A Guide To Toilet Towel Warmers And Radiators


A towel warmer or radiator is becoming an essential part of a conventional toilet set up. They come in different shapes and sizes so how do you ensure that you make the right choice? Read this quick guide for an overview of your different types of rest room towel warmer.
Toilet towel warmers or radiators are generally fed by three types of heating supply:

1. System fed (by the hot h2o central heating system)
2. Electric only
3. Dual fuel – electric and system fed.

System fed can be supplied in two ways; open or closed circuits. A closed circuit is the most common. The radiator is part of your designated heating system from the boiler, which circulates hot h2o to all the radiators in the house, and it is protected by the presence of the anti-corrosive agent such as Fernox. This is possible because the closed circuit is separate from the domestic drinking h2o source. All radiator types are suitable for this system.

An open circuit is where the radiator is included on the domestic h2o feed; this water has no anti-corrosion protection, and most radiators are unsuitable for this type of installation. The few radiators recommended still carry many restrictions to their suitability, and it is the responsibility from the installer to verify thoroughly. These would include contacting the local drinking water authority to verify the water good quality is not prone to dezincification inside the space, and that there may be not a water softener included on the system.

Many on the biggest manufacturers during the industry do not have any radiators suitable for an open circuit, and I would only recommend Vogue as a reliable source of suitable radiators because they evidently identify their range and lay down the installers’ responsibility. Vogue do offer special materials and manufacture for virtually any special needs which can be quoted individually.
Electric only radiators come supplied sealed with a factory fitted electric element. Alternatively an element can be supplied separately for the fitter to install using an appropriate mixture of fluid, such as Glycol and h2o, to the required volume for the radiator, allowing for expansion. These should be installed by a qualified electrician. Most electric radiators are safe in zones two & three with special IP66 rated elements for zone one but no electric radiator should be fitted within a shower cubicle.

The right model of electric only radiators are incredibly much under utilised; the ideal Bathroom fitter bathroom would include an electric only radiator with the sole purpose of drying and warming towels. The electric only radiator is designed with a fewer rails giving fewer output, and this can be as little as 50 watts (no more output than a light bulb). This is sufficient to dry the towels, but will not give the unwanted background heat for the summer months that the normal size radiator would give and is also economical to run. Under floor heating would be the perfect partner to the all electric radiator wherever space is a problem.

Dual fuel radiators are a popular choice but really should be treated with caution. The main source would come from the main closed circuit system, and would then be backed up by the electric element when the central heating is switched off. The main problem arising is when the main system is switched off the circulating water offer can drain from the radiator in part or fully, plus the electric element must always be fully immersed in water. The element must also never be switched on when the main system is active. The element is typically designed to burn out quickly to prevent fires, about four seconds with some makes, which will let no real time just before irreparable damage to the element occurs ( a change of colour to the element would indicate the radiator is operated while dry.)

Another disadvantage with dual fuel is caused by the size of your element supplied; it needs to have approximately 80% on the radiator’s full output, resulting in an element of 300 watts or more. This gives an uncomfortable amount of background heat during the summer when it really is used the most!