Infineon ICE5BR2280BZ1XKLA1, 1Low Side, Low Side Power Switch IC 7-Pin, PG-DIP-7

This PLC CPU is designed for high-performance industrial automation tasks, featuring compact dimensions of 70mm in width, 100mm in depth, and 125mm in height. It is optimised for use with the SIMATIC S7-1200, integrating digital inputs and relay outputs to enhance operational efficiency. With a power supply requirement of 24V DC and support for both Ethernet and PROFINET communication, this unit provides robust connectivity options ideal for diverse applications.

• Supports up to 8 digital inputs for flexible data acquisition
• Offers 6 relay outputs capable of switching 2A loads
• Equipped with a maximum memory capacity of 650kB for intensive operations
• Dual communication ports enable seamless Ethernet and PROFINET interfaces
• Operates effectively in temperatures ranging from -20°C to +40°C
• Compatible with various programming languages including FBD, LAD, and SCL

• Utilised for controlling automated machinery and factory equipment
• Ideal for building monitoring and control systems
• Integrates into process automation for manufacturing lines
• Suitable for high-speed data acquisition and processing tasks

The integrated work memory of 650kB ensures smooth processing of complex user programmes and data handling, allowing for efficient performance in various automation tasks. This capacity supports the retention of critical operational data, which is vital in industrial settings.

It requires a supply voltage between 20.4V and 28.8V DC, ensuring compatibility with standard industrial power supplies while providing reverse polarity protection for enhanced reliability.

Yes, the dual communication ports support up to 128 connections, allowing multiple devices to communicate efficiently, which is essential for integrated system designs in automation.

This unit is designed to function effectively in ambient temperatures of -20°C to +40°C, making it suitable for a wide

The integration with PROFINET allows for high-speed communication and data exchange with other devices, improving real-time response and system performance, particularly in dynamic industrial applications.