Avid Technology MV3000 DELTA - Losses

Specification T1689 Technical Manual Rev 07
Reactors, Inductors & Transformers MV3000 Air Cooled DELTA
Page 64
Reactor Order
Number
Current
Rating
(A r.m.s)
Drive (1.1 x Overload)
Drive (1.5 x
Overload)
Nominal
Supply
Voltage (V)
Approx.
Weight
R
reactor
(m
Ω
)
kg lb
33Z0329/10
670
1 x MVD500
380-525
60
132
0.8
33Z0331/10
1004
2 x MVD500
380-525
120
264
0.3
50Z0019/01
1860
3 x MVD500
380-525
170
374
0.2
50Z0055/04
2295
4 x MVD500
380-525
TBA
0.4
50Z0055/05
2850
5 x MVD500
380-525
310
682
0.3
50Z0050/07
3405
6 x MVD500
380-525
TBA
50Z0038/01
423
1x MVD300
1 x MVD300
690
100
220
1.2
50Z0038/02 846
2 x MVD300
1 x MVD500
2 x MVD300 690 160 352 0.6
50Z0038/03 1270
3 x MVD300
2 x MVD500
3 x MVD300 690 190 419 0.4
50Z0057/01 1660
4 x MVD300
3 x MVD500
4 x MVD300 690 210 462 0.6
50Z0057/02 2075
5 x MVD300
4 x MVD500
5 x MVD300 690 260 572 0.5
50Z0057/03 2485
6 x MVD300
5 x MVD500
6 x MVD300 690 325 715
0.4
Table 2–32. – DC Link Inductors – Weight & Resistance
2.13.4 Losses
Power loss = Idc² x R
reactor
x 1.3 Watts
Where R
reactor
is in ohms
Idc is in amperes.