Regulating Valve - Function and benefits - Provides precise regulation of flow or pressure to maintain a defined setpoint in fluid or gas systems. - Improves process stability by compensating for supply or demand changes. - Reduces waste and energy use by delivering only the needed flow. - Simple integration with existing equipment and control loops; supports stable operation with minimal maintenance. - Key attributes - Function: adjustable or preset regulation for continuous or batch processes. - Compatibility: designed for standard industrial piping conventions and common control schemes; suitable for integration into various systems. - Size: available in a range of connection sizes to fit existing manifolds or pipelines. - Material: construction options vary by model to match application needs; selected for durability and resistance to media. - Performance: engineered to operate within the specified range for pressure and flow per model, delivering reliable regulation. - Applications and use scenarios - Pneumatic automation lines requiring steady air pressure for actuators and valves. - Closed-loop process control where precise flow of liquids or gases must be maintained. - Laboratory or test setups needing stable, repeatable flow conditions. Magnet Valve (Solenoid Valve) - Function and benefits - Electrically actuated valve enabling remote or automated control of fluid or gas flow. - Delivers fast actuation and precise on/off control, reducing cycle times and improving equipment synchronization. - Compact design supports installation in tight or crowded control panels and systems. - Robust construction designed for reliable operation in demanding environments with regular cycling. - Key attributes - Function: coil-driven valve that opens, closes, or modulates flow depending on the model. - Compatibility: designed for standard fluid connections and a range of control voltages; can be integrated with common automation and PLC systems. - Size: available in multiple sizes to suit different circuit requirements. - Material: body and seal options selected to match media and conditions; available in metal or polymer variants. - Performance: defined actuation force, response time, and pressure rating per model; built for consistent performance over service life. - Applications and use scenarios - Automated manufacturing lines for timed fluid delivery, cooling, lubrication, or pneumatic control. - Process control systems that require remote valve operation via PLCs or control networks. - Instrumentation, sampling, or dosing equipment where precise, repeatable valve actuation is needed.