Excellent altitude valve provider: Altitude valves play a crucial role in maintaining water levels and preventing overflows in various applications. These valves are designed to automatically control the filling and draining of tanks or reservoirs based on preset altitude settings. By understanding the main components and working principle of altitude valves, you can ensure their proper operation and optimize their usage. In this article, we explored the key aspects of altitude valves, including their components, functionality, types, applications, setting procedures, and maintenance requirements. Whether it’s for water distribution systems, irrigation networks, or industrial processes requiring precise level control, altitude valves offer an effective solution to avoid potential issues caused by fluctuating water levels. Find more information on altitude control valve.
Float control valve is a modulating valve that accurately controls the liquid level in tanks. This valve is designed to open fully when the liquid level reaches a preset low point, and close drip-tight when the level reaches a preset high point. The float pilot is remotely installed Inside of reservoir, or Integrally installed with main valve for size less than 4 Inch. Our hydraulic float valve can stop overflow or overfilling while the valve connector connects the valve to the incoming liquid. When the float rises to a selected level, the float level control valve is then opened or closed by the lever attached to the float.
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.
GV-Resilient seated gate valve is a soft seal disc which is fully encapsulated with rubber. The valve is designed with new technology for light operating, no clogging and no corrosion, good resilient memory & long service life. It can be used extensively in all kinds of water supply & sewage, fire-fighting and function as a shut-off or regulating valve. Features: Newly advanced design, less operation torgue & abrasion resistance; Body & Cover are made of high grade Ductile Iron; Disc is designed with an abrasion resistant nylon guide which can help less opening or closing torgue and smooth during operation; Forged stem provide stronger stem operation and less moving parts; Disc is covered by high-grade rubber which complies with drinking water; High-tech rubber curing with precise geometry dimensions, more resilient & strong adhesive to ductile casting; The 3 O-ring stem seals are designed to prevent stem leakage. and provide replacement of the O-ring without disassambling of valve from mainline pipes; Both inside & outside are coated with epoxy resin powder; Manufacturing standard meets BS EN 1074, BS 5163, BS EN 1171; F/F (Face to Face) meets the following standard: BS EN558-1. See extra info on 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.
With their constant R&D and sustainability process, SHSUOTE can provide qualitative indusrial valves at an affordable price to the customers. We have a sales and technical team with excellent customer service: 24-hour online service to meet the needs of multi-national languages, English, Russian and Spanish. According to customers to provide API, DIN, JIS, GB, gost and other national standards of technical drawings and can provide customized services. Our custom valves are widely praised by customers. If you are looking for reliable custom valve manufacturer, welcome to contact SHSUOTE Valve. With 20 year of manufacturing experience, we now could offer more than 45 series valves and related parts, such as hydraulic control valve, gate valve, butterfly valve, check valve, pressure reducing valve and so on.