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The FX0N16EXES is a versatile module from Mitsubishi's FX Series designed for flexible automation applications. It offers 16 I/O points with 8 inputs and 8 relay outputs, accommodating both AC and DC loads. This module can handle a program capacity of 8000 steps, suitable for complex tasks.
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| Manufacturer | Mitsubishi |
|---|---|
| Product Line | FX Series |
| Part Number | FX0N16EXES |
| Input Type | 24V DC, opto-isolated |
| Output Type | Relay outputs (AC/DC load capability) |
| I/O Points | 16 total (8 inputs, 8 outputs) |
| Program Capacity | 8000 steps |
| Communication Ports | Programming port, RS-422 built-in |
| Timers | 256 (T0-T199 are 100 ms; T200-T255 are 10 ms) |
| Counters | 235 |
| Maximum Expansion Units | Expandable up to 128 I/O points |
| Power Supply | 24V DC |
| Operation Control Method | Cyclic operation by stored program |
The Mitsubishi FX0N16EXES module provides all the necessary functions for efficient control in automation settings. Designed for input through opto-isolated 24V DC, it's capable of engaging with a diverse range of systems. The module features 16 total I/O points, split evenly with 8 inputs and 8 relay outputs, suitable for both AC and DC loads.
With a program capacity that accommodates 8000 steps, users can implement substantial logic into their applications, allowing for intricate tasks to be executed seamlessly. The built-in communication ports include a programming port and an RS-422 interface, enabling straightforward setup and integration.
To support timing and counting requirements, the module can manage 256 timers, with T0 to T199 set at 100 milliseconds each and T200 to T255 at 10 milliseconds. Furthermore, it includes a total of 235 counters, expanding its functionality for complex processes.
This device allows for significant scalability, as the maximum extension is up to 128 additional I/O points, making it adaptable for larger systems. It operates via cyclic control using a stored program and requires a power supply of 24V DC, providing consistent energy for reliable operation.