Mitsubishi FFR-BS-00930-120A-SF100 - VFD Inverter
Mitsubishi FFR-BS-00930-120A-SF100 VFD Inverter is a radio noise filter rated 120 A with IP20 protection and low leakage current. This Mitsubishi component supports Mitsubishi Variable Frequency Drive installations and features 44.9 W power loss, <30 mA leakage current, and a robust enclosure measuring 450 Γ 120 Γ 636 mm with 10 kg weight.
| Brand | Mitsubishi |
| Product Type | VFD Inverter |
| Model Number | FFR-BS-00930-120A-SF100 |
Mitsubishi FFR-BS-00930-120A-SF100 VFD Inverter - Technical Specifications:
| Specification | Value |
|---|---|
| Type | RADIO NOISE FILTER |
| Series | FR-F800 SERIES, FR-A800 SERIES |
| Applicable Inverter | FR-A840-00930, FR-F840-00930 |
| Rated Current (A) (fa_ger_79) | 120 |
| Power Loss (W) | 44,9 |
| Leakage Current (mA) | <30 |
| Protection Class | IP20 |
| Depth (mm) | 120 |
| Weight (kg) | 10 |
| Width (mm) | 450 |
| Height (mm) | 636 |
The FFR-BS-00930-120A-SF100 VFD Inverter is a Mitsubishi radio noise filter used with Variable Frequency Drive systems in industrial automation. The FFR-BS-00930-120A-SF100 VFD Inverter is defined by its 120 A rated current, IP20 protection class, low leakage current, and controlled 44.9 W power loss. It is applied within the FR drive ecosystem to support stable electromagnetic performance in inverter-driven systems.
In industrial applications such as conveyors, packaging lines, automated machinery, and assembly systems, radio noise filters reduce conducted electromagnetic interference. The FFR-BS-00930-120A-SF100 VFD Inverter helps maintain signal integrity, protects nearby control equipment, and supports compliance with electrical noise limits in Variable Frequency Drive installations.
The Mitsubishi FFR-BS-00930-120A-SF100 VFD Inverter represents Mitsubishiβs approach to electrical noise suppression in industrial environments. Its electrical ratings, mechanical dimensions, and defined protection level make it suitable for long-term panel installation. The FFR-BS-00930-120A-SF100 is selected where predictable filtering performance and reliable operation are required in Variable Frequency Drive systems.
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