MI2012-W-CL - Mitsubishi Programmable Controllers Melsec
Mitsubishi MI2012-W-CL PLC is an industrial panel PC built for integrated control and monitoring in industrial automation environments applications. Manufactured by Mitsubishi, this Mitsubishi PLC belongs to the FX Series and supports industrial panel PC architecture, MELIPC MI2000 series design, compact mechanical dimensions, defined mounting depth, and CE-compliant industrial operation.
| Brand | Mitsubishi |
| Product Type | PLC(Programmable Logic Controller) |
| Product | MI2012-W-CL |
MI2012-W-CL Mitsubishi Programmable Controllers Melsec Technical Specifications
| Specification | Value |
|---|---|
| Type | INDUSTRIAL PANEL PC |
| Series | MELIPC MI2000 |
| Depth (mm) | 238 |
| Weight (kg) | 3,9 |
| Width (mm) | 142 |
| Height (mm) | 177 |
| CE | COMPLIANT |
| EAC | NON-COMPLIANT |
| UKCA | COMPLIANT |
The Mitsubishi MI2012-W-CL PLC is an industrial panel PC designed for combined control, visualization, and automation tasks. This Mitsubishi MI2012-W-CL PLC is built on the MELIPC MI2000 series platform and follows a compact mechanical design with defined width, height, and depth. It is intended for panel-mounted installations where stable operation, certified compliance, and reliable industrial hardware are required.
In industrial automation systems, the Mitsubishi MI2012-W-CL PLC is used for machine control, production monitoring, and operator interface applications. It is suitable for conveyors, packaging machines, assembly lines, and automated workstations where integrated PLC control and panel PC functionality simplify system architecture and reduce external hardware dependencies.
The Mitsubishi MI2012-W-CL PLC reflects Mitsubishi’s focus on reliable industrial computing and automation integration. With standardized construction, certified compliance, and consistent mechanical specifications, it supports long-term industrial deployment. As part of Mitsubishi’s PLC and industrial PC portfolio, the MI2012-W-CL is suitable for stable, continuous operation in demanding automation environments.
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