Description

Brief Product Description

The Allen Bradley 2094-BMP5-M is a high-efficiency power module designed for Kinetix 6200 and 6500 multi-axis servo drive systems. It provides robust 460V class power conversion and integrated safety features to streamline motion control in complex industrial automation environments.

Product Description

Integrated Power Management and Precision Control

The Allen Bradley 2094-BMP5-M functions as a critical power component within the Kinetix modular drive family.² This module converts a 650V DC bus input into a regulated 3-phase 0-480V AC output, delivering a continuous power rating of 1.8kW. By utilizing 8kHz Pulse Width Modulation (PWM) technology, the drive achieves a high-velocity loop frequency of 500Hz and a current loop frequency of 1300Hz. These specifications allow the module to execute high-precision movements required for advanced robotics and synchronized machinery.

Modular Architecture and Network Versatility

Rockwell Automation designed the 2094-BMP5-M to facilitate rapid system integration and hardware migration. The modular design enables the power module to host various control headers, supporting both traditional SERCOS interfaces and modern EtherNet/IP networks.³ This adaptability allows facilities to upgrade their communication infrastructure without replacing the entire power stage. Furthermore, the unit features an internal 115Ω shunt resistor and 75μF of bus capacitance, which manages regenerative energy effectively to protect the drive during rapid deceleration phases.

Advanced Safety Suite and Operational Efficiency

Safety serves as a primary feature of the 2094-BMP5-M, as it incorporates embedded functions that eliminate the need for extensive external monitoring hardware.⁴ The module supports Safe Torque Off and Safe Speed Monitoring, ensuring personnel protection during maintenance and manual interventions. Transitioning to active operation, the drive boasts a 98% efficiency rating, which significantly reduces thermal output and energy consumption. Detailed diagnostics provided through the front-panel LED and network interface help operators identify faults quickly, thereby maximizing system uptime and overall plant productivity.

Technical Specifications