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Mitsubishi FX Series FX2N8EYTH

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FX2N8EYTH

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The FX2N8EYTH from Mitsubishi is a digital high-current output module designed for effective operations within the FX Series. It is capable of providing an output voltage of 24 VDC with a maximum output current of 2 A for each of its eight digital outputs.

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Technical specifications for FX2N8EYTH

ManufacturerMitsubishi
Product TypeDigital High-Current Output Module
Product LineFX Series
Part NumberFX2N8EYTH
Weight3.00 lbs (1.36 kg)
Output Voltage24 VDC
Output Points8 Digital Outputs
Output CurrentTypically 2A per output
Output TypeSink (High-Current Transistor)
Connection TypeScrew-clamp terminal connections
Mounting ModeDIN rail
Operating Temperature Range0 to 55°C
Response TimeApprox. 1ms fast switching
LED IndicatorsYes (for output status)
Power Supply24V DC

The Mitsubishi FX2N8EYTH is classified as a digital high-current output module within the FX Series. Capable of delivering an output voltage of 24 VDC, this unit offers a total of eight digital output points. Each output can handle a high current of approximately 2 A, making it suitable for applications that demand substantial power delivery.

Featuring output types configured for sinking with high-current transistors, the module employs screw-clamp terminal connections for reliable wiring. This design choice facilitates secure connections, ensuring stable operation in different environments. Users can install the FX2N8EYTH on standard DIN rails, which simplifies setup in electrical cabinets or control panels.

The device operates effectively in temperatures ranging from 0 to 55°C, allowing for versatility in various industrial environments. Weighing in at 1.36 kg, the module is robust yet manageable. Its fast switching response time of approximately 1 millisecond ensures that it can adapt quickly to changing operational demands.

Additionally, this module includes LED indicators that signal the status of the outputs, providing real-time feedback for operational monitoring. Powering the module requires a 24V DC supply, supporting its functional capabilities while maintaining efficiency in industrial applications.