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Mitsubishi FX Series FX1S14MTDK

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FX1S14MTDK

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The FX1S14MTDK model from Mitsubishi's FX Series functions as a main unit in industrial automation systems. It operates efficiently at a power supply voltage of 24 volts DC and features a robust memory type of EEPROM.

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Technical specifications for FX1S14MTDK

ManufacturerMitsubishi
Product LineFX Series
Part NumberFX1S14MTDK
Weight10.00 lbs (4.54 kg)
Memory TypeEEPROM
Power Supply Voltage24 Volts DC
Ambient Operating Temperature0 to 55°C
Number of Inputs8 digital inputs
Built-in Program Steps Capacity2000 steps
Output TypeTransistor output
Rated Output Current0.5 Amps per point with resistive load
Output Response TimeLess than 0.2 milliseconds
Number of Outputs6 digital outputs
Input Isolation TypePhotocoupler
Unit TypeMain unit
Output Isolation TypePhotocoupler
Inductive Load12 watts at 24 Volts DC
Storage Temperature-20 to 70°C

The FX1S14MTDK from Mitsubishi stands as a component in the FX Series, serving as a main unit designed for various control tasks. This unit requires a supply voltage of 24 volts DC to function optimally. It is equipped with EEPROM memory for reliable data retention. Operating effectively in temperatures from 0 to 55°C, it ensures stable performance in standard industrial settings and can withstand storage temperatures between -20 to 70°C.

This main unit integrates 8 digital inputs alongside 6 digital outputs, all controlled through a transistor output configuration. Each output can carry a rated current of 0.5 amps with a resistive load, ensuring adequate power distribution for connected devices. The output response time is recorded at less than 0.2 milliseconds, allowing for quick reaction to control commands.

For enhanced operational safety, the input and output circuits are isolated using photocoupler technology, providing protection against electrical interference. This unit also supports an inductive load capacity of 12 watts at 24 volts DC, making it suitable for diverse application requirements. The built-in program steps capacity is set at 2000 steps, enabling varied control logic and sequencing procedures to be easily implemented.