Soldering Brass Angled Radiator Valve
Soldering radiator valve, angle type
N10142011A
N10142011A
Description
Reviews
Soldering brass angled radiator valve N10142011A，also referred to as the temperature control valve, is a typical application of the flow control valve in the field of temperature control. Device outlet temperature. When the load changes, the flow is adjusted by changing the soldering brass angled radiator valve opening to eliminate the influence of load fluctuations and restore the temperature to the set value.Similar radiator valves and sizes are brass thermostatic radiator valves， programmable radiator valves, 10mm to 15mm radiator valve, 8mm to 15mm radiator valve, radiator valve with drain off 10mm, brass trv radiator valves, brass angled radiator valves
Parameters:
• Sizes: 1/2" to 1" (DN15 to DN25)
• Working pressure: PN16 / 200WOG
• Working temperature: -10 to 120℃
• BSP or NPT threads available
• Customized production acceptable
• Materials: CW617N, HPb57-3, C37700, DZR
• 100% leakage test for each valve
• Easy and swift to open and close
Working principle soldering brass angled radiator valve
Soldering brass angled radiator valve - also known as: thermostatic valve. In recent years, temperature control valves have been widely used in new residential buildings in my country, and temperature control valves are installed on heating radiators in residential and public buildings. The temperature control valve can set the room temperature according to the different requirements of users. Its temperature sensing part continuously senses the room temperature and automatically adjusts the supply of heat at any time according to the current heat demand to prevent the room temperature from overheating and achieve the highest comfort for the user.
The temperature control in the user's room is realized by the soldering brass angled radiator valve. The soldering brass angled radiator valve is composed of a thermostatic controller, a flow regulating valve and a pair of connectors. The core component of the thermostatic controller is the sensor unit, that is, the temperature bulb. The temperature bulb can sense the change of ambient temperature to produce volume change, drive the valve core of the regulating valve 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, so as to achieve the purpose of controlling the indoor temperature. The temperature control valve is generally installed in front of the radiator to automatically adjust the flow to achieve the room temperature required by the residents.
The soldering brass angled radiator valve is divided into two-way soldering brass angled radiator valve and three-way soldering brass angled radiator valve:
The three-way temperature control valve is mainly used in a single-pipe system with a spanning pipe. Its diversion coefficient can be changed in the range of 0 to 100%, and the flow adjustment has a large room, but the price is relatively expensive and the structure is more complicated.
Some two-way temperature control valves are used in two-pipe systems, and some are used in single-pipe systems. The two-way thermostatic valve used in the double-pipe system has a larger resistance; the resistance used in the single-pipe system is smaller. The temperature sensor package and the valve body of the temperature control valve are generally assembled into a whole, and the temperature sensor package itself is the on-site indoor temperature sensor. If necessary, a remote temperature sensor can be used; the remote temperature sensor is placed in the room that requires temperature control, and the valve body is placed in a certain part of the heating system.
Soldering brass angled radiator valve selection
The choice of soldering brass angled radiator valve is still a little difficult for ordinary people, so how should we choose the soldering brass angled radiator valve scientifically? Next, I will give you a brief introduction, I hope it will help you.
1. The soldering brass angled radiator valve refers to a device for temperature regulation (actually flow regulation) installed on the radiator water supply pipe. It is divided into two types: manual soldering brass angled radiator valve and automatic soldering brass angled radiator valve. Automatic soldering brass angled radiator valve is also called self-operated soldering brass angled radiator valve or automatic soldering brass angled radiator valve, and is also referred to as thermostatic valve. The automatic soldering brass angled radiator valve is composed of a self-operated actuator of a temperature sensor and a special matching soldering brass angled radiator valve body. There are two most common two-way valves in the structure of the soldering brass angled radiator valve body. Two-way valves are mainly used in two-pipe systems or new specially designed single-pipe systems.
2. In recent years, according to the difference between single-pipe and double-pipe systems, three-way soldering brass angled radiator valves specially suitable for single-pipe systems and special four-way valves suitable for single-pipe and double-pipe systems are researched and produced. These four-way valves are currently more common in imported products.
3. There are usually two types of thermostatic valves: manual and automatic, and their valve action principles are very different. The manual soldering brass angled radiator valve usually adopts the screw lift valve core, and the rotation of the handle becomes the linear displacement of the valve core through the screw. In order to adapt to the unique linear movement mode of the self-acting actuator of the temperature control sensor, the movement of the valve core is usually directly designed as a linear displacement that can automatically reset, so the two valve bodies are generally not interchangeable. However, there are also interchangeable specially designed valve bodies that can be used universally, that is, the valve body of the automatic soldering brass angled radiator valve is added with a suitable manual screw lifting mechanism, which can realize the universal interchange of manual and automatic.
Features of soldering brass angled radiator valve
1. Adjust the temperature
As the name suggests, the main function of the exposed radiator is to adjust the temperature. The temperature control valve can control how much hot water enters the heating pipe. The more hot water flow, the higher the temperature, the less the flow, the lower the temperature, so as to control the temperature.
2. Separate heating
The radiator temperature control valve can freely adjust the flow of hot water. When a room is unoccupied for a long time, the user can turn off the temperature control valve of the radiator in the room where it is located, which can play a role in heating the room.
3. Balance water pressure
At present, my country's temperature control devices are no longer satisfied with simple temperature control functions, and pay more attention to the flow balance of the overall heating system, thereby balancing the water pressure and providing users with a more comfortable living environment.
4. Save energy
The user can adjust and set the temperature by using the temperature control valve according to the requirements of the room temperature. In this way, the room temperature is kept constant, and the unbalanced water volume of the pipeline and the room temperature of the upper and lower layers of the single pipe system are avoided.
Tests of soldering brass angled radiator valves
Turn the dial to the green light, wait for about a minute, and see if the black cap on the top of the white actuator on the valve body next to the diverter has shrunk inside (the black cap should be outside at first If there is one missing piece, press the black cap with your hands and it should be able to move up and down), when the dial is turned to the red light, wait for about 2 minutes for the black cap to automatically bounce back to its original state (if it does not bounce, the zero live wire may be reversed If there is any of the above actions, it is normal, if not, please check the connection line.
soldering brass angled radiator valvewiring method: use an electric pen to test the zero wire and live wire of your home terminal, the panel wiring port N is connected to zero, L is connected to fire (must not be reversed or the panel will burn out), white actuator (on the valve next to the water distributor) The connection method of two lines, one of which is connected to the neutral line, and the other is connected to the NO wiring port of the panel.
If your panel is not damaged by the decorator, it should be fine. If the panel is burned out, you cannot see the problem from the outside. The heating is off and the only solution is to replace the panel.
How we produce soldering brass angled radiator valves
1. Brass raw materials are bought from local suppliers in forms of brass bars.
2. Brass bars are cut into smaller pieces with different sizes according to order requirements, heated with natural gas.
3. The heated brass bars are forged by forging machines, Out-comings are semi-finished rough brass angled radiator valve bodies.
4. The rough brass angled radiator valve bodies are trimmed and cut off unnecessary parts.
5. The rough brass angled radiator valve bodies are washed with sanding machines, to clean the dirty and oils during production.
6. The rough brass bodies are machined by CNC machinery for threads and dimensions.
7. The machined brass angled radiator valve bodies are nickel- or chrome-plated.
8. The brass angled radiator valve are ready for delivery after final finished goods quality inspection.
How ww soldering brass angled radiator valves packed
Brass angled radiator valve packing is very important for safe transport and brand appearance.
We pack brass angled radiator valves in small inner boxes, then put into outer cartons, finally load in wooden pallets.
It will protect the goods well and can avoid damages and wet.
We also pack as per customers' OEM designs.
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