2X FX1N-14MT PLC Industrial Control Board PLC Module Analog Input / Output with Guide Rail Delay Rel_RhZc

Feature Highlights: 1. Easy to Program – Use standard GX programming software to edit ladder diagrams, write directly to the PLC, and monitor online—no complex setup needed. 2. Reusable and Reliable – Built with durable PCB and epoxy protection, this board is designed for long-term use in industrial environments. 3. High Stability – Wide operating voltage (10–28V DC) and robust construction ensure consistent performance under varying conditions. 4. Easy to Expand – Offers 8 input points and 6 transistor open-collector outputs, with support for analog I/O and rail mounting for flexible system integration. 5. Compact and Practical – Space-saving design (46×72×18 mm) with standard mounting holes, ready to install quickly with 4 M3 screws. Product Details: This PLC control board is built for straightforward industrial automation. It works with common GX programming software, so you can create, upload, and monitor ladder logic easily. With 8 inputs and 6 open-collector outputs, it handles low-power contact loads reliably. The board supports 10–28V DC power, fits standard guide rails, and includes a delay relay function for timing applications. Its compact black PCB housing saves panel space while epoxy coating adds durability. Ideal for small to medium control tasks, it’s a reusable, stable solution that’s simple to expand as your needs grow. Specifications: - Model: FX1N-14MT - Supply Voltage: 10–28V DC - Mounting Hole Size: 38 × 22.5 mm (fixed with 4 M3 screws) - I/O: 8 points input, 6 points transistor open-collector output - Features: Epoxy protection, delay relay function, rail-mount compatible - Power Source: DC - Usage: Industrial control, timing relay applications - Color: Black - Material: PCB - Size: 46 × 72 × 18 mm Package Includes: 2 × PLC Industrial Control Board Only the items listed above are included. Note: Slight color variations may occur due to lighting and screen differences. Allowable sizing error is 1–3 cm.