APC Service Bypass Panel 230V
PRODUCT DESCRIPTION
APC Service Bypass Panel 230V (SBP5000RMI2U) - 2 Years Local Warranty
Maintain Your UPS Without Downtime
The APC SBP5000RMI2U Service Bypass Panel provides a safe, efficient way to maintain or replace your UPS without disrupting connected loads. Designed for critical environments, it lets you isolate the UPS while power continues to flow to your equipment, keeping servers, network hardware and other essential devices online throughout maintenance operations.
Compact Rack-Mounted Design
Featuring a 2U rack-mounted form factor, the SBP5000RMI2U integrates seamlessly into existing IT setups. Its compact design suits environments where rack space is at a premium, delivering convenient, space-efficient power management without sacrificing capability, so you can build robust maintenance flexibility into even densely populated racks.
Versatile Bypass for UPS up to 5kVA
Engineered to support UPS systems rated up to 5kVA, this panel allows you to isolate the UPS for servicing or replacement while ensuring continuous power to connected devices. The result is minimal downtime and fewer operational disruptions, making planned maintenance far simpler in always-on facilities.
Durable Build, Easy Operation
Constructed with high-quality materials, the SBP5000RMI2U is built for durability and long-term reliability in demanding applications such as data centers and server rooms. Its user-friendly interface ensures smooth, low-risk transitions between UPS and bypass modes, simplifying maintenance tasks and reducing the chance of error.
Technical Specifications
- Model: Service Bypass Panel 230V
- Part Number: SBP5000RMI2U
- Form Factor: 2U, rack-mounted
- Input Voltage: 230V
- Output Voltage: 230V
- Supported UPS Capacity: Up to 5kVA
- Input Connections: Hardwire 3-wire (H, N, E)
- Output Connections: Hardwire 3-wire (H, N, E)
- Dimensions: 89 x 432 x 114 mm (H x W x D)
- Weight: 4.55 kg
Ideal Use Case: Enabling safe UPS maintenance, servicing or replacement in data centers, server rooms and other critical facilities without interrupting power to connected loads.
