Imported Electric Temperature Control Valve

OKE Temperature Control ValveOverview

An electric temperature control valve is an intelligent valve that uses electricity as the power source, driving the valve core through an electric actuator to control the flow of the medium. This type of valve typically includes components such as an electric actuator, sensors, and a control module, enabling automatic adjustment of the medium flow based on set temperature requirements without manual intervention, thereby maintaining stable process parameters. Electric temperature control valves are widely used in industries such as power, chemical, metallurgy, environmental protection, and water treatment, particularly in applications requiring high precision in temperature control.

OKE Temperature Control ValveFeatures

1. The imported steam control valve has a large valve core guiding area and excellent anti-vibration performance. It features a compact structure and high output force, making it suitable for controlling steam of various pressures and temperatures.

2. The imported steam control valve is equipped with a high-precision positioning system and various diaphragms, bellows, and temperature-sensing devices, enabling precise control of steam pressure, flow, temperature, and other parameters.

3. The fluid passage of the imported steam control valve is designed in an S-shaped streamlined configuration, resulting in low pressure drop loss, high flow capacity, a wide adjustable range, and high accuracy in the flow characteristic curve.

4. All components of the imported steam control valve are finely ground to eliminate traces, reduce or eliminate sealing gaps, and improve the smoothness of the sealing surface, ensuring high sealing performance.

5. High control accuracy, stable operation, and reliable safety.

6. Uniform expansion of the temperature-sensing liquid enables proportional regulation and control.

7. Simple temperature setting operation and convenient adjustment.

OKE Temperature Control ValveDetailed Parameters

Diameter: DN15–300 mm

Pressure: PN1.0–PN2.5 MPa

Operating Temperature: -30 to +550°C

Applicable Media: Water, oil, gas, etc.

Connection Method: Flange

Valve Body Material: WCB, 304, 304L, 316, 316L

Valve Core Material: 304, 304L, 316, 316L

Sealing Material: PTFE, 304, 316

Voltage: AC220V, AC380V, DC24V, etc.

Product Brand: American OKE

Application Scenarios of Electric Temperature Control Valves

Electric temperature control valves are widely used in various fields due to their precise temperature control capabilities. In the chemical and petroleum industries, they are used to accurately control temperatures during reaction processes, ensuring the stability of chemical reactions. In the food industry, electric temperature control valves can regulate water temperature during processing to meet food safety and quality requirements. Additionally, these valves are commonly used in heating, refrigeration, industrial processes, and other temperature control applications.

Installation and Debugging of Electric Temperature Control Valves

The installation and debugging of electric temperature control valves are critical to ensuring their proper operation. Before installation, the pipeline must be thoroughly cleaned to remove any impurities that may affect the valve's performance. During installation, ensure the valve is installed vertically, with the medium flow direction aligned with the arrow on the valve body. During debugging, check the wiring, conduct a power-on test after confirming correctness, and adjust the set temperature according to actual conditions to ensure it remains within the allowable range. Additionally, ensure the valve's installation location meets process requirements and that the electrical installation complies with relevant standards.

Conclusion

In summary, electric temperature control valves play a vital role in numerous industrial fields due to their efficient and precise temperature control capabilities. Proper installation and debugging are prerequisites for maximizing their performance. With continuous technological advancements, electric temperature control valves may see further innovations and optimizations in the future to meet increasingly complex and diverse industrial application needs.