6000-td100b-en-p powerflex 6000 medium voltage ac drives

Technical DataOriginal Instructions

PowerFlex 6000 Medium Voltage AC DrivesBulletin Numbers 6000G, 6000T

Topic PageSummary of Changes 2Overview 3Catalog Number Explanation 4Technical Specifications 5Standards and Certifications 6Dimensions 7Product Selection Tables 7

PowerFlex 6000T Drive Selection 8PowerFlex 6000G Drive Selection 34

Cable Considerations 42Power Wiring Considerations 42Motor Cable Sizing 43Control Signal Wiring Considerations 43General Wire Categories 43Line and Load Cable Sizes 44

Selecting an Encoder (optional) 47Drive Torque Capabilities 48Full Load Currents 49Drive Options 50Additional Resources 53

PowerFlex 6000 Medium Voltage AC Drives Technical Data

Summary of ChangesThis publication contains the following new or updated information. This list includes substantive updates only and is not intended to reflect all changes.

Topic PageUpdated Drive Specifications 5, 6PowerFlex 6000T Drive Selection Tables:Normal Duty• Updated 6000V AC Input/Output (30 Pulse Configuration - 15 Power Cells) - 50Hz• Added 11000V Input & 6000V AC Output (30 Pulse Configuration - 15 Power Cells) -

60Hz• Updated 6600V Input & 6300/6600V AC Output (36 Pulse Configuration - 18 Power

Cells) - 50 Hz• Added 11000V Input & 6300/6600V AC Output (36 Pulse Configuration - 18 Power

Cells) - 50 HzHeavy Duty• Updated 6000V AC Input/Output (30 Pulse Configuration - 15 Power Cells) - 50Hz• Added 11000V Input & 6000V AC Output (30 Pulse Configuration - 15 Power Cells) -

60Hz• Updated 6600V Input & 6300/6600V AC Output (36 Pulse Configuration - 18 Power

Cells) - 60Hz• Added 11000V Input & 6300/6600V AC Output (36 Pulse Configuration - 18 Power

Cells) - 50 Hz

13141617

26272829

PowerFlex 6000G Drive Selection Tables:Normal Duty• Removed 6000V Input/Output (30 Pulse Configuration - 15 Power Cells) - 50 Hz• Removed 6600V Input & 6300/6600V AC Output (36 Pulse Configuration - 18

Power Cells) - 50 HzHeavy Duty• Removed 6000V Input/Output (30 Pulse Configuration - 15 Power Cells) - 50 Hz• Removed 6600V Input & 6300/6600V AC Output (36 Pulse Configuration - 18

Power Cells) - 50 Hz

3435

3839

Added 6 and 6.6 kV specifications to Line and Load Cable Sizes for A-frame Drives (IEC) - PowerFlex 6000T Drives 45

Added Input Surge Arresters to miscellaneous drive options for PF6000T 51

2 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021


Overview

The PowerFlex® medium voltage drives family can deliver the performance your application demands with a broad selection of drives and options. PowerFlex 6000 drives are suitable for a wide range of applications including fans, pumps, compressors, conveyors, and mills.

Suitable for new and retrofit applications, PowerFlex 6000 drives provide solutions for motor control applications from 150…10,950 kW (200…14,600 HP), for motors rated from 2.3…11 kV. Air-cooled PowerFlex 6000 drives are designed to maximize energy efficiency by enabling soft-starting and variable-speed control in both normal duty and heavy-duty applications. PowerFlex 6000 AC drives allow for flexibility in a variety of applications and are available in many configurations based on motor voltage, and available to meet either IEC or UL/CSA requirements.

PowerFlex 6000T drives feature flexible high-performance control that includes flux vector (with load sharing capabilities), sensorless vector, and V/Hz control. Along with standard DeviceLogix™ capability, the drive is designed with real-time operational intelligence that offers predictive and preventive maintenance algorithms, and provide real-time alerts. PowerFlex 6000T drives also include:

• Extensive input power monitoring functionality for kW, kVA, kVAR, elapsed kWh, MWh, and power factor• Quick and secure flash-over-fiber firmware updates for all main control boards and power cells from a single file• More comprehensive and faster troubleshooting with the Forensic Data Recorder functionality

Automated commissioning and optimization are supported with:• Built-in adaptive control capability with Load Observer — real-time tuning technology that automatically compensates for unknown

load disturbances, and adjusts for applications with varying inertia and torque requirements during operation• Adaptive tuning monitors real-time drive and system performance characteristics, and uses notch filters to suppress potentially

harmful resonance and vibration conditions

Easy configuration, integration, and visualization for PowerFlex 6000T drives can be achieved in the Studio 5000® design environment. The Add-on Profile (AOP) is the preconfigured data translator, visual user interface, and data configurator all rolled into one. It is also the primary tool that sends drive data to the control system.

PowerFlex 6000T drives also have full device profile support in Connected Components Workbench™ software, which makes it easier to configure, program, and visualize in a single software package.

Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 3


Catalog Number Explanation

Use this catalog numbering table chart to understand the configuration of your medium voltage drive. Examples that are given in this section are not intended to be used for product selection. Not all combinations produce a valid catalog number. For questions regarding product availability, contact your Allen-Bradley® distributor.

aBulletin Number

Code Description6000G PowerFlex 6000

6000T PowerFlex 6000T

bDrive Frame Size

Code DescriptionA A-frame (Air-cooled)

B B-frame (Air-cooled)

H H-frame (Air-cooled)

cService Duty

Code Description

ANormal Duty, 0…1000 m Altitude.

Maximum 40 ˚C Ambient, 110% overload for 1 minute, every 10 minutes

CHeavy Duty, 0…1000 m Altitude.

Maximum 40 ˚C Ambient,150% overload for 1 minute, every 10 minutes

ZCustom Configuration

(contact your local Rockwell Automation sales office or Allen-Bradley distributor)

dDrive Current Rating

Code Description15 15 Amp

680 680 Amp

eEnclosure Type

Code DescriptionD Type 1/IP21 (with door gaskets)

M IP31 (with door gaskets)

K IP42 (with door gaskets)

fNominal System Voltage

Code Description Code DescriptionA 2,400V H 6,300V

B 3,000V J 6,600V

C 3,300V K 6,900V

E 4,160V L 7,200V

G 4,800V P 8,320V

D 5,500V R 10,000V

F 6,000V S 11,000V

T 11,500V V 13,200V

M 12,000V W 13,800V

U 12,470V

gLine Frequency

Code Description5 50 Hz

6 60 Hz

hControl Voltage

Code Description Code DescriptionAG 110V AL 220V

AJ 120V AN 230V

AP 240V

iNormal Load (Motor) Voltage

Code Description Code DescriptionA 2300V/2400V F 6000V

B 3000V H 6300V

C 3300V J 6600V

E 4000V/4160V K 6900V

D 5500V R 10,000V

S 11,000V

jTransformer Efficiency

Code DescriptionHE High Efficiency – Copper

SE Standard Efficiency – Copper

SA Standard Efficiency – Aluminum

kDrive Certificate

Code DescriptionE IEC

U UL

lOptions

See PowerFlex 6000 Medium Voltage AC Drive Options List

f (Continued)Nominal System Voltage

Code Description Code Description

6000T A A 140 M J 6 AJ J HE E ...etc.a b c d e f g h i j k l



Technical Specifications

If there are discrepancies between information in generic manual specifications and your specific design or electrical drawings, take the DD or EE ratings as correct values.

Drive Specifications

Attribute 6000G 6000TPower Rating Range @ 2.3/2.4 kV motor voltage — 112…2390 kW (183…3205 HP)Power Rating Range @ 3.0 kV motor voltage — 110…2990 kW (214…4010 HP)Power Rating Range @ 3.3 kV motor voltage — 110…3280 kW (235…4398 HP)Power Rating Range @ 4.0/4.16 kV motor voltage — 144…4140 kW (294…5552 HP)Power Rating Range @ 6.0 kV motor voltage — 150…5970 kW (201…8006 HP)Power Rating Range @ 6.6 kV motor voltage 220…1760 kW (295…2360 HP) 160…6570 kW (215…8810 HP)Power Rating Range @ 6.9 kV motor voltage 313…2021 kW (416…2708 HP) 2130…6870 kW (2856…9213 HP)Power Rating Range @ 10.0 kV motor voltage 200…2800 kW (268…3755 HP) 200…9950 kW (268…13343 HP)Power Rating Range @ 11.0 kV motor voltage 220…3000 kW (295…4023 HP) 3390…10950 kW (4546…14684 HP)Motor Type Induction (asynchronous) motors

Input Voltage Rating

2.4 kV, 3.0 kV3.3 kV, 4.16 kV6.0 kV, 6.3 kV 6.6 kV, 6.9 kV7.2 kV, 10.0 kV11.0 kV, 13.8 kV12.47 kVFor other input voltage ratings, contact your local sales representative or factory.

Input Voltage Tolerance ±10% of NominalInput Voltage Sag, minimum -30% of NominalInput Frequency 50/60 Hz, ±5%Input Impedance Device Multiphase Isolation TransformerInput Current THD (1st…49th) Complies with IEEE519-2014 standard

Output Voltage

0…2300/2400V0…3000/3300V0…4000/4160V0…6000/6300V/6600V0…6900V0…10000V0…11000V

Rectifier Configurations

18 pulse (2.3/2.4/3.0/3.3 kV),24 pulse (4.0/4.16 kV),30 pulse (6.0 kV),36 pulse (6.6/6.9/7.2 kV),48 pulse (10 kV),54 pulse (11 kV)

Inverter Configuration Pulse Width Modulated (PWM) power cells

Power Cell Rating 40 A, 75 A, 100 A, 120 A, 150 A, 180 A, 200 A 36 A, 50 A, 70 A, 100 A, 140 A, 180 A, 215 A, 250 A, 305 A, 350 A, 438 A, 560 A, 680 A

Power Semiconductors Diodes (rectifier), IGBTs (inverter)Medium Voltage Isolation Fiber-optic

Control Method Sensorless Vector Control and Volts per Hertz Flux Vector Control (encoder and encoderless), Sensorless Vector Control, and Volts per Hertz

Output Frequency Range 1…75 HzAcceleration/Deceleration time 0…3276 seconds configurableRide-through, minimum 5 cyclesFlying Start Capability Yes

Service Duty Rating Normal duty – 110% overload for 1 min, every 10 minHeavy duty – 150% overload for 1 min, every 10 min

Input Power Factor >.95

VFD Efficiency(1) 96.0…96.5%, depends on drive rating and transformer typeVFD Noise Level 80…85 dB(A), depends on drive rating



Standards and Certifications

The PowerFlex 6000 drive meets most common standards from these organizations:• National Electrical Code (NEC)• International Electrotechnical Commission (IEC)• National Electrical Manufacturers Association (NEMA)• Underwriters Laboratories (UL)• Canadian Standards Association (CSA).

See rok.auto/certifications for Declarations of Conformity, Certificates, and other certification details.

Operator Interface 7 in. WinCE Color touch screen 10 in. Enhanced Color touch screen (eHIM)

Languages English, Simplified Chinese, Spanish, Portuguese, Russian, German, French, Italian, Polish, Korean, Japanese, Turkish, Czech

Control Power 120V 60 Hz, 240V 60 Hz, 110V 60 Hz, or 220V 50 Hz (3 kVA)External Input Contact Ratings 24V DCExternal Output Contact Ratings 240V AC/5 A Dry contacts rated at 24V DC, 2 A maxAnalog Inputs Four non-isolated: 4…20 mA Two isolated: 0…10V DCAnalog Outputs Four isolated: 4…20 mA or 0…5V DC (optional) Two non-isolated: 0…10V DC or 4…20 mACommunications Protocols (Optional) Modbus RTU (RS-485), Modbus TCP (RJ45), Modbus Plus (RS-465), PROFIBUS (RS-485), EtherNet/IP™ (RJ45)

Enclosure Standard – NEMA Type 1 / IP31Optional – IP42

Structure FinishEpoxy Powder - PaintExterior - Light Gray (RAL 7038) - Black (RAL 8022)Internal - Control Sub Plates - High Gloss White (RAL 9003)

Corrosion Protection Control boards are conformal coated where possibleUnpainted parts (Zinc-plated / Bronze Chromate)

Ambient Temperature (Operating) 0…40 °C (32…104 °F) (standard), 0…50 °C (32…122 °F) (optional with derating)Ambient Temperature (Storage) -25…+55 °C (-13…+131 °F)Relative Humidity, max 95% noncondensingPower Loss Auto Restart YesPower Cell Bypass Optional for up to 680 A

Altitude 0…1000 m (0…3280 ft) (standard)1001…5000 m (3284…16404 ft) (contact factory)

Short-circuit Rating 31.5 kA rms symm for 0.1 secondsBIL Ratings 30…95 kV, depends on drive size and surge arresters (optional)

Motor Cable Distance, maximum Up to 800 m (2624 ft) Up to 800 m (2624 ft) Up to 2 km (6561 ft) with output dv/dt filterUp to 10 km (32,808 ft) with custom filter

Seismic Enclosure Rating IBC 2018 for worst case excluding class F, ASCE-7-16(1) Depends on transformer.

Drive Specifications (Continued)

Attribute 6000G 6000T


https://rok.auto/certifications


Dimensions

This graphic and table define the dimensions that are listed in the Product Selection Tables for PowerFlex 6000T Drive Selection on page 8 and PowerFlex 6000G Drive Selection on page 34.

Product Selection Tables

The PowerFlex 6000 drive selection tables are based on two types of drive service duty ratings.1. Normal Duty (110% overload for 1 minute, once every 10 minutes)

• Used for Constant Torque (CT) or Variable Torque (VT) applications. Drives with this rating are designed for 100% continuousoperation, with 110% overload for 1 minute, once every 10 minutes.

2. Heavy Duty (150% for 1 minute, once every 10 minutes)• Used for Constant Torque (CT) or Variable Torque (VT) applications. Drives with this rating are designed for 100% continuous

operation, with 150% overload for 1 minute, once every 10 minutes.

For ratings >407 A, contact the factory for additional design considerations.

Approximate Dimensions Approximate WeightsW1 Width of cabinet 1 D Total depth W1 Weight of cabinet 1W2 Width of cabinet 2 H1 Height of cabinet W2 Weight of cabinet 2W3 Width of cabinet 3 (when applicable) H2 Height of fan W3 Weight of cabinet 3 (when applicable)W Total width (including W3 when applicable) H Total height (including fan) W Total weight

D

H1

H2

H

W

W2W3

W1D W

W2W

W1

For high current, high voltage ratings some drives require a split transformer design. In this case, there will be a third cabinet (W3)



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018

.527

98110

.223

00—

—23

0050

71—

—50

7160

00T -

AA7

7_B_

__ -

BHEE

7785

31542

2161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.724

30—

—24

3053

57—

—53

5760

00T -

AA9

5_B_

__ -

BHEE

9510

540

053

6161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.724

60—

—24

6054

23—

—54

2360

00T -

AA1

18_B

___ -

BHE

E118

130

500

671

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

2530

——

2530

5578

——

5578

6000

T - A

A140

_B__

_ - B

HEE

140

154

600

805

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

2610

——

2610

5754

——

5754

6000

T - A

A180

_B__

_ - B

HEE

180

198

750

1006

1910

75.2

——

——

1910

75.2

1250

49.2

2328

91.7

560

22.0

2888

113.7

3380

——

3380

7452

——

7452

6000

T - A

A186

_B__

_ - B

HEE

186

205

800

1073

1910

75.2

——

——

1910

75.2

1250

49.2

2328

91.7

560

22.0

2888

113.7

3550

——

3550

7826

——

7826

6000

T - A

A215

_B__

_ - B

HEE

21523

790

012

07191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.736

90—

—36

9081

35—

—81

3560

00T -

BA23

0_B_

__ -

BHEE

230

253

990

1328

1605

63.2

2205

86.8

——

3810

150.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BA25

0_B_

__ -

BHEE

250

275

1100

1475

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BA26

5_B_

__ -

BHEE

265

292

1140

1529

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BA28

5_B_

__ -

BHEE

285

31412

3016

4916

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0039

00—

5300

3086

8598

—11,

684

6000

T - BA

305_

B___

- BH

EE30

533

613

40179

716

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

00410

0—

5500

3086

8598

—12

,125

6000

T - BA

325_

B___

- BH

EE32

535

814

0018

7716

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0042

00—

5600

3086

9039

—12

,348

6000

T - BA

350_

B___

- BH

EE35

038

515

4020

6516

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0044

00—

5800

3086

9259

—12

,787

6000

T - BA

378_

B___

- BH

EE37

8416

1620

2172

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

4600

—64

5040

7997

00—

14,22

060

00T -

BA40

8_B_

__ -

BHEE

408

449

1750

2347

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

4900

—67

5040

7910

,141

—14

,881

6000

T - BA

438_

B___

- BH

EE43

848

219

2025

7522

0586

.825

0598

.6—

—47

1018

5.414

0055

.123

2891.

747

018

.527

98110

.218

5051

00—

6950

4079

10,80

3—

15,32

260

00T -

BA47

5_B_

__ -

BHEE

475

523

2040

2736

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

5500

—75

0044

0911,

244

—16

,535

6000

T - BA

515_

B___

- BH

EE51

558

722

1029

6422

0586

.828

05110

.4—

—50

1019

7.214

0055

.123

2891.

747

018

.527

98110

.220

0058

00—

7800

4409

12,12

5—

17,19

660

00T -

BA56

0_B_

__ -

BHEE

580

61624

6032

9922

0586

.828

05110

.4—

—50

1019

7.214

0055

.123

2891.

747

018

.527

98110

.220

0063

00—

8300

4409

12,78

7—

18,29

860

00T -

BA60

0_B_

__ -

BHEE

600

660

2580

3460

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2050

6500

—85

5045

1914

,330

—18

,850

6000

T - BA

640_

B___

- BH

EE64

070

427

5036

8822

0586

.828

05110

.4—

—50

1019

7.214

0055

.123

2891.

747

018

.527

98110

.220

5068

00—

8850

4519

14,99

1—

19,51

160

00T -

BA68

0_B_

__ -

BHEE

680

748

2990

4010

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2050

7300

—93

5045

1916

,094

—20

,613



Powe

rFlex

6000

T Driv

e — N

orma

l Dut

y (IEC

Rate

d)

3300

V In

put &

3300

V AC

Out

put (

18 P

ulse C

onfig

urat

ion -

9 Pow

er C

ells)

- 50

Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - A

A40_

C___

- CH

EE40

4415

020

1121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.222

10—

—22

1048

72—

—48

7260

00T -

AA5

0_C_

__ -

CHEE

5055

200

268

1210

47.6

——

——

1210

47.6

1250

49.2

2328

91.7

470

18.5

2798

110.2

2270

——

2270

5004

——

5004

6000

T - A

A61_C

___ -

CHE

E61

6725

033

5121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.223

00—

—23

0050

71—

—50

7160

00T -

AA7

7_C_

__ -

CHEE

7785

31542

2161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.724

40—

—24

4053

79—

—53

7960

00T -

AA9

5_C_

__ -

CHEE

9510

540

053

6161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.724

80—

—24

8054

67—

—54

6760

00T -

AA1

18_C

___ -

CHE

E118

130

500

671

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

2510

——

2510

5534

——

5534

6000

T - A

A140

_C__

_ - C

HEE

140

154

600

805

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

2600

——

2600

5732

——

5732

6000

T - A

A180

_C__

_ - C

HEE

180

198

750

1006

1910

75.2

——

——

1910

75.2

1250

49.2

2328

91.7

560

22.0

2888

113.7

3370

——

3370

7430

——

7430

6000

T - A

A186

_C__

_ - C

HEE

186

205

800

1073

1910

75.2

——

——

1910

75.2

1250

49.2

2328

91.7

560

22.0

2888

113.7

3510

——

3510

7738

——

7738

6000

T - A

A215

_C__

_ - C

HEE

21523

790

012

07191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.736

30—

—36

3080

03—

—80

0360

00T -

BA23

0_C_

__ -

CHEE

230

253

1090

1462

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BA25

0_C_

__ -

CHEE

250

275

1210

1623

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3900

—53

0030

8685

98—

11,68

460

00T -

BA26

5_C_

__ -

CHEE

265

292

1250

1676

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3900

—53

0030

8685

98—

11,68

460

00T -

BA28

5_C_

__ -

CHEE

285

31413

5018

1016

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

00410

0—

5500

3086

9039

—12

,125

6000

T - BA

305_

C___

- CH

EE30

533

6147

019

7116

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0044

00—

5800

3086

9700

—12

,787

6000

T - BA

325_

C___

- CH

EE32

535

815

4020

6516

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0044

00—

5800

3086

9700

—12

,787

6000

T - BA

350_

C___

- CH

EE35

038

516

9022

6816

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0047

00—

6100

3086

10,36

2—

13,44

860

00T -

BA37

8_C_

__ -

CHEE

378

416179

024

0022

0586

.825

0598

.6—

—47

1018

5.414

0055

.123

2891.

747

018

.527

98110

.218

5049

00—

6750

4079

10,80

3—

14,88

160

00T -

BA40

8_C_

__ -

CHEE

408

449

1930

2588

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

5300

—715

040

7911,

684

—15

,763

6000

T - BA

438_

C___

- CH

EE43

848

2211

028

3022

0586

.828

05110

.4—

—50

1019

7.214

0055

.123

2891.

747

018

.527

98110

.218

5056

00—

7450

4079

12,34

6—

16,42

460

00T -

BA47

5_C_

__ -

CHEE

475

523

2250

3017

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

5900

—79

0044

0913

.007

—17,

41660

00T -

BA51

5_C_

__ -

CHEE

515

587

2430

3259

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

6200

—82

0044

0913

,669

—18

,078

6000

T - BA

560_

C___

- CH

EE58

0616

2700

3621

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

6700

—87

0044

0914

,771

—19

,180

6000

T - BA

600_

C___

- CH

EE60

066

028

4038

0822

0586

.828

05110

.4—

—50

1019

7.214

0055

.123

2891.

747

018

.527

98110

.220

5070

00—

9050

4519

15,43

2—

19,95

260

00T -

BA64

0_C_

__ -

CHEE

640

704

3030

4063

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2050

7400

—94

5045

1916

,314

—20

,834

6000

T - BA

680_

C___

- CH

EE68

074

832

8043

9822

0586

.832

0512

6.2—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.220

5079

00—

9950

4519

17,416

—21,

936



Powe

rFlex

6000

T Driv

e — N

orma

l Dut

y (UL

- IEC

Rate

d)

4160

V In

put &

400

0/41

60V

AC O

utpu

t (24

Puls

e Con

figur

ation

- 12

Pow

er C

ells)

- 60

Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

T - A

A36_

E___

- EH

EE36

4019

926

7121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.223

30—

—23

3051

37—

—51

3760

00T -

AA4

0_E_

__ -

EHEE

4044

224

300

1210

47.6

——

——

1210

47.6

1250

49.2

2328

91.7

470

18.5

2798

110.2

2350

——

2350

5181

——

5181

6000

T - A

A50_

E___

- EH

EE50

5526

135

0121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.223

70—

—23

7052

25—

—52

2560

00T -

AA5

3_E_

__ -

EHEE

5358

298

400

1210

47.6

——

——

1210

47.6

1250

49.2

2328

91.7

470

18.5

2798

110.2

2400

——

2400

5291

——

5291

6000

T - A

A59_

E___

- EH

EE59

6533

645

0161

063

.4—

——

—161

063

.412

5049

.2 23

2891.

747

018

.527

98110

.224

50—

—24

5054

01—

—54

0160

00T -

AA7

0_E_

__ -

EHEE

7077

373

500

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

470

18.5

2798

110.2

2530

——

2530

5578

——

5578

6000

T - A

A78_

E___

- EH

EE78

8644

760

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.727

40—

—27

4060

41—

—60

4160

00T -

AA1

00_E

___ -

EHEE

100

11052

270

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.727

70—

—27

7061

07—

—610

760

00T -

AA1

05_E

___ -

EHEE

105

11659

780

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.729

80—

—29

8065

70—

—65

7060

00T -

AA1

16_E

___ -

EHEE

11612

867

190

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.7319

0—

—319

070

33—

—70

3360

00T -

AA1

28_E

___ -

EHEE

128

14174

610

00161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.732

90—

—32

9072

53—

—72

5360

00T -

AA1

40_E

___ -

EHEE

140

154

820

1100

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

3420

——

3420

7540

——

7540

6000

T - A

A160

_E__

_ - EH

EE16

0176

932

1250

1910

75.2

——

——

1910

75.2

1250

49.2

2328

91.7

560

22.0

2888

113.7

4220

——

4220

9303

——

9303

6000

T - A

A180

_E__

_ - EH

EE18

019

810

56141

5191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.746

40—

—46

4010

,229

——

10,22

960

00T -

AA1

93_E

___ -

EHEE

193

212111

915

00191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.746

70—

—46

7010

,296

——

10,29

660

00T -

AA2

15_E

___ -

EHEE

21523

7119

316

00191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.749

10—

—49

1010

,825

——

10,82

560

00T -

BA23

0_E_

__ -

EHEE

230

253

1370

1837

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

4100

—58

5038

5890

39—

12,89

760

00T -

BA25

0_E_

__ -

EHEE

250

275

1520

2038

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

4400

—615

038

5897

00—

13,55

860

00T -

BA26

5_E_

__ -

EHEE

265

292

1580

2119

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

4600

—63

5038

5810

,141

—13

,999

6000

T - BA

285_

E___

- EH

EE28

5314

1700

2280

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

4800

—65

5038

5810

,582

—14

,440

6000

T - BA

305_

E___

- EH

EE30

533

618

6024

94210

582

.925

0598

.6—

—46

1018

1.514

0055

.123

2891.

747

018

.527

98110

.2175

051

00—

6850

3858

11,24

4—

15,10

260

00T -

BA32

5_E_

__ -

EHEE

325

358

1940

2602

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

5300

—70

5038

5811,

684

—15

,543

6000

T - BA

350_

E___

- EH

EE35

038

5213

028

56210

582

.928

05110

.4—

—49

1019

3.314

0055

.123

2891.

747

018

.527

98110

.2175

057

00—

7450

3858

12,56

6—

16,42

460

00T -

BA37

8_E_

__ -

EHEE

378

41622

5030

1726

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.223

0059

00—

8200

5071

13,00

7—

18,07

860

00T -

BA40

8_E_

__ -

EHEE

408

449

2430

3259

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2300

6200

—85

0050

7113

,669

—18

,739

6000

T - BA

438_

E___

- EH

EE43

848

226

7035

8026

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.225

0067

00—

9000

5071

14,77

1—

19,84

260

00T -

BA47

5_E_

__ -

EHEE

475

523

2830

3795

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2500

6900

—94

0055

1215

,212

—20

,723

6000

T - BA

515_

E___

- EH

EE51

556

730

70411

726

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

0074

00—

9900

5512

16,31

4—

21,82

660

00T -

BA56

0_E_

__ -

EHEE

560

61634

1045

7326

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

0082

00—

10,70

055

1218

,078

—23

,589

6000

T - BA

600_

E___

- EH

EE60

066

035

8048

0126

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

0084

00—

10,95

056

2218

,519

—24

,141

6000

T - BA

640_

E___

- EH

EE64

070

438

1051

0926

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

0089

00—

11,45

056

2219

,621

—25

,243

6000

T - BA

680_

E___

- EH

EE68

074

8414

055

5226

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

0094

00—

11,95

056

2220

,723

—26

,345



Powe

rFlex

6000

T Driv

e — N

orma

l Dut

y (UL

- IEC

Rate

d)

4160

V In

put &

400

0/41

60V

AC O

utpu

t (24

Puls

e Con

figur

ation

- 12

Pow

er C

ells)

- 50

Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

T - A

A36_

E___

- EH

EE36

4019

926

7121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.223

30—

—23

3051

37—

—51

3760

00T -

AA4

0_E_

__ -

EHEE

4044

224

300

1210

47.6

——

——

1210

47.6

1250

49.2

2328

91.7

470

18.5

2798

110.2

2350

——

2350

5181

——

5181

6000

T - A

A50_

E___

- EH

EE50

5526

135

0121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.223

70—

—23

7052

25—

—52

2560

00T -

AA5

3_E_

__ -

EHEE

5358

298

400

1210

47.6

——

——

1210

47.6

1250

49.2

2328

91.7

470

18.5

2798

110.2

2400

——

2400

5291

——

5291

6000

T - A

A59_

E___

- EH

EE59

6533

645

0161

063

.4—

——

—161

063

.412

5049

.2 23

2891.

747

018

.527

98110

.224

50—

—24

5054

01—

—54

0160

00T -

AA7

0_E_

__ -

EHEE

7077

373

500

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

470

18.5

2798

110.2

2530

——

2530

5578

——

5578

6000

T - A

A78_

E___

- EH

EE78

8644

760

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.727

40—

—27

4060

41—

—60

4160

00T -

AA1

00_E

___ -

EHEE

100

11052

270

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.727

70—

—27

7061

07—

—610

760

00T -

AA1

05_E

___ -

EHEE

105

11659

780

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.729

80—

—29

8065

70—

—65

7060

00T -

AA1

16_E

___ -

EHEE

11612

867

190

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.7319

0—

—319

070

33—

—70

3360

00T -

AA1

28_E

___ -

EHEE

128

14174

610

00161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.732

90—

—32

9072

53—

—72

5360

00T -

AA1

40_E

___ -

EHEE

140

154

820

1100

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

3420

——

3420

7540

——

7540

6000

T - A

A160

_E__

_ - EH

EE16

0176

932

1250

1910

75.2

——

——

1910

75.2

1250

49.2

2328

91.7

560

22.0

2888

113.7

4220

——

4220

9303

——

9303

6000

T - A

A180

_E__

_ - EH

EE18

019

810

56141

5191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.746

40—

—46

4010

,229

——

10,22

960

00T -

AA1

93_E

___ -

EHEE

193

212111

915

00191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.746

70—

—46

7010

,296

——

10,29

660

00T -

AA2

15_E

___ -

EHEE

21523

7119

316

00191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.749

10—

—49

1010

,825

——

10,82

560

00T -

BA23

0_E_

__ -

EHEE

230

253

1370

1837

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

4100

—58

5038

5890

39—

12,89

760

00T -

BA25

0_E_

__ -

EHEE

250

275

1520

2038

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

4400

—615

038

5897

00—

13,55

860

00T -

BA26

5_E_

__ -

EHEE

265

292

1580

2119

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

4600

—63

5038

5810

,141

—13

,999

6000

T - BA

285_

E___

- EH

EE28

5314

1700

2280

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

4800

—65

5038

5810

,582

—14

,440

6000

T - BA

305_

E___

- EH

EE30

533

618

6024

94210

582

.925

0598

.6—

—46

1018

1.514

0055

.123

2891.

747

018

.527

98110

.2175

051

00—

6850

3858

11,24

4—

15,10

260

00T -

BA32

5_E_

__ -

EHEE

325

358

1940

2602

2105

82.9

2505

98.6

——

4610

181.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

1750

5300

—70

5038

5811,

684

—15

,543

6000

T - BA

350_

E___

- EH

EE35

038

5213

028

56210

582

.928

05110

.4—

—49

1019

3.314

0055

.123

2891.

747

018

.527

98110

.2175

057

00—

7450

3858

12,56

6—

16,42

460

00T -

BA37

8_E_

__ -

EHEE

378

41622

5030

1726

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.223

0059

00—

8200

5071

13,00

7—

18,07

860

00T -

BA40

8_E_

__ -

EHEE

408

449

2430

3259

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2300

6200

—85

0050

7113

,669

—18

,739

6000

T - BA

438_

E___

- EH

EE43

848

226

7035

8026

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.225

0067

00—

9000

5071

14,77

1—

19,84

260

00T -

BA47

5_E_

__ -

EHEE

475

523

2830

3795

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2500

6900

—94

0055

1215

,212

—20

,723

6000

T - BA

515_

E___

- EH

EE51

556

730

70411

726

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

0074

00—

9900

5512

16,31

4—

21,82

660

00T -

BA56

0_E_

__ -

EHEE

560

61634

1045

7326

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

0082

00—

10,70

055

1218

,078

—23

,589

6000

T - BA

600_

E___

- EH

EE60

066

035

8048

0126

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

5084

00—

10,95

056

2218

,519

—24

,141

6000

T - BA

640_

E___

- EH

EE64

070

438

1051

0926

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

5089

00—

11,45

056

2219

,621

—25

,243

6000

T - BA

680_

E___

- EH

EE68

074

8414

055

5226

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

5094

00—

11,95

056

2220

,723

—26

,345



Powe

rFlex

6000

T Driv

e — N

orma

l Dut

y (IEC

Rate

d)

6000

V AC

Inpu

t/Out

put (

30 P

ulse C

onfig

urat

ion -

15 P

ower

Cell

s) -

50Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - A

A25_

F__-

FHEE

2528

200

268

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

2894

(1)—

2894

6380

(1)

—63

8060

00T -

AA3

6_F_

_-FH

EE36

4025

033

523

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.230

04(1)

—

3004

6623

(1)

—66

2360

00T -

AA4

0_F_

_-FH

EE40

44315

422

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3154

(1)

—315

469

53(1)

—

6953

6000

T - A

A50_

F__-

FHEE

5055

375

503

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3314

(1)

—33

1473

06(1)

—

7306

6000

T - A

A60_

F__-

FHEE

6066

450

603

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3634

(1)

—36

3480

12(1)

—

8012

6000

T - A

A70_

F__-

FHEE

7077

560

751

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3734

(1)

—37

3482

32(1)

—

8232

6000

T - A

A80_

F__-

FHEE

8088

630

845

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4291

(1)

—42

9194

60(1)

—

9460

6000

T - A

A90_

F__-

FHEE

9099

750

1006

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4401

(1)

—44

0197

03(1)

—

9703

6000

T - A

A100

_F__

-FHE

E10

0110

850

1140

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4511

(1)

—45

1199

45(1)

—

9945

6000

T - A

A110

_F__

-FHE

E110

12190

012

0727

95110

.0—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.246

21(1)

—

4621

1018

8(1)

—

1018

860

00T -

AA1

20_F

__-F

HEE

120

132

1000

1341

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4731

(1)

—47

3110

430

(1)

—10

430

6000

T - A

A140

_F__

-FHE

E14

015

4112

015

0227

95110

.0—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.248

41(1)

—

4841

1067

3(1)

—

1067

360

00T -

AA1

50_F

__-F

HEE

150

165

1250

1676

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

5166

(1)

—51

66113

89(1)

—

11389

6000

T - A

A168

_F__

-FHE

E16

818

514

0018

7730

10118

.5—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.253

76(1)

—

5376

11852

(1)

—118

5260

00T -

AA1

80_F

__-F

HEE

180

198

1500

2012

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

5586

(1)

—55

8612

315(1)

—

12315

6000

T - A

A189

_F__

-FHE

E18

920

816

00214

630

10118

.5—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.257

96(1)

—

5796

1277

8(1)

—

1277

860

00T -

AA2

00_F

__-F

HEE

200

220

1700

2280

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

6006

(1)

—60

0613

241

(1)

—13

241

6000

T - A

A210

_F__

-FHE

E210

231

1800

2414

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

6216

(1)

—62

1613

704

(1)

—13

704

6000

T - A

A215

_F__

-FHE

E215

237

1900

2548

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.

754

721.

528

75113

.264

26(1)

—

6426

14167

(1)

—141

6760

00T -

BA22

3_F_

__ -

FHEE

223

245

1920

2575

2355

92.7

2505

98.6

——

4860

191.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

2100

5000

—710

046

3011,0

23—

15,65

360

00T -

BA23

6_F_

__ -

FHEE

236

260

2030

2722

2355

92.7

2505

98.6

——

4860

191.3

1400

55.1

2328

91.

747

018

.527

98110

.2210

053

00—

7400

4630

11,68

4—

16,31

460

00T -

BA25

0_F_

__ -

FHEE

250

275

2190

2937

2355

92.7

2805

110.4

——

5160

203.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

2100

5600

—77

0046

3012

,346

—16

,976

6000

T - BA

263_

F___

- FH

EE26

328

922

6030

3123

5592

.728

05110

.4—

—51

6020

3.114

0055

.123

28

91.7

470

18.5

2798

110.2

2100

5700

—78

0046

3012

,566

—17,

196

6000

T - BA

276_

F___

- FH

EE27

630

423

70317

823

5592

.728

05110

.4—

—51

6020

3.114

0055

.123

2891.

747

018

.527

98110

.2210

059

00—

8000

4630

13,00

7—

17,63

760

00T -

BA29

0_F_

__ -

FHEE

290

31924

9033

3923

5592

.728

05110

.4—

—51

6020

3.114

0055

.123

28

91.7

470

18.5

2798

110.2

2100

6200

—83

0046

3013

,669

—19

,298

6000

T - BA

305_

F___

- FH

EE30

533

626

8035

9423

5592

.728

05110

.4—

—51

6020

3.114

0055

.123

2891.

747

018

.527

98110

.2210

065

00—

8600

4630

14,33

0—

18,96

060

00T -

BA32

5_F_

__ -

FHEE

325

358

2790

3741

2355

92.7

2805

110.4

——

5160

203.1

1400

55.1

2328

91.

747

018

.527

98110

.2210

067

00—

8800

4630

14,77

1—

19,40

160

00T -

BA35

0_F_

__ -

FHEE

350

385

3070

4117

2355

92.7

2805

110.4

——

5160

203.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

2100

7100

—92

0046

3015

,653

—20

,283

6000

T - BA

370_

F___

- FH

EE37

040

7318

042

6432

0512

6.228

05110

.4—

—60

1023

6.614

0055

.123

28

91.7

470

18.5

2798

110.2

2800

7400

—10

,200

6173

16,31

4—

22,48

760

00T -

BA39

0_F_

__ -

FHEE

390

429

3350

4492

3205

126.2

3205

126.2

——

6410

252.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

2800

7700

—10

,500

6173

16,97

9—

23,14

960

00T -

BA415

_F__

_ - FH

EE415

457

3570

4787

3205

126.2

3205

126.2

——

6410

252.4

1400

55.1

2328

91.

747

018

.527

98110

.228

0082

00—

11.00

0617

318

,078

—24

,251

6000

T - BA

438_

F___

- FH

EE43

848

238

5051

6332

0512

6.232

0512

6.2—

—64

1025

2.414

0055

.123

2891.

747

018

.527

98110

.228

0087

00—

11,50

0617

319

,180

—25

,353

6000

T - BA

460_

F___

- FH

EE46

050

639

5052

9732

0512

6.232

0512

6.2—

—64

1025

2.414

0055

.123

28

91.7

470

18.5

2798

110.2

3050

8900

—11,

950

6724

19,62

1—

26,34

560

00T -

BA48

3_F_

__ -

FHEE

483

531

4150

5565

3205

126.2

3205

126.2

——

6410

252.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

3050

9200

—12

,250

6724

20,28

3—

27,00

760

00T -

BA50

7_F_

__ -

FHEE

507

558

4360

5847

3205

126.2

3205

126.2

——

6410

252.4

1400

55.1

2328

91.

747

018

.527

98110

.230

5096

00—

12,65

067

2421,

164

—27

,888

6000

T - BA

532_

F___

- FH

EE53

258

545

70612

832

0512

6.234

0513

4.1—

—66

1026

0.214

0055

.123

2891.

747

018

.527

98110

.230

5010

,100

—13

,150

6724

22,26

7—

28,99

1



Powe

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6000

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e — N

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Rate

d)

6000

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560_

F___

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EE56

0616

4920

6598

3205

126.2

3405

134.1

——

6610

260.2

1400

55.1

2328

91.

747

018

.527

98110

.230

5010

,700

—13

,750

6724

23,58

9—

30,31

460

00T -

BA58

8_F_

__ -

FHEE

588

647

5050

6772

3205

126.2

3405

134.1

——

6610

260.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

3100

11,000

—14

,100

6834

24,25

1—

31,08

560

00T -

BA617

_F__

_ - FH

EE617

679

5300

7107

3205

126.2

3405

134.1

——

6610

260.2

1400

55.1

2328

91.

747

018

.527

98110

.2310

011,

400

—14

,500

6834

25,13

3—

31,96

760

00T -

BA64

8_F_

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FHEE

648

71355

7074

6932

0512

6.240

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7.7—

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747

018

.527

98110

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012

,000

—15

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6834

26,45

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33,29

060

00T -

BA68

0_F_

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680

748

5970

8006

3205

126.2

4005

157.7

——

7210

283.9

1600

63.0

2328

91.

747

018

.527

98110

.2310

012

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6834

27,33

7—

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2

(1)AO

I des

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11000

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put &

6000

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Out

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30 P

ulse C

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15 P

ower

Cell

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60Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

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kg)

Base

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lbs)

Base

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Num

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mm

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ches

mm

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ches

mm

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W2

W3

(whe

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W2

W3

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6000

T - A

A25_

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2528

200

268

2310

90.9

——

——

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90.9

1250

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2328

91.7

547

21.5

2875

113.2

2944

(1)

(1)AO

I des

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90(1)

—

6490

6000

T - A

A36_

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3640

250

335

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3054

(1)

—30

5467

33(1)

—

6733

6000

T - A

A40_

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4044

31542

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1090

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1090

.912

5049

.223

2891.

754

721.

528

75113

.232

04(1)

—

3204

7064

(1)

—70

6460

00T -

AA5

0_S_

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EE50

5537

550

323

1090

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1090

.912

5049

.223

2891.

754

721.

528

75113

.233

64(1)

—

3364

7416

(1)

—74

1660

00T -

AA6

0_S_

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EE60

6645

060

323

1090

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1090

.912

5049

.223

2891.

754

721.

528

75113

.236

84(1)

—

3684

8122

(1)

—81

2260

00T -

AA7

0_S_

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EE70

7756

075

123

1090

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1090

.912

5049

.223

2891.

754

721.

528

75113

.237

84(1)

—

3784

8342

(1)

—83

4260

00T -

AA8

0_S_

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EE80

8863

084

527

95110

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——

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95110

.012

5049

.223

2891.

754

721.

528

75113

.243

41(1)

—

4341

9570

(1)

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7060

00T -

AA9

0_S_

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EE90

9975

010

0627

95110

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——

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95110

.012

5049

.223

2891.

754

721.

528

75113

.244

51(1)

—

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9813

(1)

—98

1360

00T -

AA1

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100

11085

0114

027

95110

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95110

.012

5049

.223

2891.

754

721.

528

75113

.245

61(1)

—

4561

1055

(1)

—10

5560

00T -

AA1

10_S

__-F

HEE

110121

900

1207

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4671

(1)

—46

7110

298

(1)

—10

298

6000

T - A

A120

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E12

013

210

0013

4127

95110

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95110

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5049

.223

2891.

754

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528

75113

.247

81(1)

—

4781

1054

0(1)

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060

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40_S

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140

154

1120

1502

2795

110.0

——

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2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4891

(1)

—48

9110

783

(1)

—10

783

6000

T - A

A150

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E15

016

512

5016

7630

10118

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10118

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5049

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2891.

754

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528

75113

.252

16(1)

—

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11499

(1)

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9960

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68_S

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168

185

1400

1877

3010

118.5

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3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

5426

(1)

—54

26119

62(1)

—

11962

6000

T - A

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0020

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10118

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10118

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5049

.223

2891.

754

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528

75113

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36(1)

—

5636

1242

5(1)

—

1242

560

00T -

AA1

89_S

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189

208

1600

2146

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

5846

(1)

—58

4612

888

(1)

—12

888

6000

T - A

A200

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8030

10118

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10118

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5049

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2891.

754

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528

75113

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56(1)

—

6056

1335

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160

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118

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10118

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10118

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5049

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2891.

754

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528

75113

.262

66(1)

—

6266

1381

4(1)

—

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460

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AA2

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21523

719

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4830

10118

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10118

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5049

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2891.

754

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528

75113

.264

76(1)

—

6476

1427

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—

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7

6000

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30 P

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Norm

al Du

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Driv

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lbs)

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Num

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Outp

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Powe

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Dept

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H1H2

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W1

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lWe

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Powe

rFlex

6000

T Driv

e — N

orma

l Dut

y (UL

- IEC

Rate

d)

6600

V In

put &

6300

/660

0V AC

Out

put (

36 P

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onfig

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ion -

18 P

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Cell

s) -

60Hz

Norm

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kg)

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lbs)

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Tota

lWe

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6000

T - BA

215_J

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21523

720

3027

2226

0510

2.628

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10213

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2891.

747

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98110

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8000

5732

11,90

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17,63

760

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BA23

0_J_

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JHEU

230

253

2170

2910

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

5700

—83

0057

3212

,566

—18

,298

6000

T - BA

250_

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EU25

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1032

3226

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2.628

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747

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8800

5732

13,66

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19,40

160

00T -

BA26

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265

292

2510

3366

2605

102.6

2805

110.4

——

5410

213.0

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55.1

2328

91.7

470

18.5

2798

110.2

2600

6400

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0057

3214

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6000

T - BA

285_

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EU28

5314

2700

3621

2605

102.6

2805

110.4

——

5410

213.0

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55.1

2328

91.7

470

18.5

2798

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2600

6700

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3214

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6000

T - BA

305_

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EU30

533

629

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0510

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747

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9800

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15,87

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21,60

560

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BA32

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325

358

3070

4117

2605

102.6

2805

110.4

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5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

7400

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5732

16,31

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22,04

660

00T -

BA35

0_J_

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350

385

3380

4533

2605

102.6

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126.2

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5810

228.7

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2328

91.7

470

18.5

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110.2

2600

8100

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5732

17,85

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23,58

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T - BA

475_

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22,48

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BA51

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515

567

4870

6531

3605

141.9

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276.0

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91.7

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18.5

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24,25

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141.9

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7610

299.6

1600

63.0

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18.5

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T - BA

640_

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29,32

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3000

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378.3

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Powe

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6000

T Driv

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l Dut

y (IEC

Rate

d)

6600

V In

put &

6300

/660

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Out

put (

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Norm

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Driv

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Num

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6000

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2875

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6000

T - A

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91.7

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960

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1676

2310

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2795

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49.2

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91.7

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21.5

2875

113.2

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6000

T - A

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754

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2146

2310

90.9

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118.5

1250

49.2

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91.7

547

21.5

2875

113.2

5836

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3612

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866

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T - A

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960

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AA2

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220

1800

2414

2310

90.9

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118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

6316

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924

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6000

T - A

A210

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1900

2548

2310

90.9

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118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

6526

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387

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387

6000

T - A

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2682

2310

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3010

118.5

1250

49.2

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91.7

547

21.5

2875

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850

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6000

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230_

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5732

12,56

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18,29

860

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BA25

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JHEE

250

275

2410

3232

2605

102.6

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110.4

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213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

6200

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3213

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6000

T - BA

265_

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EE26

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2.628

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BA28

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360

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BA30

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336

2950

3956

2605

102.6

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110.4

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213.0

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55.1

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91.7

470

18.5

2798

110.2

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3215

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325_

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6000

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350_

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98110

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6000

T - BA

378_

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141.9

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126.2

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91.7

470

18.5

2798

110.2

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7165

18,51

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460

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BA40

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3860

5176

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141.9

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91.7

470

18.5

2798

110.2

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BA43

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4130

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268.1

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91.7

470

18.5

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110.2

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BA47

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523

4490

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141.9

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276.0

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91.7

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18.5

2798

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6000

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515_

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6000

T - BA

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141.9

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7610

299.6

1600

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91.7

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6000

T - BA

600_

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27,77

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8113

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299.6

1600

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18.5

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6000

T - BA

680_

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1037

8.314

0055

.123

2891.

747

018

.527

98110

.236

5074

5074

5018

,550

8047

16,42

416

,424

40,89

6



Powe

rFlex

6000

T Driv

e — N

orma

l Dut

y (IEC

Rate

d)

11000

V In

put &

6300

/660

0V AC

Out

put (

36 P

ulse C

onfig

urat

ion -

18 P

ower

Cell

s) -

50 H

z

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - A

A25_

S__-

JHEE

2528

200

268

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3034

(1)

(1)AO

I des

ign

—30

3466

89(1)

—

6689

6000

T - A

A30_

S__-

JHEE

3033

250

335

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3124

(1)

—312

468

87(1)

—

6887

6000

T - A

A36_

S__-

JHEE

3640

31542

223

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.232

74(1)

—

3274

7218

(1)

—72

1860

00T -

AA4

5_S_

_-JH

EE45

5037

550

323

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.234

54(1)

—

3454

7615

(1)

—76

1560

00T -

AA5

0_S_

_-JH

EE50

5545

060

323

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.237

94(1)

—

3794

8364

(1)

—83

6460

00T -

AA6

0_S_

_-JH

EE60

6656

075

123

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.238

84(1)

—

3884

8563

(1)

—85

6360

00T -

AA7

0_S_

_-JH

EE70

7763

084

523

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.239

34(1)

—

3934

8673

4(1)

—

8673

460

00T -

AA8

5_S_

_-JH

EE85

9475

010

0623

1090

.9—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.244

81(1)

—

4481

9879

(1)

—98

7960

00T -

AA1

00_S

__-J

HEE

100

11090

012

0723

1090

.9—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.247

61(1)

—

4761

1049

6(1)

—

1049

660

00T -

AA1

10_S

__-J

HEE

110121

1000

1341

2310

90.9

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4861

(1)

—48

6110

717(1)

—

10717

6000

T - A

A120

_S__

-JHE

E12

013

2112

015

0223

1090

.9—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.249

71(1)

—

4971

1095

9(1)

—

1095

960

00T -

AA1

40_S

__-J

HEE

140

154

1250

1676

2310

90.9

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

5081

(1)

—50

81112

02(1)

—

11202

6000

T - A

A150

_S__

-JHE

E15

016

514

0018

7723

1090

.9—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.255

26(1)

—

5526

12183

(1)

—121

8360

00T -

AA1

60_S

__-J

HEE

160

17615

0020

1223

1090

.9—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.257

36(1)

—

5736

1264

6(1)

—

1264

660

00T -

AA1

68_S

__-J

HEE

168

185

1600

2146

2310

90.9

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

5886

(1)

—58

8612

976

(1)

—12

976

6000

T - A

A180

_S__

-JHE

E18

019

8170

022

8023

1090

.9—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.2614

6(1)

—

6146

1355

0(1)

—

1355

060

00T -

AA2

00_S

__-J

HEE

200

220

1800

2414

2310

90.9

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

6366

(1)

—63

6614

035

(1)

—14

035

6000

T - A

A210

_S__

-JHE

E210

231

1900

2548

2310

90.9

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

6576

(1)

—65

7614

498

(1)

—14

498

6000

T - A

A215

_S__

-JHE

E215

237

2000

2682

2310

90.9

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

6786

(1)

—67

8614

961

(1)

—14

961



Powe

rFlex

6000

T Driv

e — N

orma

l Dut

y (UL

- IEC

Rate

d)

7200

V In

put &

6900

V AC

Out

put (

36 P

ulse C

onfig

urat

ion -

18 P

ower

Cell

s) -

60Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - BA

215_L

___ -

KHE

U215

237

2130

2856

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

5700

—83

0057

3212

,566

—18

,298

6000

T - BA

230_

L___

- KH

EU23

025

322

7030

4426

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0059

00—

8500

5732

13,00

7—

18,73

960

00T -

BA25

0_L_

__ -

KHEU

250

275

2520

3379

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

6400

—90

0057

3214

,110

—19

,842

6000

T - BA

265_

L___

- KH

EU26

529

226

2035

1326

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0066

00—

9200

5732

14,55

0—

20,28

360

00T -

BA28

5_L_

__ -

KHEU

285

31428

2037

8226

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0069

00—

9500

5732

15,21

2—

20,94

460

00T -

BA30

5_L_

__ -

KHEU

305

336

3080

4130

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

7400

—10

,000

5732

16,31

4—

22,04

660

00T -

BA32

5_L_

__ -

KHEU

325

358

3210

4305

2605

102.6

3205

126.2

——

5810

228.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

7700

—10

,300

5732

16,97

6—

22,70

860

00T -

BA35

0_L_

__ -

KHEU

350

385

3530

4734

2605

102.6

3205

126.2

——

5810

228.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

8400

—11,0

0057

3218

,519

—24

,251

6000

T - BA

378_

L___

- KH

EU37

8416

3740

5015

3605

141.9

3205

126.2

——

6810

268.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3250

8700

—11,

950

7165

19,18

0—

26,34

560

00T -

BA40

8_L_

__ -

KHEU

408

449

4030

5404

3605

141.9

3405

134.1

——

7010

276.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

3250

9300

—12

,550

7165

20,50

3—

27,66

860

00T -

BA43

8_L_

__ -

KHEU

438

482

4420

5927

3605

141.9

3405

134.1

——

7010

276.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

3250

10,10

0—

13,35

0716

522

,267

—29

,432

6000

T - BA

475_

L___

- KH

EU47

552

347

0063

0336

05141

.934

0513

4.1—

—70

1027

6.014

0055

.123

2891.

747

018

.527

98110

.235

5010

,700

—14

,250

7826

23,58

9—

31,416

6000

T - BA

515_

L___

- KH

EU51

556

750

9068

2636

05141

.934

0513

4.1—

—70

1027

6.014

0055

.123

2891.

747

018

.527

98110

.235

5011,

500

—15

,050

7826

25,35

3—

33,18

060

00T -

BA56

0_L_

__ -

KHEU

580

61656

5075

7736

05141

.940

0515

7.7—

—76

1029

9.616

0063

.023

2891.

747

018

.527

98110

.235

5012

,500

—16

,050

7826

27,55

8—

35,38

460

00T -

BA60

0_L_

__ -

KHEU

600

660

5930

7952

3605

141.9

4005

157.7

——

7610

299.6

1600

63.0

2328

91.7

470

18.5

2798

110.2

3650

13,00

0—

16,65

080

4728

,660

—36

,707

6000

T - BA

640_

L___

- KH

EU64

070

463

3084

8934

0513

4.130

00118

.132

0512

6.296

1037

8.316

0063

.023

2891.

747

018

.527

98110

.236

5072

0072

0018

,050

8047

15,87

315

,873

39,79

360

00T -

BA68

0_L_

__ -

KHEU

680

748

6870

9213

3405

134.1

3000

118.1

3205

126.2

9610

378.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

3650

7700

7700

19,05

080

4716

,976

16,97

641,

998



Powe

rFlex

6000

T Driv

e — N

orma

l Dut

y (IEC

Rate

d)

1000

0V AC

Inpu

t/Out

put (

48 P

ulse C

onfig

urat

ion -

24 P

ower

Cell

s) -

50Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

T - BA

210_R

___ -

RHE

E210

231

3010

4036

3355

132.1

2805

110.4

——

6160

242.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

7100

—10

,400

7275

15,65

3—

22,92

860

00T -

BA22

3_R_

__ -

RHEE

223

245

3200

4291

3355

132.1

2805

110.4

——

6160

242.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

7400

—10

,700

7275

16,31

4—

23,58

960

00T -

BA23

6_R_

__ -

RHEE

236

260

3380

4533

3355

132.1

3205

126.2

——

6560

258.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

7800

—11,

100

7275

17,19

6—

24,47

160

00T -

BA25

0_R_

__ -

RHEE

250

275

3660

4908

3355

132.1

3205

126.2

——

6560

258.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

8300

—11,

600

7275

18,29

8—

25,57

460

00T -

BA26

3_R_

__ -

RHEE

263

289

3770

5056

3355

132.1

3205

126.2

——

6560

258.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

8500

—11,

800

7275

18,73

9—

26,05

160

00T -

BA27

6_R_

__ -

RHEE

276

304

3950

5297

3355

132.1

3205

126.2

——

6560

258.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

8900

—12

,200

7275

19,62

1—

26,89

660

00T -

BA29

0_R_

__ -

RHEE

290

319415

055

6533

5513

2.132

0512

6.2—

—65

6025

8.314

0055

.123

2891.

747

018

.527

98110

.233

0092

00—

12,50

072

7520

,283

—27

,558

6000

T - BA

305_

R___

- RH

EE30

533

644

6059

8133

5513

2.132

0512

6.2—

—65

6025

8.314

0055

.123

2891.

747

018

.527

98110

.233

0098

00—

13,10

072

7521,

605

—28

,881

6000

T - BA

325_

R___

- RH

EE32

535

846

6062

4933

5513

2.134

0513

4.1—

—67

6026

6.114

0055

.123

2891.

747

018

.527

98110

.233

0010

,200

—13

,500

7275

22,48

7—

29,76

260

00T -

BA35

0_R_

__ -

RHEE

350

385

5120

6866

3355

132.1

3405

134.1

——

6760

266.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

11,10

0—

14,40

072

7524

,471

—31,

747

6000

T - BA

370_

R___

- RH

EE37

040

753

00710

730

05118

.340

0015

7.528

05110

.498

1038

6.214

0055

.123

2891.

747

018

.527

98110

.242

0060

0060

0016

,200

9259

13,22

813

,228

35,71

560

00T -

BA39

0_R_

__ -

RHEE

390

429

5590

7496

3005

118.3

4000

157.5

2805

110.4

9180

386.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

4200

6200

6200

16,60

092

5913

,669

13,66

936

,597

6000

T - BA

415_R

___ -

RHE

E415

457

5950

7979

3005

118.3

4000

157.5

2805

110.4

9810

386.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

4200

6550

6550

17,30

092

5914

,440

14,44

038

,140

6000

T - BA

438_

R___

- RH

EE43

848

264

1085

9630

05118

.340

0015

7.528

05110

.4918

038

6.214

0055

.123

2891.

747

018

.527

98110

.242

0070

0070

0018

,200

9259

15,43

215

,432

40,12

460

00T -

BA46

0_R_

__ -

RHEE

460

506

6590

8837

3405

134.1

4000

157.5

3205

126.2

10,61

0417

.714

0055

.123

2891.

747

018

.527

98110

.246

0072

0072

0019

,000

10,14

115

,873

15,87

341,

888

6000

T - BA

483_

R___

- RH

EE48

353

169

2092

8034

0513

4.140

0015

7.532

0512

6.210

,610

417.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

4600

7500

7500

19,60

010

,141

16,53

516

,535

43,21

160

00T -

BA50

7_R_

__ -

RHEE

507

558

7260

9736

3405

134.1

4000

157.5

3205

126.2

10,61

0417

.714

0055

.123

2891.

747

018

.527

98110

.246

0078

5078

5020

,300

10,14

117,

306

17,30

644

,754

6000

T - BA

532_

R___

- RH

EE53

258

576

2010

,218

3405

134.1

4000

157.5

3205

126.2

10,61

0417

.714

0055

.123

2891.

747

018

.527

98110

.246

0081

5081

5020

,900

10,14

117,

968

17,96

846

,077

6000

T - BA

560_

R___

- RH

EE56

0616

8190

10,98

334

0513

4.140

0015

7.532

0512

6.210

,610

417.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

4600

8650

8650

21,90

010

,141

19,07

019

,070

48,28

160

00T -

BA58

8_R_

__ -

RHEE

588

647

8420

11,29

134

0513

4.140

0015

7.532

0512

6.210

,610

417.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

4750

8850

8850

22,45

010

,472

19,51

119

,511

49,49

460

00T -

BA617

_R__

_ - R

HEE

61767

988

4011,

854

3405

134.1

4000

157.5

3205

126.2

10,61

0417

.714

0055

.123

2891.

747

018

.527

98110

.247

5092

0092

0023

,150

10,47

220

,283

20,28

351

,037

6000

T - BA

648_

R___

- RH

EE64

8713

9280

12,44

436

05141

.940

0015

7.534

0513

4.111,0

1043

3.514

0055

.123

2891.

747

018

.527

98110

.247

5097

0097

0024

,150

10,47

221,

385

21,38

553

,242

6000

T - BA

680_

R___

- RH

EE68

074

899

5013

,343

3605

141.9

4000

157.5

3405

134.1

11,010

433.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

4750

10,30

010

,300

25,35

010

,472

22,70

822

,708

55,88

7



Powe

rFlex

6000

T Driv

e — N

orma

l Dut

y (UL

- IEC

Rate

d)

11000

V AC

Inpu

t/Out

put (

54 P

ulse C

onfig

urat

ion -

27 P

ower

Cell

s) -

50Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Weig

ht (l

bs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

T - BA

215_S

___ -

SHEE

21523

733

9045

4636

05141

.932

0512

6.2—

—68

1026

8.114

0055

.123

2891.

747

018

.527

98110

.236

5081

00—

11,750

8047

17,85

7—

25,90

460

00T -

BA23

0_S_

__ -

SHEE

230

253

3620

4854

3605

141.9

3205

126.2

——

6810

268.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3650

8500

—12

,150

8047

18,73

9—

26,78

660

00T -

BA25

0_S_

__ -

SHEE

250

275

4020

5391

3605

141.9

3205

126.2

——

6810

268.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3650

9300

—12

,950

8047

20,50

3—

28,55

060

00T -

BA26

5_S_

__ -

SHEE

265

292

4180

5605

3605

141.9

3205

126.2

——

6810

268.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3650

9600

—13

,250

8047

21,16

4—

29,21

160

00T -

BA28

5_S_

__ -

SHEE

285

31444

9060

2136

05141

.934

0513

4.1—

—70

1027

6.014

0055

.123

2891.

747

018

.527

98110

.236

5010

,200

—13

,850

8047

22,48

7—

30,53

460

00T -

BA30

5_S_

__ -

SHEE

305

336

4910

6584

3605

141.9

3405

134.1

——

7010

276.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

3650

11,10

0—

14,75

080

4724

,471

—32

,518

6000

T - BA

325_

S___

- SH

EE32

535

851

2068

6636

05141

.934

0513

4.1—

—70

1027

6.014

0055

.123

2891.

747

018

.527

98110

.236

5011,

500

—15

,150

8047

25,35

3—

33,40

060

00T -

BA35

0_S_

__ -

SHEE

350

385

5630

7550

3605

141.9

4005

157.7

——

7610

299.6

1600

63.0

2328

91.7

470

18.5

2798

110.2

3650

13,10

0—

16,75

080

4728

,881

—36

,927

6000

T - BA

378_

S___

- SH

EE37

8416

5960

7992

3005

118.3

4600

181.1

3205

126.6

10,81

042

5.614

0055

.123

2891.

747

018

.527

98110

.246

5068

0068

0011,

450

10,25

114

,991

14,99

125

,243

6000

T - BA

408_

S___

- SH

EE40

844

964

3086

2330

05118

.346

0018

1.132

0512

6.610

,810

425.6

1400

55.1

2328

91.7

470

18.5

2798

110.2

4650

8100

6500

12,75

010

,251

17,85

717,

857

28,10

960

00T -

BA43

8_S_

__ -

SHEE

438

482

7050

9454

3405

134.1

4600

181.1

3205

126.6

11,210

441.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

4650

8850

7050

13,50

010

,251

19,51

119

,511

29,76

260

00T -

BA47

5_S_

__ -

SHEE

475

523

7490

10,04

434

0513

4.146

0018

1.132

0512

6.611,

21044

1.314

0055

.123

2891.

747

018

.527

98110

.250

5092

0075

0014

,250

11,13

320

,283

20,28

331,

41660

00T -

BA51

5_S_

__ -

SHEE

515

567

8120

10,88

934

0513

4.146

0018

1.134

0513

4.111,

41044

9.214

0055

.123

2891.

747

018

.527

98110

.250

5099

5079

5015

,000

11,13

321,

936

21,93

633

,069

6000

T - BA

560_

S___

- SH

EE56

0616

9010

12,08

234

0513

4.146

0018

1.134

0513

4.111,

41044

9.214

0055

.123

2891.

747

018

.527

98110

.250

5010

,800

8700

15,85

011,

133

23,81

023

,810

34,94

360

00T -

BA60

0_S_

__ -

SHEE

600

660

9460

12,68

634

0513

4.146

0018

1.140

0515

7.712

,010

472.8

1600

63.0

2328

91.7

470

18.5

2798

110.2

5200

11,30

0910

016

,500

11,46

424

,912

24,91

236

,376

6000

T - BA

640_

S___

- SH

EE64

070

410

,090

13,35

136

05141

.946

0018

1.140

0515

7.712

,010

472.8

1600

63.0

2328

91.7

470

18.5

2798

110.2

5200

12,10

097

0017,

300

11,46

426

,676

26,67

638

,140

6000

T - BA

680_

S___

- SH

EE68

074

810

,950

14,68

436

05141

.946

0018

1.140

0515

7.712

,010

472.8

1600

63.0

2328

91.7

470

18.5

2798

110.2

5200

13,00

010

,400

18,20

011,

464

28,66

028

,660

40,12

4



Powe

rFlex

6000

T Driv

e — H

eavy

Dut

y (UL

Rate

d)

2400

V In

put &

2300

/240

0V AC

Out

put (

18 P

ulse C

onfig

urat

ion -

9 Pow

er C

ells)

- 60

Hz

Heav

y Dut

yDi

men

sions

(WxD

xH)

Base

Driv

e Weig

ht (k

g)Ba

se D

rive W

eight

(lbs

)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

T - AC

37_A

___ -

AHEU

3756

11215

0121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.222

30—

—22

3049

16—

—49

1660

00T -

AC51

_A__

_ - AH

EU51

7714

920

0121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.223

00—

—23

0050

71—

—50

7160

00T -

AC73

_A__

_ - AH

EU73

11022

430

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.724

60—

—24

6054

23—

—54

2360

00T -

AC85

_A__

_ - AH

EU85

128

261

350

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

2480

——

2480

5467

——

5467

6000

T - AC

103_

A___

- AH

EU10

315

533

645

0161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.725

80—

—25

8056

88—

—56

8860

00T -

AC117

_A__

_ - AH

EU117

17637

350

0191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.732

10—

—32

1070

77—

—70

7760

00T -

AC13

2_A_

__ -

AHEU

132

198

447

600

1910

75.2

——

——

1910

75.2

1250

49.2

2328

91.7

560

22.0

2888

113.7

3280

——

3280

7231

——

7231

6000

T - AC

160_

A___

- AH

EU16

024

048

565

0191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.734

50—

—34

5076

06—

—76

0660

00T -

BC1

72_B

___ -

BHE

E172

258

592

794

1605

63.2

2205

86.8

——

3810

150.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3200

—46

0030

8670

55—

10,14

160

00T -

BC1

84_A

___ -

AHEU

184

276

632

847

1605

63.2

2205

86.8

——

3810

150.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BC1

84_A

___ -

AHEU

200

300

704

944

1605

63.2

2205

86.8

——

3810

150.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BC1

84_A

___ -

AHEU

212318

728

976

1605

63.2

2205

86.8

——

3810

150.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BC1

84_A

___ -

AHEU

228

342

784

1051

1605

63.2

2205

86.8

——

3810

150.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BC1

84_A

___ -

AHEU

244

366

856

1148

1605

63.2

2205

86.8

——

3810

150.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BC1

84_A

___ -

AHEU

260

390

896

1202

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BC1

84_A

___ -

AHEU

280

420

984

1319

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3900

—53

0030

8685

98—

11,68

460

00T -

BC1

84_A

___ -

AHEU

302

453

1040

1394

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

4000

—58

5040

7988

18—

12,89

760

00T -

BC1

84_A

___ -

AHEU

326

489

1120

1502

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

4200

—60

5040

7992

59—

13,33

860

00T -

BC1

84_A

___ -

AHEU

350

525

1232

1652

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

4400

—62

5040

7997

00—

13,77

960

00T -

BC1

84_A

___ -

AHEU

380

570

1304

1749

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

4600

—66

0044

0910

,141

—14

,550

6000

T - B

C184

_A__

_ - AH

EU412

618141

618

9922

0586

.825

0598

.6—

—47

1018

5.414

0055

.123

2891.

747

018

.527

98110

.220

0049

00—

6900

4409

10,80

3—

15,21

260

00T -

BC1

84_A

___ -

AHEU

448

672

1576

2114

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

5400

—74

0044

0911,

905

—16

,314

6000

T - B

C184

_A__

_ - AH

EU48

072

016

4822

1022

0586

.828

05110

.4—

—50

1019

7.214

0055

.123

2891.

747

018

.527

98110

.220

5055

00—

7550

4519

12,12

5—

16,64

560

00T -

BC1

84_A

___ -

AHEU

512

768

1760

2360

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2050

5800

—78

5045

1912

,787

—17,

306

6000

T - B

C184

_A__

_ - AH

EU54

481

6191

225

6422

0586

.828

05110

.4—

—50

1019

7.214

0055

.123

2891.

747

018

.527

98110

.220

5062

00—

8250

4519

13,66

9—

18,18

8



Powe

rFlex

6000

T Driv

e — H

eavy

Dut

y (IEC

Rate

d)

3000

V In

put &

3000

AC O

utpu

t (18

Puls

e Con

figur

atio

n - 9

Powe

r Cell

s) -

50Hz

Heav

y Dut

yDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

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Heig

htHe

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W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - AC

29_B

___ -

BHE

E29

44110

148

1210

47.6

——

——

1210

47.6

1250

49.2

2328

91.7

470

18.5

2798

110.2

2320

——

2320

5115

——

5115

6000

T - AC

37_B

___ -

BHE

E37

5615

020

1121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.223

80—

—23

8052

47—

—52

4760

00T -

AC45

_B__

_ - B

HEE

4568

185

248

1210

47.6

——

——

1210

47.6

1250

49.2

2328

91.7

470

18.5

2798

110.2

2420

——

2420

5335

——

5335

6000

T - AC

56_B

___ -

BHE

E56

8423

030

8161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.725

50—

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5056

22—

—56

2260

00T -

AC70

_B__

_ - B

HEE

7010

530

040

2161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.725

80—

—25

8056

88—

—56

8860

00T -

AC87

_B__

_ - B

HEE

87131

370

496

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

2660

——

2660

5864

——

5864

6000

T - AC

103_

B___

- BH

EE10

315

5410

550

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

2750

——

2750

6063

——

6063

6000

T - AC

132_

B___

- BH

EE13

219

856

075

1191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.735

20—

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2077

60—

—77

6060

00T -

AC13

6_B_

__ -

BHEE

136

204

600

805

1910

75.2

——

——

1910

75.2

1250

49.2

2328

91.7

560

22.0

2888

113.7

3710

——

3710

8179

——

8179

6000

T - AC

160_

B___

- BH

EE16

024

066

088

5191

075

.2—

——

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075

.212

5049

.223

2891.

756

022

.028

88113

.738

60—

—38

6085

10—

—85

1060

00T -

BC1

72_B

___ -

BHE

E172

258

736

987

1605

63.2

2205

86.6

——

3810

150.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3200

—46

0030

8670

55—

10,14

160

00T -

BC1

84_B

___ -

BHE

E18

427

679

210

6216

0563

.222

0586

.8—

—38

1015

0.014

0055

.123

2891.

747

018

.527

98110

.214

0037

00—

5100

3086

8157

—11,

244

6000

T - B

C200

_B__

_ - B

HEE

200

300

880

1180

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BC2

12_B

___ -

BHE

E212

318912

1223

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BC2

28_B

___ -

BHE

E22

834

298

4131

916

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0039

00—

5300

3086

8598

—11,

684

6000

T - B

C244

_B__

_ - B

HEE

244

366

1072

1438

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

4100

—55

0030

8685

98—

12,12

560

00T -

BC2

60_B

___ -

BHE

E26

039

0112

015

0216

0563

.225

0598

.6—

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016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0042

00—

5600

3086

9039

—12

,348

6000

T - B

C280

_B__

_ - B

HEE

280

420

1232

1652

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

4400

—58

0030

8692

59—

12,78

760

00T -

BC3

02_B

___ -

BHE

E30

245

312

96173

822

0586

.825

0598

.6—

—47

1018

5.414

0055

.123

2891.

747

018

.527

98110

.218

5046

00—

6450

4079

9700

—14

,220

6000

T - B

C326

_B__

_ - B

HEE

326

489

1400

1878

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

4900

—67

5040

7910

,141

—14

,881

6000

T - B

C350

_B__

_ - B

HEE

350

525

1536

2060

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

5100

—69

5040

7910

,803

—15

,322

6000

T - B

C380

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_ - B

HEE

380

570

1632

2189

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

5500

—75

0044

0911,

244

—16

,535

6000

T - B

C412

_B__

_ - B

HEE

412618

1768

2371

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

5800

—78

0044

0912

,125

—17,

196

6000

T - B

C448

_B__

_ - B

HEE

448

672

1968

2639

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

6300

—83

0044

0912

,787

—18

,298

6000

T - B

C480

_B__

_ - B

HEE

480

720

2064

2768

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2050

6500

—85

5045

1914

,330

—18

,850

6000

T - B

C512

_B__

_ - B

HEE

512

768

2200

2950

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2050

6800

—88

5045

1914

,991

—19

,511

6000

T - B

C544

_B__

_ - B

HEE

544

81623

9232

0822

0586

.828

05110

.4—

—50

1019

7.214

0055

.123

2891.

747

018

.527

98110

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5073

00—

9350

4519

16,09

4—

20,61

3



Powe

rFlex

6000

T Driv

e — H

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Dut

y (IEC

Rate

d)

3300

V In

put &

3300

V AC

Out

put (

18 P

ulse C

onfig

urat

ion -

9 Pow

er C

ells)

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men

sions

(WxD

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Base

Driv

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ght (

kg)

Base

Driv

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ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

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Powe

r Rat

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Wid

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idth

Wid

thW

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Dept

hHe

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Heig

htHe

ight

W1

W2

W3

(whe

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plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

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W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - AC

29_C

___ -

CHE

E29

44110

148

1210

47.6

——

——

1210

47.6

1250

49.2

2328

91.7

470

18.5

2798

110.2

2320

——

2320

5115

——

5115

6000

T - AC

37_C

___ -

CHE

E37

5615

020

1121

047

.6—

——

—121

047

.612

5049

.223

2891.

747

018

.527

98110

.223

80—

—23

8052

47—

—52

4760

00T -

AC45

_C__

_ - C

HEE

4568

185

248

1210

47.6

——

——

1210

47.6

1250

49.2

2328

91.7

470

18.5

2798

110.2

2420

——

2420

5335

——

5335

6000

T - AC

56_C

___ -

CHE

E56

8423

030

8161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.725

60—

—25

6056

44—

—56

4460

00T -

AC70

_C__

_ - C

HEE

7010

530

040

2161

063

.4—

——

—161

063

.412

5049

.223

2891.

756

022

.028

88113

.726

10—

—26

1057

54—

—57

5460

00T -

AC87

_C__

_ - C

HEE

87131

370

496

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

2640

——

2640

5820

——

5820

6000

T - AC

103_

C___

- CH

EE10

315

5410

550

1610

63.4

——

——

1610

63.4

1250

49.2

2328

91.7

560

22.0

2888

113.7

2720

——

2720

5997

——

5997

6000

T - AC

132_

C___

- CH

EE13

219

856

075

1191

075

.2—

——

—191

075

.212

5049

.223

2891.

756

022

.028

88113

.735

10—

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1077

38—

—77

3860

00T -

AC13

6_C_

__ -

CHEE

136

204

600

805

1910

75.2

——

——

1910

75.2

1250

49.2

2328

91.7

560

22.0

2888

113.7

3650

——

3650

8047

——

8047

6000

T - AC

160_

C___

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EE16

024

066

088

5191

075

.2—

——

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075

.212

5049

.223

2891.

756

022

.028

88113

.737

80—

—37

8083

33—

—83

3360

00T -

BC1

72_E

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EHEE

17225

881

610

9416

0563

.222

0586

.8—

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1015

0.014

0055

.123

2891.

747

018

.527

98110

.214

0032

0046

0030

8670

5510

,141

6000

T - B

C184

_C__

_ - C

HEE

184

276

872

1170

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3700

—51

0030

8681

57—

11,24

460

00T -

BC2

00_C

___ -

CHE

E20

030

096

812

9816

0563

.225

0598

.6—

—411

016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0039

00—

5300

3086

8598

—11,

684

6000

T - B

C212

_C__

_ - C

HEE

212318

1000

1341

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

3900

—53

0030

8685

98—

11,68

460

00T -

BC2

28_C

___ -

CHE

E22

834

210

8014

4816

0563

.225

0598

.6—

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016

1.814

0055

.123

2891.

747

018

.527

98110

.214

00410

0—

5500

3086

9039

—12

,125

6000

T - B

C244

_C__

_ - C

HEE

244

366

1176

1577

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

4400

—58

0030

8697

00—

12,78

760

00T -

BC2

60_C

___ -

CHE

E26

039

012

3216

5216

0563

.225

0598

.6—

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016

1.814

0055

.123

2891.

747

018

.527

98110

.214

0044

00—

5800

3086

9700

—12

,787

6000

T - B

C280

_C__

_ - C

HEE

280

420

1352

1813

1605

63.2

2505

98.6

——

4110

161.8

1400

55.1

2328

91.7

470

18.5

2798

110.2

1400

4700

—610

030

8610

,362

—13

,448

6000

T - B

C302

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_ - C

HEE

302

453

1432

1920

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

4900

—67

5040

7910

,803

—14

,881

6000

T - B

C326

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_ - C

HEE

326

489

1544

2070

2205

86.8

2505

98.6

——

4710

185.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

5300

—715

040

7911,

684

—15

,763

6000

T - B

C350

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_ - C

HEE

350

525

1688

2264

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

1850

5600

—74

5040

7912

,346

—16

,424

6000

T - B

C380

_C__

_ - C

HEE

380

570

1800

2414

2205

86.8

2805

110.4

——

5010

197.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

2000

5900

—79

0044

0913

.007

—17,

41660

00T -

BC4

12_C

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CHE

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61819

4426

0722

0586

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05110

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1019

7.214

0055

.123

2891.

747

018

.527

98110

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00—

8200

4409

13,66

9—

18,07

860

00T -

BC4

48_C

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CHE

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867

2216

028

9722

0586

.828

05110

.4—

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1019

7.214

0055

.123

2891.

747

018

.527

98110

.220

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00—

8700

4409

14,77

1—

19,18

060

00T -

BC4

80_C

___ -

CHE

E48

072

022

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4622

0586

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05110

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1019

7.214

0055

.123

2891.

747

018

.527

98110

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5070

00—

9050

4519

15,43

2—

19,95

260

00T -

BC5

12_C

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CHE

E51

276

824

2432

5022

0586

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05110

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1019

7.214

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2891.

747

018

.527

98110

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5074

00—

9450

4519

16,31

4—

20,83

460

00T -

BC5

44_C

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CHE

E54

4816

2624

3518

2205

86.8

3205

126.2

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2050

7900

—99

5045

1917,

416—

21,93

6



Powe

rFlex

6000

T Driv

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Dut

y (UL

- IEC

Rate

d)

4160

V In

put &

400

0/41

60V

AC O

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Heav

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Base

Driv

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ght (

kg)

Base

Driv

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lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

T - AC

26_E

___ -

EHEU

2639

144

194

1210

47.6

——

——

1210

47.6

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448

672

2728

3658

2605

102.6

3205

126.2

——

5810

228.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

2500

8200

—10

,700

5512

18,07

8—

23,58

960

00T -

BC4

80_E

___ -

EHEE

480

720

2864

3841

2605

102.6

3205

126.2

——

5810

228.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

2550

8400

—10

,950

5622

18,51

9—

24,14

160

00T -

BC5

12_E

___ -

EHEE

512

768

3048

4087

2605

102.6

3205

126.2

——

5810

228.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

2550

8900

—11,

450

5622

19,62

1—

25,24

360

00T -

BC5

44_E

___ -

EHEE

544

81633

1244

4226

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.225

5094

00—

11,95

056

2220

,723

—26

,345



Powe

rFlex

6000

T Driv

e — H

eavy

Dut

y (IEC

Rate

d)60

00V

AC In

put/O

utpu

t (30

Puls

e Con

figur

atio

n - 15

Pow

er C

ells)

- 50

Hz

Heav

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yDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - AC

18_F

___ -

FHEE

1827

150

201

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

2894

(1)—

2894

6380

(1)

—63

8060

00T -

AC26

_F__

_ - FH

EE26

39210

282

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3004

(1)

—30

0466

23(1)

—

6623

6000

T - AC

29_F

___ -

FHEE

2944

240

322

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3114

(1)

—311

468

65(1)

—

6865

6000

T - AC

36_F

___ -

FHEE

3654

290

389

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3224

(1)

—32

24710

8(1)

—

7108

6000

T - AC

44_F

___ -

FHEE

4466

360

483

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3234

(1)

—32

34713

0(1)

—

7130

6000

T - AC

51_F

___ -

FHEE

5177

41055

023

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.233

54(1)

—

3354

7394

(1)

—73

9460

00T -

AC58

_F__

_ - FH

EE58

8747

063

027

95110

.0—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.240

61(1)

—

4061

8953

(1)

—89

5360

00T -

AC66

_F__

_ - FH

EE66

9953

0711

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4111

(1)

—411

190

63(1)

—

9063

6000

T - AC

72_F

___ -

FHEE

722

108

585

784

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4191

(1)

—419

192

40(1)

—

9240

6000

T - AC

80_F

___ -

FHEE

8012

065

087

227

95110

.0—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.242

91(1)

—

4291

9460

(1)

—94

6060

00T -

AC88

_F__

_ - FH

EE88

132

71095

227

95110

.0—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.244

01(1)

—

4401

9703

(1)

—97

0360

00T -

AC10

1_F__

_ - FH

EE10

115

282

0110

027

95110

.0—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.245

11(1)

—

4511

9945

(1)

—99

4560

00T -

AC110

_F__

_ - FH

EE110

165

890

1194

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

4736

(1)

—47

3610

441

(1)

—10

441

6000

T - AC

124_

F___

- FH

EE12

418

610

0013

4130

10118

.5—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.248

46(1)

—

4846

1068

4(1)

—

1068

460

00T -

AC13

2_F_

__ -

FHEE

132

198

1060

1421

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

4956

(1)

—49

5610

926

(1)

—10

926

6000

T - AC

139_

F___

- FH

EE13

920

9112

015

0230

10118

.5—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.250

56(1)

—

5056

11147

(1)

—111

4760

00T -

AC14

6_F_

__ -

FHEE

146

219118

015

8230

10118

.5—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.251

66(1)

—

5166

11389

(1)

—113

8960

00T -

AC15

4_F_

__ -

FHEE

154

231

1240

1663

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

5266

(1)

—52

66116

10(1)

—

11610

6000

T - AC

159_

F___

- FH

EE15

923

912

6016

9030

10118

.5—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.253

76(1)

—

5376

11852

(1)

—118

5260

00T -

BC1

68_F

___ -

FHEE

168

252

1448

1942

2355

92.7

2505

98.6

——

4860

191.3

1400

55.1

2328

91.

747

018

.527

98110

.2210

049

00—

7000

4630

10,38

3—

15,43

260

00T -

BC1

78_F

___ -

FHEE

17826

715

3620

6023

5592

.725

0598

.6—

—48

60191

.314

0055

.123

2891.

747

018

.527

98110

.2210

050

00—

7100

4630

11,023

—15

,653

6000

T - B

C189

_F__

_ - FH

EE18

928

416

24217

623

5592

.725

0598

.6—

—48

60191

.314

0055

.123

28

91.7

470

18.5

2798

110.2

2100

5300

—74

0046

3011,

684

—16

,314

6000

T - B

C200

_F__

_ - FH

EE20

030

0175

223

5023

5592

.728

05110

.4—

—51

6020

3.114

0055

.123

2891.

747

018

.527

98110

.2210

056

00—

7700

4630

12,34

6—

16,97

660

00T -

BC2

10_F

___ -

FHEE

210315

1808

2425

2355

92.7

2805

110.4

——

5160

203.1

1400

55.1

2328

91.

747

018

.527

98110

.2210

057

00—

7800

4630

12,56

6—

17,19

660

00T -

BC2

21_F_

__ -

FHEE

221

332

1896

2542

2355

92.7

2805

110.4

——

5160

203.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

2100

5900

—80

0046

3013

,007

—17,

637

6000

T - B

C232

_F__

_ - FH

EE23

234

819

9226

7123

5592

.728

05110

.4—

—51

6020

3.114

0055

.123

28

91.7

470

18.5

2798

110.2

2100

6200

—83

0046

3013

,669

—19

,298

6000

T - B

C244

_F__

_ - FH

EE24

436

6214

428

7523

5592

.728

05110

.4—

—51

6020

3.114

0055

.123

2891.

747

018

.527

98110

.2210

065

00—

8600

4630

14,33

0—

18,96

060

00T -

BC2

60_F

___ -

FHEE

260

390

2232

2993

2355

92.7

2805

110.4

——

5160

203.1

1400

55.1

2328

91.

747

018

.527

98110

.2210

067

00—

8800

4630

14,77

1—

19,40

160

00T -

BC2

80_F

___ -

FHEE

280

420

2456

3294

2355

92.7

2805

110.4

——

5160

203.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

2100

7100

—92

0046

3015

,653

—20

,283

6000

T - B

C296

_F__

_ - FH

EE29

644

425

4434

1132

0512

6.228

05110

.4—

—60

1023

6.614

0055

.123

28

91.7

470

18.5

2798

110.2

2800

7400

—10

,200

6173

16,31

4—

22,48

760

00T -

BC3

12_F

___ -

FHEE

31246

826

8035

9432

0512

6.232

0512

6.2—

—64

1025

2.414

0055

.123

2891.

747

018

.527

98110

.228

0077

00—

10,50

0617

316

,979

—23

,149

6000

T - B

C332

_F__

_ - FH

EE33

249

828

5638

3032

0512

6.232

0512

6.2—

—64

1025

2.414

0055

.123

28

91.7

470

18.5

2798

110.2

2800

8200

—11.

000

6173

18,07

8—

24,25

160

00T -

BC3

50_F

___ -

FHEE

350

525

3080

4130

3205

126.2

3205

126.2

——

6410

252.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

2800

8700

—11,

500

6173

19,18

0—

25,35

360

00T -

BC3

68_F

___ -

FHEE

368

552

3160

4238

3205

126.2

3205

126.2

——

6410

252.4

1400

55.1

2328

91.

747

018

.527

98110

.230

5089

00—

11,95

067

2419

,621

—26

,345

6000

T - B

C386

_F__

_ - FH

EE38

657

933

2044

5232

0512

6.232

0512

6.2—

—64

1025

2.414

0055

.123

2891.

747

018

.527

98110

.230

5092

00—

12,25

067

2420

,283

—27

,007

6000

T - B

C406

_F__

_ - FH

EE40

660

934

8846

7832

0512

6.232

0512

6.2—

—64

1025

2.414

0055

.123

28

91.7

470

18.5

2798

110.2

3050

9600

—12

,650

6724

21,16

4—

27,88

860

00T -

BC4

26_F

___ -

FHEE

426

639

3656

4902

3205

126.2

3405

134.1

——

6610

260.2

1400

55.1

2328

91.7

470

18.5

2798

110.2

3050

10,10

0—

13,15

067

2422

,267

—28

,991



Powe

rFlex

6000

T Driv

e — H

eavy

Dut

y (UL

- IEC

Rate

d)

6000

T - B

C448

_F__

_ - FH

E44

867

239

3652

7832

0512

6.234

0513

4.1—

—66

1026

0.214

0055

.123

28

91.7

470

18.5

2798

110.2

3050

10,70

0—

13,75

067

2423

,589

—30

,314

6000

T - B

C470

_F__

_ - FH

EE47

070

640

4054

1832

0512

6.234

0513

4.1—

—66

1026

0.214

0055

.123

2891.

747

018

.527

98110

.2310

011,0

00—

14,10

068

3424

,251

—31,

085

6000

T - B

C494

_F__

_ - FH

EE49

474

042

4056

8632

0512

6.234

0513

4.1—

—66

1026

0.214

0055

.123

28

91.7

470

18.5

2798

110.2

3100

11,40

0—

14,50

068

3425

,133

—31,

967

6000

T - B

C518

_F__

_ - FH

EE51

877

844

5659

7532

0512

6.240

0515

7.7—

—72

1028

3.916

0063

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2891.

747

018

.527

98110

.2310

012

,000

—15

,100

6834

26,45

5—

33,29

060

00T -

BC5

44_F

___ -

FHEE

544

81647

7664

0532

0512

6.240

0515

7.7—

—72

1028

3.916

0063

.023

28

91.7

470

18.5

2798

110.2

3100

12,40

0—

15,50

068

3427

,337

—34

,172

(1)AO

I des

ign

11000

V In

put &

6000

V AC

Out

put (

30 P

ulse C

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15 P

ower

Cell

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60Hz

Heav

y Dut

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men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

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Wid

thW

idth

Wid

thW

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Dept

hHe

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Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

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able)

Tota

lWe

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W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - AC

18_F

___ -

FHEE

1827

150

201

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

2944

(1)

(1)AO

I des

ign

—29

4464

90(1)

—

6490

6000

T - AC

26_F

___ -

FHEE

2639

21028

223

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.230

54(1)

—

3054

6733

(1)

—67

3360

00T -

AC29

_F__

_ - FH

EE29

4424

032

223

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.2316

4(1)

—

3164

6975

(1)

—69

7560

00T -

AC36

_F__

_ - FH

EE36

5429

038

923

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.232

74(1)

—

3274

7218

(1)

—72

1860

00T -

AC44

_F__

_ - FH

EE44

6636

048

323

1090

.9—

——

—23

1090

.912

5049

.223

2891.

754

721.

528

75113

.232

84(1)

—

3284

7240

(1)

—72

4060

00T -

AC51

_F__

_ - FH

EE51

77410

550

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3404

(1)

—34

0475

05(1)

—

7505

6000

T - AC

58_F

___ -

FHEE

5887

470

630

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4111

(1)

—411

190

63(1)

—

9063

6000

T - AC

66_F

___ -

FHEE

6699

530

71127

95110

.0—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.2416

1(1)

—

4161

9173

(1)

—917

360

00T -

AC72

_F__

_ - FH

EE72

108

585

784

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4241

(1)

—42

4193

50(1)

—

9350

6000

T - AC

80_F

___ -

FHEE

8012

065

087

227

95110

.0—

——

—27

95110

.012

5049

.223

2891.

754

721.

528

75113

.243

41(1)

—

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5006

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6000

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5316

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—

11720

6000

T - AC

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26(1)

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11962

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15 P

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Powe

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6000

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6000

T - AC

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5049

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6000

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22_J

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2310

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1250

49.2

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91.7

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21.5

2875

113.2

3054

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5467

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6733

6000

T - AC

26_J

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308

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1250

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91.7

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21.5

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3174

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469

97(1)

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6997

6000

T - AC

33_J

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3350

295

396

2310

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1250

49.2

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91.7

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21.5

2875

113.2

3314

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1473

06(1)

—

7306

6000

T - AC

36_J

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3654

320

429

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49.2

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7306

6000

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44_J

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8364

6000

T - AC

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6293

550

738

2795

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1250

49.2

2328

91.7

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21.5

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4281

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8194

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9438

6000

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72_J

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7210

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AC80

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3199

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9989

6000

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101_J

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276

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4956

1092

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660

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AC12

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6000

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11610

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6460

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5496

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12117

6000

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102.6

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213.0

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91.7

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18.5

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6000

T - B

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160

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2693

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102.6

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213.0

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55.1

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91.7

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18.5

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6000

T - B

C228

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102.6

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213.0

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55.1

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18.5

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110.2

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3215

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T - B

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T - B

C302

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EU30

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5638

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T - B

C326

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EU32

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T - B

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T - B

C380

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22,48

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30,31

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BC4

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3896

5225

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141.9

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276.0

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18.5

2798

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3550

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7826

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32,07

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141.9

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299.6

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91.7

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18.5

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110.2

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11,50

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6000

T - B

C480

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T - B

C544

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6000

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Rate

d)

11000

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6300

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6000

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1818

2716

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1250

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2328

91.7

547

21.5

2875

113.2

2974

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6000

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75113

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3104

6843

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4360

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2639

230

308

2310

90.9

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——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3224

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24710

8(1)

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7108

6000

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3333

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539

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5049

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75113

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64(1)

—

3364

7416

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1660

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3654

320

429

2310

90.9

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2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3364

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6474

16(1)

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6000

T - AC

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754

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75113

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44(1)

—

3844

8475

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7560

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AC51

5177

450

603

2310

90.9

——

——

2310

90.9

1250

49.2

2328

91.7

547

21.5

2875

113.2

3904

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0486

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8607

6000

T - AC

6262

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7210

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95110

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5049

.223

2891.

754

721.

528

75113

.244

11(1)

—

4411

9725

(1)

—97

2560

00T -

AC80

8012

0710

952

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4521

(1)

—45

2199

67(1)

—

9967

6000

T - AC

9393

140

830

1113

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4581

(1)

—45

8110

099

(1)

—10

099

6000

T - AC

101

101

152

900

1207

2795

110.0

——

——

2795

110.0

1250

49.2

2328

91.7

547

21.5

2875

113.2

4711

(1)

—47

1110

386

(1)

—10

386

6000

T - AC

110110

165

980

1314

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

4896

(1)

—48

9610

794

(1)

—10

794

6000

T - AC

117117

17610

4013

9530

10118

.5—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.250

06(1)

—

5006

11036

(1)

—110

3660

00T -

AC12

412

418

6110

0147

530

10118

.5—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.252

06(1)

—

5206

11477

(1)

—114

7760

00T -

AC13

213

219

8117

015

6930

10118

.5—

——

—30

10118

.512

5049

.223

2891.

754

721.

528

75113

.253

16(1)

—

5316

11720

(1)

—117

2060

00T -

AC14

614

6219

1290

1730

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

5386

(1)

—53

86118

74(1)

—

11874

6000

T - AC

154

154

231

1360

1824

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

5546

(1)

—55

4612

227

(1)

—12

227

6000

T - AC

159

159

239

1390

1864

3010

118.5

——

——

3010

118.5

1250

49.2

2328

91.7

547

21.5

2875

113.2

5736

(1)

—57

3612

646

(1)

—12

646



Powe

rFlex

6000

T Driv

e — H

eavy

Dut

y (IEC

Rate

d)

6600

V In

put &

6300

/660

0V AC

Out

put (

36 P

ulse C

onfig

urat

ion -

18 P

ower

Cell

s) -

50 H

z

Heav

y Dut

yDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - B

C172

_J__

_ - JH

EE172

258

1624

2178

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

5400

—80

0057

3211,

905

—17,

637

6000

T - B

C184

_J__

_ - JH

EE18

427

6173

623

2826

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0057

00—

8300

5732

12,56

6—

18,29

860

00T -

BC2

00_J

___ -

JHEE

200

300

1928

2586

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

6200

—88

0057

3213

,669

—19

,401

6000

T - B

C212

_J__

_ - JH

EE212

31820

0826

9326

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0064

00—

9000

5732

14,11

0—

19,84

260

00T -

BC2

28_J

___ -

JHEE

228

342

2160

2897

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

6700

—93

0057

3214

,771

—20

,503

6000

T - B

C244

_J__

_ - JH

EE24

436

623

60316

526

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0072

00—

9800

5732

15,87

3—

21,60

560

00T -

BC2

60_J

___ -

JHEE

260

390

2456

3294

2605

102.6

2805

110.4

——

5410

213.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

7400

—10

,000

5732

16,31

4—

22,04

660

00T -

BC2

80_J

___ -

JHEE

280

420

2704

3626

2605

102.6

3205

126.2

——

5810

228.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

8100

—10

,700

5732

17,85

7—

23,58

960

00T -

BC3

02_J

___ -

JHEE

302

453

2856

3830

3605

141.9

3205

126.2

——

6810

268.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3250

8400

—11,

650

7165

18,51

9—

25,68

460

00T -

BC3

26_J

___ -

JHEE

326

489

3088

4141

3605

141.9

3205

126.2

——

6810

268.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3250

9000

—12

,250

7165

19,84

2—

27,00

760

00T -

BC3

50_J

___ -

JHEE

350

525

3384

4538

3605

141.9

3205

126.2

——

6810

268.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3250

9800

—13

,050

7165

21,60

5—

28,77

060

00T -

BC3

80_J

___ -

JHEE

380

570

3592

4817

3605

141.9

3405

134.1

——

7010

276.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

3550

10,20

0—

13,75

078

2622

,487

—30

,314

6000

T - B

C412

_J__

_ - JH

EE412

61838

9652

2536

05141

.934

0513

4.1—

—70

1027

6.014

0055

.123

2891.

747

018

.527

98110

.235

5011,0

00—

14,55

078

2624

,251

—32

,077

6000

T - B

C448

_J__

_ - JH

EE44

867

243

2858

0436

05141

.940

0515

7.7—

—76

1029

9.616

0063

.023

2891.

747

018

.527

98110

.235

5011,

500

—15

,050

7826

25,35

3—

33,18

060

00T -

BC4

80_J

___ -

JHEE

480

720

4536

6082

3605

141.9

4005

157.7

——

7610

299.6

1600

63.0

2328

91.7

470

18.5

2798

110.2

3650

12,60

0—

16,25

080

4727

,778

—35

,825

6000

T - B

C512

_J__

_ - JH

EE51

276

848

4064

9036

05141

.940

0515

7.7—

—76

1029

9.616

0063

.023

2891.

747

018

.527

98110

.236

5013

,300

—16

,950

8047

29,32

1—

37,36

860

00T -

BC5

44_J

___ -

JHEE

544

81652

5670

4834

0513

4.130

00118

.132

0512

6.296

1037

8.314

0055

.123

2891.

747

018

.527

98110

.236

5074

5074

5018

,550

8047

16,42

416

,424

40,89

6



Powe

rFlex

6000

T Driv

e — H

eavy

Dut

y (UL

- IEC

Rate

d)

7200

V In

put &

6900

V AC

Out

put (

36 P

ulse C

onfig

urat

ion -

18 P

ower

Cell

s) -

60Hz

Heav

y Dut

yDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

6000

T - B

C172

_L__

_ - K

HEU

17225

8170

422

8526

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0057

00—

8300

5732

12,56

6—

18,29

860

00T -

BC1

84_L

___ -

KHE

U18

427

618

1624

3526

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0059

00—

8500

5732

13,00

7—

18,73

960

00T -

BC2

00_L

___ -

KHE

U20

030

020

1627

0326

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0064

00—

9000

5732

14,11

0—

19,84

260

00T -

BC2

12_L

___ -

KHE

U212

31820

9628

1026

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0066

00—

9200

5732

14,55

0—

20,28

360

00T -

BC2

28_L

___ -

KHE

U22

834

222

5630

2626

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0069

00—

9500

5732

15,21

2—

20,94

460

00T -

BC2

44_L

___ -

KHE

U24

436

624

6433

0426

0510

2.628

05110

.4—

—54

10213

.014

0055

.123

2891.

747

018

.527

98110

.226

0074

00—

10,00

057

3216

,314

—22

,046

6000

T - B

C260

_L__

_ - K

HEU

260

390

2568

3444

2605

102.6

3205

126.2

——

5810

228.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

2600

7700

—10

,300

5732

16,97

6—

22,70

860

00T -

BC2

80_L

___ -

KHE

U28

042

028

2437

8726

0510

2.632

0512

6.2—

—58

1022

8.714

0055

.123

2891.

747

018

.527

98110

.226

0084

00—

11,000

5732

18,51

9—

24,25

160

00T -

BC3

02_L

___ -

KHE

U30

245

329

9240

1236

05141

.932

0512

6.2—

—68

1026

8.114

0055

.123

2891.

747

018

.527

98110

.232

5087

00—

11,95

0716

519

,180

—26

,345

6000

T - B

C326

_L__

_ - K

HEU

326

489

3224

4323

3605

141.9

3405

134.1

——

7010

276.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

3250

9300

—12

,550

7165

20,50

3—

27,66

860

00T -

BC3

50_L

___ -

KHE

U35

052

535

3647

4236

05141

.934

0513

4.1—

—70

1027

6.014

0055

.123

2891.

747

018

.527

98110

.232

5010

,100

—13

,350

7165

22,26

7—

29,43

260

00T -

BC3

80_L

___ -

KHE

U38

057

037

6050

4236

05141

.934

0513

4.1—

—70

1027

6.014

0055

.123

2891.

747

018

.527

98110

.235

5010

,700

—14

,250

7826

23,58

9—

31,416

6000

T - B

C412

_L__

_ - K

HEU

412618

4072

5461

3605

141.9

3405

134.1

——

7010

276.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

3550

11,50

0—

15,05

078

2625

,353

—33

,180

6000

T - B

C448

_L__

_ - K

HEU

448

672

4520

6062

3605

141.9

4005

157.7

——

7610

299.6

1600

63.0

2328

91.7

470

18.5

2798

110.2

3550

12,50

0—

16,05

078

2627

,558

—35

,384

6000

T - B

C480

_L__

_ - K

HEU

480

720

4744

6362

3605

141.9

4005

157.7

——

7610

299.6

1600

63.0

2328

91.7

470

18.5

2798

110.2

3650

13,00

0—

16,65

080

4728

,660

—36

,707

6000

T - B

C512

_L__

_ - K

HEU

512

768

5064

6791

3405

134.1

3000

118.1

3205

126.2

9610

378.3

1600

63.0

2328

91.7

470

18.5

2798

110.2

3650

7200

7200

18,05

080

4715

,873

15,87

339

,793

6000

T - B

C544

_L__

_ - K

HEU

544

81654

9673

7034

0513

4.130

00118

.132

0512

6.296

1037

8.314

0055

.123

2891.

747

018

.527

98110

.236

5077

0077

0019

,050

8047

16,97

616

,976

41,99

8



Powe

rFlex

6000

T Driv

e — H

eavy

Dut

y (UL

- IEC

Rate

d)

1000

0V AC

Inpu

t/Out

put (

48 P

ulse C

onfig

urat

ion -

24 P

ower

Cell

s) -

50Hz

Heav

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yDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

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Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

T - B

C168

_R__

_ - R

HEE

168

252

2408

3229

3355

132.1

2805

110.4

——

6160

242.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

7100

—10

,400

7275

15,65

3—

22,92

860

00T -

BC1

78_R

___ -

RHE

E178

267

2560

3433

3355

132.1

2805

110.4

——

6160

242.5

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

7400

—10

,700

7275

16,31

4—

23,58

960

00T -

BC1

89_R

___ -

RHE

E18

928

427

0436

2633

5513

2.132

0512

6.2—

—65

6025

8.314

0055

.123

2891.

747

018

.527

98110

.233

0078

00—

11,10

072

7517,

196

—24

,471

6000

T - B

C200

_R__

_ - R

HEE

200

300

2928

3926

3355

132.1

3205

126.2

——

6560

258.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

8300

—11,

600

7275

18,29

8—

25,57

460

00T -

BC2

10_R

___ -

RHE

E210

31530

1640

4533

5513

2.132

0512

6.2—

—65

6025

8.314

0055

.123

2891.

747

018

.527

98110

.233

0085

00—

11,80

072

7518

,739

—26

,051

6000

T - B

C221_

R___

- RH

EE22

133

2316

042

3833

5513

2.132

0512

6.2—

—65

6025

8.314

0055

.123

2891.

747

018

.527

98110

.233

0089

00—

12,20

072

7519

,621

—26

,896

6000

T - B

C232

_R__

_ - R

HEE

232

348

3320

4452

3355

132.1

3205

126.2

——

6560

258.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

9200

—12

,500

7275

20,28

3—

27,55

860

00T -

BC2

44_R

___ -

RHE

E24

436

635

6847

8533

5513

2.132

0512

6.2—

—65

6025

8.314

0055

.123

2891.

747

018

.527

98110

.233

0098

00—

13,10

072

7521,

605

—28

,881

6000

T - B

C260

_R__

_ - R

HEE

260

390

3728

4999

3355

132.1

3405

134.1

——

6760

266.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

10,20

0—

13,50

072

7522

,487

—29

,762

6000

T - B

C280

_R__

_ - R

HEE

280

420

4096

5493

3355

132.1

3405

134.1

——

6760

266.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3300

11,10

0—

14,40

072

7524

,471

—31,

747

6000

T - B

C296

_R__

_ - R

HEE

296

444

4240

5686

4605

181.3

3405

134.1

——

8010

315.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

4200

9500

—13

,700

9259

20,94

4—

30,20

360

00T -

BC3

12_R

___ -

RHE

E312

468

4472

5997

4605

181.3

3405

134.1

——

8010

315.4

1400

55.1

2328

91.7

470

18.5

2798

110.2

4200

9800

—14

,000

9259

21,60

5—

30,86

560

00T -

BC3

32_R

___ -

RHE

E33

249

847

6063

8346

05181

.340

0515

7.7—

—86

1033

9.014

0055

.123

2891.

747

018

.527

98110

.242

0011,0

00—

15,20

092

5924

,251

—33

,510

6000

T - B

C350

_R__

_ - R

HEE

350

525

5128

6877

4605

181.3

4005

157.7

——

8610

339.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

4200

11,700

—15

,900

9259

25,79

4—

35,05

360

00T -

BC3

68_R

___ -

RHEE

368

552

5272

7070

3405

134.1

4000

157.5

3205

126.2

10,61

0417

.714

0055

.123

2891.

747

018

.527

98110

.246

0072

0072

0019

,000

10,14

115

,873

15,87

341,

888

6000

T - B

C386

_R__

_ - RH

EE38

657

955

3674

2434

0513

4.140

0015

7.532

0512

6.210

,610

417.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

4600

7500

7500

19,60

010

,141

16,53

516

,535

43,21

160

00T -

BC4

06_R

___ -

RHE

E40

660

958

0877

8934

0513

4.140

0015

7.532

0512

6.210

,610

417.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

4600

7850

7850

20,30

010

,141

17,30

617,

306

44,75

460

00T-

BC4

26_R

___ -

RHE

E42

663

960

9681

7434

0513

4.140

0015

7.532

0512

6.210

,610

417.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

4600

8150

8150

20,90

010

,141

17,96

817,

968

46,07

760

00T-

BC4

48_R

___ -

RHE

E44

867

265

5287

8634

0513

4.140

0015

7.532

0512

6.210

,610

417.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

4600

8650

8650

21,90

010

,141

19,07

019

,070

48,28

160

00T -

BC4

70_R

___ -

RHE

E47

070

567

3690

3334

0513

4.140

0015

7.532

0512

6.210

,610

417.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

4750

8850

8850

22,45

010

,472

19,51

119

,511

49,49

460

00T -

BC4

94_R

___ -

RHE

E49

474

170

7294

8334

0513

4.140

0015

7.532

0512

6.210

,610

417.7

1400

55.1

2328

91.7

470

18.5

2798

110.2

4750

9200

9200

23,15

010

,472

20,28

320

,283

51,03

760

00T -

BC5

18_R

___ -

RHE

E51

877

774

2499

5536

05141

.940

0015

7.534

0513

4.111,0

1043

3.514

0055

.123

2891.

747

018

.527

98110

.247

5097

0097

0024

,150

10,47

221,

385

21,38

553

,242

6000

T - B

C544

_R__

_ - R

HEE

544

816

7960

10,67

436

05141

.940

0015

7.534

0513

4.111,0

1043

3.514

0055

.123

2891.

747

018

.527

98110

.247

5010

,300

10,30

025

,350

10,47

222

,708

22,70

855

,887



Powe

rFlex

6000

T Driv

e — H

eavy

Dut

y (UL

- IEC

Rate

d)

11000

V AC

Inpu

t/Out

put (

54 P

ulse C

onfig

urat

ion -

27 P

ower

Cell

s) -

50Hz

Heav

y Dut

yDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Weig

ht (l

bs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

T - B

C172

_S__

_ - SH

EE172

258

2712

3637

3605

141.9

3205

126.2

——

6810

268.1

1400

55.1

2328

91.7

470

18.5

2798

110.2

3650

8100

—11,7

5080

4717,

857

—25

,904

6000

T - B

C184

_S__

_ - SH

EE18

427

628

9638

8336

05141

.932

0512

6.2—

—68

1026

8.114

0055

.123

2891.

747

018

.527

98110

.236

5085

00—

12,15

080

4718

,739

—26

,786

6000

T - B

C200

_S__

_ - SH

EE20

030

032

1643

1336

05141

.932

0512

6.2—

—68

1026

8.114

0055

.123

2891.

747

018

.527

98110

.236

5093

00—

12,95

080

4720

,503

—28

,550

6000

T - B

C212

_S__

_ - SH

EE212

31833

4444

8436

05141

.932

0512

6.2—

—68

1026

8.114

0055

.123

2891.

747

018

.527

98110

.236

5096

00—

13,25

080

4721,

164

—29

,211

6000

T - B

C228

_S__

_ - SH

EE22

834

235

9248

1736

05141

.934

0513

4.1—

—70

1027

6.014

0055

.123

2891.

747

018

.527

98110

.236

5010

,200

—13

,850

8047

22,48

7—

30,53

460

00T -

BC2

44_S

___ -

SHEE

244

366

3928

5267

3605

141.9

3405

134.1

——

7010

276.0

1400

55.1

2328

91.7

470

18.5

2798

110.2

3650

11,10

0—

14,75

080

4724

,471

—32

,518

6000

T - B

C260

_S__

_ - SH

EE26

039

040

9654

9336

05141

.934

0513

4.1—

—70

1027

6.014

0055

.123

2891.

747

018

.527

98110

.236

5011,

500

—15

,150

8047

25,35

3—

33,40

060

00T -

BC2

80_S

___ -

SHEE

280

420

4504

6040

3605

141.9

4005

157.7

——

7610

276.0

1600

63.0

2328

91.7

470

18.5

2798

110.2

3650

13,10

0—

16,75

080

4728

,881

—36

,927

6000

T - B

C302

_S__

_ - SH

EE30

245

347

6863

9452

0520

4.940

0515

7.7—

—92

1042

5.614

0055

.123

2891.

747

018

.527

98110

.246

5011,

400

—16

,050

10,25

125

,133

—35

,384

6000

T - B

C326

_S__

_ - SH

EE32

648

951

4468

9830

05118

.346

0018

1.132

0512

6.610

,810

425.6

1400

55.1

2328

91.7

470

18.5

2798

110.2

4650

8100

6500

12,75

010

,251

17,85

717,

857

28,10

960

00T -

BC3

50_S

___ -

SHEE

350

525

5640

7563

3405

134.1

4600

181.1

3205

126.6

11,210

441.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

4650

8850

7050

13,50

010

,251

19,51

119

,511

29,76

260

00T -

BC3

80_S

___ -

SHEE

380

570

5992

8035

3405

134.1

4600

181.1

3205

126.6

11,210

441.3

1400

55.1

2328

91.7

470

18.5

2798

110.2

5050

9200

7400

14,25

011,

133

20,28

320

,283

31,416

6000

T - B

C412

_S__

_ - SH

EE412

61864

9687

1134

0513

4.146

0018

1.134

0513

4.111,

41044

9.214

0055

.123

2891.

747

018

.527

98110

.250

5099

5079

5015

,000

11,13

321,

936

21,93

633

,069

6000

T - B

C448

_S__

_ - SH

EE44

867

272

0896

6634

0513

4.146

0018

1.134

0513

4.111,

41044

9.214

0055

.123

2891.

747

018

.527

98110

.250

5010

,800

8700

15,85

011,

133

23,81

023

,810

34,94

360

00T -

BC4

80_S

___ -

SHEE

480

720

7568

10,14

934

0513

4.146

0018

1.140

0515

7.712

,010

472.8

1600

63.0

2328

91.7

470

18.5

2798

110.2

5200

11,30

0910

016

,500

11,46

424

,912

24,91

236

,376

6000

T - B

C512

_S__

_ - SH

EE51

276

880

7210

,825

3605

141.9

4600

181.1

4005

157.7

12,01

047

2.816

0063

.023

2891.

747

018

.527

98110

.252

0012

,100

9700

17,30

011,

464

26,67

626

,676

38,14

060

00T -

BC5

44_S

___ -

SHEE

544

81687

6011,7

4736

05141

.946

0018

1.140

0515

7.712

,010

472.8

1600

63.0

2328

91.7

470

18.5

2798

110.2

5200

13,00

010

,400

18,20

011,

464

28,66

028

,660

40,12

4



Powe

rFlex

6000

G Dr

ive Se

lectio

n

Powe

rFlex

6000

G Driv

e — N

orma

l Dut

y (UL

Rate

d)

6600

V In

put &

6300

/660

0V AC

Out

put (

36 P

ulse C

onfig

urat

ion -

18 P

ower

Cell

s) -

60Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Weig

ht (l

bs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

G - H

A31_J

6__ -

JHEU

3134

300

400

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2400

1920

—43

2052

9142

32—

9523

6000

G - H

A35_

J6__

- JH

EU35

3933

545

020

0078

.723

2091.

3—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.325

0019

20—

4420

5511

4232

—97

4360

00G

- HA3

9_J6

__ -

JHEU

3943

373

500

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2600

1920

—45

2057

3242

32—

9964

6000

G - H

A47_

J6__

- JH

EU47

5245

060

020

0078

.723

2091.

3—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.327

0019

20—

4620

5952

4232

—10

,184

6000

G - H

A54_

J6__

- JH

EU54

5952

270

020

0078

.723

2091.

3—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.328

0019

20—

4720

6172

4232

—10

,404

6000

G - H

A62_

J6__

- JH

EU62

6860

080

020

0078

.723

2091.

3—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.329

0019

20—

4820

6393

4232

—10

,625

6000

G - H

A69_

J6__

- JH

EU69

7667

090

020

0078

.723

2091.

3—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.330

0019

20—

4920

6613

4232

—10

,845

6000

G - H

A78_

J6__

- JH

EU78

8675

010

0020

0078

.723

2091.

3—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.3310

019

20—

5020

6834

4232

—11,0

6660

00G

- HA8

5_J6

__ -

JHEU

8594

820

1100

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

3200

1920

—51

2070

5442

32—

11,28

660

00G

- HA9

7_J6

__ -

JHEU

9710

793

312

5022

0086

.623

2091.

3—

—45

20177

.913

6253

.623

0090

.634

813

.726

4810

4.334

0019

20—

5320

7495

4232

—11,

727

6000

G - H

A100

_J6_

_ - JH

EU10

0110

970

1300

2200

86.6

2320

91.3

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

3550

1920

—54

7078

2642

32—

12,05

860

00G

- HA1

16_J

6__ -

JHEU

11612

8112

015

0022

0086

.623

2091.

3—

—45

20177

.913

6253

.623

0090

.634

813

.726

4810

4.336

5019

20—

5570

8046

4232

—12

,278

6000

G - H

A126

_J6_

_ - JH

EU12

613

912

2016

5022

0086

.623

2091.

3—

—45

20177

.913

6253

.623

0090

.634

813

.726

4810

4.338

5019

20—

5770

8487

4232

—12

,719

6000

G - H

A135

_J6_

_ - JH

EU13

514

913

00175

022

0086

.623

2091.

3—

—45

20177

.913

6253

.623

0090

.634

813

.726

4810

4.340

5019

20—

5970

8928

4232

—13

,160

6000

G - H

A155

_J6_

_ - JH

EU15

5171

1500

2000

2400

94.5

2800

110.2

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

4800

1360

—616

010

,582

2998

—13

,580

6000

G - H

A174

_J6_

_ - JH

EU174

19116

8022

5024

0094

.528

00110

.2—

—52

0020

4.713

6253

.623

0090

.634

813

.726

4810

4.349

0013

60—

6260

10,80

229

98—

13,80

060

00G

- HA1

82_J

6__ -

JHEU

182

200

1753

2350

2400

94.5

2800

110.2

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

5000

1740

—67

4011,0

2338

36—

14,85

960

00G

- HA2

00_J

6__ -

JHEU

200

220

1940

2600

2400

94.5

2800

110.2

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

6000

1740

—77

4013

,227

3836

—17,

063



Powe

rFlex

6000

G Driv

e — N

orma

l Dut

y (UL

- IEC

Rate

d)

7200

V In

put &

6900

V AC

Out

put (

36 P

ulse C

onfig

urat

ion -

18 P

ower

Cell

s) -

60Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Weig

ht (l

bs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

G - H

A31_L

6__ -

KHE

U31

34313

41720

0078

.723

2091.

33—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.324

0019

20—

4320

5291

4232

—95

2360

00G

- HA3

5_L6

__ -

KHEU

3539

349

469

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2500

1920

—44

2055

1142

32—

9743

6000

G - H

A39_

L6__

- KH

EU39

4338

952

120

0078

.723

2091.

33—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.326

0019

20—

4520

5732

4232

—99

6460

00G

- HA4

7_L6

__ -

KHEU

4752

469

625

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2700

1920

—46

2059

5242

32—

10,18

460

00G

- HA5

4_L6

__ -

KHEU

5459

544

729

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2800

1920

—47

20617

242

32—

10,40

460

00G

- HA6

2_L6

__ -

KHEU

6268

625

833

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2900

1920

—48

2063

9342

32—

10,62

560

00G

- HA6

9_L6

__ -

KHEU

6976

698

938

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

3000

1920

—49

2066

1342

32—

10,84

560

00G

- HA7

8_L6

__ -

KHEU

7886

781

1042

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

3100

1920

—50

2068

3442

32—

11,066

6000

G - H

A85_

L6__

- KH

EU85

9485

4114

620

0078

.723

2091.

33—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.332

0019

20—

5120

7054

4232

—11,

286

6000

G - H

A97_

L6__

- KH

EU97

107

972

1302

2200

86.6

2320

91.33

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

3400

1920

—53

2074

9542

32—

11,72

760

00G

- HA1

00_L

6__ -

KHE

U10

0110

1010

1354

2200

86.6

2320

91.33

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

3550

1920

—54

7078

2642

32—

12,05

860

00G

- HA1

16_L

6__ -

KHE

U116

128

1167

1563

2200

86.6

2320

91.33

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

3650

1920

—55

7080

4642

32—

12,27

860

00G

- HA1

26_L

6__ -

KHE

U12

613

912

71171

922

0086

.623

2091.

33—

—45

20177

.913

6253

.623

0090

.634

813

.726

4810

4.338

5019

20—

5770

8784

4232

—13

,016

6000

G - H

A135

_L6_

_ - K

HEU

135

149

1354

1823

2200

86.6

2320

91.33

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

4050

1920

—59

7089

2842

32—

13,16

060

00G

- HA1

55_L

6__ -

KHE

U15

5171

1563

2083

2400

94.5

2800

110.23

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

4800

1360

—616

010

,582

2998

—13

,580

6000

G - H

A174

_L6_

_ - K

HEU

174191

1750

2344

2400

94.5

2800

110.23

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

4900

1360

—62

6010

,802

2998

—13

,800

6000

G - H

A182

_L6_

_ - K

HEU

182

200

1826

2448

2400

94.5

2800

110.23

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

5000

1740

—67

4011,0

2338

36—

14,85

960

00G

- HA2

00_L

6__ -

KHE

U20

022

020

2127

0824

0094

.528

00110

.23—

—52

0020

4.713

6253

.623

0090

.634

813

.726

4810

4.360

00174

0—

7740

13,22

738

36—

17,06

3



Powe

rFlex

6000

G Driv

e — N

orma

l Dut

y (IEC

Rate

d)

1000

0V AC

Inpu

t/Out

put (

48 P

ulse C

onfig

urat

ion -

24 P

ower

Cell

s) -

50Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Weig

ht (l

bs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

G - H

A15_

R___

- R_

_E15

1720

026

820

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.220

00174

0—

3740

4409

3836

—82

4560

00G

- HA1

6_R_

__ -

R__E

1618

225

302

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2100

1740

—38

4046

3038

36—

8466

6000

G - H

A18_

R___

- R_

_E18

2025

033

520

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.222

00174

0—

3940

4850

3836

—86

8660

00G

- HA2

0_R_

__ -

R__E

2022

280

375

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2300

1740

—40

4050

7138

36—

8907

6000

G - H

A24_

R___

- R_

_E24

26315

422

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2400

1740

—414

052

9138

36—

9127

6000

G - H

A26_

R___

- R_

_E26

2935

547

620

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.225

00174

0—

4240

5512

3836

—93

4860

00G

- HA3

0_R_

__ -

R__E

3033

400

536

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2600

1740

—43

4057

3238

36—

9568

6000

G - H

A33_

R___

- R_

_E33

3645

060

320

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.227

00174

0—

4440

5952

3836

—97

8960

00G

- HA3

6_R_

__ -

R__E

3640

500

671

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2800

1740

—45

4061

7338

36—

10,00

960

00G

- HA4

1_R__

_ - R

__E

4145

560

751

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2900

1740

—46

4063

9338

36—

10,22

960

00G

- HA4

8_R_

__ -

R__E

4853

630

845

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

3000

1740

—47

4066

1438

36—

10,45

060

00G

- HA5

4_R_

__ -

R__E

5459

71095

220

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.2310

0174

0—

4840

6834

3836

—10

,670

6000

G - H

A60_

R___

- R_

_E60

6680

010

7320

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.232

00174

0—

4940

7055

3836

—10

,891

6000

G - H

A66_

R___

- R_

_E66

7390

012

0722

0086

.624

0094

.5—

—46

0018

1.113

6253

.624

0094

.534

813

.727

4810

8.233

00174

0—

5040

7275

3836

—11,

11160

00G

- HA7

5_R_

__ -

R__E

7583

1000

1341

2200

86.6

2400

94.5

——

4600

181.1

1362

53.6

2400

94.5

348

13.7

2748

108.2

3400

1740

—51

4074

9638

36—

11,33

260

00G

- HA8

4_R_

__ -

R__E

8492

1120

1502

2200

86.6

2400

94.5

——

4600

181.1

1362

53.6

2400

94.5

348

13.7

2748

108.2

3600

1740

—53

4079

3738

36—

11,773

6000

G - H

A96_

R___

- R_

_E96

106

1250

1676

2200

86.6

2400

94.5

——

4600

181.1

1362

53.6

2400

94.5

348

13.7

2748

108.2

3800

1740

—55

4083

7838

36—

12,21

460

00G

- HA1

08_R

___ -

R__E

108

11914

0018

7722

0086

.624

0094

.5—

—46

0018

1.113

6253

.624

0094

.534

813

.727

4810

8.240

00174

0—

5740

8818

3836

—12

,655

6000

G - H

A120

_R__

_ - R

__E

120

132

1600

2146

2200

86.6

2400

94.5

——

4600

181.1

1362

53.6

2400

94.5

348

13.7

2748

108.2

4200

1740

—59

4092

5938

36—

13,09

560

00G

- HA1

38_R

___ -

R__

E13

815

218

0024

1422

0086

.624

0094

.5—

—46

0018

1.113

6253

.624

0094

.534

813

.727

4810

8.248

00174

0—

6540

10,58

238

36—

14,41

860

00G

- HA1

50_R

___ -

R__

E15

016

520

0026

8222

0086

.624

0094

.5—

—46

0018

1.113

6253

.624

0094

.538

015

.027

8010

9.450

00174

0—

6740

11,023

3836

—14

,859

6000

G - H

A168

_R__

_ - R

__E

168

185

2250

3017

2400

94.5

4140

163.0

——

6540

257.5

1362

53.6

2400

94.5

380

15.0

2780

109.4

5200

3210

—84

1011,

464

7077

—18

,541

6000

G - H

A180

_R__

_ - R_

_E18

019

824

0032

1824

0094

.5414

016

3.0—

—65

4025

7.513

6253

.624

0094

.538

015

.027

8010

9.454

0032

10—

8610

11,90

570

77—

18,98

260

00G

- HA1

92_R

___ -

R__

E19

2211

2500

3353

2400

94.5

4140

163.0

——

6540

257.5

1362

53.6

2400

94.5

380

15.0

2780

109.4

5650

3210

—88

6012

,456

7077

—19

,533

6000

G - H

A200

_R__

_ - R

__E

200

220

2800

3755

2400

94.5

4140

163.0

——

6540

257.5

1362

53.6

2400

94.5

380

15.0

2780

109.4

5800

3210

—90

1012

,787

7077

—19

,864



Powe

rFlex

6000

G Driv

e — N

orma

l Dut

y (IEC

Rate

d)

11000

V AC

Inpu

t/Out

put (

54 P

ulse C

onfig

urat

ion -

27 P

ower

Cell

s) -

50Hz

Norm

al Du

tyDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Weig

ht (l

bs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

G - H

A15_

S___

- S_

_E15

1722

029

520

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.220

00174

0—

3740

4409

3836

—82

4560

00G

- HA1

6_S_

__ -

S__E

1618

247

331

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2100

1740

—38

4046

3038

36—

8466

6000

G - H

A18_

S___

- S_

_E18

2027

536

920

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.222

00174

0—

3940

4850

3836

—86

8660

00G

- HA2

0_S_

__ -

S__E

2022

308

41320

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.223

00174

0—

4040

5071

3836

—89

0760

00G

- HA2

4_S_

__ -

S__E

2426

346

464

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2400

1740

—414

052

9138

36—

9127

6000

G - H

A26_

S___

- S_

_E26

2939

052

320

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.225

00174

0—

4240

5512

3836

—93

4860

00G

- HA3

0_S_

__ -

S__E

3033

440

590

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2600

1740

—43

4057

3238

36—

9568

6000

G - H

A33_

S___

- S_

_E33

3649

566

420

0078

.724

0094

.5—

—44

00173

.213

6253

.624

0094

.534

813

.727

4810

8.227

00174

0—

4440

5952

3836

—97

8960

00G

- HA3

6_S_

__ -

S__E

3640

550

738

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2800

1740

—45

4061

7338

36—

10,00

960

00G

- HA4

1_S__

_ - S_

_E41

45616

826

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

2900

1740

—46

4063

9338

36—

10,22

960

00G

- HA4

8_S_

__ -

S__E

4853

693

929

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

3000

1740

—47

4066

1438

36—

10,45

060

00G

- HA5

4_S_

__ -

S__E

5459

781

1047

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

3100

1740

—48

4068

3438

36—

10,67

060

00G

- HA6

0_S_

__ -

S__E

6066

880

1180

2000

78.7

2400

94.5

——

4400

173.2

1362

53.6

2400

94.5

348

13.7

2748

108.2

3200

1740

—49

4070

5538

36—

10,89

160

00G

- HA6

6_S_

__ -

S__E

6673

990

1328

2200

86.6

2400

94.5

——

4600

181.1

1362

53.6

2400

94.5

348

13.7

2748

108.2

3300

1740

—50

4072

7538

36—

11,111

6000

G - H

A75_

S___

- S_

_E75

83110

0147

522

0086

.624

0094

.5—

—46

0018

1.113

6253

.624

0094

.534

813

.727

4810

8.234

00174

0—

5140

7496

3836

—11,

332

6000

G - H

A84_

S___

- S_

_E84

9212

3216

5222

0086

.624

0094

.5—

—46

0018

1.113

6253

.624

0094

.534

813

.727

4810

8.236

00174

0—

5340

7937

3836

—11,7

7360

00G

- HA9

6_S_

__ -

S__E

9610

614

0018

7722

0086

.624

0094

.5—

—46

0018

1.113

6253

.624

0094

.534

813

.727

4810

8.238

00174

0—

5540

8378

3836

—12

,214

6000

G - H

A108

_S__

_ - S_

_E10

8119

1600

2146

2200

86.6

2400

94.5

——

4600

181.1

1362

53.6

2400

94.5

348

13.7

2748

108.2

4000

1740

—57

4088

1838

36—

12,65

560

00G

- HA1

20_S

___ -

S__E

120

132

1800

2414

2200

86.6

2400

94.5

——

4600

181.1

1362

53.6

2400

94.5

348

13.7

2748

108.2

4200

1740

—59

4092

5938

36—

13,09

560

00G

- HA1

38_S

___ -

S__E

138

152

2000

2682

2200

86.6

2400

94.5

——

4600

181.1

1362

53.6

2400

94.5

348

13.7

2748

108.2

4800

1740

—65

4010

,582

3836

—14

,418

6000

G - H

A150

_S__

_ - S_

_E15

016

522

5030

1722

0086

.624

0094

.5—

—46

0018

1.113

6253

.624

0094

.538

015

.027

8010

9.450

00174

0—

6740

11,023

3836

—14

,859

6000

G - H

A168

_S__

_ - S_

_E16

818

524

0032

1824

0094

.5414

016

3.0—

—65

4025

7.513

6253

.624

0094

.538

015

.027

8010

9.452

0032

10—

8410

11,46

470

77—

18,45

160

00G

- HA1

80_S

___ -

S__E

180

198

2500

3353

2400

94.5

4140

163.0

——

6540

257.5

1362

53.6

2400

94.5

380

15.0

2780

109.4

5400

3210

—86

1011,

905

7077

—18

,982

6000

G - H

A192

_S__

_ - S_

_E19

2211

2800

3755

2400

94.5

4140

163.0

——

6540

257.5

1362

53.6

2400

94.5

380

15.0

2780

109.4

5650

3210

—88

6012

,456

7077

—19

,533

6000

G - H

A200

_S__

_ - S_

_E20

022

030

0040

2324

0094

.5414

016

3.0—

—65

4025

7.513

6253

.624

0094

.538

015

.027

8010

9.458

0032

10—

9010

12,78

770

77—

19,86

4



Powe

rFlex

6000

G Driv

e — H

eavy

Dut

y (UL

Rate

d)

6600

V In

put &

6300

/660

0V AC

Out

put (

36 P

ulse C

onfig

urat

ion -

18 P

ower

Cell

s) -

60Hz

Heav

y Dut

yDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Wei

ght (

lbs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plic

able)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

G - H

C25_

J6__

- JH

EU25

3824

032

020

0078

.723

2091.

3—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.324

0019

20—

4320

5291

4232

—95

2360

00G

- HC2

8_J6

__ -

JHEU

2842

268

360

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2500

1920

—44

2055

1142

32—

9743

6000

G - H

C31_J

6__ -

JHEU

3147

298

400

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2600

1920

—45

2057

3242

32—

9964

6000

G - H

C38_

J6__

- JH

EU38

5736

048

020

0078

.723

2091.

3—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.327

0019

20—

4620

5952

4232

—10

,184

6000

G - H

C43_

J6__

- JH

EU43

65418

560

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2800

1920

—47

20617

242

32—

10,40

460

00G

- HC5

0_J6

__ -

JHEU

5075

480

640

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2900

1920

—48

2063

9342

32—

10,62

560

00G

- HC5

5_J6

__ -

JHEU

5583

536

720

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

3000

1920

—49

2066

1342

32—

10,84

560

00G

- HC6

2_J6

__ -

JHEU

6293

600

800

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

3100

1920

—50

2068

3442

32—

11,066

6000

G - H

C68_

J6__

- JH

EU68

102

656

880

2000

78.7

2320

91.3

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

3200

1920

—51

2070

5442

32—

11,28

660

00G

- HC7

8_J6

__ -

JHEU

78117

746

1000

2200

86.6

2320

91.3

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

3400

1920

—53

2074

9542

32—

11,72

760

00G

- HC8

0_J6

__ -

JHEU

8012

077

610

4022

0086

.623

2091.

3—

—45

20177

.913

6253

.623

0090

.634

813

.726

4810

4.335

5019

20—

5470

7826

4232

—12

,058

6000

G - H

C93_

J6__

- JH

EU93

140

896

1200

2200

86.6

2320

91.3

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

3650

1920

—55

7080

4642

32—

12,27

860

00G

- HC1

01_J

6__ -

JHEU

101

152

976

1320

2200

86.6

2320

91.3

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

3850

1920

—57

7084

8742

32—

12,71

960

00G

- HC1

08_J

6__ -

JHEU

108

162

1040

1400

2200

86.6

2320

91.3

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

4050

1920

—59

7089

2842

32—

13,16

060

00G

- HC1

24_J

6__ -

JHEU

124

186

1200

1600

2400

94.5

2800

110.2

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

4800

1360

—61

6010

,582

2998

—13

,580

6000

G - H

C139

_J6_

_ - JH

EU13

920

913

4418

0024

0094

.528

00110

.2—

—52

0024

0.713

6253

.623

0090

.634

813

.726

4810

4.349

0013

60—

6260

10,80

229

98—

13,80

060

00G

- HC1

46_J

6__ -

JHEU

146

21914

0218

8024

0094

.528

00110

.2—

—52

0020

4.713

6253

.623

0090

.634

813

.726

4810

4.350

00174

0—

6740

11,023

3836

—14

,859

6000

G - H

C160

_J6_

_ - JH

EU16

024

015

5220

8024

0094

.528

00110

.2—

—52

0024

0.713

6253

.623

0090

.634

813

.726

4810

4.360

00174

0—

7740

13,22

738

36—

17,06

3



Powe

rFlex

6000

G Driv

e — H

eavy

Dut

y (UL

- IEC

Rate

d)

7200

V In

put &

6900

V AC

Out

put (

36 P

ulse C

onfig

urat

ion -

18 P

ower

Cell

s) -

60Hz

Heav

y Dut

yDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Weig

ht (l

bs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

W2

W3

(whe

reap

plica

ble)

WD

H1H2

H

Cont

inuo

us1 m

in.

kWHp

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

mm

Inch

esm

mIn

ches

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

W1

W2

W3

(whe

reap

plica

ble)

Tota

lWe

ight

6000

G - H

C25_

L6__

- KH

EU25

3825

033

420

0078

.723

2091.

33—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.324

0019

20—

4320

5291

4232

—95

2360

00G

- HC2

8_L6

__ -

KHEU

2842

279

375

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2500

1920

—44

2055

1142

32—

9743

6000

G - H

C31_L

6__ -

KHE

U31

47311

41720

0078

.723

2091.

33—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.326

0019

20—

4520

5732

4232

—99

6460

00G

- HC3

8_L6

__ -

KHEU

3857

375

500

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2700

1920

—46

2059

5242

32—

10,18

460

00G

- HC4

3_L6

__ -

KHEU

4365

435

583

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2800

1920

—47

20617

242

32—

10,40

460

00G

- HC5

0_L6

__ -

KHEU

5075

500

666

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

2900

1920

—48

2063

9342

32—

10,62

560

00G

- HC5

5_L6

__ -

KHEU

5583

558

750

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

3000

1920

—49

2066

1342

32—

10,84

560

00G

- HC6

2_L6

__ -

KHEU

6293

625

834

2000

78.7

2320

91.33

——

4320

170.1

1362

53.6

2300

90.6

348

13.7

2648

104.3

3100

1920

—50

2068

3442

32—

11,066

6000

G - H

C68_

L6__

- KH

EU68

102

683

91720

0078

.723

2091.

33—

—43

20170

.113

6253

.623

0090

.634

813

.726

4810

4.332

0019

20—

5120

7054

4232

—11,

286

6000

G - H

C78_

L6__

- KH

EU78

11777

810

4222

0086

.623

2091.

33—

—45

20177

.913

6253

.623

0090

.634

813

.726

4810

4.334

0019

20—

5320

7495

4232

—11,

727

6000

G - H

C80_

L6__

- KH

EU80

120

808

1083

2200

86.6

2320

91.33

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

3550

1920

—54

7078

2642

32—

12,05

860

00G

- HC9

3_L6

__ -

KHEU

9314

093

412

5022

0086

.623

2091.

33—

—45

20177

.913

6253

.623

0090

.634

813

.726

4810

4.336

5019

20—

5570

8046

4232

—12

,278

6000

G - H

C101

_L6_

_ - K

HEU

101

152

1017

1375

2200

86.6

2320

91.33

——

4520

177.9

1362

53.6

2300

90.6

348

13.7

2648

104.3

3850

1920

—57

7087

8442

32—

13,01

660

00G

- HC1

08_L

6__ -

KHE

U10

816

210

8314

5822

0086

.623

2091.

33—

—45

20177

.913

6253

.623

0090

.634

813

.726

4810

4.340

5019

20—

5970

8982

4232

—13

,160

6000

G - H

C124

_L6_

_ - K

HEU

124

186

1250

1666

2400

94.5

2800

110.23

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

4800

1360

—616

010

,582

2998

—13

,580

6000

G - H

C139

_L6_

_ - K

HEU

139

209

1400

1875

2400

94.5

2800

110.23

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

4900

1360

—62

6010

,802

2998

—13

,800

6000

G - H

C146

_L6_

_ - K

HEU

146

21914

6119

5824

0094

.528

00110

.23—

—52

0020

4.713

6253

.623

0090

.634

813

.726

4810

4.350

00174

0—

6740

11,023

3836

—14

,859

6000

G - H

C160

_L6_

_ - K

HEU

160

240

1617

2166

2400

94.5

2800

110.23

——

5200

204.7

1362

53.6

2300

90.6

348

13.7

2648

104.3

6000

1740

—77

4013

,227

3836

—17,

063



Powe

rFlex

6000

G Driv

e — H

eavy

Dut

y (IEC

Rate

d)

1000

0V AC

Inpu

t/Out

put (

48 P

ulse C

onfig

urat

ion -

24 P

ower

Cell

s) -

50Hz

Heav

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yDi

men

sions

(WxD

xH)

Base

Driv

e Wei

ght (

kg)

Base

Driv

e Weig

ht (l

bs)

Base

Cat

alog

Num

ber

Outp

ut A

mps

Typi

cal M

otor

Powe

r Rat

ing

Wid

thW

idth

Wid

thW

idth

Dept

hHe

ight

Heig

htHe

ight

W1

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Cable Considerations

A variety of cable types are acceptable for drive installations. Follow applicable local codes to determine power and motor cable conductor size and quantity. For detailed information on cable installation, see the installation instructions for your drive, which are listed in the Additional Resources on page 53.

Power Wiring Considerations

Incoming line power cable ratings are shown on the Electrical Drawings and reflect what would typically be supplied, based on line voltage rating. All voltage ratings for outgoing motor cables that are shown are line-to-ground rated power-frequency voltages and line-to-line power-frequency voltages.

Select cables of appropriate voltage classes when the incoming line grid-side voltage class differs from the outgoing line motor-side voltage class. Standard power cable ratings commercially available can vary in different regions around the world. Cable must meet the minimum line-to-ground and line-to-line requirements.

Use fire retardant cables for the drive input/output connections.

Shielded or unshielded cable can be used based on the criteria that are considered by the distribution system designer and national and local electrical codes.

Cable Insulation Requirements for Outgoing Motor Cables

System Voltage (V, RMS)

Cable Insulation Rating (kV) - Motor SideLine-to-Ground Rated Power

Frequency Voltage UoLine-to-Line Rated Power

Frequency Voltage U2300 ≥1.7 ≥2.82400 ≥1.7 ≥2.83000 ≥2.3 ≥3.93300 ≥2.3 ≥3.94000 ≥2.8 ≥4.84160 ≥2.8 ≥4.86000 ≥4.0 ≥6.96300 ≥4.5 ≥7.86600 ≥4.5 ≥7.86900 ≥4.8 ≥8.3

10,000 ≥6.4 ≥11.111,000 ≥7.2 ≥12.5

IMPORTANT Follow the recommended field power cabling insulation levels to help ensure trouble-free startup and operation. The cable insulation level must be increased over that which would be supplied for an across-the-line application with the same rated line-to-line voltage.

IMPORTANT PowerFlex 6000 drives are able to operate motors if the cable length is less than 800 m (2624 ft). When the cable length is longer than 800 m (2624 ft), an assessment is required. This does not necessarily mean that an output filter is required.Configurations can be provided for longer cable distances but must be specified at the time of order.



Motor Cable Sizing

Voltage drop in motor leads may adversely affect motor starting and running performance. Installation and application requirements may dictate that larger wire sizes than indicated in national and local electrical codes are used.

Wire sizes must be selected individually, observing all applicable safety and national and local electrical codes. The minimum permissible wire size does not necessarily result in the best operating economy. The minimum recommended size for the wires between the drive and the motor is the same as that used if a main voltage source connection to the motor was used. The distance between the drive and motor can affect the size of the conductors used.

Consult the Electrical Drawings and appropriate national and local electrical codes to determine correct power wiring. If assistance is needed, contact your local Rockwell Automation Sales Office.

Control Signal Wiring Considerations

Use shielded cables for all analog and digital control cables. Steel conduit or a cable tray can be used for all PowerFlex 6000 drive power or control wiring; however, use only steel conduit for all signal wiring.

General Wire Categories

Each category has an associated wire group number that is used to identify the required wire. Application and signal examples, along with the recommended type of cable for each group, are provided. A matrix providing the recommended minimum spacing between different wire groups that run in the same tray or in a separate conduit is also provided.

General Wire Categories - PowerFlex 6000T Drives

Conductors Category Voltage Class Signal Examples Recommended Cable Conductors Group Notes

Customers Control Power <240V AC 120V or 220V, 1Ø Per IEC / NEC, Local codes and application requirements Tray or Conduit Should only be run with 120

or 240 digital control

Digital I/O<240V AC Dry Contact Relay

Logic OutputsPer IEC / NEC, Local codes and application requirements Tray or Conduit Should only be run with

Control Power

24V DC POD I/O or Dry Contact Relay Logic Output

Per IEC / NEC, Local codes and application requirements Tray or Conduit Can be run with Small Signal

Small SignalAnalog Signals 4…20 mA, ±10V

Belden 8760(1)

Belden 8770(2)

Belden 9460(1)

(1) 18 AWG, twisted-pair, shielded(2) 18 AWG, 3 conductor, shielded

Tray or ConduitCan be run with 24V DC digital I/O

Communications Ethernet, Internal Drive Link(3)

(3) Internal Drive Link Communication — The recommended cable to use is AB 1485C-P1Cxxx, where xxx is the length of the cable on the spool (Belden type YR 39660).

CAT 5E Tray or Conduit



Line and Load Cable Sizes

The data in the following tables are informative only; do not base final design criteria solely on this data. Follow national and local installation codes, industry best practices, and cable manufacturer recommendations. As cabling methods can vary widely, maximum cables sizes do not account for the size of the conduit hub.

Maximum Size and Number of Incoming Cables Considerations

The cable sizing information in the following tables are based on overall dimensions of compact-stranded three-conductor shielded cable (common for industrial cable tray installations). Maximum sizing stated accounts for minimum rated cable insulation requirements and the next higher-rated cable (that is, 8 kV is not commercially available in many areas of the world, therefore Rockwell Automation provides an 8 kV (minimum rating) and a 15 kV rating, when applicable. Enclosure openings accommodate the thicker insulation on the higher-rated cable. IEC ratings show the equivalent to the NEMA sizes. The exact cable mm2 size that is shown is not commercially available in many cases; use the next smaller standard size.

Minimum cable bend radius recommendations vary by national codes, cable type, and cable size. Consult local codes for guidelines and requirements. General relationship of cable diameter to bend radius is typically between 7x…12x (for example, if the cable diameter is 1 in. [2.54 cm] the minimum bend radius could range between 7…12 in. [18.8…30.48 cm]).

As cabling methods can vary widely, maximum cable sizes that are shown do not account for the size of the conduit hub. Verify the size of conduit hubs against the drive enclosure opening sizes listed in the tables on page 45 and 46.

General Wire Categories - PowerFlex 6000G Drives

Conductors Category

Conductors Group Machine With Signal Examples Recommended Cable Conductors

GroupPower Suppliesmm (in.)

Controlmm (in.) To Controller

Power Supplies 1 AC power supply (TO 600V AC) 120V or 220V, 1Ø

Per IEC / NEC, Local codes and application requirements

Tray 228.6 (9.00) 152.4 (6.00)

All signal wiring must be run in separate steel conduit.A wire tray is not suitable.The minimum spacing between conduits containing different wire groups is 76.2 mm (3 in.).

Control

2 220V AC or 220V DC Logic

Relay LogicController I/O


Tray 228.6 (9.00) 152.4 (6.00)

3 24V AC or 24V DC logic Controller I/O


Tray 228.6 (9.00 152.4 (6.00)

To Controller

4 Analog Signal DC supply 5...24V DC Supplies

Belden 8760(1)

Belden 8770(2)

Belden 9460(1)

(1) 18 AWG, twisted-pair, shielded(2) 18 AWG, 3 conductor, shielded

All signal wiring must be run in separate steel conduit.A wire tray is not suitable.The minimum spacing between conduits containing different wire groups is 76.2 mm (3 in.).5 Digital circuit

(high speed)

Pulse train input encoderController communication

Belden 8760(1)

Belden 9460(1)

Belden 9463(3)

(3) 24 AWG, twisted-pair, shielded



Line and Load Cable Sizes for A-frame Drives (IEC) - PowerFlex 6000T Drives

Description Drive EnclosureMax Size and No. Incoming Cables: IEC

Motor V Frequency Entry Opening mm (in.)

Maximum Line Cable Sizes

3000V 50 HzTop 435 x 300 (17.1 x 11.8)

203 mm² 6.6 kV/phaseBottom 220 x 143 (8.7 x 5.6)

3300V 50 HzTop 435 x 300 (17.1 x 11.8)


4000/4160V 50/60 HzTop 435 x 300 (17.1 x 11.8)


6000V 50 Hz Top 200 x 250 (7.87 x 9.84) 240 mm² (500 AWG) 8 kV or 240 mm² (500 AWG) 15 kV/phase

6300/6600V 50 Hz Bottom 170 x 400 (6.69 x 15.74) 240 mm² (500 AWG) 8 kV or 240 mm² (500 AWG) 15 kV/phase

Maximum Load Cable Sizes

3000V 50/60 HzTop 435 x 300 (17.1 x 11.8)


3300V 50/60 HzTop 435 x 300 (17.1 x 11.8)


4000/4160V 50/60 HzTop 435 x 300 (17.1 x 11.8)


6000V 50 Hz Top 200 x 250 (7.87 x 9.84) 240 mm² (500 AWG) 8 kV6300/6600V 50 Hz Bottom 170 x 400 (6.69 x 15.74) 240 mm² (500 AWG) 8 kV

Line and Load Cable Sizes for A-frame Drives (UL) - PowerFlex 6000T Drives

Description Drive EnclosureMax Size and No. Incoming Cables: IEC

Motor V Frequency Entry Opening mm (in.)


2300/2400V 60 HzTop 435 x 300 (17.1 x 11.8)

203 mm² (400 AWG) 6.6 kV/phaseBottom 220 x 143 (8.7 x 5.6)

4000/4160V 50/60 HzTop 435 x 300 (17.1 x 11.8)



2300/2400V 60 HzTop 435 x 300 (17.1 x 11.8)


4000/4160V 50/60 HzTop 435 x 300 (17.1 x 11.8)


Line and Load Cable Sizes for B-frame Drives (IEC and UL) - PowerFlex 6000T Drives

Description Drive EnclosureOpening mm (in.) Max Size and No. Incoming Cables

Motor V Frequency


2400V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 5 kV or 608 mm² (1200 kcmil) 8 kV/phase3000V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 5 kV or 608 mm² (1200 kcmil) 8 kV/phase3300V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 5 kV or 608 mm² (1200 kcmil) 8 kV/phase4160V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 5 kV or 608 mm² (1200 kcmil) 8 kV/phase6000V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 8 kV or 608 mm² (1200 kcmil) 15 kV/phase6600V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 8 kV or 608 mm² (1200 kcmil) 15 kV/phase7200V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 8 kV or 608 mm² (1200 kcmil) 15 kV/phase10,000V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 15 kV/phase11,000V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 15 kV/phase




2300/2400V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 5 kV or 608 mm² (1200 kcmil) 8 kV/phase3000V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 5 kV or 608 mm² (1200 kcmil) 8 kV/phase3300V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 5 kV or 608 mm² (1200 kcmil) 8 kV/phase4000/4160V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 5 kV or 608 mm² (1200 kcmil) 8 kV/phase6000V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 8 kV or 608 mm² (1200 kcmil) 15 kV/phase6300/6600V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 8 kV or 608 mm² (1200 kcmil) 15 kV/phase6900V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 8 kV or 608 mm² (1200 kcmil) 15 kV/phase10,000V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 15 kV/phase11,000V 50/60 Hz 138 x 138 (5.4 x 5.4) 608 mm² (1200 kcmil) 15 kV/phase

Line and Load Cable Sizes for H-frame Drives (IEC) - PowerFlex 6000G Drives

Description Drive EnclosureOpening mm (in.) Max Size and No. Incoming Cables: IEC

Motor V Frequency


3000V 50/60 Hz 110 (4.33) 300 mm² 5 kV or 240 mm² 8 kV/phase3300V 50/60 Hz 110 (4.33) 300 mm² 5 kV or 240 mm² 8 kV/phase6000V 50/60 Hz 110 (4.33) 240 mm² 8 kV or 185 mm² 15 kV/phase6600V 50/60 Hz 110 (4.33) 240 mm² 8 kV or 185 mm² 15 kV/phase10,000V 50/60 Hz 110 (4.33) 185 mm² 15 kV/phase11,000V 50/60 Hz 110 (4.33) 185 mm² 15 kV/phase


3000V 50/60 Hz 110 (4.33) 300 mm² 5 kV or 240 mm² 8 kV/phase3300V 50/60 Hz 110 (4.33) 300 mm² 5 kV or 240 mm² 8 kV/phase6000V 50/60 Hz 110 (4.33) 240 mm² 8 kV or 185 mm² 15 kV/phase6600V 50/60 Hz 110 (4.33) 240 mm² 8 kV or 185 mm² 15 kV/phase10,000V 50/60 Hz 110 (4.33) 185 mm² 15 kV/phase11,000V 50/60 Hz 110 (4.33) 185 mm² 15 kV/phase

Line and Load Cable Sizes for H-frame Drives (UL) - PowerFlex 6000G Drives

Description Drive EnclosureOpening mm (in.) Max Size and No. Incoming Cables: IEC

Motor V Frequency


2300/2400V 50/60 Hz 1150 x 200 (45.3 x 7.9) 300 mm² (600 AWG) 5 kV or 240 mm² (500 AWG) 8 kV/phase4000/4160V 50/60 Hz 1150 x 200 (45.3 x 7.9) 300 mm² (600 AWG) 5 kV or 240 mm² (500 AWG) 8 kV/phase6000V 50/60 Hz 1150 x 200 (45.3 x 7.9) 240 mm² (500 AWG) 8 kV or 185 mm² (350 AWG)15 kV/phase6300V 50/60 Hz 1150 x 200 (45.3 x 7.9) 240 mm² (500 AWG) 8 kV or 185 mm² (350 AWG)15 kV/phase6600V 50/60 Hz 1150 x 200 (45.3 x 7.9) 240 mm² (500 AWG) 8 kV or 185 mm² (350 AWG)15 kV/phase


2300/2400V 50/60 Hz 1150 x 200 (45.3 x 7.9) 300 mm² (600 AWG) 5 kV or 240 mm² (500 AWG) 8 kV/phase4000/4160V 50/60 Hz 1150 x 200 (45.3 x 7.9) 300 mm² (600 AWG) 5 kV or 240 mm² (500 AWG) 8 kV/phase6000V 50/60 Hz 1150 x 200 (45.3 x 7.9) 240 mm² (500 AWG) 8 kV or 185 mm² (350 AWG)15 kV/phase6300V 50/60 Hz 1150 x 200 (45.3 x 7.9) 240 mm² (500 AWG) 8 kV or 185 mm² (350 AWG)15 kV/phase6600V 50/60 Hz 1150 x 200 (45.3 x 7.9) 240 mm² (500 AWG) 8 kV or 185 mm² (350 AWG)15 kV/phase

Line and Load Cable Sizes for B-frame Drives (IEC and UL) - PowerFlex 6000T Drives (Continued)

Description Drive EnclosureOpening mm (in.) Max Size and No. Incoming Cables

Motor V Frequency



Selecting an Encoder (optional)

An encoder is required under the following conditions:1. When speed regulation accuracy must be between 0.01…0.02% of nominal speed.2. When continuous running speed is greater than or equal to 0.1 Hz, but less than 6 Hz.3. For minimizing restart times using the Flying Start capability in forward or reverse direction.

Take note of the following when using an encoder:1. Speed Regulation is based on % of motor synchronous speed.2. Mount the encoder on the AC machine.3. Operational 15V DC power supply mounted in drive to power the encoder as a standard option with the encoder feedback card.4. User is responsible for providing and mounting the encoder.5. Sleeve bearing motors require the encoder to have an axial movement tolerance.6. Recommended encoders are the shaft mounting type; examples are the Avtron 585 and 685 models, or the Northstar (Lakeshore) RIM

Tach HS85. Magneto resistive models are more adaptable to harsh environments.7. When installing an encoder, the encoder body and electronics must be isolated from ground (options available from the encoder

manufacturer to accomplish this).8. When cable lengths exceed 1000 ft. (305 m) for the Northstar encoder, or 2000 ft. (610 m) for the Avtron encoder, consult the factory.9. Consult User’s Manual for detailed instructions.

The following table lists the type of encoders that the PowerFlex 6000 drive supports, based on Universal Feedback Board selection. The drive supports up to 1024 ppr encoders.

PowerFlex 6000T Drives Speed Regulation

OptionFrequency Output

<6 Hz 6…15 Hz >6 HzWithout Encoder 0.10% 0.10% 0.10%With Encoder 0.01% 0.01% 0.01%

Encoder Selection

Recommended Encoder pprMotor rpm Encoder ppr

3600 6003000 6001800 10241500 10241200 20481000 2048900 2048720 2048600 2048

Encoder Specifications

Encoder Type Single EncoderBoard

Dual EncoderBoard

Universal FeedbackBoard

5V (TTL) Incremental Quadrature Encoders with and without pulse Yes Yes Yes5V (HTL) Incremental Quadrature Encoders with and without pulse Yes Yes NoOpen Collector Incremental Quadrature Encoders No No NoOpen Emitter Incremental Quadrature Encoders No No NoEnDat Sine Cosine (Heidenhain) No No YesHiperface Sine Cosine (Stegmann) No No YesBiSS Encoder with Sine Cosine No No Yes



Drive Torque Capabilities

PowerFlex 6000 drives have been tested on a dynamometer to verify performance under locked rotor, accelerating, and low speed-high torque conditions. The following table shows the drive torque capabilities as a percent of motor rated torque, independent of drive momentary overload conditions.

SSI Encoder with Sine Cosine No No YesSSI Full Digital No No YesEnDat Full Digital No No YesBiSS Full Digital No No YesGeneric Sine Cosine No No YesLinear Temposonics Encoder No No YesLinear Stahltronic - Pepperl+Fuchs No No YesLinear Encoders with SSI Interfaces No No YesStegmann Hiperface DSL Encoders No No YesTransmitter Type Resolvers No No YesReceiver Type Resolvers No No Yes

PowerFlex 6000T Drives Torque Capabilities - A-frame and B-frame

Parameter Open-loop Vector Control Closed-loop Vector Control

Speed Rangefor 100% torque and up to 150% starting torque)

100:1Starting TorqueStandard 100% (ND)Standard 150% (HD)

200:1Starting TorqueStandard 100% (ND)Standard 150% (HD)100% Holding Torque

Torque Accuracy/Regulation(% of rated) ≤ ±2% ≤ ±2%

Torque Linearity(% of rated) ≤ ±2% ≤ ±2%

Torque Response 250 rad/s39.8 Hz

>750 rad/s>119.3 Hz

Speed Accuracy/Regulation(% of rated) ≤ ±0.1% ≤ ±0.01%

Speed Response 20 rad/s3.18 Hz

>20 rad/s>3.18 Hz

Encoder Specifications (Continued)

Encoder Type Single EncoderBoard

Dual EncoderBoard

Universal FeedbackBoard



Full Load Currents

This table is FOR REFERENCE ONLY. The full load currents that are listed below are ‘average values’ that should be used only as a guide for selecting appropriate components for the Motor Branch Circuit. The rated full load current, which is shown on the motor nameplate, may vary considerably from the list value depending on the specific motor design.

IMPORTANT The motor nameplate full load current should always be used in determining the rating of the devices that are used for Motor Running Overcurrent Protection.

Full Load Currents of 3 Phase, 50/60Hz Medium Voltage AC Induction Motors

kW HPFull Load Current at 1800 RPM (Amperes)

2300V 3300V 4000V 4600V 6000V 6300V 6600V 6900V75 100 23 16 13 11 9 8 8 895 125 29 20 16 14 11 10 10 10110 150 34 24 20 17 13 13 12 11130 175 40 28 23 20 15 15 14 13150 200 46 32 26 23 18 17 16 15170 225 52 36 30 26 20 19 18 17187 250 57 40 33 29 22 21 20 19225 300 68 48 39 34 26 25 24 23260 350 80 56 46 40 31 29 28 27300 400 91 64 52 46 35 33 32 30335 450 103 72 59 51 39 38 36 34373 500 113 79 65 57 43 41 39 38450 600 134 94 77 67 52 49 47 45522 700 158 110 91 79 60 58 55 53560 750 169 118 97 85 65 62 59 56600 800 177 124 102 89 68 65 62 59670 900 202 141 116 101 77 74 70 67750 1000 216 151 124 108 83 79 75 72933 1250 273 190 157 137 105 100 95 911120 1500 326 227 188 163 125 119 114 1091300 1750 376 262 216 188 144 137 131 1251500 2000 434 303 250 217 166 159 151 1451680 2250 485 338 279 242 186 177 169 1621865 2500 537 375 309 269 206 196 187 1792050 2750 591 412 340 296 227 216 206 1972240 3000 647 451 372 324 248 236 226 2162600 3500 750 523 431 375 288 274 261 2503000 4000 857 597 493 429 329 313 299 2863360 4500 964 672 554 482 370 352 336 3213730 5000 1071 747 616 536 411 391 373 3574100 5500 1179 821 678 589 452 430 411 3934475 6000 1286 896 739 643 493 469 448 4295225 7000 1500 1046 863 750 575 548 523 5006000 8000 1714 1195 986 857 657 626 597 5716720 9000 1929 1344 1109 964 739 704 672 6437500 10000 2143 1494 1232 1071 821 782 747 714



Drive Options

The following tables show typically selected options for PowerFlex 6000 drives.

Door-mounted Operator Interface and Pilot Devices

DescriptionOption Number

6000G 6000TEnhanced HIM — -14EHIMDoor-mounted HIM — -14C6S

Red Emergency Stop (Push-Pull) Push Button and Safety Relay(1)

(1) These pilot device options are typically selected together.

-1EDSTP —Emergency Stop Push Button — -1ESTPGreen Start Push Button -1STR -1STR

Red Stop Push Button(1) -1STP -1STP

Forward-Reverse Selector Switch(1) — -3FF

Local-Remote Selector Switch(1) -3LL -3LL

Forward Pilot Light(2)

(2) These pilot light options are typically selected together.

-4FOR_ -4FOR_

Reverse Pilot Light(2) — -4REVA_

Drive Ready Pilot Light(2) -4DRY_ —

Drive Running Pilot Light(2) — -4DRN_

Alarm Pilot Light(2) — -4ALM

Fault Pilot Light(2) — -4FLT_Black JOG Push Button — -1JOG

Speed Control Potentiometer(1) -760A -760A

Isolated Analog Signal Interface (1)

(1) A maximum of four isolated outputs allowed.


6000G 6000TInput Speed Reference (4…20 mA Input Signal) -14TS1 -14TS1Output Speed Reference (4…20 mA Output Signal) -14TS2 -14TS2Output Voltage Reference (4…20 mA Output Signal) — -14TS3Output Current Reference (4…20 mA Output Signal) -14TS4 -14TS4Output Load (kW) Reference (4…20 mA Output Signal) — -14TS5Output Torque Reference (4…20 mA Output Signal) — -14TS6

Communication Adapters


6000G 6000TModbus RTU Follower (RS-485) Communication Adapter -13TMLXHModbus TCP (RJ45) Communication Adapter -13TMLXMModbus Plus Follower (RS-485) Communication Adapter -13TMLXMPUniversal Serial Bus (USB) Converter — -13TUSBEtherNet/IP (RJ45) Port Located on LV Compartment Door — -13TCOMMEPROFIBUS DPV1 Option Module — -13TCOMMPSingle PROFINET I/O Option Module — -13TCOMMPN1Dual PROFINET I/O Option Module — -13TCOMMPN2EtherNet/IP -13MLXE —PROFIBUS (RS-485) -13MLXP —TLink Option Module — -13TCOMMTL



Redundancy Options


6000G 6000TRedundant Fan -14RF -14RFRedundant Power Supply — -14PS

Miscellaneous


6000G 6000TProvision for Ducting Exhaust Air -14RD -14RDOptional UPS (internal) to supply 0…10 s power loss auto-restart — -14RT2Automatic Cell Bypass -14CB -14CBManual Bypass - (1) Motor — -24TAMBManual Bypass - (2) Motor — -24BMBAutomatic Bypass - (1) Motor — -24AABAutomatic Bypass - (2) Motor — -24BABPrecharge Current Limiting Circuit/Cabinet -14SC -14SCDv/dt Output Filter -14FC -14FCOutput Power Device Control Circuit — -24TAOPPower Cell Lifting Cart -14LC -14LCLifting Bars for Top Lifting -14LB -14LBFour Auxiliary Contacts for Remote Indication of Drive Running, Drive Ready, Fault, and Warning -89D5 -89D6Thermal Option for 12 RTDs — -84TRThermal Option for 12 Thermocouples — -84TTDigital/Analog I/O Card — -14DAIOInput Surge Arresters — -6001A



Notes:



PowerFlex 6000 Medium Voltage Drives Technical Data

Additional Resources

These documents contain additional information concerning related products from Rockwell Automation.

You can view or download publications at rok.auto/literature.

Resource DescriptionPowerFlex 6000T Drives Shipping and Handling Manual, publication 6000-PC100

Provides instructions for shipping and handling PowerFlex 6000T drives and related equipment.

PowerFlex 6000T Drives Installation Instructions, publication 6000-IN100 Provides instructions for installing PowerFlex 6000T drives and related equipment.

PowerFlex 6000T Drives Hardware Service Manual, publication 6000-TG100 Provides instructions for daily recurring drive usage, HMI interface, and maintenance tasks for the product’s end user.

PowerFlex 6000T Drives Programming Manual, publication 6000-PM100 Provides detailed information on drive features, programming parameters, and troubleshooting faults and alarms.

PowerFlex 6000 Medium Voltage Variable Frequency Drive Installation Manual, publication 6000-IN006

Provides instructions for installing the PowerFlex 6000 drive, dimensions, requirements, and wiring information.

PowerFlex 6000 Medium Voltage Variable Frequency Drive Shipping and Handling Manual, publication 6000-IN008

Provides instructions for shipping and handling a PowerFlex 6000 medium voltage variable frequency drive and related equipment.

PowerFlex 6000 Medium Voltage Variable Frequency Drive User Manual, publication 6000-UM002

Provides instructions for PowerFlex 6000 daily recurring drive usage, HMI, and maintenance tasks for the product’s end user.

PowerFlex 6000 Medium Voltage Variable Frequency Drive Parameter Manual, publication 6000-TD004

Provides detailed information on PowerFlex 6000 drive features, parameters, and troubleshooting faults.

EtherNet/IP Network Devices User Manual, ENET-UM006 Describes how to configure and use EtherNet/IP devices to communicate on the EtherNet/IP network.

Ethernet Reference Manual, ENET-RM002 Describes basic Ethernet concepts, infrastructure components, and infrastructure features.

System Security Design Guidelines Reference Manual, SECURE-RM001Provides guidance on how to conduct security assessments, implement Rockwell Automation products in a secure system, harden the control system, manage user access, and dispose of equipment.

Industrial Components Preventive Maintenance, Enclosures, and Contact Ratings Specifications, publication IC-TD002

Provides a quick reference tool for Allen-Bradley industrial automation controls and assemblies.

Safety Guidelines for the Application, Installation, and Maintenance of Solid-state Control, publication SGI-1.1

Designed to harmonize with NEMA Standards Publication No. ICS 1.1-1987 and provides general guidelines for the application, installation, and maintenance of solid-state control in the form of individual devices or packaged assemblies incorporating solid-state components.

Industrial Automation Wiring and Grounding Guidelines, publication 1770-4.1 Provides general guidelines for installing a Rockwell Automation industrial system.Product Certifications website, rok.auto/certifications. Provides declarations of conformity, certificates, and other certification details.

https://literature.rockwellautomation.com/idc/groups/literature/documents/rm/secure-rm001_-en-p.pdf

https://literature.rockwellautomation.com/idc/groups/literature/documents/td/ic-td002_-en-p.pdf

https://literature.rockwellautomation.com/idc/groups/literature/documents/rm/enet-rm002_-en-p.pdf

https://literature.rockwellautomation.com/idc/groups/literature/documents/in/1770-in041_-en-p.pdf

https://rok.auto/certifications

https://literature.rockwellautomation.com/idc/groups/literature/documents/in/sgi-in001_-en-p.pdf

https://rok.auto/literature

https://literature.rockwellautomation.com/idc/groups/literature/documents/um/enet-um006_-en-p.pdf

https://literature.rockwellautomation.com/idc/groups/literature/documents/rm/enet-rm002_-en-p.pdf

https://literature.rockwellautomation.com/idc/groups/literature/documents/rm/secure-rm001_-en-p.pdf



https://literature.rockwellautomation.com/idc/groups/literature/documents/um/6000-um002_-en-p.pdf

https://literature.rockwellautomation.com/idc/groups/literature/documents/td/6000-td004_-en-p.pdf

https://literature.rockwellautomation.com/idc/groups/literature/documents/tg/6000-tg100_-en-p.pdf

https://literature.rockwellautomation.com/idc/groups/literature/documents/pc/6000-pc100_-en-p.pdf

https://literature.rockwellautomation.com/idc/groups/literature/documents/pm/6000-pm100_-en-p.pdf


Publication 6000-TD100B-EN-P - August 2021Supersedes Publication 6000-TD100A-EN-P - May 2021 Copyright © 2021 Rockwell Automation, Inc. All rights reserved.

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6000-td100b-en-p powerflex 6000 medium voltage ac drives

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