Power Loss; Service Conditions; Installation - Reliance electric GV3000/SE Instruction Manual

Power Loss

Table 2-2a: Power Loss at Full Load and 2kHz on Types 003 to 030 and 039/044
Inverter GV3000E-AC...
Power Loss P Watt at Full Load
v
Table 2-2b: Power Loss at Full Load and 2kHz on Types 038/043 and 058 to 360
Inverter GV3000E/U-AC...
038 043 058 070 085
P
620 685 890 1050 1080 1400 1630 2100 2150 2800 3200 3600 4200 4900 2900 3800
in Watt
v
I
at
nom
Fix Losses 100 100 100 100
P in Watt
0
Power loss P at reduced load can be calculated with the following formula:
v
Type AC P = P
v
Type DC P = P
v

Service Conditions

Table 2-3:
Temperature
Ambient relative
humidity
Air pollution

Installation

altitude
Degree of
protection
Location
49'1327 e
2 - DESCRIPTION
003 004
60 70
089 106 140 170
1)
100 190
+ 13,6 V x I
0 mot
+ 10,7 V x I
0 mot
- Operation 0°C up to +40°C coolant air inlet temperature
- Storage : -25°C ... +55°C
- Transportation: -25°C . +70°C (+70 during max. 24 hours)
max. 50% at 40°C unlimited
max. 90% at 20°C during max. 30 days / year
75% average
NOTE: Condensation not allowed!
The ambient air may contain some dry dust but must not contain excessive
dirt, chemical fumes, oil vapor etc. (pollution degree 2, IEC 664)
max. 1000 m above sea level.
At higher altitude the output current must be reduced by 1% per 100m
- GV3000E/U-AC038/043 and 058 – 360:
- GV3000E-AC003 – 030 and 039/044:
Closed electrical operating area (cabinet or room)
005 008 012
100 150 210
180 210 240 305
1)
190 190 190 340
1): P = P + 11,5 V x I
v 0
3): P = P + 9,1 V x I
v 0
GV3000/SE
015 024 030
250 380 470
360
2) 2)
340 340 560 560
2): P = P + 12 V x I
mot v 0
mot
IP20, (NEMA 1 for UL/cUL)
IP20, (open for UL/cUL)
039 044
550 600
-DC...
240 360
3)
340 560
mot
2-15