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Mitsubishi FX Series FX-16EYT-ESSUL

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FX-16EYT-ESSUL

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The FX-16EYT-ESSUL is designed as an output expansion module for the Mitsubishi FX Series. It supports up to 16 output points, functioning as a transistor source module with a maximum load for each point of 0.5A and a common load of 0.8A for four points.

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Technical specifications for FX-16EYT-ESSUL

ManufacturerMitsubishi
Product LineFX Series
Part NumberFX-16EYT-ESSUL
Weight0.44 lbs (0.20 kg)
TypeOutput expansion module
Max. Indicator Load1.5W, 24 VDC
Insulation of CircuitPhotocoupler of base unit
Leakage Current0.1mA at 30V DC
Indication of OperationLED lights when output is active
Response TimeApprox. 0.2 ms or less from OFF to ON; 1.5 ms or less from ON to OFF
Current Consumption112mA (7mA per point)
Indicator Input Supply24V DC, 7mA per point
Switched Voltages5 to 30 V DC
Conformance StandardUL, cUL
Output Points16 points
Output TypeTransistor (Source)
Max. Resistance Load0.5A per point, 0.8A total for 4 points (common)
Max. Inductive Load12W, 24V DC

The Mitsubishi FX-16EYT-ESSUL is an efficient output expansion module within the FX Series lineup. This module employs a transistor source configuration and can manage 16 output points. Each output point can handle a maximum current of 0.5A, allowing for dependable application performance. When all four points are used simultaneously, the module supports a shared load up to 0.8A.

Capable of managing an indicator load of 1.5W at a nominal voltage of 24 VDC, the output module's insulation is ensured through integrated photocouplers in the base unit. This design feature plays a crucial role in protecting the integrity of the circuit of the module.

The response times are quick, measuring around 0.2 milliseconds for activation and 1.5 milliseconds for deactivation, which enhances its reliability in fast-paced automation environments. Current consumption per point is rated at 7mA, leading to a total consumption of 112mA across the entire module.

The input indicator supply requires 24V DC at 7mA per point, providing versatile power options. Furthermore, the module can manage switched voltages ranging from 5 to 30 VDC. It complies with safety standards set by UL and cUL, adding to its certification credentials.

Maximum inductive load capacity is noted at 12W when operating with 24V DC, ensuring suitability in various applications. Finally, the output status is easily visible due to an LED indicating active output, streamlining operational monitoring.