Series #
1.0 12V DY : DC Inverter - Delux (Y Series)
2.0 T 24V DY : DC Inverter - Delux (Y Series)
AC Type
1.0 12V DY : Split
2.0 T 24V DY : Split
1.0 12V DY : 1 TR
2.0 T 24V DY : 2 TR
A ton is a measurement of heat transfer. One ton is equal to 12,000 BTU's(British thermal unit) per hour. It is derived from the amount of energy that it takes to melt one ton of ice in a twenty four hour period.
1.0 12V DY : Inverter AC
2.0 T 24V DY : Inverter AC
Inverter AC:

An inverter air conditioner consumes much less electricity as compared to non-inverter. An inverter AC means that the compressor is powered by a variable speed drive, which enables the compressor to run at a range of speeds from slow to fast, to match the output required. Inverter air conditioners are able to vary their operating capacity. You would be really surprised to find the amount of money you can easily save by making use of this latest technology. When purchasing an inverter air conditioner.

There are different types on Inverter ACs like:

  • DC Inverter AC - Converts AC to DC current and then back into AC current. Due to variable frequency, the compressor motor is able to work at variable speed and hence is more efficient that conventional non-inverter or fixed speed ACS.
  • Inverter Heat Pump - It is an inverter AC which pumps out over 3 times more energy than the traditional heat pumps. It is mainly used in Acs which come with both hot and cold feature
  • 3D Inverter AC - It is an inverter AC which has vents on the side that helps in removing hot air and calling the room faster
  • Multi Inverter (Multi Split) - It is an inverter AC which is used in ACs which support different capacity and style indoor units for one single outdoor unit
1.0 12V DY : Cooling Only
2.0 T 24V DY : Cooling Only
Cooling Only: It is a great option for keeping the home cooled off during the hot summer days.
1.0 12V DY : 3.13
2.0 T 24V DY : 3.15
Energy Efficiency cooling mode computed value (This is the calculated EER value, considering the company specified data or info that is claimed by the manufacturer). This value shows the actual deviation of the EER (Calculated/ Computed) from the company specified value of EER.
1.0 12V DY : -
2.0 T 24V DY : R22

It is a fluid that is used in refrigerators and air-conditioners to remove heat from the inside and throw it out in the atmosphere.

  • R290 - R-290 is a Greenest new hydrocarbon Propane refrigerant which is completely halogen free and hence seems to cause no harm to ozone layer. We have few manufacturers who are using this refrigerant and marketing their models as 7 star. The drawback of this refrigerant is that it is highly flammable and hence need extra security measures which adds to the cost of the air conditioner.
  • R-32 - R-32 efficiently conveys heat, it can reduce electricity consumption up to approximately 10 percent compared to that of air conditioners using refrigerant R-22. R32 is proposed to be used in some ACs which currently uses R410A. It is mildly flammable and has similar performance and operating conditions to R410A. It has a lower global warming potential (GWP) than the commonly used HFCs.
  • R410A - R1410 is the green gas and an environmentally friendly refrigerant which is Non-CFC. That meant in case your system ever leaks, it won't cause any harm to ozone layer. R-410 A refrigerant is better in terms of ‘global warming’, safe and more energy efficient.
  • R22 - R22 is a single hydro-chlorofluorocarbon (HCFC) compound. It has low chlorine content but causes ozone depletion. R22 wont be manufactured from year 2010. Only recycled or remaining stock of R22 can be used.
  • Energy Star Rating
    1.0 12V DY : -
    2.0 T 24V DY : 5
    1.0 12V DY : Anti Fungal, Detachable & Washable Air Filter, Dust Filter
    2.0 T 24V DY : -
    Filter helps to keep the environment clean
    Power and Capacity
    1.0 12V DY : 3.5 kW
    2.0 T 24V DY : 6 kW
    1 kW = 3412.142 BTU/hr
    Cooling Capacity (Desired)
    1.0 12V DY : 
    2.0 T 24V DY : -
    Air Circulation Rate
    1.0 12V DY : 
    2.0 T 24V DY : 
    Cooling Capacity
    1.0 12V DY : 11942.5 btu/hr
    2.0 T 24V DY : 20472.85 btu/hr
    Power (Cooling)
    1.0 12V DY : 1118 W
    2.0 T 24V DY : 1904 W
    Power (Heating)
    1.0 12V DY : 1080 W
    2.0 T 24V DY : -
    Heating Capacity
    1.0 12V DY : 
    2.0 T 24V DY : 
    Running Current - Heating Mode
    1.0 12V DY : 5 A
    2.0 T 24V DY : -
    Running Current -Cooling Mode
    1.0 12V DY : 5.2 A
    2.0 T 24V DY : 9.1 A
    1.0 12V DY : 
    2.0 T 24V DY : 
    An auto restart facility helps to restore the original setting after a power break.
    Night Glow Buttons on Remote
    1.0 12V DY : -
    2.0 T 24V DY : 
    1.0 12V DY : -
    2.0 T 24V DY : 
    The timer button on the remote automatically selects the night set mode, which prevents excessive heating/cooling of the room. The perfect temperature gives you a sound, undisturbed sleep, which keeps you healthy, fresh and ready to go the next day.
    1.0 12V DY : LED
    2.0 T 24V DY : LED
    Security Lock
    1.0 12V DY : -
    2.0 T 24V DY : 
    Turbo Mode
    1.0 12V DY : -
    2.0 T 24V DY : 
    Self Diagnosis
    1.0 12V DY : -
    2.0 T 24V DY : 
    Air Swing
    Auto Air Swing (Up-Down)
    1.0 12V DY : -
    2.0 T 24V DY : 
    Noise Level
    Indoor - Cooling Noise
    1.0 12V DY : 40 dB
    2.0 T 24V DY : -
    Weight and Dimensions
    Outdoor unit Weight
    1.0 12V DY : 36 kg
    2.0 T 24V DY : 44 kg
    Indoor Unit Weight
    1.0 12V DY : 10.5 kg
    2.0 T 24V DY : 13 kg
    Indoor - Width
    1.0 12V DY : 770 mm
    2.0 T 24V DY : 1095 mm
    Indoor - Height
    1.0 12V DY : 283 mm
    2.0 T 24V DY : 207 mm
    Indoor - Depth
    1.0 12V DY : 201 mm
    2.0 T 24V DY : 312 mm
    Outdoor - Width
    1.0 12V DY : 710 mm
    2.0 T 24V DY : 800 mm
    Outdoor - Height
    1.0 12V DY : 550 mm
    2.0 T 24V DY : 590 mm
    Outdoor - Depth
    1.0 12V DY : 185 mm
    2.0 T 24V DY : 300 mm