Gv3000/Se Regulator, General Parameters (P.xxx); Parameter Quick Reference Guide - Reliance electric GV3000/SE Instruction Manual

GV3000/SE Regulator, General Parameters (P.xxx)

* = Parameter tuneable at drive stopped or running; all others adjust with drive stopped.
Para-
Description
meter
Control Source
P.000
(Selection 'OP' only available
with optional-Card installed)
*P.001 Acceleration Time, Ramp 1
*P.002 Deceleration Time, Ramp 1
*P.003 Minimum Speed
Maximum Speed
*P.004
*P.005 Inverter Current Limit
(1)
Expand to Second Menu List
*P.006
Terminal Strip Digital Input
P.007
Configure
P.008 Terminal Strip Speed
Reference Source
*P.009 Term. Strip Analog Input Offset
(2)
*P.010 Term. Strip Analog Input Gain
(2)
*P.011 Term. Strip Analog Input
(2) (3) Configure
* Alarm, drive continues to run
using the value of the
analog input 4 to 5 seconds
prior to loss.
** Alarm, drive continues to run
using Preset Speed 1
(P.031)
*P.012 Terminal Strip Analog Output
Source
Notes: (1) P.047, P.005 and H.000 must be set before activating at V/Hz mode the Identification Request (H.020)
(2) This parameter is not used at Vector Torque Reference (U.000=1)
(3) Inverting of rotation is only effective with P.027 at 0.
49'1329 e

8 - PARAMETER QUICK REFERENCE GUIDE

Selection / Adjustment Range
LOCL - Local keypad/display
rE - Terminal strip remote inputs
OP - Option Port (InterBus, Profibus, DeviceNet, AMX)
SErL - Serial port (CS3000 or OIM*)
1.0 - 999.9 s
0.1 - 999.9 s
1.0 - 999.9 s
0.1 - 999.9 s
0.5 Hz - Value of P.004 in Hz
0 RPM - Value of P.004 in RPM
0.5 Hz - Value of H.022, max. 200Hz
(H.022, Over-frequency limit)
0 RPM - U.017 (Motor Top speed)
50 - 100% or 110% of Power Unit Outp. Amps P.095 (V/Hz)
U.006 - 150% of value in U.004
'2nd menu' password. Refer to Section 3 of this manual.
0 = Dig6= FWD/REV, DIG7=RAMP1/2,
1 =
2 =
3 =
4 =
5 =
6 =
7 = not used
8 = FWD/REV
9 = not used
10 = not used
11 = not used
12 = not used
With P.007 set to '7':
0 = Analog Reference
1 = MOP (uses dig. input 6 MOP inc., inp. 7 MOP decrease)
2 = 2 Preset Speeds (uses digital input 6)
3 = 4 Preset Speeds (uses digital inputs 6-7)
4 = 8 Preset Speeds (uses all terminal strip digital inputs)
5 = Analog Ref. and 1 preset speed (uses digital input 6)
6 = Analog Ref. and 3 preset speeds (uses digital inputs 6-7)
7 = Analog Ref. and 7 preset speeds (uses all digital inputs)
(-)900 - (+)900
0.100 - 5.000
0 = +/- 10 VDC
1 = +/- 10 VDC inverted
2 = 0 to 10 VDC
3 = 0 to 10 VDC inverted
4 = 4 to 20 mA
5 = 4 to 20 mA inverted
6 = 0 to 20 mA
7 = 0 to 20 mA inverted
8 = 4 to 20 mA
9 = 4 to 20 mA inverted
10 = 4 to 20 mA
11 = 4 to 20 mA inverted
12 = 0 to 10 VDC Start and stop the drive
0 = Speed /Frequency
1 = Current
2 = Speed /Frequency
3 = Current
GV3000/SE
(on type V/Hz)
(on type Vector)
(on type V/Hz)
(on type Vector)
(on type V/Hz)
(on type Vector)
(on type V/Hz)
(on type Vector)
DIG7=FWD/REV,
DIG7=FWD/REV,
DIG7=RAMP1/2,
not used
TRQ/SPD
TRQ/SPD
TRQ/SPD
TRQ/SPD
not used
Jumper J4 pins 2-3
(fault > 2 mA)
(fault > 2 mA)
( * alarm > 2 mA)
( * alarm > 2 mA)
(** alarm > 2 mA)
(** alarm > 2 mA)
based on analog input value.
feedback bipolar
feedback bipolar
feedback unipolar
feedback unipolar
EUr-Init.
Setting
LOCL
20.0s
20.0s
5.0 Hz
150
RPM
50.0 Hz
1400
RPM
100%
(Vector) 150%
0
DIG8=REM/LOC
0
DIG8=RAMP1/2
DIG8=REM/LOC
DIG8=REM/LOC
DIG8=FWD/REV
DIG8=RAMP1/2
DIG8=REM/LOC
not used
REM/LOC
REM/LOC
FWD/REV
RAMP1/2
TRQ/SPD
0
0
1.000
2
J4 pins 2-3
J4 pins 2-3
J4 pins 2-3
J4 pins 1-2
J4 pins 1-2
J4 pins 1-2
J4 pins 1-2
J4 pins 1-2
J4 pins 1-2
J4 pins 1-2
J4 pins 1-2
J4 pins 2-3
0
Actual
Setting
8 - 1