Brief: Watch as we walk through the full process, from initial setup to real-world testing of the Pneumatic Control Valve with Multi Spring Actuator. This video demonstrates the top guide structure and S-shaped fluid channel in action, showing how it achieves precise control of pressure, flow, temperature, and liquid level for gas and liquid media.
Related Product Features:
Adopts a balanced valve core structure for low axial unbalanced force, high allowable pressure difference, and excellent stability.
Features a top guide structure with a compact, lightweight design for sensitive action and easy disassembly and assembly.
S-shaped fluid channel design ensures low pressure drop loss, large valve capacity, and precise flow characteristics.
All-metal valve core structure achieves soft sealing with IV level and VI level leakage standards.
Multi-spring actuator reduces height and weight by 30% for more efficient installation and operation.
Valve body designed with equal cross-section low flow resistance, increasing rated flow coefficient by 30%.
Sleeve components offer strong interchangeability, simplifying maintenance and part replacement.
Wide application for precise control of process parameters with minimal leakage in low pressure differential scenarios.
Pertanyaan:
What are the main applications for this pneumatic control valve?
It is widely used for precise control of process parameters such as pressure, flow rate, temperature, and liquid level for gas and liquid media, especially where allowable leakage is small and pressure difference before and after the valve is not significant.
How does the multi-spring actuator benefit the valve's performance?
The multi-spring actuator reduces the overall height by 30% and weight by 30%, making the valve more compact, lightweight, and easier to install while maintaining sensitive and reliable operation.
What leakage rates does this valve achieve?
The valve achieves a leakage rate of 5x10-3 rated capacity, with the all-metal valve core structure enabling soft sealing that meets both IV level and VI level leakage standards for high integrity.
How does the S-shaped fluid channel design improve valve operation?
The S-shaped fluid channel minimizes pressure drop loss, increases valve capacity, and ensures precise flow characteristics, contributing to efficient and stable media control.