Lenovo ThinkSystem 1100W 230V Titanium Hot-Swap Gen2 Power Supply 4P57A72666

Manufacture: Lenovo | Model: 4P57A72666

The Lenovo ThinkSystem 1100W 230V Titanium Hot-Swap Gen2 Power Supply (Part Number: 4P57A72666) is a high-efficiency power solution designed to meet the demanding requirements of modern data centers. Engineered for Lenovo ThinkSystem servers, this power supply delivers an impressive 1100-watt power output with a 230V input, ensuring robust and reliable performance for high-load applications. Featuring a Titanium efficiency rating, it minimizes energy consumption and heat generation, contributing to lower operational costs and a reduced environmental footprint.

One of its key advantages is the hot-swap capability, allowing users to replace the power supply without shutting down the system, ensuring uninterrupted server operation. This feature is particularly beneficial in mission-critical environments where downtime is not an option. Designed for seamless integration into ThinkSystem servers, this power supply offers superior reliability, efficiency, and serviceability, making it an essential component for enterprise-level IT infrastructure.

Key Features:

• 1100W Power Output: Provides high power capacity to support demanding server workloads.
• Titanium Efficiency Rating: Ensures top-tier energy efficiency, reducing power consumption and heat generation.
• Hot-Swap Capability: Allows replacement without system shutdown, ensuring continuous server operation.
• 230V Input: Compatible with standard 230V power sources, suitable for global data center environments.
• Enterprise-Grade Reliability: Designed for Lenovo ThinkSystem servers, ensuring long-term stability.
• Optimized for High-Performance Computing: Supports power-intensive applications with efficiency.
• Compact & Durable Design: Built for easy integration while maintaining superior durability.
• Reduced Environmental Impact: Lower power usage leads to decreased carbon footprint.
• Enhanced Cooling Efficiency: Helps maintain optimal server temperatures and system longevity.