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Rockwell Automation GV3000/SE AC Drive Quick Reference Version 6.06 User Manual

Page 2

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General Parameters

P.000

Control Source

P.001

Accel Time 1 (Ramp 1)

P.002

Decel Time 1 (Ramp 1)

P.003

Minimum Speed

P.004

Maximum Speed

P.005

Current Limit

P.006

Second Menu Password

P.007

TS Digital Inputs Config

P.008

TS Speed Ref Source

P.009

TS Analog Input Offset

P.010

TS Analog Input Gain

P.011

TS Analog Input Config

P.012

TS Analog Output Source

P.013

Output Relay Config

P.014

Trim Ref Source

P.015

Trim Gain Percentage

P.016

Draw Gain Percentage

P.017

Accel Time 2 (Ramp 2)

P.018

Decel Time 2 (Ramp 2)

P.019

S-Curve Enable

P.020

Jog Speed Ref

P.021

Jog Ramp Accel Time

P.022

Jog Ramp Decel Time

P.023

MOP Acc/Dec Time

P.024

MOP Reset Configuration

P.025

Stop Type

P.026

Function Loss Response

P.027

Fwd/Rev Configuration

P.028

Speed Display Scaling

P.029

Elapsed Time Meter

P.030

Elapsed Time Meter Reset

P.031

Preset Speed 1

P.032

Preset Speed 2

P.033

Preset Speed 3

P.034

Preset Speed 4

P.035

Preset Speed 5

P.036

Preset Speed 6

P.037

Preset Speed 7

P.038

Preset Speed 8

P.039

Encoder Loss Enable

P.040

Motor Overload Enable

P.041

Motor Overload Type

P.042

Line Dip Ride-Through Time

P.043

Fault Auto Reset Attempts

P.044

Fault Auto Reset Time

P.045

Output Phase Loss Enable

P.047

Carrier Frequency

P.048

Volts/Hertz or Vector Regulation

P.049

Country Defaults

General Parameters

(Continued)

P.050

Restore Defaults

P.051

Programming Disable

P.052

AUTO/MAN Key Disable

P.053

Manual Ref Preset Enable

P.054

Level Sense Start Enable

P.055

STOP/RESET Key Disable

P.060

Network Drop Number

P.061

Network Connection Type

P.062

Comm Loss Response

P.063

Network Ref Source

P.064

Network Trim Ref Source

P.065

Option Port: Type and Version

P.066

Network Output Reg 1 Source ________

P.067

Network Output Reg 2 Source ________

P.068

Network Output Reg 3 Source ________

P.069

Network Output Reg 4 Source ________

P.090

Diagnostics Source

P.091

Diagnostics Display

P.095

Power Module Output Amps

P.098

Software Version Number

P.099

Power Module Type

Volts/Hertz Parameters

H.000

Motor Nameplate Volts

H.001

Motor Nameplate Base Freq

H.002

Motor Nameplate Amps

H.003

Torque Boost Voltage

H.004

Slip Compensation

H.005

DC Braking Enable

H.006

DC Braking Start Freq

H.007

DC Braking Current

H.008

DC Braking Time

H.009

Avoidance Freq Enable

H.010

Avoidance Freq Midpoint 1

H.011

Avoidance Freq Band 1

H.012

Avoidance Freq Midpoint 2

H.013

Avoidance Freq Band 2

H.014

Avoidance Freq Midpoint 3

H.015

Avoidance Freq Band 3

H.016

Sync Direction

H.017

Input Power/Snubber Config

H.018

V/Hz Curve Type

H.019

Identification Result

H.020

Identification Request

H.021

AC Line Volts

H.022

Overfrequency Limit

Vector Parameters

U.000

Torque Ref Source

U.001

Encoder PPR

U.002

Motor Poles

U.003

Motor Nameplate Base Freq

U.004

Motor Nameplate Amps

U.005

Motor Nameplate RPM

U.006

Magnetizing Current

U.007

Motor Nameplate Volts

U.008

Torque Self-Tune Enable

U.009

Torque Self-Tune Result

U.012

Speed Reg Prop Gain

U.013

Speed Reg Integral Gain

U.014

Torque Reg Prop Gain

U.015

Torque Reg Integral Gain

U.016

Field Weakening Start RPM

U.017

Motor Top Speed

U.018

AC Line Volts

U.019

Flux Curr Reg Prop Gain

U.020

Flux Curr Reg Int Gain

U.021

Rotor Time Const

U.022

Motor Nameplate Horsepower

U.023

Low DC Bus Fault Avoidance

U.024

High DC Bus Fault Avoidance

U.025

Zero Speed Hold Time

U.026

Current Compounding Gain

U.027

Inertia Compensation Gain

U.028

Losses Compensation Gain

U.030

SVC Slip Adjust

________

U.031

SVC Sync Direction

U.032

SVC Flux Curr Reg Gain

U.040

OCL Feedback Source

U.041

OCL Lead/Lag Select

U.042

OCL Lead/Lag Low Freq

U.043

OCL Lead/Lag Ratio

U.044

OCL Ref Gain

U.045

OCL Proportional Gain

U.046

OCL Integral Gain

U.047

OCL Trim Range Percentage

U.048

OCL Prop Trim Enable

RMI Parameters

r.001

Analog Output 1 Source

r.002

Analog Output 1 Offset

r.003

Analog Output 1 Gain

r.004

Analog Output 2 Source

r.005

Analog Output 2 Offset

r.006

Analog Output 2 Gain

r.007

Analog Output 3 Source

r.008

Analog Output 3 Offset

r.009

Analog Output 3 Gain

r.010

Analog Input Offset

r.011

Analog Input Gain

r.014

Freq Input Sample Period

r.015

Frequency Input Offset

r.016

Frequency Input Gain

r.020

PI Regulator Offset

r.021

PI Regulator Prop Gain

r.022

PI Regulator Integral Gain

r.025

Torque/Current Limit Source

r.030

Digital Input Config

r.031

Digital Output 1 Config

r.032

Digital Output 2 Config

r.033

Digital Output 3 Config

r.034

Digital Output 4 Config

r.035

Relay Output 1 Config

r.036

Relay Output 2 Config

r.037

Relay Output 3 Config

r.040

Digital Output 1 Delay Time

r.041

Digital Output 2 Delay Time

r.042

Digital Output 3 Delay Time

r.043

Digital Output 4 Delay Time

r.044

Relay Output 1 Delay Time

r.045

Relay Output 2 Delay Time

r.046

Relay Output 3 Delay Time

r.050

Speed Detection Level 1

r.051

Speed Detection Level 2

r.052

Speed Detection Level 3

r.053

Speed Detect Hysteresis

r.056

Low Speed Detection Level

r.057

Current Detection Level 1

r.058

Current Detection Level 2

r.059 Current Detection Level 3

________

r.060

Current Detection Hysteresis

r.063

Torque Detection Level 1

r.064

Torque Detection Level 2

r.065

Torque Detection Level 3

r.066

Torque Detection Hysteresis ________