Need to Install a Heat Pump Water Heater

You too could be one of the many people who are unaware the multiple benefits of installing a heat pump. Firstly, unlike the conventional electric water heaters, it saves 72% power. As you read further, you will discover many more benefits and realize the need to go for a Racold (Ariston) Heat Pump Water Heater.

• Heat Pump Water Heaters have a COP ( co-efficient of performance ) of 3.6 times more than that is consumed.

• External air sucked inside the Heat Pump with the help of a fan.
• Since the refrigerant in the evaporator is kept at a lower temperature than the surrounding atmosphere, it absorbs heat from the surrounding and evaporates.
• The compressor the gaseous refrigerant and raises the pressure and temperature of the refrigerant.
• The heated refrigerant runs through the condenser coil wrapped around the storage tank, transferring the heat to the water stored there and it cools and condensates.
• The refrigerant then passes through an expansion value where the pressure and temperature is reduced further for the whole process to start again.

• Isolated Safe Condenser
• High Efficiency Compressor
• Titanium Tank
• Magnesium Anode
• Quick Heating
• Intelligent Controller

• Heat Pump Water Heater can save more than 72% of electricity when compared to a normal Electric Water Heater. Electricity is used to run the compressor and not to heat the water.
• Heat Pump Water Heater in the house without affecting the outlook of the building.
• It draws heat from air ( atmosphere ) so that the product continues to supply hot water in all weather conditions irrespective of the water heater location.

Need to Install a Heat Pump Water Heater

You too could be one of the many people who are unaware the multiple benefits of installing a heat pump. Firstly, unlike the conventional electric water heaters, it saves 72% power. As you read further, you will discover many more benefits and realize the need to go for a Racold (Ariston) Heat Pump Water Heater.

• Heat Pump Water Heaters have a COP ( co-efficient of performance ) of 3.6 times more than that is consumed.

• External air sucked inside the Heat Pump with the help of a fan.
• Since the refrigerant in the evaporator is kept at a lower temperature than the surrounding atmosphere, it absorbs heat from the surrounding and evaporates.
• The compressor the gaseous refrigerant and raises the pressure and temperature of the refrigerant.
• The heated refrigerant runs through the condenser coil wrapped around the storage tank, transferring the heat to the water stored there and it cools and condensates.
• The refrigerant then passes through an expansion value where the pressure and temperature is reduced further for the whole process to start again.

• Isolated Safe Condenser
• High Efficiency Compressor
• Titanium Tank
• Magnesium Anode
• Quick Heating
• Intelligent Controller

• Heat Pump Water Heater can save more than 72% of electricity when compared to a normal Electric Water Heater. Electricity is used to run the compressor and not to heat the water.
• Heat Pump Water Heater in the house without affecting the outlook of the building.
• It draws heat from air ( atmosphere ) so that the product continues to supply hot water in all weather conditions irrespective of the water heater location.