HPE XP7 Gen2 3-Phase 50Hz Upgrade PDU
The HPE XP7 Gen2 3-phase 50Hz Upgrade PDU is a genuine Hewlett Packard Enterprise spare part engineered for enterprise-grade power distribution. Designed specifically for XP7 Gen2 systems, this 3-phase PDU delivers reliable, uninterrupted power to mission-critical storage and server infrastructure. If you operate HPE enterprise storage systems requiring robust power management and redundancy, this upgrade PDU ensures optimal performance and system stability in data center environments.
Key Features
- Genuine HPE spare part for XP7 Gen2 systems
- 3-phase power distribution for enterprise infrastructure
- 50Hz frequency support for international deployments
- Designed for reliable operation of compatible HPE storage and servers
- Upgrade component for existing XP7 Gen2 configurations
- Enterprise-grade power management and distribution
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise (HPE) |
| Part Number |
H6F73BUR |
| Product Type |
Upgrade Power Distribution Unit (PDU) |
| System Compatibility |
HPE XP7 Gen2 |
| Phase Configuration |
3-Phase |
| Frequency |
50Hz |
| Application |
Enterprise Storage and Server Infrastructure |
Frequently Asked Questions
What is the HPE XP7 Gen2 3-phase PDU used for?
This upgrade PDU is designed to provide 3-phase power distribution for HPE XP7 Gen2 enterprise storage systems, ensuring reliable and redundant power delivery to mission-critical infrastructure.
Is this a genuine HPE spare part?
Yes, the HPE XP7 Gen2 3-phase 50Hz Upgrade PDU (H6F73BUR) is an authentic Hewlett Packard Enterprise spare part manufactured to OEM specifications for guaranteed compatibility and performance.
What systems is this PDU compatible with?
This 3-phase 50Hz PDU is specifically designed for HPE XP7 Gen2 storage systems and compatible enterprise infrastructure requiring 3-phase power distribution at 50Hz frequency.
Why choose a 3-phase PDU for enterprise storage?
3-phase power distribution provides superior load balancing, efficiency, and redundancy for high-demand enterprise storage and server environments, reducing power consumption and improving system reliability.
