asco bistable latching solenoid valve 2 inch water air 12V 24V 220V 230V 240V working medium:liquid,water,air,light oil(viscosity≤20cst) medium temperature:-5 ~ 80℃ working pressure:0.3~16bar (details see ... Lesen Sie weiter
gas bistable latching solenoid valve one inch 12V 24V 220V 230V 240V working medium:liquid,water,air,light oil(viscosity≤20cst) medium temperature:-5 ~ 80℃ working pressure:0.3~16bar (details see specification ... Lesen Sie weiter
Normally Open Latching Solenoid Valve , Magnetic Latching Solenoid NO 1/2 Inch - 2 Inch Structural features: Action responsive; emissions from large Body hot forging molding process, appearance With original ... Lesen Sie weiter
12V Plastic Bistable Latching Solenoid Valve With Normally Open Normally Closed Function working principle Dual pilot solenoid pilot valve structure having a mechanical self-locking memory function self-holding ... Lesen Sie weiter
YSZ-series pilot operated solenoid valve specification table model orifice size ( mm ) Interface size Cv working pressure(bar) length×width×height ( mm ) weight(Kg) air Water liquid brass SS PA66 YSZ - 15 14 1... Lesen Sie weiter
Plastic NC Bistable Water Latching Solenoid Valve 1 / 2 " - 2 " Normally Closed Advantages Introduction 1, due to self-holding solenoid valves do not have long-term power, to achieve energy saving and ... Lesen Sie weiter
SS Bistable Latching Solenoid Valve 3/4"Stainless Steel Normally Closed NC 20MM working medium:liquid,water,air,light oil(viscosity≤20cst) medium temperature:-5 ~ 80℃ working pressure:0.3~16bar (details see ... Lesen Sie weiter
bistable latching solenoid valve 1 / 2 " - 2 " stainless steel normally open NO working medium:liquid,water,air,light oil(viscosity≤20cst) medium temperature:-5 ~ 80℃ working pressure:0.3~16bar (details see ... Lesen Sie weiter
YSZ-series pilot operated solenoid valve specification table model orifice size ( mm ) Interface size Cv working pressure(bar) length×width×height ( mm ) weight(Kg) air Water liquid brass SS PA66 YSZ - 15 14 1... Lesen Sie weiter