Your Leading Thermostatic Head Supplier
Zhejiang AODEHUA Technology Co., Ltd. is located in the beautiful and rich East China Sea - Yuhuan City. Founded in 2002, Aodehua Group specialized in the production of brass water plumbing valves for more than 20 years. Set development, forging, manufacturing, testing, and sales as one, superb technology, and stable and reliable quality make "AOHUA" products win the favor of consumers.
Various Types
Our products cover the entire heating and plumbing system, such as ball valves, gas valves, gate valves, manifolds, TRV, air vent valves, water radiators, magnetic filters, etc.
Quality Assurance
The entire production process is controlled by the ISO9001 product quality management system. The pass rate of the products is 100%.
Fast Delivery
Our company's monthly production capacity reaches 1 million sets, and we can achieve fast and on-time delivery.
24H Online Service
Our customer service representatives are available 24/7 to assist you with any inquiries, technical issues, or after-sales services.
Thermostatic heads are mechanical devices for the automatic control of water flow to the radiator, thanks to a heat-sensitive element that reacts to ambient temperature variations. It's simple and quick to install thermostatic radiator valve heads onto the hot water radiators in your home. Thermostatic radiator valve heads enable you to better control the temperature in your home, generating improved energy efficiency.
Advantages of Thermostatic Head
Energy Efficiency
One of the primary advantages of thermostatic heads is their ability to save energy. By automatically adjusting the flow of hot water based on the ambient temperature, thermostatic heads prevent overheating and wasteful energy consumption.
Individual Room Control
Thermostatic heads provide individual room temperature control, allowing occupants to set different temperatures according to their preferences. This is particularly beneficial in multi-room buildings or homes with varying occupancy levels, as it allows for customized comfort in each space.
Zoning Capability
Thermostatic heads enable zoning in heating systems, where different areas can be heated independently. This zoning capability provides greater flexibility in managing heating requirements throughout the building.
Comfort Optimization
With thermostatic heads, occupants can easily adjust and maintain their desired room temperature. This enhances comfort by preventing rooms from becoming too hot or too cold.
Cost Savings
Energy efficiency achieved through the use of thermostatic heads leads to cost savings on heating bills. By reducing energy consumption and providing targeted heating, these devices help lower overall heating costs.
Energy saving
The thermostatic head reduces the flow of hot water produced by the heat generator when the set room temperature value is approached until it is completely interrupted.
The thermostatic head senses the air temperature in the room, Using hot water speeds up how quickly it heats up and shows clearly how the pin expands. The pin from the thermostatic head pushes down on the flow valve stopping the water from flowing into the radiator when it reaches temperature.
-With thermostatic head and reversible bi-directional body.
-Buit-in sensor with liquid-filled element.
-Granduated scale from 5 corresponding to temperature seeting ranges from 6℃-28℃ with frosprotection seeting as well.
Lockshield & Radiator Valve
Strict quality control
High cost performance
Global export expertise
Should You Choose a Manual or Digital Thermostatic Radiator Valve Head?
Generally speaking, there are two product types of thermostatic radiator valve heads: manual thermostatic radiator valve heads and the more modern digital thermostatic radiator valve heads.
Manual Thermostatic Radiator Valve Head
As the name suggests, the manual thermostatic radiator valve head is completely non-digital, so it cannot be programmed remotely to control the heating temperature in your home.
The manual thermostatic radiator valve head is the lowest-priced thermostatic radiator valve head. Therefore, they are widely used to control home heating.
Digital Thermostatic Radiator Valve Head
The more modern, less common and pricier digital thermostatic radiator valve heads combine the benefits of a manual thermostatic radiator valve head with the type of digital thermostat product you'll typically find controlling heating throughout a room.
The digital thermostatic radiator valve head provides very high accuracy with a temperature difference of half a degree! Programming the digital thermostatic radiator valve head is quick and easy and can be done hourly or weekly, depending on your temperature preference.
Components of The Thermostatic Head
1. Temperature Sensor: The head contains a temperature-sensitive element, often a wax-filled capsule or a liquid-filled bulb, that expands or contracts with temperature changes. This sensor is responsible for detecting the ambient temperature of the room.
2. Valve Mechanism: The thermostatic head is equipped with a valve mechanism that opens or closes in response to the temperature variations sensed by the temperature sensor. When the temperature rises above the desired setpoint, the valve mechanism reduces the flow of hot water to the radiator, thereby lowering the heat output. Conversely, when the temperature falls below the setpoint, the valve opens to allow more hot water into the radiator, increasing the heat output.
3. Setpoint Adjustment: Thermostatic heads typically have a dial or knob that allows users to set the desired temperature. This adjustment determines the temperature at which the valve mechanism will modulate the flow of hot water.
4.Locking Mechanism: Many thermostatic heads have a locking feature to prevent unauthorized or accidental adjustments to the set temperature. This ensures that the desired temperature remains consistent.
Maintenance Tips for Thermostatic Head
Dust and Debris Removal
Regularly clean the thermostatic head to remove any dust or debris that may accumulate on the surface or inside the unit.
Air Vent Cleaning
Thermostatic heads often have air vents or openings for proper airflow. Make sure these vents are free from obstructions, such as dust or lint, which could hinder the temperature sensing or the movement of the valve mechanism.
Avoid Obstructing the Thermostat
Ensure that the thermostatic head is not obstructed by furniture, curtains, or other objects that may prevent accurate temperature sensing. Obstructions can lead to incorrect temperature readings and affect the performance of the thermostat.
Verify Calibration
Periodically check the calibration of the thermostatic head to ensure its accuracy. Compare the temperature reading of the thermostat with a reliable thermometer placed nearby.
Check Valve Operation
Occasionally, test the valve operation of the thermostatic head. Adjust the set temperature and observe if the valve opens and closes smoothly in response to temperature changes.
Battery Replacement
Some thermostatic heads may have battery-powered components, such as a digital display or wireless communication feature. If your thermostatic head has batteries, monitor their status and replace them as needed to ensure uninterrupted operation.
FAQ
Q: How to remove a thermostatic radiator valve head?
Make sure you have the right tools. You'll need a drill, screwdriver, and adjustable wrench.
Turn off the power to your heating system before starting.
Remove the old valve head by unscrewing it from the radiator.
Clean the surface of the radiator where the new valve will be fitted.
Fit the new valve head and tighten it securely with the screws provided.
Turn on the power to your heating system and check that the new valve is working correctly.
Q: What are the advantages of installing thermostatic heads?
Q: Can you just replace TRV head?
Q: What is the purpose of a thermostatic valve?
Q: Are thermostatic radiator valve heads interchangeable?
Q: What is the thermostatic valve for?
Q: What is the difference between manual and thermostatic?
Q: What is a radiator head?
Q: What is the difference between thermostatic and non thermostatic?
Q: What is the difference between a radiator and a thermostat?
Q: What is the problem with thermostatic radiator valves?
Q: Why have thermostatic radiator valves?
Q: Are thermostatic radiator valve heads universal?
Q: Can I just replace the TRV head?
Q: Can you change a TRV head without draining the system?
Q: What is the difference between a thermostatic and a normal radiator valve?
Q: Do TRV heads wear out?
Q: Are thermostatic radiator valves directional?
Q: How long do thermostatic radiator valves last?
Generally, standard TRVs have an average lifespan of approximately 10-15 years. After this time, the plastic will naturally harden and become brittle, and a slight knock could break the flow control from the body of the TRV.
Q: Can you put a thermostatic valve on any radiator?
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