Falcon 5000 UPS 10 to 80 KVA
Special Features
- 32 bit DSP controlled UPS F IGBT based rectifier
- Input current THDi < 3% F Input PF near unity
- Inbuilt galvanic isolation
- Space vector modulation technique
- 128 x 64 Graphics Display
- True RMS reading of more than 25 different parameters of UPS
- High end interfacing options
- Quite operation, low audible noise
- Superior output quality; Output voltage distortion <1%*
- Unique modular design, offering lowest MTTR F Compact system, lowest footprint to KVA ratio
in its category
- Advance thermal design and monitoring F Paralleling up to 6 unit
Falcon 8000 UPS 30 to 160 KVA
Special Features
- 32 bit DSP controlled UPS
- Inbuilt galvanic isolation
- Space vector modulation technique
- 128 x 64 Graphics display
- True RMS reading of more than 25 different parameters of UPS
- Quiet operation, low audible noise
- Superior output quality; Output voltage distortion < 1%*
- Unique modular design, offering lowest MTTR
- Compact system, lowest footprint to KVA ratio in its category
- High end interfacing options
- Advance thermal design and monitoring
Falcon 8500 UPS 30 to 120 KVA
Special Features
- 32 bit DSP controlled UPS
- Inbuilt galvanic isolation
- Space vector modulation technique
- 128 x 64 Graphics display
- True RMS reading of more than 25 different parameters of UPS
- Quiet operation, low audible noise
- Superior output quality; Output voltage distortion < 1%*
- Compact system, lowest footprint to KVA ratio in its category
FALCON 7000
Special Features
- 32 bit DSP controlled UPS
- IGBT based rectifier
- Input current THDi < 3%
- Input PF near unity
- Space vector modulation technique
- 128 x 64 Graphics Display
- True RMS reading of more than 25 different parameters of UPS
- High end interfacing options
- Quite operation, low audible noise
- Superior output quality ; Output voltage distortion < 1%*
- Unique modular design, offering lowest MTTR
- Compact system, lowest footprint to kVA ratio in its category
- Advance thermal design and monitoring
- CE certified
