Mitsubishi FX5-ENET - PLC Network Communication Module
Technical Specifications of Mitsubishi PLC Network Communication Module FX5-ENET:
| Brand | Mitsubishi |
| Product Type | PLC Counter & Network Module |
| Product | FX5-ENET |
Mitsubishi PLC Network Communication Module FX5-ENET Technical Specifications
| Specification | Value |
|---|---|
| Series | MELSEC IQ-F SERIES |
| Type | MASTER STATION |
| Network Interface | ETHERNET |
| Depth (mm) | 83 |
| Weight (kg) | 0,2 |
| Width (mm) | 40 |
| Height (mm) | 90 |
The FX5-ENET PLC Counter Module is a Mitsubishi communication module designed for Programmable Logic Controller systems in industrial automation. This FX5-ENET PLC Counter Module operates through an Ethernet network interface and functions as a MASTER STATION within the MELSEC IQ-F SERIES platform. With 83 mm depth and defined mounting dimensions, it supports organized cabinet installation. Mitsubishi integrates the FX5-ENET to extend Ethernet-based communication across controller networks.
In manufacturing environments, the FX5-ENET PLC Counter Module connects PLC systems with HMIs, SCADA systems, and supervisory controllers over Ethernet networks. It is used in conveyors, packaging lines, assembly systems, and production monitoring setups requiring stable data exchange. The compact mechanical dimensions allow easy installation inside standard control panels. Ethernet connectivity enables structured communication between controllers and networked industrial devices.
The Mitsubishi FX5-ENET PLC Counter Module strengthens MELSEC IQ-F SERIES programmable logic controller systems through structured Ethernet communication. With MASTER STATION capability, defined physical size, and Ethernet interface support, the FX5-ENET aligns with Mitsubishi PLC architecture standards. Mitsubishi PLC platforms are widely deployed across Indian industrial automation sectors. For engineers requiring reliable Ethernet integration within programmable logic controller systems, the FX5-ENET PLC Counter Module provides technically consistent performance and network stability.
