How 5/3 Double Solenoid Valve Works | what is the difference between PHN, PAN & PRN

 How 5/3 Double Solenoid Valve Works | what is the difference between PHN, PAN & PRN

Welcome to Airmax Pneumatics Video Tutorial. In this video you can see how you can use 5/2 Way single solenoid valve to operate your pneumatic air cylinder.

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Working Animation of Double Solenoid Valve | DCV | TS7STUDYZONE

A double solenoid has two solenoids, and when voltage is supplied to one (and not the other) the valve shifts. Note that if voltage is supplied to both solenoids at the same time, the valve will stay in the position is was in (i.e. it won’t shift since the solenoids will be working against each other). This is typically not desired, so make sure you remove voltage from one side when supplying it to the other.

If no voltage is supplied to either solenoid, the result will be the same as if voltage is supplied to both, in that the valve will remain in the position it was in.

What this means is that the cylinder has no home position, so when power is cut, the valve will stay where it was at that time, and the cylinder will continue to do work in the direction it was working in. Again, depending upon what the cylinder was doing, this may or may not be desired.

 How 5/3 Double Solenoid Valve Works | what is the difference between PHN, PAN & PRN

Welcome to Airmax Pneumatics Video Tutorial. In this video you can see how you can use 5/2 Way single solenoid valve to operate your pneumatic air cylinder.

pneumatic solenoid valve, solenoid valve working animation, how solenoid valve work, how pneumatic cylinder work, airmax pneumatics, 5/3 solenoid valve, How 5/2 solenoid valve works, pneumatic solenoid valve working animation, solenoid, how to work solenoid valve, 5/2

Working Animation of Double Solenoid Valve | DCV | TS7STUDYZONE

A double solenoid has two solenoids, and when voltage is supplied to one (and not the other) the valve shifts. Note that if voltage is supplied to both solenoids at the same time, the valve will stay in the position is was in (i.e. it won’t shift since the solenoids will be working against each other). This is typically not desired, so make sure you remove voltage from one side when supplying it to the other.

If no voltage is supplied to either solenoid, the result will be the same as if voltage is supplied to both, in that the valve will remain in the position it was in.

What this means is that the cylinder has no home position, so when power is cut, the valve will stay where it was at that time, and the cylinder will continue to do work in the direction it was working in. Again, depending upon what the cylinder was doing, this may or may not be desired.