ODE兩位兩通電磁閥的工作原理資料即使線圈未通電，后者也可能打開。3路常閉電磁閥有入口管，a出口管和排氣管。柱塞，其上兩個安裝墊圈，直接提供打開和關閉電磁閥的主孔與兩個墊圈之一并且同時打開或關閉出口孔與另一墊片。當線圈未通電時柱塞處于關閉主孔的位置，防止了流體從入口管到出口管的流動，而出口管與排氣管

ODE兩位兩通電磁閥的工作原理資料
permitting fluid to flow from the inlet pipe to the outlet one and
preventing flow to the exhaust.
In this family of solenoid valves an increase in pressure causes
a reduction in the force required to open the valve: if the
pressure difference between inlet and outlet is greater than
the maximum value for which the solenoid valve has beendesigned,
the latter may open even when the coil is not energized.
3 way normally closed solenoid valves have an inlet pipe, a
outlet pipe and an exhaust pipe. The plunger, on which two
gaskets are mounted, provides directly for opening and closing
the solenoid valve’s main orifice with one of the two gaskets
and, simultaneously, opening or closing the outlet orifice
with the other gasket.
ODE兩位兩通電磁閥的工作原理資料
When the coil is not energized the
plunger is in such a position as to close the main orifice, preventing
the flow of fluid from the inlet pipe to the outlet pipe,
whereas the outlet pipe is in communication with the exhaustpipe.
On these valves, unlike the other models,
流體應進入進入閥門，以便通過主孔口下側向較高的一側。
當線圈通電時，柱塞移動到位置其打開主孔并關閉排氣孔，
允許流體從入口管流出到出口一端防止流向排氣。
在這個電磁閥系列中，壓力增加會導致減少打開閥門所需的力量：
如果入口和出口之間的壓力差大于電磁閥已經被配置的大值，

ODE兩位兩通電磁閥的工作原理資料