B&R X20CP1485 – Advanced Modular Control CPU for Industry 4.0 Applications

Product Type:Other

Designation:Extended

CPU Core:Intel x86-based, 100 MHz-compatible

Integrated Processor:I/O processor

Network Interface:[“Onboard Ethernet”,”POWERLINK”,”USB”]

Expansion Slot:1 slot for modular interface expansion

Memory:{“CompactFlash”:”Removable application memory”}

Cooling System:Fanless

Interfaces:[{“Type”:”RS232″,”Count”:1},{“Type”:”Ethernet”,”Count”:1},{“Type”:”POWERLINK (V1/V2)”,”Count”:1},{“Type”:”USB”,”Count”:2},{“Type”:”X2X Link”,”Count”:1}]

System Module:CPU

Status Indicators:[“CPU function”,”Overtemperature”,”Ethernet”,”POWERLINK”,”CompactFlash”,”Battery”]

Power Consumption:Internal I/O: 0.6 W

Input Voltage:24 VDC (-15% / +20%)

Input Current:Max. 2.2 A

Processor Type:x86 100 comp.

RAM:32 MB SDRAM

    The B&R X20CP1485 CPU Module is engineered with precision for demanding industrial environments, offering unparalleled reliability and efficiency. Its robust design ensures compatibility with a wide array of automation tasks.

    With an Intel x86-based CPU core, this module is optimized for high-speed processing, making it ideal for complex control systems that require quick response times and accurate data processing.

    Featuring onboard Ethernet, POWERLINK, and USB interfaces, the X20CP1485 supports seamless communication with various devices and systems, enhancing its versatility in manufacturing, process control, and robotics applications.

    The inclusion of a single slot for modular interface expansion allows for flexible configuration, enabling users to adapt the module to their specific needs without compromising performance.

    Equipped with a fanless cooling system, the module operates quietly, reducing noise levels in sensitive environments. This feature, combined with its compact size and durable construction, makes it suitable for space-constrained applications.

    The X20CP1485 comes with comprehensive status indicators, providing real-time monitoring of critical functions. This ensures proactive maintenance and quick identification of issues, minimizing downtime and maximizing operational efficiency.