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
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
4 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 5
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
6 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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)
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 7
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
T Dr
ive Se
lectio
n
Powe
rFlex
6000
T Driv
e — N
orma
l 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
Norm
al D
uty
Dim
ensio
ns (W
xDxH
)
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 - A
A50_
A___
- AH
EU50
5514
920
0121
047
.6—
——
—121
047
.612
5049
.223
2891.
747
018
.527
98110
.2213
0—
—213
046
96—
—46
9660
00T -
AA7
0_A_
__ -
AHEU
7077
224
300
1210
47.6
——
——
1210
47.6
1250
49.2
2328
91.7
470
18.5
2798
110.2
2190
——
2190
4828
——
4828
6000
T - A
A100
_A__
_ - AH
EU10
0110
298
400
1610
63.4
——
——
1610
63.4
1250
49.2
2328
91.7
560
22.0
2888
113.7
2350
——
2350
5181
——
5181
6000
T - A
A116
_A__
_ - AH
EU116
128
373
500
1610
63.4
——
——
1610
63.4
1250
49.2
2328
91.7
560
22.0
2888
113.7
2370
——
2370
5225
——
5225
6000
T - A
A140
_A__
_ - AH
EU14
015
444
760
0161
063
.4—
——
—161
063
.412
5049
.223
2891.
756
022
.028
88113
.724
60—
—24
6054
23—
—54
2360
00T -
AA1
60_A
___ -
AHEU
160
17652
270
0191
075
.2—
——
—191
075
.212
5049
.223
2891.
756
022
.028
88113
.730
80—
—30
8067
90—
—67
9060
00T -
AA1
80_A
___ -
AHEU
180
198
597
800
1910
75.2
——
——
1910
75.2
1250
49.2
2328
91.7
560
22.0
2888
113.7
3160
——
3160
6967
——
6967
6000
T - A
A215
_A__
_ - AH
EU215
237
671
900
1910
75.2
——
——
1910
75.2
1250
49.2
2328
91.7
560
22.0
2888
113.7
3310
——
3310
7297
——
7297
6000
T - BA
230_
A___
- AH
EU23
025
379
010
5916
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 - BA
250_
A___
- AH
EU25
027
588
0118
016
0563
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.8—
—38
1015
0.014
0055
.123
2891.
747
018
.527
98110
.214
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00—
5100
3086
8157
—11,
244
6000
T - BA
265_
A___
- AH
EU26
529
2910
1220
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 -
BA28
5_A_
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AHEU
285
31498
0131
416
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6000
T - BA
305_
A___
- AH
EU30
533
610
7014
3516
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5100
3086
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6000
T - BA
325_
A___
- AH
EU32
535
8112
015
0216
0563
.225
0598
.6—
—411
0161
.814
0055
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2891.
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.527
98110
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5100
3086
8157
—11,
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6000
T - BA
350_
A___
- AH
EU35
038
512
3016
4916
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.225
0598
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0055
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2891.
747
018
.527
98110
.214
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00—
5300
3086
8598
—11,
684
6000
T - BA
378_
A___
- AH
EU37
8416
1300
1743
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 -
BA40
8_A_
__ -
AHEU
408
449
1400
1877
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 -
BA43
8_A_
__ -
AHEU
438
482
1540
2065
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 -
BA47
5_A_
__ -
AHEU
475
523
1630
2186
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 - BA
515_
A___
- AH
EU51
556
7177
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7422
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.825
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5.414
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2891.
747
018
.527
98110
.220
0049
00—
6900
4409
10,80
3—
15,21
260
00T -
BA56
0_A_
__ -
AHEU
560
61619
7026
4222
0586
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7.214
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2891.
747
018
.527
98110
.220
0054
00—
7400
4409
11,90
5—
16,31
460
00T -
BA60
0_A_
__ -
AHEU
600
660
2060
2762
2205
86.8
2805
110.4
——
5010
197.2
1400
55.1
2328
91.7
470
18.5
2798
110.2
2050
5500
—75
5045
1912
,125
—16
,645
6000
T - BA
640_
A___
- AH
EU64
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422
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5022
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.527
98110
.220
5058
00—
7850
4519
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17,30
660
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BA68
0_A_
__ -
AHEU
680
748
2390
3205
2205
86.8
2805
110.4
——
5010
197.2
1400
55.1
2328
91.7
470
18.5
2798
110.2
2050
6200
—82
5045
1913
,669
—18
,188
8 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
T Driv
e — N
orma
l 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
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_
B___
- BH
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_B_
__ -
BHEE
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_B
___ -
BHE
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_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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 9
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
10 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 11
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
12 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 13
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
T Driv
e — N
orma
l Dut
y (UL
- IEC
Rate
d)
6000
T - BA
560_
F___
- FH
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_
__ -
FHEE
648
71355
7074
6932
0512
6.240
0515
7.7—
—72
1028
3.916
0063
.023
2891.
747
018
.527
98110
.2310
012
,000
—15
,100
6834
26,45
5—
33,29
060
00T -
BA68
0_F_
__ -
FHEE
680
748
5970
8006
3205
126.2
4005
157.7
——
7210
283.9
1600
63.0
2328
91.
747
018
.527
98110
.2310
012
,400
—15
,500
6834
27,33
7—
34,17
2
(1)AO
I des
ign
11000
V In
put &
6000
V AC
Out
put (
30 P
ulse C
onfig
urat
ion -
15 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 - A
A25_
S__-
FHEE
2528
200
268
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 - A
A36_
S__-
FHEE
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_
S__-
FHEE
4044
31542
223
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.232
04(1)
—
3204
7064
(1)
—70
6460
00T -
AA5
0_S_
_-FH
EE50
5537
550
323
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.233
64(1)
—
3364
7416
(1)
—74
1660
00T -
AA6
0_S_
_-FH
EE60
6645
060
323
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.236
84(1)
—
3684
8122
(1)
—81
2260
00T -
AA7
0_S_
_-FH
EE70
7756
075
123
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.237
84(1)
—
3784
8342
(1)
—83
4260
00T -
AA8
0_S_
_-FH
EE80
8863
084
527
95110
.0—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.243
41(1)
—
4341
9570
(1)
—95
7060
00T -
AA9
0_S_
_-FH
EE90
9975
010
0627
95110
.0—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.244
51(1)
—
4451
9813
(1)
—98
1360
00T -
AA1
00_S
__-F
HEE
100
11085
0114
027
95110
.0—
——
—27
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
_S__
-FHE
E12
013
210
0013
4127
95110
.0—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.247
81(1)
—
4781
1054
0(1)
—
1054
060
00T -
AA1
40_S
__-F
HEE
140
154
1120
1502
2795
110.0
——
——
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
_S__
-FHE
E15
016
512
5016
7630
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.252
16(1)
—
5216
11499
(1)
—114
9960
00T -
AA1
68_S
__-F
HEE
168
185
1400
1877
3010
118.5
——
——
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
A180
_S__
-FHE
E18
019
815
0020
1230
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.256
36(1)
—
5636
1242
5(1)
—
1242
560
00T -
AA1
89_S
__-F
HEE
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
_S__
-FHE
E20
022
0170
022
8030
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.260
56(1)
—
6056
1335
1(1)
—
1335
160
00T -
AA2
10_S
__-F
HEE
21023
118
0024
1430
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.262
66(1)
—
6266
1381
4(1)
—
1381
460
00T -
AA2
15_S
__-F
HEE
21523
719
0025
4830
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.264
76(1)
—
6476
1427
7(1)
—
1427
7
6000
V AC
Inpu
t/Out
put (
30 P
ulse C
onfig
urat
ion -
15 P
ower
Cell
s) -
50Hz
(Con
tinue
d)
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
14 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
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_J
___ -
JHEU
21523
720
3027
2226
0510
2.628
05110
.4—
—54
10213
.014
0055
.123
2891.
747
018
.527
98110
.226
0054
00—
8000
5732
11,90
5—
17,63
760
00T -
BA23
0_J_
__ -
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_
J___
- JH
EU25
027
524
1032
3226
0510
2.628
05110
.4—
—54
10213
.014
0055
.123
2891.
747
018
.527
98110
.226
0062
00—
8800
5732
13,66
9—
19,40
160
00T -
BA26
5_J_
__ -
JHEU
265
292
2510
3366
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
285_
J___
- JH
EU28
5314
2700
3621
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 - BA
305_
J___
- JH
EU30
533
629
5039
5626
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 -
BA32
5_J_
__ -
JHEU
325
358
3070
4117
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 -
BA35
0_J_
__ -
JHEU
350
385
3380
4533
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 -
BA37
8_J_
__ -
JHEU
378
41635
7047
8736
05141
.932
0512
6.2—
—68
1026
8.114
0055
.123
2891.
747
018
.527
98110
.232
5084
00—
11,65
0716
518
,519
—25
,684
6000
T - BA
408_
J___
- JH
EU40
844
938
6051
7636
05141
.932
0512
6.2—
—68
1026
8.114
0055
.123
2891.
747
018
.527
98110
.232
5090
00—
12,25
0716
519
,842
—27
,007
6000
T - BA
438_
J___
- JH
EU43
848
2413
056
7236
05141
.932
0512
6.2—
—68
1026
8.114
0055
.123
2891.
747
018
.527
98110
.232
5098
00—
13,05
0716
521,
605
—28
,770
6000
T - BA
475_
J___
- JH
EU47
552
344
9060
2136
05141
.934
0513
4.1—
—70
1027
6.014
0055
.123
2891.
747
018
.527
98110
.235
5010
,200
—13
,750
7826
22,48
7—
30,31
460
00T -
BA51
5_J_
__ -
JHEU
515
567
4870
6531
3605
141.9
3405
134.1
——
7010
276.0
1400
55.1
2328
91.7
470
18.5
2798
110.2
3550
11,000
—14
,550
7826
24,25
1—
32,07
760
00T -
BA56
0_J_
__ -
JHEU
580
61654
1072
5536
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 -
BA60
0_J_
__ -
JHEU
600
660
5670
7603
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 - BA
640_
J___
- JH
EU64
070
460
50811
336
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 -
BA68
0_J_
__ -
JHEU
680
748
6570
8810
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
7450
7450
18,55
080
4716
,424
16,42
440
,896
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 15
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
T Driv
e — N
orma
l 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
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_
J__-
JHEE
2528
200
268
2310
90.9
——
——
2310
90.9
1250
49.2
2328
91.7
547
21.5
2875
113.2
2984
(1)
(1)AO
I des
ign
—29
8465
79(1)
—
6579
6000
T - A
A30_
J__-
JHEE
3033
250
335
2310
90.9
——
——
2310
90.9
1250
49.2
2328
91.7
547
21.5
2875
113.2
3074
(1)
—30
7467
77(1)
—
6777
6000
T - A
A36_
J__-
JHEE
3640
31542
223
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.232
24(1)
—
3224
7108
(1)
—710
860
00T -
AA4
5_J_
_-JH
EE45
5037
550
323
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.234
04(1)
—
3404
7505
(1)
—75
0560
00T -
AA5
0_J_
_-JH
EE50
5545
060
323
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.237
44(1)
—
3744
8254
(1)
—82
5460
00T -
AA6
0_J_
_-JH
EE60
6656
075
123
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.238
34(1)
—
3834
8453
(1)
—84
5360
00T -
AA7
0_J_
_-JH
EE70
7763
084
523
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.238
84(1)
—
3884
8563
(1)
—85
6360
00T -
AA8
5_J_
_-JH
EE85
9475
010
0623
1090
.9—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.244
31(1)
—
4431
9769
(1)
—97
6960
00T -
AA1
00_J
__-J
HEE
100
11090
012
0723
1090
.9—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.247
11(1)
—
4711
1038
6(1)
—
1038
660
00T -
AA1
10_J
__-J
HEE
110121
1000
1341
2310
90.9
——
——
2795
110.0
1250
49.2
2328
91.7
547
21.5
2875
113.2
4811
(1)
—48
1110
606
(1)
—10
606
6000
T - A
A120
_J__
-JHE
E12
013
2112
015
0223
1090
.9—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.249
21(1)
—
4921
1084
9(1)
—
1084
960
00T -
AA1
40_J
__-J
HEE
140
154
1250
1676
2310
90.9
——
——
2795
110.0
1250
49.2
2328
91.7
547
21.5
2875
113.2
5031
(1)
—50
31110
91(1)
—
11091
6000
T - A
A150
_J__
-JHE
E15
016
514
0018
7723
1090
.9—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.254
76(1)
—
5476
1207
2(1)
—
1207
260
00T -
AA1
60_J
__-J
HEE
160
17615
0020
1223
1090
.9—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.256
86(1)
—
5686
1253
5(1)
—
1253
560
00T -
AA1
68_J
__-J
HEE
168
185
1600
2146
2310
90.9
——
——
3010
118.5
1250
49.2
2328
91.7
547
21.5
2875
113.2
5836
(1)
—58
3612
866
(1)
—12
866
6000
T - A
A180
_J__
-JHE
E18
019
8170
022
8023
1090
.9—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.260
96(1)
—
6096
1343
9(1)
—
1343
960
00T -
AA2
00_J
__-J
HEE
200
220
1800
2414
2310
90.9
——
——
3010
118.5
1250
49.2
2328
91.7
547
21.5
2875
113.2
6316
(1)
—63
1613
924
(1)
—13
924
6000
T - A
A210
_J__
-JHE
E210
231
1900
2548
2310
90.9
——
——
3010
118.5
1250
49.2
2328
91.7
547
21.5
2875
113.2
6526
(1)
—65
2614
387
(1)
—14
387
6000
T - A
A215
_J__
-JHE
E215
237
2000
2682
2310
90.9
——
——
3010
118.5
1250
49.2
2328
91.7
547
21.5
2875
113.2
6736
(1)
—67
3614
850
(1)
—14
850
6000
T - BA
230_
J___
- JH
EE23
025
3217
029
1026
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 -
BA25
0_J_
__ -
JHEE
250
275
2410
3232
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 - BA
265_
J___
- JH
EE26
529
225
1033
6626
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 -
BA28
5_J_
__ -
JHEE
285
31427
0036
2126
0510
2.628
05110
.4—
—54
10213
.014
0055
.123
2891.
747
018
.527
98110
.226
0067
00—
9300
5732
14,77
1—
20,50
360
00T -
BA30
5_J_
__ -
JHEE
305
336
2950
3956
2605
102.6
2805
110.4
——
5410
213.0
1400
55.1
2328
91.7
470
18.5
2798
110.2
2600
7200
—98
0057
3215
,873
—21,
605
6000
T - BA
325_
J___
- JH
EE32
535
830
70411
726
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 - BA
350_
J___
- JH
EE35
038
533
8045
3326
0510
2.632
0512
6.2—
—58
1022
8.714
0055
.123
2891.
747
018
.527
98110
.226
0081
00—
10,70
057
3217,
857
—23
,589
6000
T - BA
378_
J___
- JH
EE37
8416
3570
4787
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 -
BA40
8_J_
__ -
JHEE
408
449
3860
5176
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 -
BA43
8_J_
__ -
JHEE
438
482
4130
5672
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 -
BA47
5_J_
__ -
JHEE
475
523
4490
6021
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 - BA
515_
J___
- JH
EE51
556
748
7065
3136
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 - BA
560_
J___
- JH
EE58
0616
5410
7255
3605
141.9
4005
157.7
——
7610
299.6
1600
63.0
2328
91.7
470
18.5
2798
110.2
3550
11,50
0—
15,05
078
2625
,353
—33
,180
6000
T - BA
600_
J___
- JH
EE60
066
056
7076
0336
05141
.940
0515
7.7—
—76
1029
9.616
0063
.023
2891.
747
018
.527
98110
.236
5012
,600
—16
,250
8047
27,77
8—
35,82
560
00T -
BA64
0_J_
__ -
JHEE
640
704
6050
8113
3605
141.9
4005
157.7
——
7610
299.6
1600
63.0
2328
91.7
470
18.5
2798
110.2
3650
13,30
0—
16,95
080
4729
,321
—37
,368
6000
T - BA
680_
J___
- JH
EE68
074
865
7088
1034
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
16 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 17
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
18 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 19
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
20 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 21
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
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
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—
—25
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—
—35
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—
——
—191
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—
—411
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
_B__
_ - 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
.220
5073
00—
9350
4519
16,09
4—
20,61
3
22 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
T Driv
e — H
eavy
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
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 - 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—
—35
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___
- CH
EE16
024
066
088
5191
075
.2—
——
—191
075
.212
5049
.223
2891.
756
022
.028
88113
.737
80—
—37
8083
33—
—83
3360
00T -
BC1
72_E
___ -
EHEE
17225
881
610
9416
0563
.222
0586
.8—
—38
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—
—411
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—
—411
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
_C__
_ - 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
_C__
_ - 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
_C__
_ - 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
___ -
CHE
E412
61819
4426
0722
0586
.828
05110
.4—
—50
1019
7.214
0055
.123
2891.
747
018
.527
98110
.220
0062
00—
8200
4409
13,66
9—
18,07
860
00T -
BC4
48_C
___ -
CHE
E44
867
2216
028
9722
0586
.828
05110
.4—
—50
1019
7.214
0055
.123
2891.
747
018
.527
98110
.220
0067
00—
8700
4409
14,77
1—
19,18
060
00T -
BC4
80_C
___ -
CHE
E48
072
022
7230
4622
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 -
BC5
12_C
___ -
CHE
E51
276
824
2432
5022
0586
.828
05110
.4—
—50
1019
7.214
0055
.123
2891.
747
018
.527
98110
.220
5074
00—
9450
4519
16,31
4—
20,83
460
00T -
BC5
44_C
___ -
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 23
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
T Driv
e — H
eavy
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
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
T - AC
26_E
___ -
EHEU
2639
144
194
1210
47.6
——
——
1210
47.6
1250
49.2
2328
91.7
470
18.5
2798
110.2
2450
——
2450
5401
——
5401
6000
T - AC
29_E
___ -
EHEU
2944
161215
1210
47.6
——
——
1210
47.6
1250
49.2
2328
91.7
470
18.5
2798
110.2
2470
——
2470
5445
——
5445
6000
T - AC
36_E
___ -
EHEU
3654
186
250
1210
47.6
——
——
1210
47.6
1250
49.2
2328
91.7
470
18.5
2798
110.2
2490
——
2490
5490
——
5490
6000
T- AC
39_E
___ -
EHEU
3959
21629
0121
047
.6—
——
—121
047
.612
5049
.223
2891.
747
018
.527
98110
.225
30—
—25
3055
78—
—55
7860
00T -
AC43
_E__
_ - EH
EU43
6523
932
0121
047
.6—
——
—121
047
.612
5049
.2 23
2891.
756
022
.027
98110
.225
80—
—25
8056
88—
—56
8860
00T -
AC51
_E__
_ - EH
EU51
7726
836
0121
047
.6—
——
—121
047
.612
5049
.223
2891.
756
022
.027
98110
.226
70—
—26
7058
86—
—58
8660
00T -
AC57
_E__
_ - EH
EU57
8632
143
0161
063
.4—
——
—161
063
.412
5049
.223
2891.
756
022
.028
88113
.728
90—
—28
9063
71—
—63
7160
00T -
AC73
_E__
_ - EH
EU73
11038
451
5161
063
.4—
——
—161
063
.412
5049
.223
2891.
756
022
.028
88113
.729
10—
—29
1064
15—
—64
1560
00T -
AC77
_E__
_ - EH
EU77
11644
760
0161
063
.4—
——
—161
063
.412
5049
.223
2891.
756
022
.028
88113
.7314
0—
—314
069
23—
—69
2360
00T -
AC85
_E__
_ - EH
EU85
128
492
660
1610
63.4
——
——
1610
63.4
1250
49.2
2328
91.7
560
22.0
2888
113.7
3370
——
3370
7430
——
7430
6000
T - AC
94_E
___ -
EHEU
94141
544
730
1610
63.4
——
——
1610
63.4
1250
49.2
2328
91.7
560
22.0
2888
113.7
3480
——
3480
7672
——
7672
6000
T - AC
103_
E___
- EH
EU10
315
559
780
0161
063
.4—
——
—161
063
.412
5049
.223
2891.
756
022
.028
88113
.736
00—
—36
0079
37—
—79
3760
00T -
AC117
_E__
_ - EH
EU117
17668
792
1191
075
.2—
——
—191
075
.212
5049
.223
2891.
756
022
.028
88113
.744
20—
—44
2097
44—
—97
4460
00T -
AC13
2_E_
__ -
EHEU
132
198
773
1036
1910
75.2
——
——
1910
75.2
1250
49.2
2328
91.7
560
22.0
2888
113.7
4870
——
4870
10,73
6—
—10
,736
6000
T - AC
142_
E___
- EH
EU14
2213
820
1100
1910
75.2
——
——
1910
75.2
1250
49.2
2328
91.7
470
18.5
2888
113.7
4900
——
4900
10,80
3—
—10
,803
6000
T - AC
160_
E___
- EH
EU16
024
093
212
00191
075
.2—
——
—191
075
.212
5049
.223
2891.
747
018
.528
88113
.751
60—
—51
6011,
376
——
11,37
660
00T -
BC1
72_E
___ -
EHEU
17225
810
2413
73210
582
.925
0598
.6—
—46
1018
1.514
0055
.123
2891.
747
018
.527
98110
.2175
035
00—
5250
3858
7716
—11,
574
6000
T - B
C184
_E__
_ - EH
EU18
427
610
96147
0210
582
.925
0598
.6—
—46
1018
1.514
0055
.123
2891.
747
018
.527
98110
.2175
0410
0—
5850
3858
9039
—12
,897
6000
T - B
C200
_E__
_ - EH
EU20
030
0121
616
30210
582
.925
0598
.6—
—46
1018
1.514
0055
.123
2891.
747
018
.527
98110
.2175
044
00—
6150
3858
9700
—13
,558
6000
T - B
C212
_E__
_ - EH
EU212
31812
6416
95210
582
.925
0598
.6—
—46
1018
1.514
0055
.123
2891.
747
018
.527
98110
.2175
046
00—
6350
3858
10,14
1—
13,99
960
00T -
BC2
28_E
___ -
EHEU
228
342
1360
1824
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 - B
C244
_E__
_ - EH
EU24
436
614
8819
95210
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 -
BC2
60_E
___ -
EHEU
260
390
1552
2082
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 - B
C280
_E__
_ - EH
EU28
042
0170
422
85210
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 -
BC3
02_E
___ -
EHEU
302
453
1800
2414
2605
102.6
2805
110.4
——
5410
213.0
1400
55.1
2328
91.7
470
18.5
2798
110.2
2300
5900
—82
0050
7113
,007
—18
,078
6000
T - B
C326
_E__
_ - EH
EU32
648
919
4426
0726
0510
2.628
05110
.4—
—54
10213
.014
0055
.123
2891.
747
018
.527
98110
.223
0062
00—
8500
5071
13,66
9—
18,73
960
00T -
BC3
50_E
___ -
EHEU
350
525
2136
2864
2605
102.6
2805
110.4
——
5410
213.0
1400
55.1
2328
91.7
470
18.5
2798
110.2
2300
6700
—90
0050
7114
,771
—19
,842
6000
T - B
C380
_E__
_ - EH
EU38
057
022
6430
3626
0510
2.628
05110
.4—
—54
10213
.014
0055
.123
2891.
747
018
.527
98110
.225
0069
00—
9400
5512
15,21
2—
20,72
360
00T -
BC4
12_E
___ -
EHEU
412618
2456
3294
2605
102.6
3205
126.2
——
5810
228.7
1400
55.1
2328
91.7
470
18.5
2798
110.2
2500
7400
—99
0055
1216
,314
—21,
826
6000
T - B
C448
_E__
_ - EH
EU44
867
227
2836
5826
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 - B
C480
_E__
_ - EH
EU48
072
028
6438
4126
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 - B
C512
_E__
_ - EH
EU51
276
830
4840
8726
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 - B
C544
_E__
_ - EH
EU54
4816
3312
4442
2605
102.6
3205
126.2
——
5810
228.7
1400
55.1
2328
91.7
470
18.5
2798
110.2
2550
9400
—11,
950
5622
20,72
3—
26,34
5
24 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
T Driv
e — H
eavy
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
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
T - AC
26_E
___ -
EHE_
2639
144
194
1210
47.6
——
——
1210
47.6
1250
49.2
2328
91.7
470
18.5
2798
110.2
2450
——
2450
5401
——
5401
6000
T - AC
29_E
___ -
EHE_
2944
161215
1210
47.6
——
——
1210
47.6
1250
49.2
2328
91.7
470
18.5
2798
110.2
2470
——
2470
5445
——
5445
6000
T - AC
36_E
___ -
EHE_
3654
186
250
1210
47.6
——
——
1210
47.6
1250
49.2
2328
91.7
470
18.5
2798
110.2
2490
——
2490
5490
——
5490
6000
T - AC
39_E
___ -
EHE_
3959
21629
0121
047
.6—
——
—121
047
.612
5049
.223
2891.
747
018
.527
98110
.225
30—
—25
3055
78—
—55
7860
00T -
AC43
_E__
_ - EH
E_43
6523
932
0161
063
.4—
——
—161
063
.412
5049
.2 23
2891.
747
018
.527
98110
.225
80—
—25
8056
88—
—56
8860
00T -
AC51
_E__
_ - EH
E_51
7726
836
0161
063
.4—
——
—161
063
.412
5049
.223
2891.
747
018
.527
98110
.226
70—
—26
7058
86—
—58
8660
00T -
AC57
_E__
_ - EH
E_57
8632
143
0161
063
.4—
——
—161
063
.412
5049
.223
2891.
756
022
.028
88113
.728
90—
—28
9063
71—
—63
7160
00T -
AC73
_E__
_ - EH
E_73
11038
451
5161
063
.4—
——
—161
063
.412
5049
.223
2891.
756
022
.028
88113
.729
10—
—29
1064
15—
—64
1560
00T -
AC77
_E__
_ - EH
E_77
11644
760
0161
063
.4—
——
—161
063
.412
5049
.223
2891.
756
022
.028
88113
.7314
0—
—314
069
23—
—69
2360
00T -
AC85
_E__
_ - EH
E_85
128
492
660
1610
63.4
——
——
1610
63.4
1250
49.2
2328
91.7
560
22.0
2888
113.7
3370
——
3370
7430
——
7430
6000
T - AC
94_E
___ -
EHE_
94141
544
730
1610
63.4
——
——
1610
63.4
1250
49.2
2328
91.7
560
22.0
2888
113.7
3480
——
3480
7672
——
7672
6000
T - AC
103_
E___
- EH
E_10
315
559
780
0161
063
.4—
——
—161
063
.412
5049
.223
2891.
756
022
.028
88113
.736
00—
—36
0079
37—
—79
3760
00T -
AC117
_E__
_ - EH
E_117
17668
792
1191
075
.2—
——
—191
075
.212
5049
.223
2891.
756
022
.028
88113
.744
20—
—44
2097
44—
—97
4460
00T -
AC13
2_E_
__ -
EHE_
132
198
773
1036
1910
75.2
——
——
1910
75.2
1250
49.2
2328
91.7
560
22.0
2888
113.7
4870
——
4870
10,73
6—
—10
,736
6000
T - AC
142_
E___
- EH
E_14
2213
820
1100
1910
75.2
——
——
1910
75.2
1250
49.2
2328
91.7
560
22.0
2888
113.7
4900
——
4900
10,80
3—
—10
,803
6000
T - AC
160_
E___
- EH
E_16
024
093
212
00191
075
.2—
——
—191
075
.212
5049
.223
2891.
756
022
.028
88113
.751
60—
—51
6011,
376
——
11,37
660
00T -
BC1
72_E
___ -
EHEU
17225
810
2413
73210
582
.925
0598
.6—
—46
1018
1.514
0055
.123
2891.
747
018
.527
98110
.252
50—
—52
5038
5877
16—
11,57
460
00T -
BC1
84_E
___ -
EHEE
184
276
1096
1470
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 -
BC2
00_E
___ -
EHEE
200
300
1216
1630
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 -
BC2
12_E
___ -
EHEE
212318
1264
1695
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 - B
C228
_E__
_ - EH
EE22
834
213
6018
24210
582
.925
0598
.6—
—46
1018
1.514
0055
.123
2891.
747
018
.527
98110
.2175
048
00—
6550
3858
10,58
2—
14,44
060
00T -
BC2
44_E
___ -
EHEE
244
366
1488
1995
2105
82.9
2505
98.6
——
4610
181.5
1400
55.1
2328
91.7
470
18.5
2798
110.2
1750
5100
—68
5038
5811,
244
—15
,102
6000
T - B
C260
_E__
_ - EH
EE26
039
015
5220
82210
582
.925
0598
.6—
—46
1018
1.514
0055
.123
2891.
747
018
.527
98110
.2175
053
00—
7050
3858
11,68
4—
15,54
360
00T -
BC2
80_E
___ -
EHEE
280
420
1704
2285
2105
82.9
2805
110.4
——
4910
193.3
1400
55.1
2328
91.7
470
18.5
2798
110.2
1750
5700
—74
5038
5812
,566
—16
,424
6000
T - B
C302
_E__
_ - EH
EE30
245
318
0024
1426
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 -
BC3
26_E
___ -
EHEE
326
489
1944
2607
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 - B
C350
_E__
_ - EH
EE35
052
5213
628
6426
0510
2.628
05110
.4—
—54
10213
.014
0055
.123
2891.
747
018
.527
98110
.223
0067
00—
9000
5071
14,77
1—
19,84
260
00T -
BC3
80_E
___ -
EHEE
380
570
2264
3036
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 - B
C412
_E__
_ - EH
EE412
61824
5632
9426
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 -
BC4
48_E
___ -
EHEE
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 25
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
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 - 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
26 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
.023
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
onfig
urat
ion -
15 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 - 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)
—
4341
9570
(1)
—95
7060
00T -
AC88
_F__
_ - FH
EE88
132
71095
227
95110
.0—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.244
51(1)
—
4451
9813
(1)
—98
1360
00T -
AC10
1_F__
_ - FH
EE10
115
282
0110
027
95110
.0—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.245
61(1)
—
4561
1005
5(1)
—
1005
560
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
4786
(1)
—47
8610
551
(1)
—10
551
6000
T - AC
124_
F___
- FH
EE12
418
610
0013
4130
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.248
96(1)
—
4896
1079
4(1)
—
1079
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
5006
(1)
—50
06110
36(1)
—
11036
6000
T - AC
139_
F___
- FH
EE13
920
9112
015
0230
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.251
06(1)
—
5106
11257
(1)
—112
5760
00T -
AC14
6_F_
__ -
FHEE
146
219118
015
8230
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.252
16(1)
—
5216
11499
(1)
—114
9960
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
5316
(1)
—53
16117
20(1)
—
11720
6000
T - AC
159_
F___
- FH
EE15
923
912
6016
9030
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.254
26(1)
—
5426
11962
(1)
—119
62
6000
V AC
Inpu
t/Out
put (
30 P
ulse C
onfig
urat
ion -
15 P
ower
Cell
s) -
50Hz
(Con
tinue
d)
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 27
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
T Driv
e — H
eavy
Dut
y (UL
- IEC
Rate
d)66
00V
Inpu
t & 63
00/6
600V
AC O
utpu
t (36
Puls
e Con
figur
ation
- 18
Pow
er C
ells)
- 60
Hz
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 - AC
18_J
___ -
JHEE
1827
160
21523
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.229
24(1)
(1)AO
I des
ign
—29
2464
46(1)
—
6446
6000
T - AC
22_J
___ -
JHEE
2233
195
261
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 - AC
26_J
___ -
JHEE
2639
230
308
2310
90.9
——
——
2310
90.9
1250
49.2
2328
91.7
547
21.5
2875
113.2
3174
(1)
—317
469
97(1)
—
6997
6000
T - AC
33_J
___ -
JHEE
3350
295
396
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 - AC
36_J
___ -
JHEE
3654
320
429
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 - AC
44_J
___ -
JHEE
4466
390
523
2310
90.9
——
——
2310
90.9
1250
49.2
2328
91.7
547
21.5
2875
113.2
3794
(1)
—37
9483
64(1)
—
8364
6000
T - AC
51_J
___ -
JHEE
5177
450
603
2310
90.9
——
——
2310
90.9
1250
49.2
2328
91.7
547
21.5
2875
113.2
3854
(1)
—38
5484
97(1)
—
8497
6000
T - AC
62_J
___ -
JHEE
6293
550
738
2795
110.0
——
——
2795
110.0
1250
49.2
2328
91.7
547
21.5
2875
113.2
4281
(1)
—42
8194
38(1)
—
9438
6000
T - AC
72_J
___ -
JHEE
7210
864
085
827
95110
.0—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.243
61(1)
—
4361
9614
(1)
—96
1460
00T -
AC80
_J__
_ - JH
EE80
120
71095
227
95110
.0—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.244
71(1)
—
4471
9857
(1)
—98
5760
00T -
AC93
_J__
_ - JH
EE93
140
830
1113
2795
110.0
——
——
2795
110.0
1250
49.2
2328
91.7
547
21.5
2875
113.2
4531
(1)
—45
3199
89(1)
—
9989
6000
T - AC
101_J
___ -
JHEE
101
152
900
1207
2795
110.0
——
——
2795
110.0
1250
49.2
2328
91.7
547
21.5
2875
113.2
4661
(1)
—46
6110
276
(1)
—10
276
6000
T - AC
110_J
___ -
JHEE
11016
598
0131
430
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.248
46(1)
—
4846
1068
4(1)
—
1068
460
00T -
AC117
_J__
_ - JH
EE117
17610
4013
9530
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.249
56(1)
—
4956
1092
6(1)
—
1092
660
00T -
AC12
4_J_
__ -
JHEE
124
186
1100
1475
3010
118.5
——
——
3010
118.5
1250
49.2
2328
91.7
547
21.5
2875
113.2
5156
(1)
—51
56113
67(1)
—
11367
6000
T - AC
132_
J___
- JH
EE13
219
8117
015
6930
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.252
66(1)
—
5266
11610
(1)
—116
1060
00T -
AC14
6_J_
__ -
JHEE
146
21912
90173
030
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.253
36(1)
—
5336
11764
(1)
—117
6460
00T -
AC15
4_J_
__ -
JHEE
154
231
1360
1824
3010
118.5
——
——
3010
118.5
1250
49.2
2328
91.7
547
21.5
2875
113.2
5496
(1)
—54
96121
17(1)
—
12117
6000
T - AC
159_
J___
- JH
EE15
923
913
9018
6430
10118
.5—
——
—30
10118
.512
5049
.223
2891.
754
721.
528
75113
.256
86(1)
—
5686
1253
5(1)
—
1253
560
00T -
BC1
72_J
___ -
JHEU
17225
816
24217
826
0510
2.628
05110
.4—
—54
10213
.014
0055
.123
2891.
747
018
.527
98110
.226
0054
00—
8000
5732
11,90
5—
17,63
760
00T -
BC1
84_J
___ -
JHEU
184
276
1736
2328
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 - B
C200
_J__
_ - JH
EU20
030
019
2825
8626
0510
2.628
05110
.4—
—54
10213
.014
0055
.123
2891.
747
018
.527
98110
.226
0062
00—
8800
5732
13,66
9—
19,40
160
00T -
BC2
12_J
___ -
JHEU
212318
2008
2693
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 - B
C228
_J__
_ - JH
EU22
834
2216
028
9726
0510
2.628
05110
.4—
—54
10213
.014
0055
.123
2891.
747
018
.527
98110
.226
0067
00—
9300
5732
14,77
1—
20,50
360
00T -
BC2
44_J
___ -
JHEU
244
366
2360
3165
2605
102.6
2805
110.4
——
5410
213.0
1400
55.1
2328
91.7
470
18.5
2798
110.2
2600
7200
—98
0057
3215
,873
—21,
605
6000
T - B
C260
_J__
_ - JH
EU26
039
024
5632
9426
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
C280
_J__
_ - JH
EU28
042
027
0436
2626
0510
2.632
0512
6.2—
—58
1022
8.714
0055
.123
2891.
747
018
.527
98110
.226
0081
00—
10,70
057
3217,
857
—23
,589
6000
T - B
C302
_J__
_ - JH
EU30
245
328
5638
3036
05141
.932
0512
6.2—
—68
1026
8.114
0055
.123
2891.
747
018
.527
98110
.232
5084
00—
11,65
0716
518
,519
—25
,684
6000
T - B
C326
_J__
_ - JH
EU32
648
930
88414
136
05141
.932
0512
6.2—
—68
1026
8.114
0055
.123
2891.
747
018
.527
98110
.232
5090
00—
12,25
0716
519
,842
—27
,007
6000
T - B
C350
_J__
_ - JH
EU35
052
533
8445
3836
05141
.932
0512
6.2—
—68
1026
8.114
0055
.123
2891.
747
018
.527
98110
.232
5098
00—
13,05
0716
521,
605
—28
,770
6000
T - B
C380
_J__
_ - JH
EU38
057
035
9248
1736
05141
.934
0513
4.1—
—70
1027
6.014
0055
.123
2891.
747
018
.527
98110
.235
5010
,200
—13
,750
7826
22,48
7—
30,31
460
00T -
BC4
12_J
___ -
JHEU
412618
3896
5225
3605
141.9
3405
134.1
——
7010
276.0
1400
55.1
2328
91.7
470
18.5
2798
110.2
3550
11,000
—14
,550
7826
24,25
1—
32,07
760
00T -
BC4
48_J
___ -
JHEU
448
672
4328
5804
3605
141.9
4005
157.7
——
7610
299.6
1600
63.0
2328
91.7
470
18.5
2798
110.2
3550
11,50
0—
15,05
078
2625
,353
—33
,180
6000
T - B
C480
_J__
_ - JH
EU48
072
045
3660
8236
05141
.940
0515
7.7—
—76
1029
9.616
0063
.023
2891.
747
018
.527
98110
.236
5012
,600
—16
,250
8047
27,77
8—
35,82
560
00T -
BC5
12_J
___ -
JHEU
512
768
4840
6490
3605
141.9
4005
157.7
——
7610
299.6
1600
63.0
2328
91.7
470
18.5
2798
110.2
3650
13,30
0—
16,95
080
4729
,321
—37
,368
6000
T - B
C544
_J__
_ - JH
EU54
4816
5256
7048
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
7450
7450
18,55
080
4716
,424
16,42
440
,896
28 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
T Driv
e — H
eavy
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
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 - AC
1818
2716
0215
2310
90.9
——
——
2310
90.9
1250
49.2
2328
91.7
547
21.5
2875
113.2
2974
(1)
(1)AO
I des
ign
—29
7465
57(1)
—
6557
6000
T - AC
2222
3319
526
123
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.2310
4(1)
—
3104
6843
(1)
—68
4360
00T -
AC26
2639
230
308
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
3333
5029
539
623
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.233
64(1)
—
3364
7416
(1)
—74
1660
00T -
AC36
3654
320
429
2310
90.9
——
——
2310
90.9
1250
49.2
2328
91.7
547
21.5
2875
113.2
3364
(1)
—33
6474
16(1)
—
7416
6000
T - AC
4444
6639
052
323
1090
.9—
——
—23
1090
.912
5049
.223
2891.
754
721.
528
75113
.238
44(1)
—
3844
8475
(1)
—84
7560
00T -
AC51
5177
450
603
2310
90.9
——
——
2310
90.9
1250
49.2
2328
91.7
547
21.5
2875
113.2
3904
(1)
—39
0486
07(1)
—
8607
6000
T - AC
6262
9355
073
827
95110
.0—
——
—27
95110
.012
5049
.223
2891.
754
721.
528
75113
.243
31(1)
—
4331
9548
(1)
—95
4860
00T -
AC72
7210
864
085
827
95110
.0—
——
—27
95110
.012
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 29
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
30 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 31
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
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
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
32 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 33
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
34 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 35
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
36 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 37
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
38 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 39
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
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
C12_
R___
- R_
_E12
1816
0214
2000
78.7
2400
94.5
——
4400
173.2
1362
53.6
2400
94.5
348
13.7
2748
108.2
2000
1740
—37
4044
0938
36—
8245
6000
G - H
C13_
R___
- R_
_E13
2018
024
220
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.2210
0174
0—
3840
4630
3836
—84
6660
00G
- HC1
4_R_
__ -
R__E
1421
200
268
2000
78.7
2400
94.5
——
4400
173.2
1362
53.6
2400
94.5
348
13.7
2748
108.2
2200
1740
—39
4048
5038
36—
8686
6000
G - H
C16_
R___
- R_
_E16
2422
430
020
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.223
00174
0—
4040
5071
3836
—89
0760
00G
- HC1
9_R_
__ -
R__E
1929
252
338
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
C21_R
___ -
R__
E21
3228
438
120
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.225
00174
0—
4240
5512
3836
—93
4860
00G
- HC2
4_R_
__ -
R__E
2436
320
429
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
C26_
R___
- R_
_E26
3936
048
220
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.227
00174
0—
4440
5952
3836
—97
8960
00G
- HC2
9_R_
__ -
R__E
2944
400
537
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
- HC3
3_R_
__ -
R__E
3350
448
601
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
- HC3
8_R_
__ -
R__E
3857
504
676
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
- HC4
3_R_
__ -
R__E
4365
588
762
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
- HC4
8_R_
__ -
R__E
4872
640
858
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
- HC5
3_R_
__ -
R__E
5380
720
966
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
C60_
R___
- R_
_E60
9080
010
7322
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
C67_
R___
- R_
_E67
101
896
1202
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
C77_
R___
- R_
_E77
11610
0013
4122
0086
.624
0094
.5—
—46
0018
1.113
6253
.624
0094
.534
813
.727
4810
8.238
00174
0—
5450
8378
3836
—12
,214
6000
G - H
C86_
R___
- R_
_E86
129
1120
1502
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
- HC9
6_R_
__ -
R__E
9614
412
80171
722
0086
.624
0094
.5—
—46
0018
1.113
6253
.624
0094
.534
813
.727
4810
8.242
00174
0—
5940
9259
3836
—13
,095
6000
G - H
C110
_R__
_ - R
__E
11016
514
4019
3122
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
- HC1
20_R
___ -
R__E
120
180
1600
2146
2200
86.6
2400
94.5
——
4600
181.1
1362
53.6
2400
94.5
380
15.0
2780
109.4
5000
1740
—67
4011,0
2338
36—
14,85
960
00G
- HC1
34_R
___ -
R__
E13
420
118
0024
1424
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—
18,54
160
00G
- HC1
44_R
___ -
R__E
144
21619
2025
7424
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
- HC1
54_R
___ -
R__
E15
423
120
0026
8224
0094
.5414
016
3.0—
—65
4025
7.513
6253
.624
0094
.538
015
.027
8010
9.456
5032
10—
8860
12,45
670
77—
19,53
360
00G
- HC1
60_R
___ -
R__
E16
024
022
4030
0424
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
40 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Powe
rFlex
6000
G Driv
e — H
eavy
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
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
C12_
S___
- S_
_E12
18176
236
2000
78.7
2400
94.5
——
4400
173.2
1362
53.6
2400
94.5
348
13.7
2748
108.2
2000
1740
—37
4044
0938
36—
8245
6000
G - H
C13_
S___
- S_
_E13
2019
826
520
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.2210
0174
0—
3840
4630
3836
—84
6660
00G
- HC1
4_S_
__ -
S__E
1421
220
295
2000
78.7
2400
94.5
——
4400
173.2
1362
53.6
2400
94.5
348
13.7
2748
108.2
2200
1740
—39
4048
5038
36—
8688
6000
G - H
C16_
S___
- S_
_E16
2424
633
020
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.223
00174
0—
4040
5071
3836
—89
0760
00G
- HC1
9_S_
__ -
S__E
1929
277
371
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
C21_S
___ -
S__E
2132
312418
2000
78.7
2400
94.5
——
4400
173.2
1362
53.6
2400
94.5
348
13.7
2748
108.2
2500
1740
—42
4055
1238
36—
9348
6000
G - H
C24_
S___
- S_
_E24
3635
247
220
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.226
00174
0—
4340
5732
3836
—95
6860
00G
- HC2
6_S_
__ -
S__E
2639
396
531
2000
78.7
2400
94.5
——
4400
173.2
1362
53.6
2400
94.5
348
13.7
2748
108.2
2700
1740
—44
4059
5238
36—
9789
6000
G - H
C29_
S___
- S_
_E29
4444
059
020
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.228
00174
0—
4540
6173
3836
—10
,009
6000
G - H
C33_
S___
- S_
_E33
5049
366
120
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.229
00174
0—
4640
6393
3836
—10
,229
6000
G - H
C38_
S___
- S_
_E38
5755
474
320
0078
.724
0094
.5—
—44
00173
.213
6253
.624
0094
.534
813
.727
4810
8.230
00174
0—
4740
6614
3836
—10
,450
6000
G - H
C43_
S___
- S_
_E43
6562
583
820
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
C48_
S___
- S_
_E48
7270
494
420
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
C53_
S___
- S_
_E53
8079
210
6222
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
- HC6
0_S_
__ -
S__E
6090
880
1180
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
- HC6
7_S_
__ -
S__E
6710
198
613
2222
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
- HC7
7_S_
__ -
S__E
77116
1120
1502
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
- HC8
6_S_
__ -
S__E
8612
912
80171
722
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
C96_
S___
- S_
_E96
144
1440
1931
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
- HC1
10_S
___ -
S__E
11016
516
00214
622
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
- HC1
20_S
___ -
S__E
120
180
1800
2414
2200
86.6
2400
94.5
——
4600
181.1
1362
53.6
2400
94.5
380
15.0
2780
109.4
5000
1740
—67
4011,0
2338
36—
14,85
960
00G
- HC1
34_S
___ -
S__E
134
201
1920
2574
2400
94.5
4140
163.0
——
6540
257.5
1362
53.6
2400
94.5
380
15.0
2790
109.4
5200
3210
—84
1011,
464
7077
—18
,541
6000
G - H
C144
_S__
_ - S_
_E14
4216
2000
2682
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
C154
_S__
_ - S_
_E15
423
122
4030
0424
0094
.5414
016
3.0—
—65
4025
7.513
6253
.624
0094
.538
015
.027
9010
9.456
5032
10—
8860
12,45
670
77—
19,53
360
00G
- HC1
60_S
___ -
S__E
160
240
2400
3218
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 41
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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.
42 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 43
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Per IEC / NEC, Local codes and application requirements
Tray 228.6 (9.00) 152.4 (6.00)
3 24V AC or 24V DC logic Controller I/O
Per IEC / NEC, Local codes and application requirements
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
44 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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)
203 mm² 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)
203 mm² 6.6 kV/phaseBottom 220 x 143 (8.7 x 5.6)
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)
203 mm² 6.6 kV/phaseBottom 220 x 143 (8.7 x 5.6)
3300V 50/60 HzTop 435 x 300 (17.1 x 11.8)
203 mm² 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)
203 mm² 6.6 kV/phaseBottom 220 x 143 (8.7 x 5.6)
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.)
Maximum Line Cable Sizes
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)
203 mm² (400 AWG) 6.6 kV/phaseBottom 220 x 143 (8.7 x 5.6)
Maximum Load Cable Sizes
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)
203 mm² (400 AWG) 6.6 kV/phaseBottom 220 x 143 (8.7 x 5.6)
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
Maximum Line Cable Sizes
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 45
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Maximum Load Cable Sizes
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
Maximum Line Cable Sizes
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
Maximum Load Cable Sizes
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
Maximum Line Cable Sizes
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
Maximum Load Cable Sizes
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
46 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 47
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
48 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 49
PowerFlex 6000 Medium Voltage AC Drives Technical Data
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.
DescriptionOption Number
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
DescriptionOption Number
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
50 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Redundancy Options
DescriptionOption Number
6000G 6000TRedundant Fan -14RF -14RFRedundant Power Supply — -14PS
Miscellaneous
DescriptionOption Number
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
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 51
PowerFlex 6000 Medium Voltage AC Drives Technical Data
Notes:
52 Rockwell Automation Publication 6000-TD100B-EN-P - August 2021
Rockwell Automation Publication 6000-TD100B-EN-P - August 2021 53
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.
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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