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HP TPD5A-1D 650 Watts Power Supply For 3Par E/F Class Node
- 650 Watts maximum power output.
- Designed for HP 3PAR E Class storage nodes.
- Designed for HP 3PAR F Class storage nodes.
- Ensures stable power delivery for demanding enterprise environments.
- Redundant power capability when used in pairs.
- High efficiency rating for reduced energy consumption.
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Typically 1-2 handling + 3-7 transit days
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For government, enterprise, data center, and small business customers.
Bulk Purchase Inquiry
Volume pricing and availability
Product Overview
The HP TPD5A-1D is a high-capacity 650-watt power supply unit designed specifically for the HP 3PAR E and F Class storage nodes. It provides reliable and efficient power to ensure the continuous operation of critical storage infrastructure.
Technical Information
| Model | TPD5A-1D |
| Brand | HP |
Additional Specifications
| Wattage | 650 Watts |
| Compatibility | HP 3PAR E Class Node, HP 3PAR F Class Node |
Product Description
The HP TPD5A-1D power supply is engineered to meet the rigorous demands of HP's 3PAR E and F Class storage systems. With a robust 650-watt output, it delivers the necessary power to support the high-performance computing and storage operations these systems are known for. Its design prioritizes reliability and efficiency, crucial factors in enterprise data centers where uptime is paramount. This power supply unit is built to integrate seamlessly into the 3PAR architecture, often functioning as part of a redundant power configuration. This redundancy ensures that if one power supply fails, the system can continue to operate without interruption, safeguarding data and services. The unit's internal components are selected for durability and consistent performance under heavy load conditions. Beyond its raw power delivery, the TPD5A-1D contributes to the overall operational efficiency of the storage node. By adhering to power efficiency standards, it helps to minimize energy waste and reduce the thermal output within the server rack, which can lead to lower cooling costs. This makes it an integral component for organizations looking to optimize both performance and operational expenditure.
