Reliance electric GV3000SE, Instruction Manual

Page: 29 / 198

2 - DESCRIPTION
49'1327 e GV3000/SE 2-19
Table 2-7: Output Current Ratings Based on Fundamental/Carrier Frequency
for Closed Loop (Vector) Selection
Unit
Type
Identifi-
cation
Code in Stock No. Motor
Power
kW at
Switching
Frequency
2 kHz
Switching
Frequency
4 kHz
Switching
Frequency
8 kHz
GV3000
E/U
Param.
P.099 400 V,
2 kHz
I nom.
A
I max
%
I nom.
A
I max
%
I nom.
A
I max
%
AC003 3.001 896.01.x1 0.75 2.1 150 2.1 150 2.0 150
AC004 3.002 896.02.x1 1.1 3.1 150 3.1 150 2.0 150
AC005 3.003 896.03.x1 1.5 3.8 150 3.8 150 3.8 150
AC008 3.005 896.05.x1 3 6.7 150 6.7 150 5 150
AC012 3.007 896.06.x1 4 9.3 150 9.3 150 8 150
AC015 3.010 896.07.x1 5.5 11 150 11 150 8 150
AC024 3.014 896.08.x1 7.5 16.5 150 15 150 11 150
AC030 3.020 896.09.x1 11 22 150 22 150 15 150
AC039 3.024 896.10.x2 11 22 150 22 150 15 150
AC044 3.029 896.11.x2 15 30 160 22 150 15 150
AC038 4.025 896.10.xy 15 32 150 32 150 27 150
AC043 4.030 896.11.xy 18.5 38 150 37 150 27 150
AC058 4.040 896.12.xy 22 45 150 37 150 27 150
AC070 4.050 896.13.xy 22 45 150 37 150 27 150
AC085 4.055 896.14.x1 30 59 150 46 150 31 150
AC089 4.060 896.14.x0 37 70 150 70 150 55 150
AC106 4.075 896.15.xy 45 89 150 75 150 55 150
AC140 4.100 896.16.xy 45 89 150 75 150 55 150
AC170 4.115 896.17.xy 55 118 150 91 150 60 150
AC180 4.125 896.17.x0 75 140 150 128 150 96 150
AC210 4.150 896.18.xy 75 152 150 128 150 96 150
AC240 4.175 896.19.xy 75 152 150 128 150 96 150
AC305 4.210 896.20.xy 110 210 150 202 150 - -
AC360 4.265 896.21.xy 132 250 150 202 150 - -
DC240 4.175 896.19.50 75 152 150 128 150 96 150
DC360 4.265 896.21.51 132 250 150 202 150 - -
x = Option variant y = 0: UL/cUL-inverter y = 1 or 2: non UL-inverter (except on AC003 - AC030)
Remark:
•
Duty cycle 150% overload for 1 minute every 10 minutes
•
If a GV3000E-AC003 - AC030 or AC039/044 is operating under conditions, where during deceleration
the frequency falls below 2 Hz, the output current has to be reduced linear from 150% at 2 Hz to 75%
at 0 Hz.
•
Identification Code: first digit represents Input Voltage (3 or 4 = 380-460V),
following digits represent horsepower rating of the inverter.