Audited Supplier
The A48Y type safety valve is expertly crafted for use in equipment or pipelines handling steam, air, and various other media, with operating temperatures up to 350°C. This overpressure protection device ensures unparalleled safety by automatically opening when internal pressures exceed allowable limits, discharging the entire excess. Once the pressure drops back to the specified threshold, the valve seamlessly closes, safeguarding your equipment and pipeline integrity.
Onn Valve Co., Ltd. offers comprehensive valve maintenance and expert training for troubleshooting common issues. Whether remotely or on-site, we provide critical valve reviews, installation, and operational guidance. Our commitment includes responding to technical inquiries within 24 hours and providing an 18-month warranty per national standards. Around-the-clock technical support and various complimentary after-sale services are available during the warranty period, including lifetime service and limited free replacement parts for 18 months.
Q1: What is a safety valve?
1. Safety valves are crucial for protecting life, property, and the environment. These valves are engineered to open and release excessive pressure within a container or device, then re-close to prevent further fluid release once normal conditions are restored.
2. A safety valve is a vital last line of defense in many systems. It is essential that these valves function reliably under all conditions, strictly for overpressure protection. They must not be misused as process valves or pressure regulators.
Q2: How does a safety valve work?
The operation of a safety valve is succinctly described as follows:
1. Open: When system pressure surpasses the safety valve's set pressure, the valve disc is forced open by the medium pressure and spring force, allowing pressure release.
2. Keep Open: Upon stabilization of system pressure within the set parameter, the spring maintains its position, ensuring the system remains under control while the valve stays open.
3. Close: When the system pressure falls below the set threshold, the spring mechanism loses its hold, causing the valve disc to close under medium pressure, halting any further pressure increase.
