GLOSSARY

 

Refrigeration Appliances
Dishwashing Appliances
Laundry Appliances
Air conditioner
Ovens
Lamps


Refrigeration Appliances

Annual Energy Consumption [kWh/Year] 
The Annual Energy Consumption [kWh/Year] of Refrigeration appliances is measured according to international standards.

Depth [cm]
The depth in centimetres. Ensure that the appliance will fit by measuring the space where you want to install the appliance.
Typically the depth for slot-in and built-in appliances is 60cm.

Energy Efficiency Class
According to an EU Directive all refrigeration appliances must have an EU Energy Label clearly displayed when offered for sale or rent. The energy efficiency classes are now A++, A+, A, B and C in descending order of efficiency that is A++ is the most energy efficient and C the least efficient class. The labels also give other useful information to the customer as they choose between various models. When comparing features of different models remember to also check the Annual Energy Consumption [kWh/Year].

Freezer Volume [Litres]
The useful freezer volume in litres. Typically this is 100 Litres (this will vary – it will be less for a refrigerator with a freezer compartment and much greater for a chest freezer).

Fridge Volume [Litres]
The useful fridge volume in litres. Typically this is 140 Litres.

Height [cm]
The height in centimetres. Ensure that the appliance will fit by measuring the space 
where you want to install the appliance.
85cm will fit under the normal kitchen worktop.

Initial Cost [£]
The purchasing price.

Lifetime Operating Cost [£]
The running cost is calculated as the cost of electricity used over the 15 year lifetime of the appliance.

Lifetime Savings CO2 [Tons]
The reduction of CO2 emissions in tons due to lower energy consumption. [1Ton = 1000kg]

Lifetime Savings Financial
The money saved as a result of the lower energy consumption of the appliance

Noise [dB(A)]
Noise is measured in decibels [dB(A)]. Manufacturers give the dB(A) rating for each appliance. The lower, the rating the quieter the appliance when it is operating. For example if you choose between two models where one has 35 dB(A) and the other 45 dB(A). The one with 45 is twice as loud as the one with 35.

Price Range [£]
The prices given are an indication only of the price range. Prices will vary from shop to shop and region to region.

Star Rating
Freezers & Refrigerators with a freezer compartment have a star rating.

* Temperature = -6ºC 
Maximum storage time for frozen food / 1 week
** Temperature = -12ºC
Maximum storage time for frozen food / 1 month
*** Temperature = -18ºC
Maximum storage time for frozen food / 3 months
**** Temperature / -21ºC
Maximum storage time for frozen food / long term, up to 12 months

Fresh food can only be frozen in a freezer with a four star (****) rating.

Total Cost [£]
Initial Cost + 15 year Lifetime Operating Cost 

Width [cm]
The width in centimetres. Ensure that the appliance will fit by measuring the space where you want to install the appliance.Typically the width for slot-in and built-in appliances is 60cm.

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Dishwashing Appliances

Annual Energy Consumption [kWh/Year]
For Dishwashers the annual energy consumption [kWh/Year] is based on 220 washes per year 
using the manufacturers recommended programme, usually a 60ºC or 55ºC wash.

Cleaning/Drying Efficiency Class
The cleaning and drying efficiencies of the appliance is rated from A to G on the EU energy label, A being the most efficient for cleaning and/or drying, G the least efficient.

Depth [cm]
The depth in centimetres. Ensure that the appliance will fit by measuring the space where you want to install the appliance.
Typically the depth for slot-in and built-in appliances is 60cm.

Energy Efficiency Class
According to an EU Directive all Refrigeration appliances must have an EU Energy Label clearly displayed when offered for sale or rent. The energy efficiency of the appliance is rated from A to G on the label, A being the most energy efficient, G the least efficient. The labels also give other useful information to the customer as they choose between various models. When comparing features of different models remember to also check the Annual Energy Consumption [kWh/Year].

Height [cm]
The height in centimetres. Ensure that the appliance will fit by measuring the space where you want to install the appliance.
85cm will fit under the normal kitchen worktop.

Initial Cost [£]
The purchasing price.

Lifetime Operating Cost [£]
The running cost is calculated as the cost of electricity used over the 15 year lifetime of the appliance.

Lifetime Savings CO2 [Tons]
The reduction of CO2 emissions in tons due to lower energy consumption. [1Ton = 1000kg]

Lifetime Savings Financial
The money saved as a result of the lower energy consumption of the appliance

Noise [dB(A)]
Noise is measured in decibels [dB(A)]. Manufacturers give the dB(A) rating for each appliance. The lower, the rating the quieter the appliance when it is operating. For example if you choose between two models where one has 35 dB(A) and the other 45 dB(A). The one with 45 is twice as loud as the one with 35. This does not include the noise from the water inlet.

Place Settings
The capacity of the Dishwasher according to international standards. If you have dishes or plates of irregular sizes take these to the shop and check if they will fit in the dishwasher baskets.

Price Range [£]
The prices given are an indication only of the price range. Prices will vary from shop to shop and region to region.

Total Cost [£]
Initial Cost + 15 year Lifetime Operating Cost 

Water Consumption [Litres/Cycle]
The amount of water, in litres, a specific appliance uses for each dishwashing cycle.

Width [cm]
The width in centimetres. Ensure that the appliance will fit by measuring the space where you want to install the appliance.
Typically the width for slot-in and built-in appliances is 60cm.

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Laundry Appliances

Air Extraction (Dryer Type)
A ventilation duct to the outside should always be used for air vented Tumble Dryers or Washer Dryers.

Annual Energy Consumption [kWh/Year]
(Washing Machines)
For a Washing Machine this is based on 200 washes per year, using a 60°C cotton cycle.

Annual Energy Consumption [kWh/Year]
(Tumble Dryers)
For a Tumble Dryer the annual energy consumption figure is based on a four person household using the Dryer at all times for drying the cloths.

Annual Energy Consumption [kWh/Year]
(Washer Dryers)
For a Washer Dryer the annual energy consumption figure is based on a four person household doing 200 washes annually and using the Dryer at all times for drying the cloths.

Depth [cm]
The depth in centimetres. Ensure that the appliance will fit by measuring the space where you want to install the appliance.
Typically the depth for slot-in and built-in appliances is 60cm.

Drying Efficiency Class
The cleaning and drying efficiencies of the appliance is rated from A to G on the EU energy label, A being the most efficient for cleaning and/or drying, G the least efficient.

Drying Capacity [kg] (Tumble dryers)
The maximum dry weight of cloths, in kilograms, for each drying cycle.

Drying Capacity [kg] (Washer Dryers)
The maximum dry weight of cloths, in kilograms, for each drying cycle.
The drying capacity for Washer Dryers is usually half that of the wash capacity.

Energy Efficiency Class
According to an EU Directive all Refrigeration appliances must have an EU Energy Label clearly displayed when offered for sale or rent. The energy efficiency of the appliance is rated from A to G on the label, A being the most energy efficient, G the least efficient. The labels also give other useful information to the customer as they choose between various models. When comparing features of different models remember to also check the Annual Energy Consumption [kWh/Year].

Height [cm]
The height in centimetres. Ensure that the appliance will fit by measuring the space where you want to install the appliance.
85cm will fit under the normal kitchen worktop.

Initial Cost [£]
The purchasing price.

Lifetime Operating Cost [£]
The running cost is calculated as the cost of electricity used over the 15 year lifetime of the appliance.

Lifetime Savings CO2 [Tons]
The reduction of CO2 emissions in tons due to lower energy consumption. [1Ton = 1000kg]

Lifetime Savings Financial
The money saved as a result of the lower energy consumption of the appliance

Noise [dB(A)]
Noise is measured in decibels [dB(A)]. Manufacturers give the dB(A) rating for each appliance. The lower, the rating the quieter the appliance when it is operating. For example if you choose between two models where one has 35 dB(A) and the other 45 dB(A). The one with 45 is twice as loud as the one with 35. This does not include the noise from the water inlet.

Price Range [£]
The prices given are an indication only of the price range. Prices will vary from shop to shop and region to region.

Spin Speed [rpm]
(Washing Machine, Washer Dryer)
Indicates the maximum spin speed of the appliance. The spinning speed of spin dryers is measured in revolutions per minute [rpm]. For efficient drying choose washing machine with a 1000rpm spin speed or greater.

Total Cost [£]
Initial Cost + 15 year Lifetime Operating Cost 

Water Consumption [Litres/Cycle]
(Washing Machines)
The amount of water, in litres, a specific appliance uses for each washing cycle.

Water Consumption [Litres/Cycle]
(Washer Dryer)
The amount of water, in litres, a specific appliance uses for each wash/dry cycle.

Width [cm]
The width in centimetres. Ensure that the appliance will fit by measuring the space where you want to install the appliance.
Typically the width for slot-in and built-in appliances is 60cm.

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Air conditioner

Cooling/heating
Room air conditioners always cool and some models also heat

Model identifier
Some models are split with part inside and part outside, an identifier is required for each part

Energy efficiency class
Efficiency of cooling with class A most efficient and class G the least efficient

Annual energy consumption (cooling)
Annual consumption for cooling in kWh

Cooling output
Power output (kW); in some countries manufacturers also specify BTU

Heat output
Power output (kW) ; in some countries manufacturers also specify BTU

Energy efficiency ratio
Seasonal cooling output divided by the seasonal energy input

Type
Cooling only; cooling and heating; air cooled or water cooled

Heating performance efficiency class
Efficiency of heating with class A most efficient and class G the least efficient

Model type
split (spl); integral (int); cassette (cas); multi (mul); window (win)

Refrigerant type
EU legislation forbids certain types of refrigerant and is phasing out others; this information is to help select environmentally friendly refrigerants and to assist with recycling

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Ovens

Double oven
An energy label is required for each oven

Energy class
Energy efficiency class with class A being the most efficient and class G the least efficient

Annual energy consumption
Total energy consumption in kWh for either conventional or forced air convection (fan assist)

Usable volume
Volume of the cooking area in litres

Size
The oven may be one of three sizes, small (12-35 litres), medium (36-65 litres) or large (66+ litres)

Time
Time taken to cook a standard load in minutes

Power consumption
Power consumption for no heating/standby function in kW

Area
Area of largest baking sheet in cm2

Installation
Free standing (fs), built in (bui), built under (bun)

Cooking mode first cavity
May perform one or more of the following; conventional, fan assisted, microwave, steam , grill

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Lamps

Energy class
Energy efficiency class with class A being the most efficient and class G the least efficient

Luminous flux
Light output (brightness) in lumens

Power consumption
Power used in watts; this cannot be used to compare the brightness of different types of lamps

Average lifetime
Life in hours; most manufacturers take 1000 hours as being equivalent to one year of use

Shape
Typical shapes include round (rou), elongated (elo), globular (glo), spiral (spi), tubular (tub)

Ballast type
Ballast is generally an electronic circuit to enable the gas in low energy lamps to fluoresce; the ballast may be integral with the lamp (int) or separate (modular)

Recyclability
Low energy lamps should be recycled to recover the phosphor which is environmentally harmful; blue angel (ba), grune punkt (gp), nordic swan (nor)

Photo cell
Some low energy lamps have a photo cell which enables them to switch on automatically when daylight fades

Colour temperature
Colour appearance of lamp (degree Kelvin); 6000 K is daylight; 2700 K has a blue bias

Lamp type
Filament or incandescent (fil); halogen, a filament lamp filled with a halogen gas (hal); fluorescent lamps (flu); compact fluorescent lamps or low energy lamps (cfl); inductive (ind)

Socket type
Edison screw (edi); bayonet (bay)

Socket diameter
Diameter of the socket in mm; typically 22 (bayonet) or 27 (edison screw)

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