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NR-L010A
Raising
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Bronze angle Lockable Ball Valve Specifications
Model:NR-L010A | Technical Standard | ||||
| Material | Gunmetal,bronze C83600,C84400,lead free bronze C89833,C87850 etc | ||||
| Working Medium | Water and Non-corrosive liqid | ||||
| Working Pressure | 16 bar | ||||
| Working Temperature | -20°C to 120°C | ||||
| Size Range | DN15 X 3/4" X 3/4" | ||||
| Connection type | Thread(BSP.NPT) | ||||
| Production method | Casting+ machining | ||||
| Standard Ref | EN12165.EN13828 BS21 | ||||
Product Advantage:
Angle Design: It has an angular structure. This design is often used in piping systems where a change in the direction of fluid flow is required while also integrating a valve function. For example, in a plumbing system where pipes need to turn a corner and a valve is needed at that point for flow control, an angle ball valve can be a convenient solution.
Ball Valve Mechanism: The core of the valve is a spherical closure member. The ball has a hole through its axis. When the valve is open, the hole in the ball aligns with the pipeline, allowing fluid to flow through with minimal resistance. By rotating the ball 90 degrees, the hole is no longer in line with the pipeline, and the valve closes, blocking the flow of fluid. This type of operation is relatively simple and quick, often requiring only a quarter - turn of the handle or actuator.
Lockwing Feature: The "lockwing" is an added feature that provides a locking mechanism. This allows the valve to be fixed in either the open or closed position. In industrial settings, it can prevent unauthorized operation, ensuring safety and the proper functioning of the system. In a residential or commercial plumbing system, it can be used to prevent accidental opening or closing, for example, during maintenance work or in areas where tampering could cause problems.
This type of valve can be used in a wide range of applications, including water distribution systems, heating and cooling systems, and some industrial processes where fluids such as water, oil, or gas need to be controlled and directed at an angle within the piping network.
