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NShi

NShi Server Chassis 15V 30A 450W 17-Pin

SKU CH-BCR7-APYK1

A 15 V 30 A 450 W power supply with built-in PFC, constant-current limiting, remote sense and 100 % burn-in test

  • Chassis TypeDesktop
  • Active PFC improves power efficiency
  • Constant current limiting protects components
  • Remote sense maintains stable voltage
  • 100% burn-in test ensures reliability
  • 5-year warranty backs long-term use

Power Delivery

This 15V 30A 450W power supply fits a desktop server chassis and uses a 17-pin connector. It is built for systems that need a single regulated rail with active power factor correction.

Upgrade Path

The unit replaces an older supply that lacks active PFC or constant current limiting. The jump is worth it when the existing hardware cannot pass a 100% full load burn-in test or needs the remote sense function for stable voltage at the load.

Capacity and Headroom

The 450W output handles continuous full-load operation with built-in protection circuits. It runs out when the connected platform demands more than 30A on the 15V rail or requires multiple output voltages not provided by this single-output design.

Highlights

  • Active PFC improves power efficiency
  • Constant current limiting protects components
  • Remote sense maintains stable voltage
  • 100% burn-in test ensures reliability
  • 5-year warranty backs long-term use

Specifications

Chassis TypeDesktop

Questions about this item

Which connector type mates with the 17-pin output on this 450 W power supply?

The unit uses a 17-pin connector for its single 15 V 30 A output; match that pin count and voltage when wiring to the server backplane.

What is the correct sequence for securing the chassis and engaging the remote-sense leads during installation?

Mount the desktop chassis first, then connect the main 17-pin power lead, and finally attach the remote-sense wires so they compensate for voltage drop under full load.

When should the internal fan or electrolytic capacitors be inspected on a supply rated for 100 % burn-in and a five-year warranty?

Plan a visual check of the fan and capacitors at the three-year mark; the 100 % burn-in and five-year coverage indicate robust components, but dust and ageing still affect long-term reliability.

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