Eaton Power Xpert 9395P: 275 to 1200 kVA
Power Xpert 9395P is Eaton’s large-capacity three-phase UPS, rated 275 to 1200 kVA. It occupies the band above the 93PM family and is specified where a data hall is being built or comprehensively refitted. At this rating the unit arrives as part of an electrical design rather than as a delivery.
Technical specification
| Model code | Power | Input / output voltage | Phases | Topology | Efficiency | Dimensions W×D×H (mm) | Weight | Parallel / redundancy | Battery type |
|---|---|---|---|---|---|---|---|---|---|
| 9395P 275 kVA | 275 kVA | – | Three-phase | Double conversion; centralized or distributed bypass topology | Up to 97% double conversion; 99% Energy Saver System | – | – | HotSync load sharing; power modules act as N+1 at or below 50-75% load | – |
| 9395P 550 kVA | 550 kVA | – | Three-phase | Double conversion; centralized or distributed bypass topology | Up to 97% double conversion; 99% Energy Saver System | – | – | HotSync load sharing; power modules act as N+1 at or below 50-75% load | – |
| 9395P 825 kVA | 825 kVA | – | Three-phase | Double conversion; centralized or distributed bypass topology | Up to 97% double conversion; 99% Energy Saver System | – | – | HotSync load sharing; power modules act as N+1 at or below 50-75% load | – |
| 9395P 1100 kVA | 1100 kVA | – | Three-phase | Double conversion; centralized or distributed bypass topology | Up to 97% double conversion; 99% Energy Saver System | – | – | HotSync load sharing; power modules act as N+1 at or below 50-75% load | – |
| 9395P 1200 kVA | 1200 kVA | – | Three-phase | Double conversion; centralized or distributed bypass topology | Up to 97% double conversion; 99% Energy Saver System | – | – | HotSync load sharing; power modules act as N+1 at or below 50-75% load | – |
Source of the values: Eaton Power Xpert 9395 High Performance UPS datasheet (BR153048EN). Only the datasheet-level values were available for this family; per-reference dimensions and weights are supplied on request. An en dash means the manufacturer does not publish that value; we do not fill it in with an estimate. Confirm every figure against the current manufacturer document before it is written into a contract.
The references we quote in this family are 9395P 275 kVA, 9395P 550 kVA, 9395P 825 kVA, 9395P 1100 kVA and 9395P 1200 kVA. Send us the reference if you already have one, or the load in kW and the runtime if you do not, and we will confirm availability and lead time.
Which one should you choose?
kVA ratings need a kW answer
This family is rated in kVA. Your servers consume kilowatts, and modern power supplies run close to unity power factor, so the two figures are near each other but not identical. Ask for the kW rating at your configuration and size against that; sizing on kVA alone is how installations end up short.
The band above 93PM
If your load has outgrown 400 kW, this is the family that continues the same manufacturer’s portfolio. Staying within one brand across a growing estate keeps spares, service contracts and monitoring common, and that is usually worth more than a small price difference on a single unit.
Parallel for capacity or for redundancy
Units of this class can be paralleled, and the two reasons produce different purchases. Paralleling for capacity carries a load no single unit could. Paralleling for redundancy means each unit could carry it alone. Decide which before the single-line diagram is drawn.
Harmonics and the generator behind it
A large transformerless UPS presents a particular load to the supply feeding it. Where the site runs on a generator for extended periods, size the generator against the UPS input characteristics rather than against the load alone, or the set will be adequate on paper and unhappy in practice.
Where it fits, and where it does not
Fits a data hall or campus load between 275 and 1200 kVA where the switchboard is being designed or rebuilt. Does not fit an installation under 275 kVA, where 93PM covers the range at lower cost and smaller footprint.
What we need in order to quote it
- Load in kW as well as kVA, and the power factor assumed
- Redundancy: single unit, parallel capacity or parallel redundant
- Switchgear arrangement and maintenance bypass provision
- Battery technology, runtime and the room allocated
- Floor loading and the delivery route into the plant room
Request a Quote
Tell us the load in kW, the runtime you want and the delivery country. A priced quote comes back within 48 hours, usually with a second option so the trade-off is visible.
