Avid Technology MV3000 DELTA User Manual

Appendix D: MV3000e Drive Selection Charts T1689 Technical Manual Rev 07
MV3000 Air Cooled DELTA
Page 186
575 – 690 V a.c. Units: 150% Overload
Drive Units
600V
660V
690V
Amps
Motor
Power
(kW)
Losses
(kW)
Amps
Motor
Power
(kW)
Losses
(kW)
Amps
Motor
Power
(kW)
Losses
(kW)
MV3300 (1 DELTA)
291
259
3.47
285
279
3.51
282
289
3.53
MV3600 (2 DELTA)
559
497
6.66
548
535
6.74
542
554
6.78
MV3900 (3 DELTA)
838
745
9.99
822
803
10.11
813
831
10.17
MV31200 (4 DELTA)
1118
933
13.33
1096
1071
13.49
1084
1108
13.57
MV31500 (5 DELTA)
1397
1241
16.66
1370
1339
16.86
1355
1385
16.96
MV31800 (6 DELTA)
1677
1490
19.99
1643
1606
20.23
1627
1662
20.35
Table 13–4. – MVD300 Ratings in 1.5 Overload
Ratings are based on:
• Rectifier fed (Diode Front End) drive with a d.c. link voltage = 1.35xVac,
• No sharing reactor in DELTA air stream (e.g. 31V5500/10 not fitted)
• Typical device characteristics
• 50 000 hours continuous use for d.c. capacitor bank
• Overloads are for 60s every 10minutes. The current must be reduced between overloads so that
the rms current does not exceed the rated current shown.
• A.C. output current shown in Amps (rms)
• Ratings assume the use of the High Performance Cooling System.
NOTE: Full kit lists are available from GE Power Conversion.

Avid Technology MV3000 DELTA Specifications

General

Brand	Avid Technology
Model	MV3000 DELTA
Category	Control Unit
Language	English