Rockwell Automation Allen-Bradley PowerFlex 700S - Comparison

Rockwell Automation Publication 750-RM004A-EN-P - April 2018 103
Drive Configuration Chapter 2
Typical Three-wire Control with Encoder Parameter Comparison
Table 59 - Line Side Converter Parameters
PowerFlex 700S PowerFlex 755T
Parameter, Bit Display Name Value Port:Parameter.Bit Display Name Value
The PowerFlex 700S does not have an active front end converter, so there are
no equivalent parameters.
13:30 Nom Line Freq Application Specific
13:32 AC Line kVA A Application Specific
13:34 AC Line Imped% A Application Specific
0:63 LS Start Mode 0
=’FLW MSideInv’
13:45 DC Bus Ref Sel 0
=’Auto’
13:54 Volt Reg C/U Sel 0
=’Calculated’
Table 60 - Motor Side Inverter Control Parameters
PowerFlex 700S PowerFlex 755T
Parameter, Bit Display Name Value Port:Parameter.Bit Display Name Value
P1 Motor NP Volts Application Specific 10:400 Motor NP Volts Application Specific
P2 Motor NP FLA Application Specific 10:401 Motor NP Amps Application Specific
P3 Motor NP Hertz Application Specific 10:402 Motor NP Hertz Application Specific
P4 Motor NP RPM Application Specific 10:403 Motor NP RPM Application Specific
P5 Motor NP Power Application Specific 10:406 Motor NP Power Application Specific
P6 Mtr NP Pwr Units Application Specific 10:405 Mtr NP Pwr Units Application Specific
P7 Motor Poles Application Specific 10:407 Motor Poles Application Specific
P10 Speed Ref 1 800
=‘Anlg In 1 Data’
10:1801 VRef A Stpt 0
=Default, not used
P27 Speed Ref A Sel 1=’Spd Ref 1’ 10:1800 VRef A Sel 40050
=’4:50 [Anlg In0 Value]’
10:1802 VRef A AnlgHi Motor NP RPM
10:1803 VRef A AnlgLo 0
P30 Min Spd Ref Lim 0 10:1900 Vel Low Lim Pos 0
10:1901 Vel Low Lim Neg 0
P31 Max Spd Ref Lim Motor NP RPM 10:1898 Vel Limit Pos Motor NP RPM
10:1899 Vel Limit Neg (-) Motor NP RPM
P32 Accel Time 1 10.0 10:1915 VRef Accel Time1 10.0
P33 Decel Time 1 10.0 10:1917 VRef Decel Time1 10.0
P34 S Curve Time 0.5 10:1919 VRef Accel Jerk 5.0
10:1920 VRef Decel Jerk 5.0
P90 Spd Reg BW Application Specific 10:906 System BW Application Specific
P91 Spd Reg Damping Application Specific 10:907 System Damping Application Specific
P81 Spd Reg P Gain Application Specific 10:1956 u VReg Kp Application Specific
P82 Spd Ref I Gain Application Specific 10:1958 u VReg Ki Application Specific