Schneider TSXP57203M double-format PL7 processor

Power input: The main power supply is 5V DC, the current consumption is 750mA, and there is no backup battery configuration.

Communication interface: It has a non-isolated serial link, configured with 2 mini DIN female interfaces, and the transmission rate is 19.2 kbit/s. It can connect 1 CANopen network, 1 network module and 4 AS-interface bus modules through the expansion communication module.

Memory configuration: The internal RAM is 48k words of program and data storage space, which can support basic program operation and data processing. It also has 2 PCMCIA slots, one for memory expansion card and the other for communication card or 4MB SRAM memory expansion card for storing additional data.

I/O capacity: The discrete I/O processor capacity is up to 1024 points. The analog I/O processor capacity is 80 points. It has 24 application-specific channels to meet the special functional requirements in specific industrial application scenarios.

Operating temperature: 0°C to 60°C.

Humidity range: 10% to 95% RH.

Protection level: IP20

Installation method: Standard module design, can be installed in 16 4/6/8 slot racks or 8 12 slot racks.

Powerful computing and processing capabilities: can quickly process complex logic and computing tasks, ensure the real-time and accuracy of automation control, and meet the high requirements of industrial automation for system response speed.

Flexible memory expansion: 2 PCMCIA slots can expand memory on demand to meet the needs of automation projects of different sizes for program and data storage, and improve the versatility and scalability of the equipment.

Rich I/O resources: A large amount of discrete and analog I/O capacity, as well as 24 application-specific channels, can connect many different types of equipment to meet the diverse needs of complex industrial systems for signal acquisition and control.

Industrial automation production line: adjust the start and stop and speed of the conveyor belt to ensure smooth transportation of materials, improve production efficiency and product quality.

Energy management system: monitor and control power equipment in power substations to optimize energy production and transportation processes.

Smart building: realize the lighting system in smart buildings to improve the comfort, safety and energy efficiency of buildings.

Transportation: control the setting of traffic lights, etc., optimize traffic flow and reduce traffic congestion.