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Solenoid Valves Terminology

SOLENOID VALVES 

Solenoid Valve Terminology
Solenoid Valve Terminology
A solenoid valve is a combination of two functional units: 

1. A solenoid operator essentially consisting of a coil, core, core tube, shading coil and spring(s). 

2. A valve body containing orifices in which a disc, diaphragm or piston etc. is positioned according to the type of technology used. 

The valve is opened or closed by movement of the magnetic core which is drawn into a solenoid when the coil is energised. 



SOLENOID VALVE TERMINOLOGY 


Coil 
Electrical part of the valve consisting of a spool wound with insulated copper wire creating a magnetic flux when energised. The coil is held in place on the tube with a retaining clip. 


Core 
Soft-magnetic plugnut moved by magnetic forces (flux generated by the coil). 

Core spring 
Spring which keeps the core in fixed position when the coil is de-energised. 

Core tube 
Stainless steel tube closed at one end, in- stalled to improve the magnetic flux of the solenoid coil upon energisation

Cover 
Cover mounted on the valve body and incorporating a number of orifices. 

Diaphragm 
Seal-tight diaphragm isolating the fluid from the control system. 

Disc, valve disc 
Sealing material on the core or disc-holder which shuts off the seat orifice. 

Manual operator 
Manual operation of the lever to open or close the orifices. 

Manual operator spring 
Drawback spring ensuring return of the pulse control device to its initial position 

Orifices 
Orifices for fluid transit. 

Plugnut 
Stationary core pressed in the closed end of the core tube, installed to improve the magnetic flux of the solenoid coil upon energisation. 

Retainer clip 
Clip anchoring the coil to the yoke. 

Rocker 
Moving part serving to open and close the orifices for the passage of fluid. 

Seating or valve seat 
Specially formed border of the main valve. 

Solenoid enclosure 
Metal housing around the coil for electrical and mechanical protection, as well as pro- tection against ingress of water or dust

Valve body 
Main part of the valve with all ports and main seats
Solenoid Valve Parts
Solenoid Valve Parts
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Comments

JOHN MULINDI:

This is a good explanation that is very helpful to students aspiring to pursue instrumentation at university or collage level.

بلال:

Thank you very much for the information

Anonymous:

is there any laser sensor[transmitter or switch ] and is it suitable for industrial use , if it is suitable what is the advantage and disadvantages comparing to ultrasonic or radar , thanks a lot for ...

Anonymous:

for controlling [start/stop] of pump which is the suitable ,radar or ultrasonic?
I am planning to use non contact switch

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