ASCO E314K036S1N01F1

Product Details ASCO E314K036S1N01F1 is a robust 314 series direct operated solenoid valve, 3/2 normally closed type for industrial pneumatic and low-viscosity fluid control systems. This 314 series direct operated solenoid valve adopts G1/4 inch thread connection, brass valve body and NBR sealing material, compatible with compressed air, inert gas and non-corrosive liquid media. This 314 series direct operated solenoid valve is equipped with 24VDC electromagnetic coil and built-in manual override button for on-site manual testing and emergency operation. This 314 series direct operated solenoid valve features fast response action and stable switching performance, not affected by pressure fluctuation in general industrial pipeline conditions.

This unit serves as core pipeline fluid switching control component for automated machinery. The pipeline fluid switching control component realizes gas/liquid circuit cut-off and conduction by electromagnetic excitation, receiving digital signals from PLC host control system. The pipeline fluid switching control component supports wide working pressure range and maintains reliable sealing performance after thousands of switching cycles. The pipeline fluid switching control component has compact structure and simple screw installation, easy to mount on valve manifold or pipeline joints. The pipeline fluid switching control component meets CE certification and has good anti-vibration capability for cabinet and machine side installation.

This trusted industrial solenoid valve spare part is widely stocked for old automation equipment maintenance. The industrial solenoid valve spare part works stably within -20℃~+55℃ ambient temperature and resists common industrial dust and moisture. The industrial solenoid valve spare part is widely applied in packaging machinery, material handling equipment, air circuit control and fluid dosing systems. The industrial solenoid valve spare part can replace aged or damaged valves to restore gas/liquid switching function and minimize unexpected production downtime.