Brass Thermostatic Radiator Valve

Brass Thermostatic Radiator Valve N10141006 is specially designed with compression end and male union connection, which make the pipeline connection simpler, and it is easier to disassemble and replace, which greatly saves the cost of pipeline connection.

The user's indoor temperature control is realized by the brass thermostatic radiator valve. The brass thermostatic radiator valve is composed of a thermostatic controller, a flow regulating valve and a pair of connecting parts. The core component of the thermostatic controller is the sensor unit, that is, the temperature bulb. The temperature bulb can sense the change of the surrounding environment temperature to produce volume changes, drive the adjustment valve spool to produce displacement, and then adjust the water volume of the radiator to change the heat dissipation of the radiator. The set temperature of the thermostatic valve can be adjusted manually, and the thermostatic valve will automatically control and adjust the water volume of the radiator according to the set requirements to achieve the goal of controlling the indoor temperature.

Brass thermostatic radiator valve is the most important adjustment device for radiator heating system. A heating system without a brass thermostatic radiator valve cannot be called a heat metering and charging system. The structure and principle of brass thermostatic radiator valve, analyze the flow characteristics of the brass thermostatic radiator valve, combine the flow characteristics of the radiator, and introduce the concept of valve authority to explain how to ensure the radiator system under the combined action of the thermal characteristics of the radiator, the flow characteristics of the brass thermostatic radiator valve and the valve authority adjust the effectiveness; and introduce the temperature control valve installation plan; finally explain the energy-saving effect of the brass thermostatic radiator valve.

Brass thermostatic radiator valves can control the temperature each room: After the radiator is installed, the installer will adjust the brass thermostatic radiator valve in front of the radiator for the first time heating. The reason is that the length of the pipes connected to each group of radiators is different, so the water resistance is also It’s different. This will cause the heat dissipation speed of the radiator to be different and the indoor temperature is also different; when we walk around at home, there will be a great sense of temperature difference; so we can control the flow of water by adjusting the brass thermostatic radiator valve in front of the radiator to make each The temperature of the room is the same in order to reach the equilibrium value.

Brass thermostatic radiator valves make if possible to maintenance the radiator at same time of their working: the radiator has been used for a long time, and there will always be problems like this. For example, the radiator leaks due to aging, and the radiator must be replaced immediately, but because the radiator is a customized product , Production requires a certain period, coupled with road transportation, generally takes seven to ten days, so if the radiator inlet and outlet brass thermostatic radiator valves are installed, we can close these two valves, which can effectively prevent continued water leakage and wait for new The arrival of the radiator does not affect the heating of other radiators; if there is no these brass thermostatic radiator valves, in order to prevent continued water leakage, we can only close the main entrance valve, so that we can't heat up, we can only watch the radiator and get frozen.

Brass thermostatic radiator valves are generally handwheel-shaped valves. There is an arrow mark on the brass thermostatic radiator valve, which can be opened in the direction of the arrow. Normally, to the left is to close, and to the right is to open. If there is a problem, it is easy to cause joint losses, so installation quality and after-sales service are the second life of brass thermostatic radiator valves. We must follow when installing on professional, skilled, and guaranteed basis.

After the installation is completed, the radiator needs to test the water. When testing the water, people must be kept in the home. When opening the water inlet and return valve, the running wind should be closed. Since the heating pipe cannot bear the weight, do not shake the heating.

The brass thermostatic radiator valve should not be turned on and off frequently, should be fully open or fully closed for a long time. When an abnormal situation occurs, the water inlet can be shut off immediately.

There are several kinds of heating valves in household heating, they can be differently used according to their function.

1. Brass stop valve: also called globe valve. Its advantages are that the friction between the sealing surfaces during opening and closing is small, it is relatively durable, the opening height is not large, the manufacturing is easy, and the maintenance is convenient. It is not only suitable for medium and low pressure, but also suitable for high pressure. Therefore, it is often used as a main valve for water inlet and outlet in household heating;

2.  Brass thermostatic radiator valve: It can be divided into straight valve and angle radiator valves in appearance, it is commonly used at the water inlet and outlet in front of the radiator. We can control the height of the valve gate surface by adjusting the handle, so as to control the water flow. Control the heat dissipation of the radiator to achieve the temperature balance in each room; so we call it brass thermostatic radiator valve.

3. Safety valve: used to relieve the pressure when the heating is overpressure, mainly to protect the equipment and the system. It is usually installed on the plug on the upper end of the radiator, so we have to open the decorative cover on the plug to see it. It is used to discharge the air accumulated in the radiator, and it is often heated. Everyone knows that because the air is too light, it enters the radiator. As the water flow slows down, the air will accumulate at the highest point of the radiator, so we need to exhaust the air through the vent valve or safety valve.