Rockwell Automation Allen-Bradley PowerFlex 700S - Digital Inputs

Rockwell Automation Publication 750-RM004A-EN-P - April 2018 37
Selection Considerations Chapter 1
Table 7 - Output Power and Features
Description PowerFlex 700S, F9…F14 PowerFlex 755TL/TR Drive and
PowerFlex 755TM Common Bus
Inverter, F8…F12
Cat. No. 20D… Cat. No. 20G…
400V AC Class, Normal Duty Output
Ratings
IP21/IP54 Rittal:
• 261…1450 A, ND
• 132…800 kW, ND
IP20 MCC;
• 385…1030 A, ND
• 200…560 kW, ND
755TL drive:
• 302…2156 A, ND
• 160…1250 kW, ND
755TR drive, 755TM CBI:
• 302…3542 A, ND
• 160…2000 kW, ND
480V AC Class, Normal Duty Output
Ratings
IP21/IP54 Rittal;
• 261…1450 A, ND
• 200…1250 Hp, ND
IP20 MCC;
• 385…1030 A, ND
• 300…900 Hp, ND
755TL drive:
• 302…2072 ADC, ND
• 250…1800 Hp, ND
755TR drive, 755TM CBI:
• 302…3404 A, ND
• 250…3000 Hp, ND
600V AC Class, Normal Duty Output
Ratings
IP21/IP54 Rittal:
170…1500 A, ND
150…1600 Hp, ND
IP20 MCC:
261…820 A, ND
250…900 Hp, ND
755TL drive:
• 242…1430 A, ND
• 250…1500 Hp, ND
755TR drive, 755TM CBI:
• 242…2420 A, ND
• 250…2500 Hp, ND
690V AC Class, Normal Duty Output
Ratings
IP21/IP54 Rittal:
170…1500 A, ND
160…1500 kW, ND
IP20 MCC:
261…820 A, ND
186…671 kW, ND
755TL drive:
• 215…1419 A, ND
• 200…1400 kW, ND
755TR drive, 755TM CBI:
• 215…2318 A, ND
• 200…2300 kW, ND
Nominal DC Bus Voltage 400V Class; 594V DC
480V Class; 712V DC
600V Class; 890V DC
690V Class; 1025V DC
400V Class; 580V DC
480V Class; 696V DC
600V Class; 870V DC
690V Class; 1000V DC
Output Control Method Sine-coded PWM Sine-coded PWM
PWM Carrier Frequency Rated output; 2 kHz
Adjustable; 4, 6, 8, 10 kHz, derating
may apply, see publication 20D-
TD002
Rated output; 1.33 kHz
Adjustable; 2, 4 kHz, derating may
apply, see publication
750-TD100
Output Voltage Range 0 to rated motor voltage 0 to rated motor voltage
Output Fundamental Frequency
Range
0…400 Hz, derating may be
required over 320 Hz
0…325 Hz with 1.33 kHz and 2 kHz
carrier
0…590 Hz with 4 kHz carrier
Current Limit Capability 0…800% of rated input current 20…160% of rated input current
60 s Overload ND = 110%
HD = 150%
LD = 110%
ND = 110%
HD = 150%
3 s Overload ND = 150%
HD = 180%
LD = —
ND = 150%
HD = 180%