Solenoid Valves What it is Electrically operated valves that open and close to control the flow of liquids or gases in piping systems. They provide fast actuation and precise, remote flow control for automated setups. Key benefits Improves process control with reliable, rapid valve actuation. Reduces manual intervention and simplifies system automation. Offers flexibility with normally closed or normally open configurations to fit different control schemes. Key attributes Function Directly regulate flow in lines through an electric coil that moves a plunger to seal or release the passage. Compatibility Suitable for integration with standard control systems and common piping connections. Available in multiple configurations to support 2way, 3way, and other flow options as required by the installation. Size Offered in a range of sizes to fit compact installations or standard piping. Check the catalog for exact port sizes and overall dimensions. Material Constructed from materials selected for fluid compatibility and operating environment. Common choices include brass, stainless steel, and engineering plastics; select according to the fluid and conditions. Performance Delivers tight shutoff and dependable sealing with durable components designed for repeated cycles. Designed for consistent operation under specified temperature and pressure ranges when used within the intended limits. Use scenarios Industrial automation and process control Precise on/off control of water, oil, or air lines in manufacturing equipment, enabling automated sequences and safer plant operation. Irrigation and landscape systems Remote, reliable control of water flow to individual zones, improving irrigation efficiency and reducing water waste. Water treatment and filtration systems Accurate dosing and directing of fluids in treatment lines, ensuring proper chemical handling and process safety. Notes for selection Refer to the product specifications to confirm coil voltage, port size, connection type, and flow rating for the intended application. Consider fluid compatibility, environmental conditions, and required control logic when choosing a model.