An inverter is used to provide power to a minimum level in case of power failure. It is maintenance free, has single switch operation, fully automatic, auto reset itself and it protects electronic equipments from lightening and high or low voltage trip. It also has overload protection. It can also be connected to existing wirings. It has over charge and deep discharge cut off. It can bypass circuits specially designed for power savings. It uses MOSFET topology. Its single sided advance pcb with a very low component design. The models that are available are 650VA, 1000VA, 1300VA, 1750VA, 2000VA, 3000VA. 3500VA, 4000VA, 5000VA and 6000VA.
Inverter Mode
IN-C 250l
IN-C 400
IN-C 650
IN-C 1000
IN-C 1300
IN-C 2000
IN-C 3000
Power
250 VA
400VA
650VA
1000VA
1300VA
2000VA
3000VA
Input voltage
12V
12V
12V
12V
24V
24V
48V
Output voltage
175V-240V
180V-240V
185V-240V
190V-240V
190V-240V
195V-240V
200V-240V
No load loss
1.50%
Output frequency
50 - 60Hz
Output wave
Modified Sine Wave
Efficiency
95%
95%
95%
95%
95%
95%
95%
FLYLINE INVERTER FEATURES:-
* Bypass circuits specially designed for power savings. * Maintenance free.* Attractive designs. * It has low power consumption. * Single switch operation. * Fully automatic. * Auto resetting. * Protection from lightening High/Low voltage trip. * Overload protection. * Can connect to the existing wiring. * Over charge and deep discharge cut off. * Audio and visual indicators. * Switch for inverter auto and manual operation. * Separate switch for battery charger on-off. * MOSFET topology ( metal–oxide–semiconductor field-effect transistor ).* Single sided advanced PCB with very low component design.
