Which Radiators should you choose and Why?

Nov. 3, 2010 - PRLog -- Radiators are designed in order to give off heat through radiation as well as convection. Heat is provided via a convector or Fin at the rear of the initial radiator panel. These types of convectors supply the vast majority of heat, along with a small amount radiating direct from the steel panel. This can lead to greater efficiency along with a much more even heat distribution through the entire room.

Radiators can be found in a large selection of various sizes, styles and outputs, which usually differ depending on a number of varying factors. It is very important make certain that the radiator selected is adequate in size to properly heat the room in question.

Single Panel Single Convector (also referred to as K1 or Type 11)

A Single Panel Single Convector radiator includes a single front steel panel, and a single convector or fin. The output of a radiator is calculated in British Thermal Units per hour (B.T.U.s/hr). For almost any given room you will need a radiator (or radiators) with adequate capacity in order to heat that room to a adequate temperature level, which usually ensures that it's going to run to its optimum efficiency. All heat outputs are listed on our website alongside each and every radiator in BTU/kW. Alternatively a heat loss calculation needs to be conducted to work through an approximate size required.

Double Panel Single Convector (also referred to as P or Type 21)

A Double Panel Single Convector radiator contains two steel panels (one front, one back), and one convector or fin. The actual output of a radiator is measured in British Thermal Units per hour (B.T.U.s/hr). For any given room you will need a radiator (or radiators) with sufficient capacity to heat that room to a adequate temperature level, which ensures it's going to run to its optimum efficiency. All heat outputs are listed on our website alongside every radiator in BTU/kW. Alternatively a heat loss calculation should be performed in order to come up with an approximate size required.

Double Panel Double Convector (also referred to as K2 or Type 22)

A Double Panel Double Convector radiator contains two steel panels (one front, one back), and two convector or fin. The actual output of a radiator is measured in British Thermal Units per hour (B.T.U.s/hr). For any given room you will need a radiator (or radiators) along with sufficient capacity in order to heat that room to a adequate temperature level, which ensures it's going to run to its optimum efficiency. All heat outputs are listed on our website alongside every radiator in BTU/kW. Alternatively a heat loss calculation should be done to sort out an approximate size required.

LST (Low Surface Temperature)

Low Surface Temperature Radiators, or even more commonly referred to as LST Radiators, are designed in order to provide the ideal solution where a low surface temperature is required for security reasons. LST Radiators conform to NHS Estates Health Guidance Notes 1998 (less than 43oC with inlet water at 82oC). LST Radiators is comprised of an efficient internal heat emitter in an attractive and robust steel enclosure, that provides heat protection as well as conceals pipe work and valves. They are usually known to be used widely in hospitals, schools and retirement homes. They have become however becoming more and more popular within the domestic market, most often for nurseries, child bedrooms and disabled occupants.

Fan Convectors

Hydronic Fan Convectors connect with central heating system in the same way a radiator does. However where by radiators occupy wall space, Fan Convectors provides high heat outputs, where space is restricted. Fan Convectors can easily be controlled and also behave as an ideal alternative to a radiator, creating more valuable space inside your home. Fan Convectors can easily be installed as an option to a radiator, these types of are known as Hydronic Fan Convectors, because they are connected and run by way of your central heating system. Fan Convectors can also be found in Electric models, which allow you to run them independently from your central heating system. Hydronic/Electric models (also referred to as Duo) can be switched between Hydronic and Electric, generally influenced by the time of the year.

Thermostatic Radiator Valves (TRVs)

Thermostatic Radiator Valves are usually most commonly referred to as TRVs. TRVs is often fitted to radiators to provide you with ultimate control of your heating system. Thermostatic Radiator Valves, allow you to control the heat output coming from your radiators on a room by room basis. TRVs in fact function employing a sensing unit which secures the surrounding air temperature. It will close down the flow to the radiator, therefore cooling the radiator and generally controlling the room temperature.

TRVs also enable you to set the room temperature that is needed, you can also switch the TRV completely down, in case you are not occupying the room in question, therefore conserving energy as well as saving you money on your heating bills.

Thermostatic Radiator Valves are available independently, if you are looking to install to an already installed radiator, or they can be bought a Combi Pack, which usually contains the TRV and also Lockshield Valve (to close off the opposite end of the radiator). They are perfect if you are installing/replacing radiators, in your house. Thermostatic Radiators Valves are made available for the more design conscious, providing just about all chrome models which will blend in beautifully along with any decor. Additionally it is necessary that you select the proper size TRV, which is dependent on the size of the pipe work on your radiators, generally 8mm, 10mm or 15mm. Some TRV packs contain adaptor sizes to match all, or they are individually sold in the one size.

Towel Rails

Heated towel rails provides that additional feel of luxury to your bathroom. Available as both a wet system and electric, indicates that heated towel rails could be installed in virtually any property. Wet System towel rails tend to be run by way of your central heating system as well as operate just like that of a regular radiator. Electric versions are usually easy and quick to install, as there's no need to break directly into your existing central heating system. You merely require a qualified electrical installer for connecting it to your power supply. Towel rails may also be installed with an electric element, which is referred to as Duel Fuel, which means that when the central heating is switched off, the electric element takes over to supply heat to the towel rail. (Possibly throughout the summer months)

For advice on selecting the correct radiator contact http://www.designer-warmth-radiators.co.uk where the choice and information is all you will need.

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