Eaton 9PXM 10kVA Modular UPS with EBM
Brand: Eaton | Category: UPS & Power Protection
SKU: 9PXM10KHS | Part #: 9PXM10KHS | MPN: 9PXM10KHS
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About the Eaton 9PXM 10kVA Modular UPS with EBM
The Eaton 9PXM delivers 10 kVA and 10 kW of double-conversion online power protection, engineered for mission-critical enterprise infrastructure that demands maximum availability and electrical resilience. This modular UPS system combines industrial-grade reliability with field-replaceable power and battery modules that swap under load—eliminating downtime during maintenance or capacity expansion. Eaton's Advanced Battery Management (ABM) system uses temperature-compensated charging to extend battery life, while dual efficiency modes—up to 94% in double-conversion and up to 99% in Energy Saver mode—reduce operating costs across diverse power environments. The 9PXM10KHS supports input voltages from 160–280 V AC (single-phase) and auto-senses frequencies between 45–65 Hz, making it adaptable to regional grid variations. Output is selectable across 200/208/220/230/240 V AC at ±0.1 Hz stability in inverter mode.
IT procurement teams and infrastructure managers will find the 9PXM flexible in deployment: choose between tower or 6U rackmount form factors depending on your space and topology needs. Communication options include USB, RS-232, and dry contacts, with optional SNMP/Modbus network management cards for centralized monitoring. Full integration with Eaton Intelligent Power Manager (IPM) software provides real-time visibility and automated failover control. Operating across 0–40 °C, the unit sustains demanding data center, telecommunications, and industrial environments. A 1.0 power factor output ensures clean, efficient power delivery to sensitive equipment. The part number 9PXM10KHS is your specification reference for procurement and technical support. Contact Omnixon Global to request a quotation tailored to your power protection strategy.
Enterprise Power Protection Scenarios
- Data center UPS backbone protecting servers, storage arrays, and networking gear from grid instability and blackouts
- Telecommunications infrastructure requiring uninterrupted power during peak traffic and maintenance windows
- Industrial control systems and manufacturing facilities where production halts cost thousands per minute
- Modular expansion for growing facilities—hot-swap battery and power modules scale capacity without shutdown
- Hybrid efficiency deployments leveraging Energy Saver mode during stable grid periods to minimize energy spend
Technical Specifications
| Brand | Eaton |
| Category | UPS & Power Protection |
| SKU | 9PXM10KHS |
| Part Number | 9PXM10KHS |
| Condition | New |
| Manufacturer Part Number | 9PXM10KHS |
| Series | 9PXM |
| UPS Topology | Double-conversion online (VFI) |
| Power Rating (kVA) | 10 kVA |
| Power Rating (kW) | 10 kW |
| Power Factor (Output) | 1.0 |
| Input Voltage Range | 160–280 V AC (single-phase) |
| Input Frequency | 45–65 Hz (auto-sensing) |
| Output Voltage | 200/208/220/230/240 V AC (selectable) |
| Output Frequency | 50/60 Hz ± 0.1 Hz (inverter mode) |
| Efficiency (Double-Conversion) | Up to 94% |
| Efficiency (Energy Saver Mode) | Up to 99% |
| Form Factor | Tower / Rackmount 6U |
| Battery Type | Valve-regulated lead-acid (VRLA) |
| Battery Management | Eaton ABM (Advanced Battery Management) with temperature-compensated charging |
| Hot-Swap Modules | Yes – power and battery modules field-replaceable under load |
| Communication Interfaces | USB, RS-232, dry contacts; optional SNMP/Modbus network management card |
| Management Software Compatibility | Eaton Intelligent Power Manager (IPM) |
| Operating Temperature | 0–40 °C |
| Relative Humidity | 0–95% non-condensing |
| Included Accessory | External Battery Module (EBM) |
Frequently Asked Questions about Eaton 9PXM 10kVA Modular UPS with EBM
What does the Eaton 9PXM 10kVA Modular UPS with EBM do?
The Eaton 9PXM 10kVA Modular UPS with EBM delivers conditioned, backed-up power for server rooms and data-center racks. Use cases include short-term ride-through during grid sag/spike events, graceful shutdown of critical compute, and runtime extension via external battery packs.