Marketing description

Ellipse ECO 650 USB IEC is a off-line UPS. As well as providing a power supply backed up by a battery to keep equipment operating during a power failure, the Ellipse Eco also provides effective protection against damaging surges.
The Eco Control function automatically disables peripherals when the master device is turned off in order to save up 20 % more energy compared to previous generation of UPS. This model can either be placed horizontally, 19 inch rack mounted or wall mounted. The Ellipse Eco also includes the Eaton Intelligent Power Manager software. Ellipse ECO is an ideal protection for all business computers and electronic devices in an office environment.

Key selling points

• EcoControl function helps you save up to 25% energy compared to previous generation UPSs
• Includes a high performance surge-protection device which complies with IEC 61643-1 standard
• Convenient extra-flat design for easy installation in any office environment
• Protects data connections such as Ethernet, Internet and telephone lines

Produktegenskaper

• Energy-efficient power protection for business computers
  With an efficient electrical design and the EcoControl function, which automatically disables peripherals when the master device is turned off, the Eaton Ellipse ECO helps you make energy savings of up to 25 percent compared to previous-generation UPSs. As well as providing a power supply backed up by a battery to keep equipment operating during a power failure, the Ellipse ECO also provides effective protection against damaging surges.
• Easy integration and installation
  The Ellipse ECO's extra-flat design makes it easy to install in any office environment: installation options include vertical box format, below the desk, horizontally under a monitor and 19" rack-mounted.
• Complete peace of mind
  Periodic battery self-test ensures early detection of a battery that needs to be replaced. Easy-to-replace battery helps to extend UPS service life. Push-button circuit breaker enables easy recovery from an overload or short circuit.