Product Description

The 5PCB00.BM45-01 ACOPOSmotor Module from B&R's 5PC Series delivers robust performance capabilities suitable for demanding industrial applications. As an integral component of distributed automation systems, this module supports current loads up to 20A at an ambient temperature of 40 degrees C, enabling efficient control of machinery. Self-cooling capabilities maintain optimal operating temperatures without external devices under typical conditions. However, an optional external fan kit provides enhanced heat dissipation if needed. Certifications for cULus, CE, and FSC compliance demonstrate adherence to global standards for electrical, automation, and machinery safety.

Designed for continuous duty cycles, the 5PCB00.BM45-01 maintains reliable operation across a wide temperature range from 5 degrees C to 40 degrees C, with the ability to withstand up to 55 degrees C with current derating enabled automatically via software. Mounting horizontally to control panels or enclosure walls conserves space in compact machine designs. Extensive software features incorporate configurable drive limits, thermal motor models, and energy-saving functions. Fieldbus connectivity such as EtherNet/IP and POWERLINK ties seamlessly into industrial networks.

Robust construction resists environmental contaminants with an IP64 ingress protection rating. F-class insulation capability and overvoltage category

compliance suit demanding industrial environments and applications with transient surges. Users benefit from large-scale coordinated motion control, precise torque regulation, and smooth servo performance enabled by ACOPOSremote functionality. Software and firmware updates ensure optimized, future-proofed functionality as specific needs evolve over time. Featuring fully integrated motor control capabilities and scalable I/O, the 5PCB00.BM45-01 represents an efficient single-module solution for various motion control and process automation applications, simplifying machine integration and commissioning processes.