Inovance MD580 Series - EMC Filter

Option Selection
‑135‑
Models and dimensions (Schaffner)
Table 4–14 Selection of AC input reactors (three‑phase 380 V to 480 V) (Schaffner)
Structure Model
Applicable Reactor
Inductance (mH) Loss (W)
T1
MD580‑4T2R1B RWK 3044‑3.5‑88‑E0XXX 8.3 32
MD580‑4T3R1B RWK 3044‑6.5‑88‑E0XXX 4.6 47
MD580‑4T3R8B RWK 3044‑6.5‑88‑E0XXX 4.6 47
MD580‑4T5R1B RWK 3044‑6.5‑88‑E0XXX 4.6 47
MD580‑4T7R2B RWK 3044‑12‑88‑E0XXX 2.44 69
MD580‑4T9B RWK 3044‑12‑88‑E0XXX 2.44 69
T2
MD580‑4T13B RWK 3044‑18‑89‑E0XXX 1.67 103
MD580‑4T17B RWK 3044‑24‑89‑E0XXX 1.22 106
T3
MD580‑4T25B RWK 3044‑35‑92‑E0XXX 0.83 151
MD580‑4T32B RWK 3044‑48‑92‑E0XXX 0.61 172
T4 MD580‑4T37B RWK 3044‑59‑92‑E0XXX 0.5 206
T5
MD580‑4T45(B)
RWK 3044‑59‑92‑E0XXX 0.5 206
MD580‑4T60(B)
RWK 3044‑72‑99‑E0XXX 0.41 294
T6
MD580‑4T75(B)
RWK 3044‑72‑99‑E0XXX 0.41 294
MD580‑4T91(B)
RWK 3044‑120‑99‑E0XXX 0.24 324
T7
MD580‑4T112(B)
RWK 3044‑120‑99‑E0XXX 0.24 324
MD580‑4T150(B)
RWK 3044‑180‑99‑E0XXX 0.17 456
T8
MD580‑4T176(B)
RWK 3044‑180‑99‑E0XXX 0.17 456
MD580‑4T210 RWK 3044‑210‑99‑E0XXX 0.14 553
MD580‑4T253 RWK 3044‑260‑99‑E0XXX 0.11 593
T9
MD580‑4T304 RWK 3044‑320‑99‑E0XXX 0.092 747
MD580‑4T377 RWK 3044‑400‑99‑E0XXX 0.073 1055
T10
MD580‑4T426‑L RWK 3044‑510‑99‑E0XXX 0.058 1069
MD580‑4T465‑L RWK 3044‑510‑99‑E0XXX 0.058 1069
T11
MD580‑4T520‑L RWK 3044‑510‑99‑E0XXX 0.058 1069
MD580‑4T585‑L RWK 3044‑570‑99‑E0XXX 0.052 1181
T12
MD580‑4T650‑L RWK 3044‑640‑99‑E0XXX 0.046 1116
MD580‑4T725‑L RWK 3044‑800‑99‑E0XXX 0.037 1280
MD580‑4T820‑L RWK 3044‑800‑99‑E0XXX 0.037 1280
4.3.3 EMC Filter
Overview
To comply with the radiated and conducted emission requirements of EN IEC 61800‑
3, install the EMC filter. The following EMC filters can be used. The following table lists
supported EMC filter models.
All power built‑in filters can meet requirements of EN 61800‑3 C3.