 |
Eaton 9155 UPS
- Eaton 9155 Single Phase UPS
- Power Rating: 8 - 15 kVA, Voltage: 200V - 240V, Configuration: Tower
- Feature three-stage battery charging system
- Online backup power for IT and electrical engineering infrastructure in corporate, healthcare, banking and industrial applications
|
|
Eaton 9355 UPS
- Eaton 9355 3 Phase UPS
- Power Rating: 10 - 30 kVA, Voltage: 208V/220V/400V/480V/600V, Configuration: Tower
- Options for extended battery runtime
- Double-conversion backup power and scalable battery runtimes for IT and electrical engineering infrastructure in corporate, healthcare, banking and industrial applications
- Seismic and OSHPD certified, and TAA compliant
|
 |
Eaton 9170+ UPS
- Power Rating: 3 - 18 kVA, Voltage: 200V - 240V, Configuration: Tower/Rack/Mount
- Grows with changing IT environments by incorporating scalable design of 3 kVA power modules and batteries
- Online backup power and scalable battery runtimes for server farms, networks, telecommunications and internet service providers
- Increases battery service life, resulting in more uptime and fewer battery replacements with ABM technology
|
 |
Eaton 9PXM UPS
- Power Rating: 4 - 20 kVA, Voltage: 208V - 240V, Form Factor: Rack/Tower
- Plug-and-play power modules, delivers an expandable level of N+X redundancy
- Fits eight or twelve-slot tower enclosures, easily converted into 14U and 21U rackmount solutions
- Extended battery runtime with up to 54 battery modules
|
 |
Eaton 9SX UPS
- Power Rating: 700 VA to 3 kVA, Voltage: 120V, 208V, Configuration: Tower
- Increase battery life by 50%
- Easy-to-read LCD display, double conversion topology and an internal static bypass
- Compatible with Eaton's network connectivity cards and Intelligent Power Management (IPM) software
|
 |
Eaton 9390IT UPS
- Power Rating: 40 - 160 kVA/36 - 144kW, Voltage: 208V and
480 3 Ph, Configuration: End of Row Tower
- End-of-row data center solution, industry’s smallest footprint at
40 kVA providing up to an 80% footprint reduction
- Standard Energy Saver System (ESS) technology, delivers an industry-leading 99% efficiency
|
 |
Eaton 93E UPS
- Power Rating: 20 - 60 kVA, Voltage: 208V/220V Three-phase, Form Factor: Tower
- Occupies up to 35% less floor space than other UPSs in its class
- Detachable maintenance bypass options allow redirect power during service
- Scalable with up to 21 minutes of runtime from internal batteries and up to 138 minutes runtime when paired with external battery cabinet
|
 |
Eaton 93PM UPS
- Power Rating: 10 - 400 kW, Voltage: 480V, 208V or 220V, Configuration: Tower
- Lithium-ion batteries available
- ENERGY STAR qualified, Seismic and OSHPD certified, and TAA compliant
- Flexible configurability and full service access from front, installation in line or alongside standard-dept rack
|
 |
Eaton Blade UPS
- Power Rating: 5 - 60 kW, Voltage: 280V and 400V, Configuration: Rackmount
- Grows with expanding IT applications using scalable architecture
- Expands power protection from 5 to 60 kW in a single 19-inch rack while reducing energy and cooling costs
- ENERGY STAR qualified
|
 |
Emergency Lighting UPS
- Power Rating: 10 - 200 kVA, Voltage: 208V, 240V, 277V, 480V, Configuration: Tower
- Industry highest capacity and smallest footprint options for emergency lighting applications
- UL 924 tested and certified to meet NFPA 101 (Life Safety Code) and other building codes
|
 |
Eaton FERR UPS
- Power Rating: 500 VA to 18 kVA, Voltage: 120V/208V/240V, Configuration: Tower/Rackmount
- Ferroresonant battery backup power and scalable runtimes for 911 centers, global military installations and marine vessels
- Highly configurable with a wide range of voltages, frequencies, runtimes, power cords and receptacles
- Conditions incoming power without depleting the battery to preserve power for complete power outages
|
 |
Power Xpert 9395 UPS
- Power Rating: 200 - 1200 kVA, Voltage: 480V/400V/600V, Configuration: Tower.
- Scalable battery runtimes in a small footprint in large data centers, healthcare applications, multi-tenant data centers, and light industry.
- N+1 redundancy design provides high reliability and eliminates potential for single-point of failure.
- ENERGY STAR qualified.
|
