Mitsubishi FR-XCG-15K - VFD Inverter
Mitsubishi FR-XCG-15K VFD Inverter is a stand-alone reactor for regenerative converter systems in industrial automation applications and drive environments. This Mitsubishi unit is defined by its stand-alone reactor type, compact 11 kg weight, and mechanical dimensions of 222.5 mm width, 190 mm height, and 130 mm depth. It is manufactured by Mitsubishi and categorized under Mitsubishi Variable Frequency Drive solutions for industrial use.

| Brand | Mitsubishi |
| Product Type | VFD Inverter |
| Model Number | FR-XCG-15K |
Mitsubishi FR-XCG-15K VFD Inverter - Technical Specifications:
| Specification | Value |
|---|---|
| Type | FR-XC STAND-ALONE REACTOR |
| Series | REGENERATIVE CONVERTER |
| Depth (mm) | 130 |
| Weight (kg) | 11 |
| Width (mm) | 222,5 |
| Height (mm) | 190 |
The FR-XCG-15K VFD Inverter is a Mitsubishi stand-alone reactor used with Variable Frequency Drive systems in industrial automation. This Mitsubishi FR-XCG-15K VFD Inverter features a stand-alone reactor configuration, 11 kg construction weight, and defined mechanical sizing including 222.5 mm width and 190 mm height. It belongs to the FR ecosystem and is applied in regenerative converter architectures supporting controlled energy flow.
In industrial environments, the FR-XCG-15K VFD Inverter is installed in conveyor systems, automated production lines, packaging machinery, and regenerative drive setups. Its reactor function supports stable current handling and system balance when used with regenerative converters. This contributes to predictable electrical behavior and reliable operation of Variable Frequency Drive installations across automation facilities.
The Mitsubishi FR-XCG-15K VFD Inverter is defined by its electrical role, physical stability, and compatibility with industrial drive systems. With clearly specified dimensions and mechanical mass, it integrates reliably into control panels and power sections. Mitsubishi manufacturing consistency ensures this stand-alone reactor is suitable for long-term industrial automation use where dependable regenerative system support is required.



