Lenovo ThinkSystem 1600W (230V) Platinum Hot-Swap Power Supply

Overview

The Lenovo 7N67A00886 is a 1600 watt hot-swap power supply designed specifically for ThinkSystem servers operating on a 230V input. It provides reliable and efficient power delivery that supports demanding workloads while maintaining system uptime through its hot-swap capability. Meeting the 80 Plus Platinum efficiency standard, this power supply reduces energy waste and heat generation, making it well suited for enterprise data centers and server rooms where performance and energy efficiency are critical.

Key features

• Hot-swap support allows replacement without shutting down the server, ensuring continuous operation during maintenance.
• 80 Plus Platinum efficiency rating minimizes power loss and heat output, lowering operating costs and cooling requirements.
• EPS connector with ATX form factor ensures compatibility and easy integration with Lenovo ThinkSystem chassis.
• Air-cooled design maintains optimal temperature without additional cooling hardware, simplifying installation.
• 1600 watt power capacity supports high-performance server workloads and demanding compute environments.
• Designed to fit naturally in data centers and enterprise setups where uptime and energy efficiency are essential.

Key specs

• Power output: 1600 watts
• Input voltage: 230V
• Efficiency rating: 80 Plus Platinum
• Connector type: EPS
• Form factor: ATX
• Cooling method: Air cooled

Connectivity and compatibility

This power supply is engineered to work seamlessly with Lenovo ThinkSystem servers, utilizing the EPS connector standard common in enterprise server power supplies. Its ATX form factor and air cooling design ensure straightforward installation in compatible Lenovo server chassis. The 230V input requirement aligns with high-voltage power infrastructure typically found in data centers and enterprise environments.

Ideal uses and environments

The Lenovo 7N67A00886 power supply is a strong choice for data centers, enterprise server rooms, and production clusters that demand reliable power delivery and minimal downtime. It fits well in environments where continuous operation is critical, such as lab setups, infrastructure supporting cloud services, or any scenario requiring hot-swap capability to maintain uptime during hardware maintenance. Its energy-efficient design also benefits organizations looking to reduce power consumption and cooling costs.