Fridges, freezers, and fridge-freezers are all designed to operate within specific temperature ranges (climates). If you place one in a kitchen, or in a separate room inside your house, it’s likely that it will operate as intended. However, it’s not advisable to place a refrigeration appliance next to a heat source such as a radiator or a cooker – or even in strong direct sunlight).
If you place one in an outside building such as a shed or garage you may be putting it into temperature ranges that fall outside the designed limits. You could then experience problems such as not working properly or completely malfunctioning.
So think carefully before installing a refrigeration appliance in a garage or outbuilding if the temperature inside is likely to get much higher or much lower than that of its stated climate class. If you buy any refrigeration appliance in the UK it is highly likely to be only designed to work in a kitchen or utility room. (e.g. Freezer defrosted: Can you put a fridge freezer in a garage?)
All fridges, freezers, and fridge freezers should have a climate class printed on their rating plate (or maybe in the instruction book). This class indicates the minimum and maximum temperatures that the appliance is suitable to work in. The most common climate classes sold in the UK are listed in the form below. (where is the serial number on a fridge or freezer?)
NOTE: Your appliance may not necessarily use the phrase “climate class”, on my freezer the writing is very small and it just says “class SN”. I would expect most refrigeration appliances in the UK would be climate class SN but check your rating plate.
|Climate Class||Min Temperature||Max Temperature|
|N||16 °||32 °|
|SN||10 °||32 °|
|ST||18 °||38 °|
|T||18 °||43 °|
The above climate classes stand for – N = Temperate climate, SN = Extended Temperate climate, ST = Sub Tropical, T = Tropical.