Tripp Lite BPM125BR Bypass Module 125 Amp Pdu

Product Description

The TRIPP LITE BPM125BR is a bypass module designed to support enterprise-grade surge protection and power distribution unit (PDU) installations. Operating at 125 amps, it provides a dedicated bypass path that allows maintenance or replacement of inline power protection equipment without interrupting power to connected loads. This type of module is used in data centers, server rooms, and other critical facilities where continuous uptime is required. Electricians and facilities technicians typically specify and install bypass modules as part of a managed PDU infrastructure.

The BPM125BR is suited for enterprise environments where power protection equipment must remain serviceable without causing downtime. It integrates with PDU and surge protection systems to provide a controlled alternate feed path. This module is sold as a single unit and is appropriate for use in new installations or as a replacement component in existing enterprise power distribution setups.

Key Features

• 125 amp bypass capacity supports high-load enterprise power distribution applications
• Enables maintenance of inline PDU or surge protection equipment without dropping power to connected loads
• Designed for data center and critical facility environments requiring continuous uptime
• Sold as a single unit for targeted replacement or new installation use

Compatibility

Designed as an OEM-style replacement or add-on bypass module for enterprise surge protection and PDU systems requiring a 125 amp bypass receptacle configuration.

Installation Notes

Installation should be performed by a licensed electrician familiar with NEC requirements for high-amperage power distribution equipment. De-energize and lock out the upstream circuit before making any connections to the bypass module. Verify that panel and branch circuit ratings are compatible with the 125 amp load path before commissioning. Follow the manufacturer documentation for bypass switching sequence to avoid paralleling incompatible sources.