Rack Power Supplies
Showing Results for Rack Power Supplies
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Vertiv
SKU: VP7U60A3
Vertiv VP7U60A3 Switched Rack PDU
In stock · Ships same business day$5,350.00 $3,668.99 Save $1,681.01 -
Vertiv
SKU: VP7UV0A3
Vertiv VP7UV0A3 Rack Power Distribution Unit
In stock · Ships same business day$4,382.00 $3,004.99 Save $1,377.01 -
Vertiv
SKU: VP9562
Vertiv VP9562 Basic Rack PDU
In stock · Ships same business day$190.00 $189.99 Save $0.01 -
Vertiv
SKU: VP9567
Vertiv VP9567 Rack Power Distribution Unit
In stock · Ships same business day$304.00 $208.99 Save $95.01 -
Vertiv
SKU: VP9571A
Vertiv VP9571A Rack PDU
In stock · Ships same business day$505.00 $344.99 Save $160.01 -
Vertiv
SKU: VRA6025
Vertiv VR 42U 4IN Pdu/cable MGT Brackets - VRA6025
In stock · Ships same business day$213.00 $212.99 Save $0.01 -
Vertiv
SKU: VRA6026
Vertiv VR 48U 4IN Pdu/cbl MGT Bracket - VRA6026
In stock · Ships same business day$238.00 $237.99 Save $0.01
Rack Power Supplies
Rack-mount power supplies deliver regulated DC to access control panels, CCTV head-ends, and intrusion systems from a 19-inch rack or cabinet. They provide battery backup, output supervision, and centralized distribution for multi-door or multi-camera installations.
Plan Your Deployment
- Output voltage (12/24 VDC) and total amperage at continuous load
- Rack units (1U, 2U, 3U) and depth for the cabinet
- Battery backup sizing (amp-hours) for target hold-up time
- Output count and individually fused/supervised channels
- Fire alarm interface for controlled lock release on alarm
What to Look For
Size the supply for 125% of the calculated continuous load and confirm the battery bank meets the hold-up time required by local code (commonly 4 or 24 hours). Supervised outputs report shorted or open circuits back to the panel, which is required for UL 1076 and UL 294 installations. Rack integration keeps service access at the central gear location.
Common Deployment Scenarios
Rack power supplies are standard in enterprise IDF closets, data center security rooms, and multi-door openings where copper home-runs converge on a central location. They replace scattered wall-wart or transformer-based power in larger systems.