Delivery Time:2 weeks
Certification:ISO 9001,CE

Module Design High Frequency Online UPS 1600w 125% Overload

Quick Detail:

Module design Input:115-300Vac 40-60Hz/50-70Hz Output:220/230Vac(1±2%) Rated capacity :2KVA Input Power factor:0.99 Output On-load factor:0.8

Specifications:

MODEL	RST1K	RST1KS	RST2K	RST3K
Rated capacity	1KVA/800W	2KVA/1600W	3KVA/2400W
Input	Voltage	115 - 300Vac
Frequency	40-60Hz / 50-70Hz
Power factor	0.99
Output	Voltage	220/230Vac(1±2%)
Frequency	Synchronize with utility power(utility mode); 50/60Hz±0.2Hz(battery mode)
On-load factor	0.8
Overload rating	125% overload,1min
Battery	Type	Valve-control lead acid maintenance-free battery
Back up time	more than 11min (half load)	External	External	External
Rated voltage	36V	72V	96V
Transfer time	0
Operating environment	Humidity: 20%-90%, Temperature:0oC-40oC
Size (WxDxH)mm	610x600x270	610x600x270	610x600x270
Net Weight(kg)	18	12	12	12

Environment Friendly: This UPS is eco-designed and manufactured to meet the China local pollution control requirement of Electronic Products, which means it will cause no harm to environment and human beings in normal usage.

Active input power factor correction (PFC): Digitalized control of the PFC enable the UPS to keep input power factor above 0.99 to prevent possible electric grid pollution and meanwhile mostly save the cost.

Wide range of input voltage and frequency: We intentionally widen the range of input factors to make sure the UPS can apply to various environment, which will effectively sustain the battery charging even in unstable power environment so that the service life of the UPS could be obviously prolonged.

Zero power switch delay: When the utility power fails, UPS will automatically switch from AC mode to battery mode with no delay, which ensures stable power supply of operating system.

Active Load Management: This technology allows the UPS to be set up at a fixed 50Hz or 60Hz output, while it also can intelligently monitor power usage and automatically sheds and reconnects loads in order to prevent generator overload.