
HP 570493-001 2400W BLC7000 Platinum Power Supply
Ensure Reliable Power for Your BladeSystemThe 570493-001 HPE 2400W BLC7000 Platinum Hot Plug Power Supply Kit provides efficient and dependable power to your blade server environment. Designed for seamless integration and hot-plug functionality, this power supply ensures uninterrupted operation a...
*Price sourced from Amazon.com. Last updated:Jun 28, 2026.Price and availability are subject to change.
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Overview
Ensure Reliable Power for Your BladeSystem
The 570493-001 HPE 2400W BLC7000 Platinum Hot Plug Power Supply Kit provides efficient and dependable power to your blade server environment. Designed for seamless integration and hot-plug functionality, this power supply ensures uninterrupted operation and maximum uptime for critical applications.
Key Features:
- Power Output: 2400W
- Efficiency: Platinum Rated
- Form Factor: Hot Plug
- Compatibility: HPE BLC7000 BladeSystem
Specifications
Pros & Cons
👍 Pros
- Offers a very high power output of 2400W, capable of supporting demanding server or blade enclosure systems.
- Features Platinum efficiency, indicating superior energy efficiency and reduced operational costs.
- Designed for the HP BLC7000, ensuring seamless integration and optimal performance within that specific blade enclosure.
- Provides robust and reliable power delivery essential for critical enterprise applications.
- The high wattage capacity allows for configurations with multiple high-power components.
👎 Cons
- Exclusively designed for the HP BLC7000, limiting its use to that specific blade enclosure system and not general PC builds.
- The 2400W output might be excessive for smaller, less demanding setups, potentially leading to wasted capacity if not fully utilized.
- Specific details regarding noise levels during operation are not provided, which could be a factor in some environments.
- Given its specialized nature, troubleshooting or replacement might require specific knowledge of blade server systems.
- The "Platinum" efficiency rating is a general category, and more precise efficiency percentages are not detailed.