Mitsubishi FR-LU08-01 - VFD Inverter
The Mitsubishi FR-LU08-01 Variable Frequency Drive module features a parameter unit with IP55 protection and compact installation dimensions. It supports FR-A800 SERIES, FR-E800 SERIES, and FR-F800 SERIES inverters and includes a 19 mm depth, 80 mm width, 96 mm height, and a 0.3 kg weight for simplified mounting. Explore the brand via Mitsubishi, the product category at Mitsubishi Variable Frequency Drive, and the related series under FR SERIES.
| Brand | Mitsubishi |
| Product Type | VFD Inverter |
| Model Number | FR-LU08-01 |
Mitsubishi FR-LU08-01 VFD Inverter - Technical Specifications:
| Specification | Value |
|---|---|
| Type | PARAMETER UNIT |
| Series | FR-A800 SERIES, FR-E800 SERIES, FR-F800 SERIES |
| Protection Class | IP55 |
| Depth (mm) | 19 |
| Weight (kg) | 0,3 |
| Width (mm) | 80 |
| Height (mm) | 96 |
The Mitsubishi FR-LU08-01 Variable Frequency Drive parameter unit belongs to the FR-A800 SERIES, FR-E800 SERIES, and FR-F800 SERIES used in industrial automation. The model includes a parameter unit design, IP55 protection, a 0.3 kg structure, and compact measurements of 19 mm depth, 80 mm width, and 96 mm height. Mitsubishi ensures consistent compatibility for engineers requiring reliable interface modules across multiple inverter platforms.
The Mitsubishi FR-LU08-01 Variable Frequency Drive component is suited for conveyors, packaging systems, automated machinery, and assembly operations requiring durable configuration units. Its protective enclosure and compact dimensions support stable operation in environments where frontline parameter adjustments are frequently needed. Users rely on its practicality for controlled settings, operational clarity, and consistent interaction with inverter hardware.
The Mitsubishi FR-LU08-01 Variable Frequency Drive module maintains dependable performance through its IP55 rating, defined mechanical structure, and alignment with FR-series inverters. Mitsubishiβs engineering trust reinforces long-term usability for diverse industrial environments. This model remains a reliable choice for facilities needing secure parameter access, controlled system configuration, and stable drive operation.
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