Burkert Solenoid Valve 143492, 2 port(s) , NO, 230 V ac, 1/4inRS Stock No.:337-5565หมายเลขชิ้นส่วนของผู้ผลิต / Mfr. Part No.:143492

The 0211 Burkert Solenoid Valve is a 2-way solenoid valve which is direct acting and normally has a closed (Circuit function A) or normally open (Circuit function B).

• Vibration-resistant block-screwed coil design.
• Compact design, up to DN 6.
• Housing made of brass and stainless steel with threaded connection.
• Arrow on valve body indicates flow direction.

This Solenoid Valve is usually used for sealing ports.

Mounting is accomplished by means of four M4 x 8 mm tapped holes located on the valve underside.

For this product to be considered UL-listed and CSA approved for General Purpose and FM approved for Hazardous Locations Division 2, it must be in conjunction with the type 2509 cable plug connector (Electrically Operated Valves Parts, YSYI2). The connector and gasket must be assembled to the valve with the screw provided after the connection of the wire leads. This valve and connector assembly is delivered together and is to be used as
one unit.

Compact solenoid valves suitable for most gas and fluid handling applications. Where practical, valves are shown with a schematic diagram showing the (circuit) function. The diagram is laid out so that the left-hand side of the diagram describes the valves operation when the coil is energised. When the coil is de-energised, the spring (or servo-assist) return controls the valve and is described on the right-hand side of the diagram. The 3 / 2-way designation indicates a valve with three ports and two modes of operation. It is normal practice to refer to 2 / 2-way valves as two ways. The port designations A, B, P, P1, P2 and R are used on the schematic diagrams and are marked on the valve bodies. Valve bodies are marked for a specific circuit function but can often be used for other functions. Reference to the schematic diagrams and technical specifications indicates the appropriate connections and pressure capabilities when an alternative circuit function is required.