Key Features:
5 Relay Output Points: Provides 5 independent relay outputs for controlling industrial devices.

Compact Design: The module is designed to fit neatly with the FX2N PLC, offering a small form factor for easy integration into control panels.

High-Speed I/O Communication: Allows fast and reliable data exchange between the FX2N PLC and the output devices.

Easy Expansion: Can be easily added to the existing FX2N PLC system to increase the number of output points without complex wiring or configuration.

Versatile Applications: Suitable for controlling various devices like lights, relays, solenoids, motors, and other output devices in automation systems.

Built-in Relay Protection: Includes protection for the relays to ensure long-term reliability and prevent damage from electrical faults.

Technical Specifications:
Model: FX2N-5A

Type: Expansion Output Module

Number of Points:

Relay Outputs: 5 points (Relay outputs)

Output Specifications:

Relay Output Type: 1A at 24V DC (standard relay contact)

Maximum Load Voltage: 250V AC

Output Type: Normally open (NO) contacts for each relay output

Power Supply:

Power Supply Voltage: 24V DC (powered by the FX2N PLC)

Current Consumption: Approximately 100mA (depends on the load and operation)

Communication:

Interface: Compatible with Mitsubishi FX2N series PLCs using the standard expansion I/O communication protocol.

Environmental Specifications:

Operating Temperature Range: 0°C to 55°C

Storage Temperature Range: -20°C to 70°C

Operating Humidity: 10% to 90% RH (non-condensing)

Dimensions:

Width: Approx. 72 mm

Height: Approx. 90 mm

Depth: Approx. 55 mm

Weight: Approx. 200 g

Applications:
The FX2N-5A module is designed for applications where additional relay outputs are required for controlling devices. Typical applications include:

Industrial Automation: Expanding the control system to handle more actuators and devices such as motors, solenoids, and relays.

Machine Control Systems: Providing extra relay outputs for controlling machinery components such as start/stop relays, limit switches, or actuators.

Lighting Control Systems: Can be used to control lights, alarms, or indicator signals in industrial environments.

HVAC Systems: Controlling fans, solenoids, or heating elements in building automation systems.

Conveyor Systems: Controlling relays or actuators used in material handling or conveyor belt systems.