B&R X20CP1485 CPU Module

Brand:B&R

Model:X20CP1485

Processor Type:Advanced microcontroller

Operating Voltage:220 V

Operating Frequency:50 kHz

Certification:Certified for industrial use

Series:X20CP1485

Material Code:Unique identifier for material usage

Number of Inputs:Flexible, configurable

Number of Outputs:Flexible, configurable

Communication Interface:RS-232, RS-485, Ethernet

Programming Languages:Standard PLC programming languages

Error Handling:Robust fault tolerance and recovery mechanisms

    The B&R X20CP1485 CPU Module is a powerful, compact solution tailored for demanding industrial applications. Designed with efficiency in mind, this module combines robust processing power with a comprehensive suite of connectivity options, including onboard Ethernet, POWERLINK for high-speed communication, and dual USB ports for versatile data transfer.

    Featuring an Intel x86-based CPU compatible with 100 MHz speeds, the X20CP1485 ensures swift execution of complex tasks, making it ideal for high-performance automation systems. Its integrated I/O processor streamlines control functions, enhancing system reliability and reducing setup time.

    With on-board Ethernet, POWERLINK support, and two USB interfaces, this CPU module offers seamless integration with a wide range of peripheral devices, enabling flexible configuration and easy setup. The inclusion of an X2X Link facilitates additional connectivity options, expanding the module’s compatibility across various industrial environments.

    Equipped with a CompactFlash card for removable application memory, the X20CP1485 ensures secure storage and quick deployment of software updates or custom applications. Its compact size and fanless design make it suitable for space-constrained installations, without compromising on performance.

    The X20CP1485 supports a wide input voltage range, providing operational flexibility in varying industrial conditions. With a nominal output power of 7 watts and a maximum input current of 2.2 amperes, this module is optimized for efficient power consumption, ensuring reliable operation even under heavy load.