T2DB 00 40 1 10702117 FNH00-40K-A - - - - -

CFW700B33P5T2DB 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700C45P0T2DB

C

00 80 1 10705995 FNH00-80K-A - - - - -

CFW700C54P0T2DB 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700C70P0T2DB 00 100 1 10707110 FNH00-100K-A - - - - -

CFW700D86P0T2DBD

00 125 1 10707231 FNH00-125K-A - - - - -

CFW700D0105T2DB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0142T2NB

E

Not built-in

1 250 1 10809489 FNH1-250K-A 3 450 1 12644962 FNH3FEM-450Y-A

CFW700E0180T2NB 1 315 1 10809575 FNH1-315K-A 3 450 1 12644962 FNH3FEM-450Y-A


CFW700E0142T2DB

Built-in

1 250 1 10809489 FNH1-250K-A 3 450 1 12644962 FNH3FEM-450Y-A

CFW700E0180T2DB 1 315 1 10809575 FNH1-315K-A 3 450 1 12644962 FNH3FEM-450Y-A


CFW700A03P6T4DB

A

Built-in

380 Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A05P0T4DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A07P0T4DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A10P0T4DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A13P5T4DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700B17P0T4DB

B

00 35 1 10701721 FNH00-35K-A - - - - -

CFW700B24P0T4DB 00 40 1 10702117 FNH00-40K-A - - - - -

CFW700B31P0T4DB 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700C38P0T4DB

C

00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C45P0T4DB 00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C58P5T4DB 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700D70P5T4DBD

00 100 1 10707110 FNH00-100K-A - - - - -

CFW700D88P0T4DB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0105T4NB

E

Not built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW700E0142T4NB 1 250 1 10809489 FNH1-250K-A - - - - -



CFW700E0105T4DB

Built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW700E0142T4DB 1 250 1 10809489 FNH1-250K-A - - - - -




www.weg.net

37



(V ac)Size

In (A)



CFW700A10P0S2DB

A

Built-in

220 Single-phase 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A06P0B2DB220 Single or three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A07P0B2DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A07P0T2DB

220 Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A10P0T2DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A13P0T2DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A16P0T2DB 00 35 1 10701721 FNH00-35K-A - - - - -

CFW700B24P0T2DB

B

00 40 1 10702117 FNH00-40K-A - - - - -

CFW700B28P0T2DB 00 40 1 10702117 FNH00-40K-A - - - - -

CFW700B33P5T2DB 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700C45P0T2DB

C

00 80 1 10705995 FNH00-80K-A - - - - -

CFW700C54P0T2DB 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700C70P0T2DB 00 100 1 10707110 FNH00-100K-A - - - - -

CFW700D86P0T2DBD

00 125 1 10707231 FNH00-125K-A - - - - -

CFW700D0105T2DB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0142T2NB

E

Not built-in

1 250 1 10809489 FNH1-250K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW700E0142T2DB

Built-in

1 250 1 10809489 FNH1-250K-A 3 450 1 12644962 FNH3FEM-450Y-A



CFW700A03P6T4DB

A

Built-in

380 Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A05P0T4DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A07P0T4DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A10P0T4DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A13P5T4DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700B17P0T4DB

B

00 35 1 10701721 FNH00-35K-A - - - - -

CFW700B24P0T4DB 00 40 1 10702117 FNH00-40K-A - - - - -

CFW700B31P0T4DB 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700C38P0T4DB

C

00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C45P0T4DB 00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C58P5T4DB 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700D70P5T4DBD

00 100 1 10707110 FNH00-100K-A - - - - -

CFW700D88P0T4DB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0105T4NB

E

Not built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW700E0142T4NB 1 250 1 10809489 FNH1-250K-A - - - - -



CFW700E0105T4DB

Built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW700E0142T4DB 1 250 1 10809489 FNH1-250K-A - - - - -



www.weg.net


CFW700 Drive



(V ac)Size In (A) Qty in parallel SAP code Reference Size In (A) Qty in parallel SAP code Reference

CFW700A03P6T4DB

A

Built-in

440

Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A05P0T4DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A07P0T4DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A10P0T4DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A13P5T4DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700B17P0T4DB

B

00 35 1 10701721 FNH00-35K-A - - - - -

CFW700B24P0T4DB 00 40 1 10702117 FNH00-40K-A - - - - -

CFW700B31P0T4DB 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700C38P0T4DB

C

00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C45P0T4DB 00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C58P5T4DB 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700D70P5T4DBD

00 100 1 10707110 FNH00-100K-A - - - - -

CFW700D88P0T4DB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0105T4NB

E

Not built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW700E0142T4NB 1 250 1 10809489 FNH1-250K-A - - - - -



CFW700E0105T4DB

Built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW700E0142T4DB 1 250 1 10809489 FNH1-250K-A - - - - -



CFW700B02P9T5DB

B

Built-in

600

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700B04P2T5DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700B07P0T5DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700B10P0T5DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700B12P0T5DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700B17P0T5DB 00 35 1 10701721 FNH00-35K-A - - - - -

CFW700C22P0T5

C

00 40 1 10702117 FNH00-40K-A - - - - -

CFW700C27P0T5 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700C32P0T5 00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C44P0T5 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700D22P0T5DB

D

00 40 1 10702117 FNH00-40K-A - - - - -

CFW700D27P0T5DB 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700D32P0T5DB 00 63 1 10705764 FNH00-63K-A - - - - -

CFW700D44P0T5DB 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700E53P0T5NB

E

Not built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW700E63P0T5NB 00 100 1 10707110 FNH00-100K-A - - - - -

CFW700E80P0T5NB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0107T5NB 00 160 1 10701724 FNH00-160K-A - - - - -



CFW700E53P0T5DB

Built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW700E63P0T5DB 00 100 1 10707110 FNH00-100K-A - - - - -

CFW700E80P0T5DB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0107T5DB 00 160 1 10701724 FNH00-160K-A - - - - -




www.weg.net

39



(V ac)Size In (A) Qty in parallel SAP code Reference Size In (A) Qty in parallel SAP code Reference

CFW700A03P6T4DB

A

Built-in

440

Three-phase

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A05P0T4DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A07P0T4DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700A10P0T4DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700A13P5T4DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700B17P0T4DB

B

00 35 1 10701721 FNH00-35K-A - - - - -

CFW700B24P0T4DB 00 40 1 10702117 FNH00-40K-A - - - - -

CFW700B31P0T4DB 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700C38P0T4DB

C

00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C45P0T4DB 00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C58P5T4DB 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700D70P5T4DBD

00 100 1 10707110 FNH00-100K-A - - - - -

CFW700D88P0T4DB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0105T4NB

E

Not built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW700E0142T4NB 1 250 1 10809489 FNH1-250K-A - - - - -



CFW700E0105T4DB

Built-in

00 160 1 10701724 FNH00-160K-A - - - - -

CFW700E0142T4DB 1 250 1 10809489 FNH1-250K-A - - - - -



CFW700B02P9T5DB

B

Built-in

600

00 20 1 10687494 FNH00-20K-A - - - - -

CFW700B04P2T5DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700B07P0T5DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700B10P0T5DB 00 20 1 10687494 FNH00-20K-A - - - - -

CFW700B12P0T5DB 00 25 1 10701722 FNH00-25K-A - - - - -

CFW700B17P0T5DB 00 35 1 10701721 FNH00-35K-A - - - - -

CFW700C22P0T5

C

00 40 1 10702117 FNH00-40K-A - - - - -

CFW700C27P0T5 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700C32P0T5 00 63 1 10705764 FNH00-63K-A - - - - -

CFW700C44P0T5 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700D22P0T5DB

D

00 40 1 10702117 FNH00-40K-A - - - - -

CFW700D27P0T5DB 00 50 1 10701718 FNH00-50K-A - - - - -

CFW700D32P0T5DB 00 63 1 10705764 FNH00-63K-A - - - - -

CFW700D44P0T5DB 00 80 1 10705995 FNH00-80K-A - - - - -

CFW700E53P0T5NB

E

Not built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW700E63P0T5NB 00 100 1 10707110 FNH00-100K-A - - - - -

CFW700E80P0T5NB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0107T5NB 00 160 1 10701724 FNH00-160K-A - - - - -



CFW700E53P0T5DB

Built-in

00 80 1 10705995 FNH00-80K-A - - - - -

CFW700E63P0T5DB 00 100 1 10707110 FNH00-100K-A - - - - -

CFW700E80P0T5DB 00 125 1 10707231 FNH00-125K-A - - - - -

CFW700E0107T5DB 00 160 1 10701724 FNH00-160K-A - - - - -



www.weg.net


CFW500 Drive

CFW500 Recommended WEG FNH aR blade contact fuse

Model Supply voltage (V ac) Size In (A) Qty in parallel SAP code Reference

CFW500A01P6S2

200-240 V ac Single-phase

00 20 1 10687494 FNH00-20K-A

CFW500A02P6S2 00 20 1 10687494 FNH00-20K-A

CFW500A04P3S2 00 25 1 10701722 FNH00-25K-A

CFW500A07P0S2 00 40 1 10702117 FNH00-40K-A

CFW500A01P6B2200-240 V ac

Single-phase connection

00 20 1 10687494 FNH00-20K-A

CFW500A02P6B2 00 20 1 10687494 FNH00-20K-A

CFW500A04P3B2 00 25 1 10701722 FNH00-25K-A

CFW500A01P6B2200-240 V ac

Three-phase connection

00 20 1 10687494 FNH00-20K-A

CFW500A02P6B2 00 20 1 10687494 FNH00-20K-A

CFW500A04P3B2 00 20 1 10687494 FNH00-20K-A

CFW500A07P0T2 200-240 V ac Three-phase

00 20 1 10687494 FNH00-20K-A

CFW500A09P6T2 00 25 1 10701722 FNH00-25K-A

CFW500B07P3B2 200-240 V ac Single-phase connection

00 40 1 10702117 FNH00-40K-A

CFW500B10P0B2 1 63 1 10806688 FNH1-63K-A

CFW500B07P3B2 200-240 V ac Three-phase connection

00 20 1 10687494 FNH00-20K-A

CFW500B10P0B2 00 25 1 10701722 FNH00-25K-A

CFW500B16P0T2

200-240 V ac Three-phase

00 40 1 10702117 FNH00-40K-A

CFW500C24P0T2 00 63 1 10705764 FNH00-63K-A

CFW500D28P0T2 00 63 1 10705764 FNH00-63K-A

CFW500D33P0T2 00 80 1 10705995 FNH00-80K-A

CFW500D47P0T2 00 100 1 10707110 FNH00-100K-A

CFW500E56P0T2 00 125 1 10707231 FNH00-125-A

CFW500A01P0T4


00 25 1 10701722 FNH00-25K-A

CFW500A01P6T4 00 25 1 10701722 FNH00-25K-A

CFW500A02P6T4 00 25 1 10701722 FNH00-25K-A

CFW500A04P3T4 00 25 1 10701722 FNH00-25K-A

CFW500A06P1T4 00 20 1 10687494 FNH00-20K-A

CFW500B02P6T4 00 25 1 10701722 FNH00-25K-A

CFW500B04P3T4 00 25 1 10701722 FNH00-25K-A

CFW500B06P5T4 00 25 1 10701722 FNH00-25K-A

CFW500B10P0T4 00 25 1 10701722 FNH00-25K-A

CFW500C13P0T4 00 35 1 10701721 FNH00-35K-A

CFW500C16P0T4 00 35 1 10701721 FNH00-35K-A

CFW500D24P0T4 00 63 1 10705764 FNH00-63K-A

CFW500D31P0T4 00 63 1 10705764 FNH00-63K-A

CFW500E39P0T4 00 80 1 10705995 FNH00-80K-A

CFW500E49P0T4 00 100 1 10707110 FNH00-100K-A

CFW500C01P7T5


00 20 1 10687494 FNH00-20K-A

CFW500C03P0T5 00 20 1 10687494 FNH00-20K-A

CFW500C04P3T5 00 20 1 10687494 FNH00-20K-A

CFW500C07P0T5 00 20 1 10687494 FNH00-20K-A

CFW500C10P0T5 00 25 1 10701722 FNH00-25K-A

CFW500C12P0T5 00 25 1 10701722 FNH00-25K-A


www.weg.net

41

Notes

www.weg.net


Global PresenceWith more than 30,000 employees worldwide, we are one of the largest electric motors, electronic equipments and systemsmanufacturers� We are constantly expanding our portfolio of products and services with expertise and market knowledge�We create integrated and customized solutions ranging from innovative products to complete after-sales service�

WEG’s know-how guarantees our control and switchgear solutions are the right choices for your application and business,assuring safety, efficiency and reliability�

Partnership is to create solutions that suits your needs

Competitive edge is to unite technology and inovation

Availability is to have a global support network

Global presence is essential, as much as understanding your needs�


www.weg.net

43

Visit: www.weg.net youtube.com/wegvideos

High performance and reliable products to improve your production process�

Know More

Excelence is to provide a whole solution in industrial automation that improves our customers productivity�

WEG Group - Automation Business Unit Jaraguá do Sul - SC - Brazil Phone: +55 47 3276 4000 [email protected] www.weg.net C

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For those countries where there is not a WEG own operation, find our local distributor at www.weg.net.

WEG Worldwide Operations

ARGENTINASan Francisco - CordobaPhone: +54 3564 [email protected]

Cordoba - CordobaPhone: +54 351 [email protected]

Buenos AiresPhone: +54 11 [email protected]

AUSTRALIAScoresby - Victoria Phone: +61 3 [email protected]

AUSTRIAMarkt Piesting - Wiener Neustadt-LandPhone: +43 2633 [email protected]

BELGIUMNivelles - BelgiumPhone: +32 67 [email protected]

BRAZILJaraguá do Sul - Santa CatarinaPhone: +55 47 [email protected]

CHILELa Reina - SantiagoPhone: +56 2 [email protected]

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Automation FNH - aR High Speed Fuses

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