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The FX-16EYT from Mitsubishi serves as an output expansion module, providing 16 points for effective control. This device operates with a rated output voltage of 24 VDC, enabling a range of switched voltages from 5 to 30 VDC.
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| Manufacturer | Mitsubishi |
|---|---|
| Product Line | FX Series |
| Part Number | FX-16EYT |
| Weight | 1.13 lbs (0.51 kg) |
| Description | Output expansion module |
| Leakage Current | 0.1mA at 30V DC |
| Indication of Operation | LED illuminated when output is active |
| Response Time | Approximately 0.2 ms or less from OFF to ON, 1.5 ms or less from ON to OFF |
| Current Consumption | 112mA (7mA per point) |
| Indicator Input Supply | 24V DC, 7mA per point |
| Switched Voltages | 5 to 30 V DC |
| Rated Output Voltage | 24 V DC |
| Output Points | 16 points |
| Output Type | Transistor (Source) |
| Maximum Resistance Load | 0.5A per point, 0.8A for 4 points combined |
| Maximum Inductive Load | 12W at 24V DC |
| Maximum Indicator Load | 1.5W at 24V DC |
| Insulation of Circuit | Photocoupler isolation from base unit |
The Mitsubishi FX-16EYT is an output expansion module designed to enhance the capabilities of FX Series systems. It provides 16 output points, utilizing transistor source outputs. Operating at a rated output voltage of 24 VDC allows for switched voltages within the range of 5 to 30 VDC.
The module's leakage current is measured at 0.1 mA when working at 30V DC. To signal active outputs, an LED indicator lights up when the output is operational, ensuring clear visibility during use. The response time to transition from OFF to ON is approximately 0.2 ms or less, while the time from ON to OFF can take up to 1.5 ms, making it suitable for applications requiring prompt switching.
The current consumption per point is 7mA, leading to a total consumption of 112mA for the entire module. For indicator input supply, 24V DC is required at 7 mA per point. The maximum resistance load supported is 0.5A per point, which can manage up to 0.8A across four combined points.
Regarding inductive loads, the module can handle a maximum of 12W at 24V DC, and for indicator loads, the maximum permissible is 1.5W at the same voltage. The circuit's isolation employs a photocoupler that ensures a reliable separation from the base unit, enhancing system stability and protection.