Best rated altitude control valve supplier factory: Different Types of Altitude Valves – Altitude valves come in various types, each designed to suit different applications and water systems. Let’s explore some of the different types of altitude valves available: Float-Controlled Altitude Valve: This type of valve uses a float mechanism to regulate the flow of water based on changes in water levels. It is commonly used in elevated tanks or reservoirs. Pilot-Operated Altitude Valve: These valves use a pilot system that controls the opening and closing of the main valve, allowing precise control over water levels. They are frequently used in high-rise buildings or industrial facilities. Pressure-Sustaining Altitude Valve: This type maintains constant pressure within a system by modulating the flow rate as needed, ensuring reliable performance even during peak demand periods. Discover more info at altitude valve.
Solenoid control valve is an on-off control valve that either opens or closes upon receiving an electrical signal to the solenoid pilot control. This valve consists of a main valve and a two-way solenoid valve that alternately applies pressure to or relieves pressure from the diaphragm chamber of the main valve. It is furnished either normally open (de-energized solenoid to open) or normally closed (energized solenoid to open). Liquid level control can be provided by using a float switch or electrode probe which sends an electrical signal to open or close the valve as needed. As one of the best solenoid control valve manufacturers, industrial uses for our automatic solenoid valve are many and include accurate control of process water for batching, mixing, washing, blending or other on-off type uses.
The valve is made of DI body and DI disc; Advanced newly design with dovetail seal design and captured by epoxy on the back, with multiple raised ring to have more contact with disc but less friction during closure; The double eccentric design provides less contact area of seal with disc, and less stress at the open position of the disc; The disc design with arch shape and thru disc can provide better flow capacity, stronger and less weight . The shaft and disc connection with tangential pin which can be exchangeable and provide rigid connection; The DN 100-500MM use flat disc, and DN 600-1200MM use arch shape disc; Epoxy coated interior and exterior; Valve design meets or exceeds EN 593; Top flange connection meets ISO 5211-1982, and F/F meets EN 558-1 series 13 & 14.
NSCV- Non Slam Check Valve is used as protection against reverse flow when power failure in areas where noise pollution or water hammering is a critical issue. It can provide not only quiet performance but also low head loss. Features: High strength ductile iron body used for durability and less weight; Advanced dynamic design of single body with diffuser provides streamline flow and assures lower head loss; One of the lowest head loss check valve, big save in pumping power cost, valve disc with shorter stroker and spring reverse faster than most of check valve; Coated with powder epoxy both inside & outside for corrosion resistance; Bronze bushing reduce wearing problem during operation; Hydrodynamic design with spring ensures non slamming and water hammerless; Stainless steel spring hidden in the diffuser under protection while valve in operation; Disc will positively close before reverse flow, and maximize the closing speed up to 0.2 Sec; Installation can be vertical/horizontal/ inclined. For size DN800 and up preferred vertical installation. ·Comply with EN 558-1, ISO 5752 and EN 1092-2, ISO 7005-2 flange dimension. See extra information at https://www.shsuotevalve.com/.
What are the Main Components of an Altitude Valve? Altitude valves are essential devices that help regulate the water level in storage tanks, ensuring a consistent and reliable water supply. To understand how altitude valves work, it’s important to familiarize yourself with their main components. The main components of an altitude valve include: Valve Body: This is the outer casing of the valve, which houses all the internal components and provides structural support. Float Assembly: The float assembly consists of a buoyant float connected to a rod or lever mechanism. As water levels rise or fall, the float moves accordingly, activating or deactivating the valve. Control Mechanism: The control mechanism is responsible for opening and closing the valve based on the position of the float assembly. It ensures that only enough water enters or leaves the tank to maintain a specific desired level. Pressure Differential Sensor: Some altitude valves also feature pressure differential sensors that detect changes in pressure between incoming and outgoing pipes. This helps optimize valve performance and prevent excessive flow rates.
The automatic control valve is an essential component for optimising system performance. The S900 series of automatic control valves are Basic valves to provide hydraulically driven solutions to pressure, flow and level control applications. We are an automatic control valve manufacturer & hydraulic control valve supplier since 2004, all of our industrial Automatic Control Valves have passed a series of international quality assurance systems and product safety certifications. Features: Top and seat ring guided stem and diaphragm assembly for long life and reliability. All iron components are fusion epoxy bonded for corrosion resistance. Easy maintance without removal from the main line. Nylon reinforced diaphragm for long time service. Drip tight shut off. Globe design for superior control characteristics. Meet standards BS EN 1074-5, ISO 5208. BS EN 12266-1, BS EN 558-1.