Hot Sleepers

Hot Sleepers Cooling Pad


Formally known as Polar Pads, this is a perfect natural solution for those of you who wake sweaty at night. Using the latest in cool-touch technology, the Cooling Pad thermostat lets you control the temperature of your bed.


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Hot Sleepers Pad - 91cm x 190cm


80 Watt- less than a light bulb

No electro-magnetic fields

Cools to 8°C and heats to 48°C

Whisper quiet motor

Hot Sleepers Pad - 91cm x 190cm


It is advised to lower the Hot Sleepers Cooling Pad unit to a minimum of 20°C and a maximum of 35°C to minimize condensation. The Hot Sleepers pad should be taken out of the bed and aired out at least every two weeks. Hand wash as needed. Additionally, please note that Sleeper units function more efficiently in a temperature-controlled environment.

Water temperature is regulated by the unit. 

Warranty: 5 year warranty

Download Hot Sleepers Manual HERE.


The hot sleeper is designed to moderate your body temperature for a most comfortable lasting sleep.

Although it has temperature settings down to 8° the cooling unit is not designed to refrigerate your body and it will often not go that low, depending on ambient room temperature.
The heat exchanger that cools the water needs a supply of cool air to work properly. The fan then expels the resulting hot air into the room. This then needs a well ventilated or cool room to work properly.

Extra length hoses are available to place the heat exchanger unit outside the room if necessary up to a maximum of 4.5 metres.

A setting of 25-28° works best in most situations. Although not seeming cold to the touch this moderating temperature is still approximately 10° below body temperature so giving a cooling effect.

In practice colder settings tend to wake a person at night because the body fights the colder temperature by producing heat. The person then wakes and tries to find cool patches in the bed sometimes to seeming little avail.

The higher temperature setting of 25° + also enables the heat exchanger to run quiet and more economically because it is not working so hard.

It is quite different to a room temperature setting because the temperature is conducted through solid material rather than air- as any cook will recognize, the temperature you cook at in an oven is quite different to that in a pot or pan.

In practice maximum variance of temperature setting should be between 20° and 35°. Temperatures outside these settings may also create condensation.

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