
Out of Stock
APC Service Bypass Panel SBP3000RM2U 100-120V 30A | Rack Mount
Schneider Electric
MPN: SBP3000RM2U
Call for Price
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 100-120 V input rating
- 30 A current rating
- L5-30P input plug
- (2) 5-20R outlets
- (6) 5-15R outlets
- 2U rack-mount form factor
- Service bypass panel design
- Keep critical loads online during UPS maintenance with service bypass capability
Maintain load continuity during UPS service with the APC Service Bypass Panel SBP3000RM2U. Designed for 100-120 V, 30 A applications, this bypass panel gives IT teams a controlled path to keep equipment energized while the UPS is taken out of circuit for maintenance or replacement. In environments where downtime is expensive, that separation between protected load and service activity is essential.
The panel supports a practical outlet mix: one L5-30P input, two 5-20R outlets, and six 5-15R outlets. That configuration makes it easier to distribute power to connected equipment without improvising temporary cabling or moving loads to alternate circuits. For rack-based deployments, the 2U form factor fits cleanly into standard infrastructure layouts and helps preserve serviceability in dense power environments.
This is the kind of component that justifies itself in production systems. It reduces the operational friction of UPS maintenance, supports orderly bypass procedures, and helps protect uptime commitments when service windows are short. For teams managing business-critical racks, a dedicated bypass panel is a more disciplined answer than ad hoc power switching.
Ideal For
- UPS maintenance in rack-mounted server rooms
- Planned bypass during power system service
- Keeping network and compute loads online during UPS replacement
- Power distribution for mixed 120 V rack equipment
Why This Product
- 1Dedicated bypass path for UPS maintenance
- 22U rack design for standard installations
- 3Eight receptacles for mixed load support
- 4Cleaner than temporary power rerouting



