How to Wire a Relay

[@petermuller161]

I’m fixing an autoclave with these solid state relay. This video is helping me do my job.

[@ahmed-em8nt]

thank you very much you make easy to understand relay

[@CkPari_]

Thank you this was a brilliant explanation

[@RSPSupply]

Glad it was helpful!

[@samuelpowell87]

Very good explanation

[@RideWithAnthony]

The dc relay what is the orange light indicator for?

[@ahmed-em8nt]

you are so amazing ,i learn a lot of thing

[@railcar123]

I always remembered (memorized) 27 = coil 18 = common 45 = nc 36 = no

[@juusoloikkanen8733]

And always remember those will be different depending where you live. In my country 12 is nc, 34 is no

[@lukwagoalex7806]

i really appreciate josh,thanks for your educational videos.

[@dimak.9906]

Thanks! Awesome explanation!

[@dwightbelyeu577]

As I understand it, a dc relay coil is only polarized if it includes a diode. Otherwise, you can swap the leads with no problem.

[@insylem]

I can't find the link in the description. :(

[@engr.amitbanerjee6928]

excellent video which is very easily understandable...thank u very much...

[@kervincardozolopez1087]

Thanks this is a great explanation ...

[@stevew9945]

any reason you dont use bootlaces?

[@jessestrum]

well explained thanks

[@abrahammshana4141]

nice video and elaborative.

[@mdnezamuddin6219]

Tnx

[@QwidgyboMan]

Isn't the first common on the NC and the second on the NO contact, given the way you've wired it?

[@QwidgyboMan]

Yeah you've miswired that.

[@RB-xv4si]

He totally fucked it up. There should be only one common wire. That’s what makes it the ‘common’.

[@deadstar962]

can this relay be voice activated?

[@samuelpowell87]

Awesome

[@SebastienTshimanga]

WHAT ROLE IS COMM PLAYING IF WE ALREADY HAVE NEUTRAL. CAN SHOW THE DIAGRAM?

[@gregpartain4307]

Common is actually the hot wire that is common between the NO and NC contacts , common doesn’t have any relation with the neutral in industrial wiring

[@sparkyedu]

whats the difference between hot and common?

[@RB-xv4si]

It’s both. In this case, the hot supply wire becomes the ‘common’ wire because it supplies voltage to the NC terminal when the coil is deenergized AND it supplies voltage to the NO terminal when the coil is energized. He actually wired this incorrectly because he used two common wires. The whole point of a common wire is that ONE line side wire is utilized on ALL the load side terminals depending on the state of the coil. He’s a goofball.

[@chickenclips]

@@RB-xv4si awww, here you go again. Please post a video on youtube telling us how much this video hurt your feelings? You're an Idiot

[@connorthompson1461]

well said, great video

[@RSPSupply]

Thank you!

[@marcorossi2182]

amazing! Thanks :-)

[@saramohameed3734]

Can you explain how to move signal from DI to Field . Step by step

[@MrSidra2009]

awesome

[@Loredo_1]

I thought you spell, neutral and not nuetral like this homie did.

[@johneltzroth5147]

you misspelled neutral

[@vigneshs2963]

Can you tell explain 4pole relays

[@RSPSupply]

4 Pole is simply like having 4 relays in one. It allows you to connect 4 different devices like motors.

[@RB-xv4si]

Why are there two common wires? You only need one. This makes no sense.

[@chickenclips]

I don't agree with your terminology when speaking about the DC relay. You said if you don't put DC + and DC - on the proper location the relay will not work. It will work dependent on the application. If you are trying to read a DC input or protect a DC circuit you can wire them the opposite way round

[@RSPSupply]

Thank you for your feedback, and for watching. In this case we were referring to only the coil side of this particular relay, in which case, the polarity of the DC wiring is critical and cannot be changed. However, on the contact side of the relay, you would be able to wire it any way you want, as long as you are not exceeding the current and voltage ratings of the relay. We probably should have been more clear on that point. Thank you again for watching, it means a lot to us!

[@chickenclips]

@@RSPSupply great video anyways, thanks for the reply and information

[@RB-xv4si]

Hey genius, nice job paying attention in the video. He said that the coil utilizes AC voltage. There is no positive and negative in this example. DC was not a topic of discussion at all.

[@chickenclips]

@@RB-xv4si thanks for your 2 cents, genius! They did reply above and explain so no need for your sarcasm. Idiot

[@RB-xv4si]

Chicken Lips the first of all, the poster’s reply did not make sense. Second of all, learn about electricity before you make a dumb ass comment. And take some adderall so you can pay attention and absorb content from a simple and short video. Again, HE WAS NOT TALKING ABOUT DC ELECTRICITY IN THE VIDEO. Get that through your tiny brain. You’re the idiot, not me.