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HP JD227A#ABA 6000 Watts Power Supply
- 6000 Watts maximum output power
- High-capacity power delivery for enterprise equipment
- Designed for reliability and continuous operation
- Supports demanding workloads and high-density deployments
- Efficient power conversion to minimize energy loss
- Built to withstand rigorous operating conditions
Free U.S. Ground Shipping
Typically 1-2 handling + 3-7 transit days
Purchase orders accepted
For government, enterprise, data center, and small business customers.
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Volume pricing and availability
Product Overview
The HP JD227A#ABA is a high-capacity 6000 Watt power supply, engineered to deliver substantial power for demanding enterprise-level equipment. It is designed for robust performance and reliability in data center environments.
Technical Information
| Part Number | JD227A#ABA |
| Wattage | 6000 Watts |
Additional Specifications
| Type | Power Supply |
Product Description
The HP JD227A#ABA represents a significant power solution, offering an impressive 6000 Watts of output. This makes it suitable for powering some of the most power-hungry servers, storage arrays, or high-performance computing clusters found in modern data centers. Its design prioritizes stability and the ability to handle substantial and fluctuating power demands. This power supply is built with enterprise-grade components to ensure maximum uptime and operational continuity. It is engineered for efficiency, aiming to reduce energy consumption and heat generation, which are critical factors in managing data center operating costs and environmental impact. The robust construction ensures it can operate reliably under continuous load and challenging environmental conditions. Ideal for environments requiring substantial power reserves, the JD227A#ABA is a key component for maintaining the performance and availability of critical IT infrastructure. Its high wattage capacity allows for scalability and the support of future growth in computing needs, making it a strategic investment for organizations with extensive data processing requirements.
