The comfort of the house in many respects is defined by maintenance of optimum temperature in rooms. In cold season for these purposes the most various heating designs are used. One of the most popular devices used to heating of the dwelling is the electric convector. When choosing such device it is necessary to pay attention to number of technical characteristics.
Instruction
1. Choosing the convector, pay primary attention to its power. For the standard room with ceilings about 3 m high choose the device providing power about 1 kW on 10 sq.m. The angular room and for the room with large number of windows and doors will require more essential power.
2. Pay attention to way of installation of the electric convector. Most successful device design which allows to fix it on wall in the location, comfortable for you. At the same time it is necessary to install the convector closer to floor that it involved air from the lower levels of the room, and released heated stream via the top outlets.
3. For bigger convenience you should buy the electroconvector having automatic system of adjustment of temperature. It allows to support somewhat indoors the set level of heat and humidity. It is desirable also that the convector had possibility of management from the remote control and possessed several programs allowing to customize system on certain long-term operating mode.
4. Find out according to technical documentation what the heating coil of the convector is made of. Most quicker provide having heated devices in which elements on the basis of aluminum alloy (alpax) are used. Such design besides provides protection of the device from dust sedimentation.
5. Pay attention to the thermostat type used in the convector. The mechanical thermostat has lower cost, but with some delay reacts to temperature change in the dwelling. The electronic thermostat significantly raises the price of design, but allows to support temperature condition with very high accuracy. Whatever the thermostat on type was, it by all means has to have the built-in protection against overheating.