Unicorn Uptime offers Micro level UPS systems from GE, DELTA and EATON designed for small and medium     applications including mission critical ones.

These are intelligent, cost effective and of robust range and will suit to a wide range of PC applications, Smaller Medical Diagnostic equipments, IT networking, Telecom, Process Control applications. Light weight and plug-n-play with intelligent self diagnostic functions, these systems are available in two variants; built in battery and external runtime. A built in battery model can provide a maximum back uptime of 10 minutes, and in the case of external battery model, this can be extended up to 8 hours by using adequate chargers.

GEDE

EP Series [1- 3 KVA]

The GE Digital Energy EP Series UPS is a true VFI (Voltage & Frequency Independent) on-line double conversion, intelligent, cost effective and high-performance UPS designed to suit a wide range of IT networking, telecom and process control applications.

DELTA

R Series [1-3KVA]

Delta R Series is a true on-line double conversion, smart and high performance UPS designed for small and medium mission critical applications. This Rack Mount, plug-n-play system with intelligent self diagnostic functions is available with built-in battery and scalable runtime option.

E Series [1-3KVA]

The E series is a true on-line, double conversion UPS housed in a compact tower and recommended for workstations, POSs, ATMs and home appliances. The E series is designed for long backup time applications with the addition of a battery source. An inbuilt high level charger shortens the recharging period and increases availability.

EATON

E SERIES DX [1-3 KVA]

The E Series DX UPS double-conversion UPS affordably protects mission critical applications from downtime, data loss and corruption. The double-conversion architecture incorporates rectifier and inverter stages to completely isolate the output power from all input anomalies. By adapting to a wide range of input voltages, the E Series DX avoids battery usage during minor power fluctuations, saving its capacity for times when utility power is completely lost.