Description
Our 3 Way Ball Valves with a double acting pneumatic L-port design are engineered for precision control in various industrial applications. Constructed from nickel-plated brass, these valves are designed to isolate flow, regulate pressure, and control the direction of media in systems operating under a maximum working pressure of 16 barg. With an orifice size of 1/2" and a media temperature range of -20ºC to 140ºC, they are ideal for use in manufacturing, mining, water treatment, and compressed air systems. Their robust construction ensures reliable operation, leak prevention, and exceptional durability, while their corrosion resistance enhances system safety and operational efficiency, making them a vital component in process plants and pipelines.
Features
- 1/2" orifice size for optimal flow control in various applications.
- Designed to withstand a maximum working pressure of 16 barg.
- Operates effectively within a media temperature range of -20ºC to 140ºC.
- Double acting function ensures reliable and efficient operation.
- Constructed with a durable nickel plated brass body for enhanced corrosion resistance.
- Features an L-port design for versatile flow direction management.
- Compact design facilitates easy installation in confined spaces.
- Suitable for a wide range of industrial applications, ensuring versatility and reliability.
Applications
- Used in fluid handling systems for precise control of liquid flow in manufacturing processes.
- Ideal for compressed air applications, ensuring reliable operation in pneumatic systems.
- Facilitates water distribution in irrigation systems, optimising resource management.
- Employed in gas pipelines for safe and efficient gas flow regulation.
- Utilised in steam systems to manage steam flow and pressure in industrial heating applications.
- Integral to process control systems, allowing for automated adjustments in production lines.
- Provides equipment isolation in maintenance operations, ensuring safety during repairs.
- Serves in chemical processing environments, handling a variety of media within specified temperature ranges.
