The Schneider TSXP572823M is a robust and versatile processor designed for the Modicon Premium automation platform. This double-format PL7 processor is engineered to deliver high performance and reliability in industrial automation applications. It operates on a 5 V DC power supply and features a substantial memory capacity of 64 Kwords for both program and data storage, ensuring efficient handling of complex tasks.
The TSXP572823M supports up to 16 racks with varying slot configurations, accommodating a wide range of I/O modules. It boasts a discrete I/O processor capacity of 1024 I/O and an analogue I/O processor capacity of 80 I/O, making it suitable for diverse automation needs. Additionally, it can manage up to 24 application-specific channels and 10 process control channels, providing flexibility for specialised applications.
Integrated communication options include a Fipio manager with a SUB-D 9 connector, Ethernet TCP/IP with an RJ45 interface supporting 10/100 Mbit/s, and a non-isolated serial link with two female mini DIN connectors operating at 19.2 kbit/s. The processor also supports various communication modules, including CANopen, fieldbus, and AS-Interface bus modules, enhancing its connectivity and integration capabilities.
The TSXP572823M is designed for efficient execution with a fast task, a master task, and up to 64 event tasks. It offers impressive execution times per instruction, with Boolean operations taking as little as 0.19 µs without a PCMCIA card. The processor also supports floating-point operations, ensuring precise and accurate computations.
Built to withstand demanding industrial environments, the TSXP572823M operates within a temperature range of 0 to 60 °C and can be stored in temperatures ranging from -25 to 70 °C. It is compliant with various standards, including CSA, UL, and IEC 61131-2, ensuring its suitability for a wide range of applications.
Overall, the Schneider TSXP572823M is a powerful and reliable processor that offers extensive connectivity, high performance, and flexibility for industrial automation systems.