R-200 Classic
20000 Watts
Input : 80V-260V
This stabilizer is specially design for Low voltage . 99.9% Copper Wire and Silicon Sheet is used for manufacturing of transformer of this stabilizer and output is selected controlled by circuit which make relays in steps or jumps between the low and high limits to overcome Low Voltage.
R-30 Timer
3000 Watts
Input : 160V-260V
99.9% Copper Wire and Silicon Sheet is used in manufacturing of transformer of this stabilizer and output is selected controlled by circuit which make relays in steps or jumps between the low and high limits to overcome Low Voltage.
R-3076 Snowwave
- Pure Plastic Medium Body
- 70 Litre Water Tank
- Big Plastic Blade
- Heavy Duty Pump
- Two Speed Air Flow
- 1.25” Cooling Pad
- 3 Refreezable Ice Bottle
- Thermopore Packing
- Easy Movement with Wheels
R-35 D.Timer
3500 Watts
Input : 110V-260V
99.9% Copper Wire and Silicon Sheet is used in manufacturing of transformer of this stabilizer and output is selected controlled by circuit which make relays in steps or jumps between the low and high limits to overcome Low Voltage.
R-3576 Glacier 12V DC
- Super White Plastic Medium Body
- 70 Litre Water Tank
- Plastic Blade
- Heavy Duty 12 V Pump
- 2 Terminal Power Lead
- Three Speed Air Flow
- 1.25” Cooling Pad
- 3 Refreezable Ice Bottle
- Easy Movement with Wheels
R-40 Classic
4000 Watts
Input : 80V-260V
99.9% Copper Wire and Silicon Sheet is used in manufacturing of transformer of this stabilizer and output is selected controlled by circuit which make relays in steps or jumps between the low and high limits to overcome Low Voltage.
R-40 Classic Timer
4000 Watts
Input : 80V-260V
99.9% Copper Wire and Silicon Sheet is used in manufacturing of transformer of this stabilizer and output is selected controlled by circuit which make relays in steps or jumps between the low and high limits to overcome Low Voltage.
R-40 Decent
4000 Watts
Input : 80V-260V
With elegant design this model comes with 99.9% Copper Wire and Silicon Sheet in its manufacturing of transformer and output is selected controlled by circuit which make relays in steps or jumps between the low and high limits to overcome Low Voltage.