Great Video!! My external PIR light has 3 connectors for input i.e. Live, Earth and Neutral. The wires coming out from the switch is 4 core - Brown(Live), Earth(Green&yellow), Neutral(Grey with blue sleeve) and Switched Live(Black with brown sleeve). From the switch do i connect to light connector as follows SL(Black with Brown Sleeve) to Live connector, Earth(Green/Yellow) to E and Neutral(Grey with Blue Sleeve) to N. Where do i connect the brown live wire from switch as there is no connector for it on the light. The instruction on the light run with PIR and manual override feature. Thanks.
Thanks again for a comprehensive explanation of PIR with "always on" function. Got a little confused as from the beginning of the video L1 is on the right but from 0.48 - 1.23 L1 is on the left. Not a problem though.
Thanks for the comment, and good point. Yes , I mucked up a bit there. I did want to make a point about how the L1 and L2 can the other way round physically on the switch , or labelled 1,2,3. So it useful to confirm how the switch actually does operate. But forgot to mention it. I was also going to mention that the switching would also be flipped around if wired like that, so switch one would actually be switch two when screwed on the backbox, if you know what I mean 🙂
Hi there great video , if I’m taking the feed coming into the light switch for a new pir light installation from an existing switch , are the connections brown common , neutral in a connector block
Excellent video. Do you know if you can connect two or more sensors together to turn on the same light? Would be great to see illustration of that if it can be done.
Hi Danny, yes its possible. Run a permanent live, neutral, and switch live (and CPC) to the second PIR from the first. The light will respond to either switch live
A very good and informative video, thank you. I am trying to wire up some spike lights and want to use a stand alone sensor, would I need to have the switch? Or can I run it any other way? Thank you for the video though.
Thanks for watching. You don't need a switch for it to work , but it is useful to have the functionality of being able to switch something off or on The PIR is a switch, and you could run a permanent supply to that, which would control the lights
Hi Andy, Most PIRs sense light levels, so you do not need a photocell. You will see a small dial with a sun and mood symbol. You turn the dial to moon, so the light will only come on when it gets dark
Great video! Tried for ages to find someone who can explain this simply. Absolutely perfect explanation!! Thank you!😊
Fantastic video - very informative and takes a complex subject and makes it easy for the layperson to understand- thank you for posting this video 👍
Thank you for watching 🙂
Really helpful. Like the mix of graphics and real life photos. Thank you.
Thanks for watching , I do appreciate you coming back to watch my videos, and helpful comments
Great Video!! My external PIR light has 3 connectors for input i.e. Live, Earth and Neutral. The wires coming out from the switch is 4 core - Brown(Live), Earth(Green&yellow), Neutral(Grey with blue sleeve) and Switched Live(Black with brown sleeve). From the switch do i connect to light connector as follows SL(Black with Brown Sleeve) to Live connector, Earth(Green/Yellow) to E and Neutral(Grey with Blue Sleeve) to N. Where do i connect the brown live wire from switch as there is no connector for it on the light. The instruction on the light run with PIR and manual override feature. Thanks.
Thank you very much for this video, definitely the best so far, a very clear explanation
Thanks Francesco, kind of you to say.
Excellent video and nice and easy to follow and understand
Thank you owlman1100
Thanks again for a comprehensive explanation of PIR with "always on" function. Got a little confused as from the beginning of the video L1 is on the right but from 0.48 - 1.23 L1 is on the left. Not a problem though.
That threw me as well....JP keeping us on our toes😉
Thanks for the comment, and good point.
Yes , I mucked up a bit there. I did want to make a point about how the L1 and L2 can the other way round physically on the switch , or labelled 1,2,3. So it useful to confirm how the switch actually does operate. But forgot to mention it.
I was also going to mention that the switching would also be flipped around if wired like that, so switch one would actually be switch two when screwed on the backbox, if you know what I mean 🙂
Ur the best bro
Great video, presumably I can replace my single outside light with a daisy chain of LED soffit lights?
Subbed - excellently and simply explained!
Thankyou, suilfisean, really appreciate it.
Hi there great video , if I’m taking the feed coming into the light switch for a new pir light installation from an existing switch , are the connections brown common , neutral in a connector block
Excellent video. Do you know if you can connect two or more sensors together to turn on the same light? Would be great to see illustration of that if it can be done.
Hi Danny, yes its possible. Run a permanent live, neutral, and switch live (and CPC) to the second PIR from the first. The light will respond to either switch live
Thank you
Great explanation… simple English, thanks pal👍🏻
Thank you Paddy
A very good and informative video, thank you. I am trying to wire up some spike lights and want to use a stand alone sensor, would I need to have the switch? Or can I run it any other way?
Thank you for the video though.
Thanks for watching.
You don't need a switch for it to work , but it is useful to have the functionality of being able to switch something off or on
The PIR is a switch, and you could run a permanent supply to that, which would control the lights
Great video. Where in the circuit would you add a photocell so the PIRs only activate when it’s dark?
Hi Andy, Most PIRs sense light levels, so you do not need a photocell. You will see a small dial with a sun and mood symbol. You turn the dial to moon, so the light will only come on when it gets dark
Good informative video
Ur the best bro
Thanks for watching jerry
Brilliant. Thanks
Good video!
Thanks very much LJH Electrical appreciate it.
Thanks again goo work
Thank you Andrew really appreciate you watching and commenting.
Thanks a lot ❤
Thank you Saman
The guy is good
Great stuff..
Thanks very much ef7486