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Product Overview |
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The HP Power Supply for MSL5026 is a dedicated power unit that fits directly into the tape library system, ensuring stable and continuous power delivery. It keeps the backup hardware running efficiently, especially in environments where data integrity and uptime are essential. |
General Information |
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| Brand | HP |
| Part Number | 412492-002 |
| Product Type | Desktop Power Supply |
| Condition | Refurbished |
Technical Information |
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| Input Voltage | AC 100-240V (auto-ranging) |
| Input Frequency | 50/60 Hz |
| Output | 12V |
| Max. Output Power | 460W |
| Cooling Type | Active Fan |
| Modularity | Non-Modular |
| rail_design | Single 12V Rail |
| Number of Fans | 1 |
Compatibility |
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| Form Factor | Proprietary |
| Compatible For | HP MSL5026 Tape Autoloader |
Physical Characteristics |
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| Weight | 3.00 |
Product Description |
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This power supply is built to provide consistent and stable power to the HP MSL5026 tape library systems. It's commonly found in data centers and backup environments where reliable storage is critical. IT professionals and system administrators often choose this unit to maintain uninterrupted operation in their backup infrastructure. Key Features
Typically deployed inside data centers or enterprise backup rooms, this power supply plays a crucial role in keeping tape drives running smoothly. Its dependable performance helps prevent disruptions during critical data backups and restores. |
Use Cases |
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The HP Power Supply for MSL5026 is primarily used in enterprise data centers and storage environments where HP MSL5026 tape libraries are deployed. It is essential for IT infrastructure teams managing backup and archival data workflows that demand reliable and uninterrupted power to ensure data integrity. How It's Used:
This power supply ensures that MSL5026 tape libraries operate without interruption, directly contributing to operational stability and efficient backup processes. By delivering consistent power, it supports scalability in storage infrastructures and safeguards performance in critical archival workloads. |