APC SBP3000 Service Bypass Panel- 100-240V, 30A, BBM Hardwire I/O

Service Bypass Panel - 100-240V, 30A, BBM, Hardwire Input/Output

The APC SBP3000 Service Bypass Panel is a critical accessory for any mission-critical power protection system. Designed for hardwire installations with a 100-240V, 30A capacity, this panel provides a reliable and safe method to bypass the UPS for maintenance, repairs, or replacement without ever having to shut down the connected equipment. Its "Break-Before-Make" (BBM) functionality is a crucial safety feature that ensures a seamless transfer of power, preventing any interruption to the critical load during the bypass process.

The primary benefit of using a Service Bypass Panel is to ensure maximum uptime and serviceability. By allowing for a "hot-swap" of the UPS, it eliminates the need for scheduled downtime, which can be costly and difficult to coordinate. This panel's robust hardwire input/output connections are designed for a permanent and secure installation, providing a stable and reliable foundation for your power infrastructure. It is a fundamental component for any data center or IT environment that requires a high level of availability and ease of maintenance.

Features :

This bypass panel is engineered for simplicity and reliability. Its 2U rack-mountable design allows for easy integration into any standard server rack. The clear and intuitive switches make the bypass process straightforward, reducing the risk of human error during critical procedures. The high-capacity 30A rating and wide voltage range make it compatible with a variety of UPS models and power requirements, providing a versatile solution.

Advanced Options :

The APC SBP3000 is a foundational component for a resilient power architecture. By providing a safe and convenient bypass mechanism, it ensures that your IT infrastructure remains operational during planned maintenance. This level of serviceability is key for achieving the highest levels of availability and is a standard requirement for mission-critical applications. It streamlines maintenance procedures, allowing for faster and safer servicing of the UPS without compromising on the integrity of the power supply.