APC Service Bypass Panel- 100-120V; 30A; BBM; L5-30P input; (2) 5-20R (6) 5-15R output


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Sale price$924.07

Description

APC Service Bypass Panel- 100-120V; 30A; BBM; L5-30P input; (2) 5-20R (6) 5-15R output

Designed for mission-critical environments, the APC Service Bypass Panel delivers a reliable, straightforward maintenance bypass solution for APC InfraStruXure Type A, Smart-UPS, and Symmetra UPS product families. With a 100-120V, 30A power path and a carefully arranged mix of receptacles, this panel enables rapid maintenance without compromising uptime. Its robust build and thoughtful layout are engineered to support data centers, server rooms, and distributed IT environments where every minute of downtime matters. Whether you’re performing battery replacements, firmware updates, or hardware upgrades, this service bypass panel keeps loads energized while the UPS undergoes service, ensuring continuity for essential equipment and applications.

  • Unmatched uptime through maintenance bypass - When service or battery replacement is needed, the panel isolates the UPS and routes power directly to connected loads. This minimizes downtime and reduces the risk of unexpected power loss to critical devices during maintenance windows.
  • Flexible power distribution for critical loads - Featuring (2) NEMA 5-20R outlets and (6) NEMA 5-15R outlets, the panel accommodates a mix of higher-current and standard IT devices. This arrangement supports diverse equipment in compact rack spaces, streamlining cabling and reducing clutter in the server room.
  • Compatibility with APC ecosystems - Specifically designed to work with APC InfraStruXure Type A, Smart-UPS, and Symmetra UPS products, providing seamless integration with APC monitoring and management workflows and preserving coordinated transfer behavior during bypass operations.
  • Easy installation and serviceability - The L5-30P input aligns with common IT and data-center power configurations. The panel is designed for straightforward rack mounting and clear labeling, enabling technicians to perform wiring, labeling, and testing efficiently without specialized tools.
  • Rugged design for data centers and enterprise environments - Built to withstand the demands of dense IT deployments, the service bypass panel offers a durable enclosure and reliable performance under continuous operation, supporting consistent uptime and easier servicing in busy data-center racks.

Technical Details of APC Service Bypass Panel- 100-120V; 30A; BBM; L5-30P input; (2) 5-20R (6) 5-15R output

  • Voltage: 100-120V
  • Current rating: 30A
  • Input plug: L5-30P
  • Output receptacles: (2) NEMA 5-20R and (6) NEMA 5-15R
  • Configuration: BBM
  • Compatibility: APC InfraStruXure Type A, Smart-UPS, Symmetra

how to install APC Service Bypass Panel

Step 1 – Power down: Before any installation, safely power down all connected equipment and disconnect utility power as required. Verify that loads are de-energized and that technicians wear appropriate personal protective equipment (PPE) as dictated by site safety procedures.

Step 2 – Rack placement: Choose a suitable 19-inch equipment rack location with adequate clearance for ventilation, servicing, and cable management. Ensure the panel is mounted in a secure, vibration-free area to prevent movement during maintenance or during brief power transitions.

Step 3 – Mounting the panel: Secure the APC Service Bypass Panel to the rack rails according to the manufacturer’s mounting guidelines. Confirm that the chassis is level, properly grounded, and that access to the input and outlet connections will be unobstructed for routine servicing.

Step 4 – Connect input power: Connect the panel’s L5-30P input to the building power using an appropriate cord or receptacle. Ensure the connection is tight, and verify the feeder circuit is sized to support the 30A rating. Follow local electrical codes and use proper strain relief and enclosure bonding as required.

Step 5 – Wire the loads: Route the UPS and load connections to the 2 x 5-20R and 6 x 5-15R outlets as specified by your load profile. Label each outlet clearly to simplify maintenance and future service work, and keep high-current and low-current cables organized to minimize interference and heat buildup.

Step 6 – perform a bypass validation: After completing wiring, verify all connections, secure enclosure panels, and perform a controlled bypass test. Switch the panel to bypass mode and confirm that power is delivered to the designated outlets without affecting other equipment, then revert to normal UPS operation and observe for normal behavior.

Step 7 – Documentation and safety check: Document the installation details, including wiring diagrams, outlet labeling, and test results. Ensure personnel know the bypass procedure and safety protocols for future maintenance windows.

Frequently asked questions

  • What is an APC Service Bypass Panel and what does it do? It is a dedicated power distribution and bypass device that allows maintenance personnel to perform UPS service while delivering power to connected loads, ensuring continuous operation of critical equipment during the maintenance window.
  • What loads can be connected to the outlets? The panel provides two NEMA 5-20R outlets and six NEMA 5-15R outlets, designed to accommodate a mix of higher-current and standard IT devices. Be sure to monitor total current so it stays within the 30A rating.
  • Is this panel compatible with APC InfraStruXure Type A, Smart-UPS, and Symmetra? Yes. The panel is designed to work with these APC product families, enabling coordinated maintenance workflows and proper integration with APC management features.
  • What are the electrical specifications? The panel operates at 100-120V, up to 30A, with an L5-30P input and multiple receptacles to distribute power to connected IT equipment and peripherals.
  • How do I install the APC Service Bypass Panel? Installation should follow local electrical codes and manufacturer instructions. Typical steps include safe power-down, rack mounting, wiring to input power, connecting loads to the specified outlets, labeling, and performing a controlled bypass test before resuming normal UPS operation.

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