This is an excellent tutorial, but if you are in the USA there are some slight differences. American (and Canadian) 240v consists of two 120v hot, a common, and a ground. For submersible well power, you use the two hot for L1 and L2, and ground to what the well motor is grounded on. The wiring for the well is different too. Black is "run", red is "start", and yellow is the return (instead of the common, here). So, the changes on the contactor are minimal, just switch the wire color, use a 2 pole MCD (like a Delexi DC47s), and wire the control to the L2 (yellow) circuit instead of the L1 (black). Also, use of the overload is recommended even IF you are using an MCD, as the MCD protects you from a short circuit on the power side, but the overload protects you on the motor side. If you wire this as shown in the US or Canada, and use the second hot for the common, it will work at first, but it will blow your start capacitor after a few uses.
In single phase motor which has a capacitor start option in that motor you can't connect float switch, if you want than you have to use a timer to turn on the starting capacitor for few seconds
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Excellent explanation. Keep it up 💯💯💯💯💯💯
Sir aap Hindi me samajha te to 1 nambar ho jata
Hindi Channel www.youtube.com/@ElectricalTechnician
It is easy to understand if you explain with circuit diagram
This is an excellent tutorial, but if you are in the USA there are some slight differences. American (and Canadian) 240v consists of two 120v hot, a common, and a ground. For submersible well power, you use the two hot for L1 and L2, and ground to what the well motor is grounded on. The wiring for the well is different too. Black is "run", red is "start", and yellow is the return (instead of the common, here). So, the changes on the contactor are minimal, just switch the wire color, use a 2 pole MCD (like a Delexi DC47s), and wire the control to the L2 (yellow) circuit instead of the L1 (black). Also, use of the overload is recommended even IF you are using an MCD, as the MCD protects you from a short circuit on the power side, but the overload protects you on the motor side.
If you wire this as shown in the US or Canada, and use the second hot for the common, it will work at first, but it will blow your start capacitor after a few uses.
MCB, not MCD (DOH!)🤭
THIS IS A VERY NICE JOB BUT THEN, PLEASE KINDLY PROVIDE US THE CIRCUIT DIAGRAM. THANK YOU.
Great one
I Praise the day I joined this Channel🥂🥳.. Wonderfuly explained as usual 🙏🍾
Very simple explain thanku
Very nice explanation I am very happy to say thank you
Very nicely explained. Thankyou
Clear explain..thanks bro
Pls sir, can we use this wiring for 1.5hp submersible pump
Nicely explained ... may I ask you to provide links/address from where we can get these contactor, StartStop switch etc.
Hindi pe boliye Sir 😢❤
Where can I get it in Kenya
How about incorporating a float switch in this connection
In single phase motor which has a capacitor start option in that motor you can't connect float switch, if you want than you have to use a timer to turn on the starting capacitor for few seconds
I don't see connection of second wire of running capacitor
What about the other wire of the run capacitor you don't connect it?
Sir which terminal numbers are you connecting?
Why does the capacitors get burnt sometimes?
Why motor running slow and not water flow
How to add an wifi connector to this controller
How much
Can you explain how to connect single phase motor with a timer for schedule
On and off
Watch this video
th-cam.com/video/JcMxEGmp8nM/w-d-xo.html
Capacitor connection not clear