Pressure balance elements

 

Pressure balancing elements are devices that control pressure in a fluid system. They are typically found in valves, regulators, and other hydraulic equipment. These elements are responsible for maintaining system pressure within a safe range in order to avoid destroying equipment or triggering unanticipated incidents. Pressure balance elements can be implemented using a variety of systems, including springs, pistons, diaphragms, and more.

 

 

 

1. Safety valve: A safety valve is a pressure balance element that protects the system from damage caused by high pressure. When the pressure in the system exceeds the predefined value, the safety valve automatically opens and releases excess pressure to ensure the system's safety.
2. Pressure lowering valve: A pressure balance element that reduces the pressure in the system. When the pressure in the system reaches the prescribed value, the pressure reducing valve automatically opens and releases surplus pressure into the atmosphere, lowering the pressure in the system.
3. Sequence valve: A sequence valve is a pressure balance device that controls the sequential operation of several actuators. When the pressure in the system reaches the sequence valve's programmed value, the valve automatically opens and the next actuator begins to work.
4. Pressure relay: The pressure relay is a pressure balance component that detects pressure changes in the system. When the pressure in the system reaches the pressure relay's preset value, it will automatically send a signal to control the operation of other elements.
 

1. High precision: Pressure balance elements can precisely control the pressure in the system, ensuring that it remains safe and stable.
2. High dependability: Pressure balance elements are made of high-quality materials and manufactured using modern techniques, resulting in excellent reliability and extended life.
3. Simple to install and maintain: Installation and maintenance of pressure balance elements are straightforward; simply follow the instructions.
4. Multiple control methods: Pressure balance elements can be controlled in a variety of ways, including manual, electric, and pneumatic, to satisfy the needs of diverse users.
 

1. Prevent excessive pressure: When the pressure in the system exceeds the predetermined value, the pressure balance element can automatically open and discharge excess pressure, protecting the system from harm caused by excessive pressure.
2. Prevent excessive pressure: If the pressure in the system is less than the predetermined value, the pressure balance element will automatically close to prevent the system from failing to function properly owing to insufficient pressure.
3. Maintain pressure stability: Pressure balance elements can provide system pressure stability by regulating the pressure in the system to keep it close to the desired value.