Lenovo
750W (230V) TITANIUM HOT-SWAP POWER SUPPLY
Out of Stock
Lenovo 750 W Titanium Hot-Swap Power Supply | Server Power, Rack
Lenovo
MPN: 7N67A00884
$1,479.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 750 W power capacity
- 230 V input support
- Titanium efficiency class
- Hot-swap serviceability
- Rack-mounted server power supply
- Lenovo OEM component
- Designed for supported server platforms
- Maintain uptime with 750 W of hot-swap server power
Maintain continuity in rack-mounted server environments with this 750 W titanium hot-swap power supply. Built for supported Lenovo platforms, it is intended for teams that need a serviceable power component with efficient delivery and minimal interruption during maintenance.
The titanium efficiency class matters in dense infrastructure. Higher efficiency helps reduce wasted energy and heat, which can ease cooling pressure and improve operating economics across a fleet. Hot-swap support adds practical value for administrators who need to replace a failed unit quickly without turning a routine service event into a broader outage.
This power supply fits organizations that treat power components as part of uptime strategy, not just a commodity accessory. It is a strong choice for environments where rack density, predictable serviceability, and platform compatibility are worth paying for. For procurement teams, that means fewer compromises between efficiency, replacement speed, and long-term operational stability.
Ideal For
- Replacing a failed power supply in a supported Lenovo server
- Maintaining uptime in a rack-mounted production environment
- Standardizing spare power modules for data center operations
- Supporting efficient power delivery in 230 V server deployments
Why This Product
- 1Titanium efficiency helps reduce power loss versus lower-efficiency supplies
- 2Hot-swap design shortens maintenance windows
- 3750 W capacity suits supported server configurations
- 4230 V compatibility aligns with enterprise rack power environments