Schneider TSXP571634M Unity processor 

Power input: supports wide voltage input, the supply voltage range is 85V - 265V AC/DC .

Communication interface: equipped with Ethernet interface, supports high-speed data transmission. It has RS232/RS485 interface, which can connect to a variety of traditional industrial equipment, and supports multiple communication protocols such as Modbus, CANopen, DeviceNet, etc.

Processor performance: adopts 32-bit high-performance processor, running at a speed of 16MHz.

Memory configuration: has 512kb RAM. 2mb Flash memory is used to store programs and important data, and the data will not be lost even if the device is powered off.

I/O expansion capability: supports a variety of I/O expansion modules. The discrete I/O processor capacity can reach hundreds of points, and the analog I/O processor capacity can reach dozens of points. It can connect a large number of digital input and output devices and analog acquisition and control devices to meet the diverse needs of signal acquisition and control in different industrial scenarios.

Operating temperature: - 25°C to + 70°C.

Humidity range: 5% to 95% RH.

Protection level: IP20.

Installation: Modular design to fit specific racks, such as 2 12-slot racks or 4 4/6/8-slot racks.

High-performance computing: 32-bit high-performance processor combined with 16MHz running speed, quickly handles complex logic and operations, and ensures the real-time and accuracy of automation control.

Flexible communication: Rich communication interfaces and multiple protocol support to achieve efficient data interaction and collaborative work between devices.

Sufficient memory and stable data: 512kb RAM and 2mb Flash memory provide sufficient running and storage space.

Strong environmental adaptability: Ultra-wide operating temperature range and good humidity adaptability, can operate stably in a variety of harsh industrial environments.

Good scalability: Supports a variety of I/O expansion modules, and can flexibly expand the system scale according to project requirements.

Industrial automation production line: In the automobile manufacturing production line, the movement trajectory, speed and strength of the robot arm are precisely controlled to ensure the smooth transportation of materials on the production line.

Energy management system: In the power substation, the operating status of power equipment is monitored and controlled in real time to optimize the energy production and transportation process.

Intelligent building: Realize intelligent dimming control of the lighting system in the intelligent building to achieve energy saving and comfort.

Transportation: In the transportation hub, the automatic ticket vending machine, gate machine, elevator, escalator and other equipment are intelligently controlled.

Water treatment: Real-time monitoring and automatic operation of the water treatment system.