FX1N-32MR/32MT PLC Controller

The FX1N-32MR and FX1N-32MT are programmable logic controllers (PLCs) designed for industrial automation applications. Here are some key features and information about these PLCs:

FX1N-32MR:

• 16 digital input points (X0~X15).
• 16 digital output points (Y0~Y15).
• Transistor output type for the digital outputs.
• 32-bit microcontroller unit (MCU) with strong anti-jamming capabilities.
• Faster running speed compared to the original FX1N model.
• High-speed input channels (X0~X5) with a maximum frequency of 12 kHz.
• 1 AB (analog input/output) channel.
• Support for sequential function chart (SFC) programming and monitoring mode (write mode).
• Compatibility with various text screens, touch screens, and memory-clearing operations.
• Support for special encryption with specific keywords.
• Suitable for applications requiring precise control and monitoring in industrial automation.

FX1N-32MT:

• 16 digital input points (X0~X15).
• 16 digital output points (Y0~Y15).
• Relay output type for the digital outputs.
• 32-bit microcontroller unit (MCU) with strong anti-jamming capabilities.
• Faster running speed compared to the original FX1N model.
• High-speed input channels (X0~X5) with a maximum frequency of 12 kHz.
• 1 AB (analog input/output) channel.
• Support for sequential function chart (SFC) programming and monitoring mode (write mode).
• Compatibility with various text screens, touch screens, and memory-clearing operations.
• Support for special encryption with specific keywords.
• Suitable for applications requiring precise control and monitoring in industrial automation.

These PLCs offer efficient programming and system monitoring capabilities, making them versatile options for a wide range of industrial automation tasks. They are designed to provide faster and more reliable performance while maintaining compatibility with existing hardware and software, such as Mitsubishi GX-Developer and GX-Works2. The password protection feature enhances the security of your internal programs, preventing unauthorized access. To unlock the password, clearing the PLC memory is required.