FX2N-10PG
The Mitsubishi FX2N-10PG is a compact, high-performance Programmable Logic Controller (PLC) in the FX2N series designed for controlling and automating various industrial processes. The FX2N-10PG provides flexibility, ease of use, and reliable operation for smaller automation tasks, while offering a range of communication options, expanding input/output capabilities, and support for various expansion modules.
DESCRIBE
Key Features:
Type: Programmable Logic Controller (PLC)
Model: FX2N-10PG
Series: FX2N Series (Compact PLC)
Compact Design:
Compact 10 I/O configuration with the option for expansion
Space-saving design suitable for small control panels and systems with limited space
High Processing Speed:
High-speed processing with fast cycle times and quick response for real-time control applications
Fast input/output operations to support demanding applications
Built-in I/O:
10 I/O points (6 input points, 4 output points) for basic control tasks
Supports digital inputs and relay outputs, with an optional analog I/O via expansion modules
Wide Input Voltage Range:
DC 24 V for power supply, with wide voltage tolerance to handle fluctuations in input voltage
Expansion Capabilities:
Can be expanded up to 128 I/O points with additional modules, providing flexible scalability for larger systems
Compatible with a variety of FX2N expansion modules for additional inputs, outputs, and special functions
Programming Language:
Supports Ladder Logic Programming (LAD), which is widely used in industrial applications for ease of programming and debugging
Built-in Communication Ports:
RS-232 communication port for connection to external devices, such as HMI, PCs, or other PLCs
Built-in serial communication for seamless integration with other Mitsubishi equipment and controllers
Environmentally Resistant:
Built to operate in demanding industrial environments, with IP20 protection for dust and moisture resistance in factory settings
Designed to withstand high vibration and shock
User-Friendly Programming Software:
Compatible with GX Developer and GX Works2 software, which makes programming and configuration fast and intuitive
Easy-to-use interface and simulation features for program testing
Power Supply:
DC 24 V power supply (with DC 24 V voltage input)
Specifications / Parameters:
I/O Configuration:
Inputs: 6 digital inputs
Outputs: 4 relay outputs (including transistor options)
Power Supply:
Input Voltage: DC 24 V ± 20%
Power Consumption: Approx. 150 mA at 24 V DC
Relay Outputs:
Rated Output: 1 A per point (at 250 V AC)
Total Output Current: Up to 3 A for all relay outputs
Programming Language:
Ladder Diagram (LD) programming language
Supports standard Mitsubishi PLC programming for simplicity and consistency
Operating Temperature:
0°C to +55°C (Operating environment temperature range)
Storage Temperature:
-25°C to +65°C
Humidity:
20% to 85% RH (non-condensing)
Dimensions:
Width: 90 mm
Height: 90 mm
Depth: 90 mm
Weight: Approx. 0.35 kg
Vibration Resistance:
5-55 Hz (amplitude 0.5 mm)
15 g shock resistance
Mounting Type:
DIN rail mount for easy and secure installation in control panels
Communication Ports:
RS-232 for external communication
Built-in communication port for programming and data exchange with other devices
Expansion Slots:
1 expansion slot for adding extra I/O or communication modules, allowing up to 128 I/O points
Compatible with FX2N series expansion modules
Applications:
Small Automation Systems: Ideal for controlling and automating small-scale machinery, packaging machines, and conveyor systems
Industrial Equipment Control: Used in industrial machines, automated assembly lines, and processing systems that require real-time monitoring and control
Process Control: Excellent for process control applications requiring timing, counting, and simple logic
Factory Automation: Commonly used in small to medium-scale factory automation for controlling basic tasks such as switching, timing, and sequencing operations
HVAC Systems: Used for controlling and automating HVAC systems, air conditioning, and temperature control systems
Water Treatment Plants: Useful in controlling pumps, valves, and other water treatment equipment
Building Automation: Integrated in building control systems for lighting, elevators, and other automated facilities
Test Equipment: Used in automated test systems for machinery or electrical components, providing accurate and reliable testing functions