The Allen-Bradley 1785-LT/B PLC-5/15 Processor Module is a high-performance processor designed for use with the PLC-5 family of programmable logic controllers. This processor module is equipped with 6K words of SRAM, providing ample memory for handling complex control tasks and supporting applications that require high-speed processing and real-time data management. The 1785-LT/B is ideal for industries such as manufacturing, process control, and material handling, where reliability and precision are critical for seamless operation.
Featuring advanced processing capabilities, the 1785-LT/B module allows for efficient control of automation systems, including control loops, motion control, and discrete I/O operations. With its 6K words of SRAM, it offers enhanced memory for handling large and sophisticated programs, ensuring that systems operate without interruptions even in demanding environments. The module's ability to handle high-throughput data makes it a perfect choice for complex automation tasks, enabling quick response times and optimized control performance.
The 1785-LT/B processor also supports DH+ (Data Highway Plus) and RIO (Remote I/O) communication networks, allowing for flexible integration into existing control systems and networks. It offers robust communication capabilities, ensuring seamless data transfer between the PLC-5 processor and remote I/O devices, operator interfaces, and other connected equipment. This makes the 1785-LT/B a valuable asset in applications requiring distributed control, data acquisition, and remote monitoring capabilities.
Built for industrial reliability, the 1785-LT/B PLC-5/15 Processor Module is designed to operate in harsh environments, offering protection against electrical noise, temperature fluctuations, and vibration. Its integration with the PLC-5 system ensures easy scalability and flexibility, allowing users to expand their automation systems as needed. With its large memory capacity, advanced communication features, and robust design, the 1785-LT/B processor module ensures optimal performance and reliability, making it a crucial component for improving automation efficiency and system uptime in demanding industrial settings.
