How to adjust the temperature control valve of the heating?

The adjustment of the temperature control valve of the heating is to slowly rotate the temperature control valve counterclockwise when adjusting the temperature, and touch each scale of the radiator by hand to make the temperature reach a suitable state.

1, carefully observe the temperature control valve. On most radiators, we will see different numbers displayed on them. There will be five scales of 1~5, where 1 means the lowest gear and 5 means the highest gear. Moreover, the set temperature is very different with different gears.

If you drive it to the maximum, that is, to the fifth gear, at this time, the water flow will also increase and the temperature will rise faster.

2. If the temperature control valve is adjusted to 1, the water flow will be reduced and the temperature will be relatively reduced. If it is set to 0, it means that the radiator has been turned off, and the room cannot be heated at this time. So we can adjust to different gears according to our own needs, and we can adjust to different temperature ranges.

What are the classifications of heating temperature control valves?

1, one is manual, with valve core and adjusting lever. We can directly control the temperature by adjusting the lever, so as to adjust the water quantity. Generally speaking, the direction is clockwise or counterclockwise. In normal use, it is necessary to pull the adjusting rod to a certain angle with the pipeline.

2. There is also an electric temperature control valve, which many families will choose now, because the adjustment will be more precise and very intelligent. It can adjust itself according to the indoor temperature, thus saving heat and being more convenient to use.

3. Through the temperature control valve, when heating is not used, heating can be turned off by turning off the temperature control valve. If the requirements for indoor temperature are more accurate, the automatic temperature control valve can ensure the indoor temperature and save energy.