Inverter Options

Filter Support List

200 V Series
Inverter Type Peripheral Options
Zero-phase reactor
and line noise filter*1
Radio noise
filter*2
EMC command
noise filter
SBT-0.75K/
1.5K,
ET-0.4K,
ET-0.75K,
ES-0.4K,
ES-0.75K
RC5078 3 turns × 1
(assuming 5.5 mm2
or smaller)
Handled by
Soshin Electric
Co., Ltd.
3XYEB-105104 Handled by
Okaya Denki
Sangyo Co., Ltd.
3SUP-
HE10-ER6
Handled by
Okaya Denki
Sangyo Co., Ltd.
SBT-1.5K/
2.2K,
ET-1.5K,
ES-1.5K
3SUP-
HE20-ER6
SBT-2.2K/
3.7K,
ET-2.2K,
ES-2.2K
3SUP-
HE20-ER6
SBT-3.7K/
5.5K,
ET-3.7K
3SUP-
HE30-ER6
SBT-5.5K/
7.5K
3SUP-
HE50-ER6
SBT-7.5K/
11K
RC5078 1 turn × 3
(assuming 8 to 22 mm2)
3SUP-
HE50-ER6
SBT-11K/
15K
3SUP-
HE75-ER6
SBT-15K/
18.5K
3SUP-
HE75-ER6
SBT-18.5K/
22K
RC5096 1 turn × 4
(assuming 38 to
100 mm2)
3SUP-
HE100-ER6
SBT-22K/
30K
3SUP-
HE150-ER6
SBT-30K,
SBT-37K
3SUP-
HE150-ER6
SBT-45K,
SBT-55K
3SUP-
HE200-ER6
400 V Series
Inverter Type Peripheral Options
Zero-phase reactor
and line noise filter*1
Radio noise filter*2 EMC command
noise filter
SHF-1.5K/
SPF-2.2K,
EF-0.4K,
EF-0.75K,
EF-1.5K
RC5078 3 turns × 1
(assuming 5.5 mm2
or smaller)
Handled by
Soshin Electric
Co., Ltd.
3XYHB-105104 Handled by
Okaya Denki
Sangyo Co., Ltd.
3SUP-
HE10-ER6
Handled by
Okaya Denki
Sangyo Co., Ltd.
SHF-2.2K/
SPF-4.0K,
EF-2.2K
3SUP-
HE20-ER6
SHF-4.0K/
SPF-5.5K,
EF-4.0K
3SUP-
HE20-ER6
SHF-5.5K/
SPF-7.5K
3SUP-
HE20-ER6
SHF-7.5K/
SPF-11K
3SUP-
HE30-ER6
SHF-11K/
SPF-15K
RC5078 1 turn × 3
(assuming 8 to
22 mm2)
3SUP-
HE50-ER6
SHF-15K/
SPF-18.5K
3SUP-
HE50-ER6
SHF-18.5K/
SPF-22K
3SUP-HE75-ER6
SHF-22K/
SPF-30K
3SUP-
HE75-ER6
SHF-30K/
SPF-37K
RC5096 1 turn × 4
(assuming 38 to
100 mm2)
3SUP-
HE100-ER6
SHF-37K/
SPF-45K
3SUP-
HE150-ER6
SHF-45K/
SPF-55K
3SUP-
HE150-ER6
SHF-55K 3SUP-
HE200-ER6
  1. The line noise filter is used for both of inverter input and output. The number of through turns and wires to be used differs depending on the used wire size. Roll the wire around three phases at the same time, with each phase in the same direction.
  2. To each inverter input RST, individually connect the black wires from the radio noise filter. Connect yellow and green lines to the ground terminal of the inverter itself.
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