Includes two FX3U14MR PLC modules for industrial control. Each module provides 8 inputs and 6 relay outputs, powered by 24 V DC, and is programmable as part of a Mitsubishi FX3U based control system. This 2X package is suitable for expanding or upgrading automation panels that rely on FX3U I/O. Key benefits Expand or upgrade FX3U control systems: add 8 digital inputs and 6 relay outputs to support sensors, switches, and actuators. Reliable 24 V DC control: designed for standard industrial automation environments with common 24 V dc sensing and actuation. Flexible, programmable I/O: configuring inputs and relay outputs to suit custom control logic and sequencing. Compact, compatible form factor: FX3U compatible module design that integrates with existing Mitsubishi FX3U hardware. Costeffective twopack: includes two modules in a single listing for convenient expansion or replacement. Key attributes Model: FX3U14MR Brand: Mitsubishi Electric (FX3U series) Type: PLC I/O module I/O configuration: 8 inputs, 6 relay outputs Output type: Relay outputs Control voltage: 24 V DC Programmable: Yes Package contents: 2 modules (2X) Form factor: Standard FX3U compatible module Construction: Industrialgrade PCB suitable for automation environments Compatibility: Designed for Mitsubishi FX3U PLC systems and related hardware in the FX3U family Applications and use cases Packaging and conveyor control: wire multiple sensors and actuate conveyors, diverters, or indicators within an FX3Ubased control panel. Machine automation expansion: add I/O to existing Mitsubishi FX3U control systems for sensors, limit switches, and actuated devices. Prototyping and testing: use as a compact, programmable I/O platform for development, demonstrations, or training on FX3U technology. Notes on use This listing reflects two FX3U14MR I/O modules with 24 V DC operation and relay outputs, intended for use with compatible FX3U controllers and cabinets. Verify compatibility with your specific FX3U system and any bus or mounting requirements before installation.