APC SBP1500RM Service Bypass PDU, 120V 15AMP W/ (8) NEMA 5-15R

Service Bypass PDU, 120V 15AMP W/ (8) NEMA 5-15R

The APC SBP1500RM Service Bypass PDU is a critical component for ensuring the high availability of IT infrastructure. Designed to work in conjunction with an APC UPS, this PDU allows for the transfer of power to the connected load directly from utility power. This feature is essential for performing maintenance on the UPS, such as battery replacement or component servicing, without interrupting the power supply to your mission-critical equipment. The SBP1500RM is a 1U, rack-mountable unit that integrates seamlessly into a standard server rack.

A key benefit of the APC SBP1500RM is its ability to enable true "zero-downtime" maintenance. With its built-in bypass switch, the PDU can manually or automatically switch the power source for the load from the UPS to the utility line, and back again. This simplifies maintenance procedures and eliminates the need to shut down servers, network equipment, or other critical devices. The unit provides eight NEMA 5-15R outlets, making it a versatile distribution solution for a wide range of standard IT equipment.

Features :

This PDU is engineered for reliability and ease of use in professional IT environments. Its durable construction and simple interface ensure long-lasting performance and straightforward operation. The unit is designed to work with a variety of APC Smart-UPS models and is equipped with a locking mechanism to prevent accidental disconnection. This provides an added layer of security and peace of mind for IT administrators.

Advanced Options :

The APC SBP1500RM is a professional-grade solution that provides a critical safety net for power distribution. Its bypass functionality is a cornerstone of a well-designed, highly available power infrastructure. By investing in this PDU, you are not just getting a power strip; you are getting a management tool that enhances your ability to perform routine maintenance without compromising the uptime of your essential systems.