2026-06-20
Industrial pipeline systems face significant risks when critical valves fail, potentially halting production lines and causing substantial losses. Selecting a reliable, high-performance valve is essential for maintaining operational stability. This article provides an in-depth examination of the Valworx 523632C 4-inch pneumatic stainless steel ball valve, covering its design principles, technical specifications, and applications to assist in informed decision-making for fluid control systems.
The Valworx 523632C pneumatic spring-return stainless steel ball valve is engineered for fluid systems requiring frequent on-off control. It is compatible with air, water, oil, and other media suitable for the valve body material. Its key feature is a pneumatic actuator that opens the valve using air pressure (80-120 PSI), while an integrated spring automatically closes the valve during air supply failure, ensuring system safety. An optional high-temperature valve installation kit expands its operational range, enabling stable performance in elevated temperature environments or facilitating wall mounting.
Pneumatic ball valves demonstrate superior performance across multiple parameters compared to other valve types:
| Parameter | Specification |
|---|---|
| Type | Pneumatic 2-way ball valve, spring return |
| Pipe Size | 4-inch NPT internal threads |
| Flow Coefficient (Cv) | 710 (3.94-inch full bore) |
| Maximum Pressure | 800 PSI (25 PSI saturated steam with high-temperature kit) |
| Vacuum Rating | 29.92 InHg (2.3 x 10 -3 Torr) |
| Temperature Range (Valve) | -4 to 392°F (-20 to 200°C) |
| Temperature Range (Actuator) | -4 to 176°F (-20 to 80°C) |
| Cycle Time | ~3 seconds open/90°, ~1 second close/90° |
| Air Supply Connection | 1/4" NPT with Namur solenoid interface |
| Maximum Fluid Velocity | 10 ft/sec |
| Protection Rating | IP67, weather-resistant |
When selecting the Valworx 523632C, consider these factors:
Typical applications include:
The Valworx 523632C 4-inch pneumatic stainless steel ball valve delivers reliable performance, robust construction, and versatile application potential for industrial fluid control systems. This analysis provides the technical foundation for informed selection to enhance system efficiency and operational safety.
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