Thank you for making this series. I’ve found it very educational. I just picked up a multimeter for jobs around the house in this video helps me understand it a lot better.
this was the most informative....most straight forward... and easiest to follow guide from all that I've seen. Thank you, and please continue putting out amazing content. You have a gift with words.
I took my electrical installation courses almost a decade ago now and am going for a job interview were i will need to show basic understanding of a multimeter, and these videos have helped me a lot, all that i learnt in collage has come flooding back to me. So thanks for sharing the knowledge.
I'm into video 3 on using multimeters. Just picked up the Ex595, BK Precision 270B and the Dawson DSM101N primarily for the environmental meters. I'm new to electronics which I'm learning along with a few other DIY science hobbies. Found myself with adequate free time and rather than park it on the couch, thought I'd learn subjects high school failed at teaching. All this to say, I find these videos really helpful and really appreciate you taking the time to put them together. It's like going to class everyday when I get home from work. Taking notes and all. Thank you very much for putting in the time to make these videos.
Never too old to learn. I'm using your instructions to troubleshoot my ignition coil, voltage regulator and stator on a 150cc engine. The values are given in the maintenance manual. However, I didn't know how to test them properly. Thank you for taking the time out of your schedule and sharing this information. I feel confident to proceed with my testing. dave
An excellent three part series that was clear and patiently explained. For those of us that have multimeters, but still had them in the box this was an first rate primer to help us understand how in simple terms this device can be used...
My sincere gratitude for your clear, lucid presentation. I was able to repair my own drill using this video. I have owned a multimeter for years and have been clueless as to how to use it. Using your video I could troubleshoot for continuity and assemble the components of the drill correctly. My sincere gratitude. Many thanks.
I have really enjoyed learning the basics of using a Multimeter. The best part was getting my own Multimeter and practising! Looking forward to the advanced instalment.
brill, ive learned more in 2 hours,than i have in 40 years messing about with electronics, i am hooked, things are much clearer now, thanks for taking timeout to make the vids tony uk
Great video. The way my high school physics tutor described the answer to the first question was: "DC at high voltages/current over long distances causes a charge on the wires, which means you get loss as electrons drift over to the air/trees etc. With A/C, this electron drift still happens, but a fraction of a second later the polarity reverses so they come back the other way, and the cycle repeats. This means you don't get such a loss of power over long distances with AC". One other point I was hoping would be covered is what sort of voltage/current the multimeter puts out for a continuity test. Assume it is so low as to not fry anything? I'm guessing 9V since most units take a 9V battery.
Your videos are awesome! I like the fact that its not simply a 3 minute video and actually a series of longer ones with more information. Much appreciated!
I am really pleased to see such good quality educational material on RUclips. It is a great medium for people, like yourself, to share skills and knowledge with young and not so young minds, across the globe. It provides equal and fair access for all, particularly for those who do not have the means or opportunities for further education. A big 'thumbs up' from me.....
Great video series! Your explanations with analogies are easy to follow and the practical demonstrations help a tone for a beginner like myself to know how to utilize all the settings on his multi-meter. I did want to point out however, that during your water pipe analogy of resistance, there is in fact a slight difference between how water pressure and voltage are reduced. Everything stated about voltage reduction from what I understand is absolutely accurate. With water though, simply reducing the area that the fluid is flowing through, does not create a pressure reduction. If you have simple water pressure gauge, you can test this by hooking it up to the end of an outdoor spigot, and opening the spigot all the way. Then take it off and start over, just opening the spigot's valve slightly. The gauge will climb more slowly, but still reach the same pressure level. All the spigot's valve does is regulate the area that the water is flowing through, and thus the rate of flow. There needs to be a mechanism within that area of flow, that will present an opposing pressure. ie. In a water pressure regulator or even simple pressure reducer, there is commonly a spring that holds against a stopper closed. This spring creates an opposing pressure against the flow, which is what actually reduces it's pressure on the out-coming end. Anyway, sorry to nitpick your video. Especially considering I've learned so much from these myself. I just wanted to add my tad of insight into part of the physics on what makes the water/electricity analogy not quite 100% equitable.
Great tutorial. I've never touched a multimeter in my life and have no idea about circuits and resistors apart from the high school level basics. You've explained this perfectly, I feel I've understood everything. :)
Yeah I just wanted to say that if HALF of my junior high and high school teachers were this good when I was in school (apparently my high school was in the top 3% for Alberta at that time) my life would have been a lot different. To you, sir, I tip my hat - ! Thanks a ton!
Let me tell you firts that I watch your three videos about How to use a Multimeter for beginners and I just found it very very helgfull, interesting and nice. The fact is that you can't expand the video tutorials to cover more topics...but the fact you just did it very well...continue that's all I can say. Greetings and Merry Christmas.
Very nice made, just bought a 177 and this came in good use. I'm a hobby electrician (mostly work on cars and light household) but I wanted a good meter as the previous cheap one blew up....
A brilliant video. Nice and clear both verbally and visually, and explained so that the layperson can understand; and what's more, you've made it INTERESTING! This has got to be one of the best instructional videos I've watched on RUclips. Thank you so much :)
Your videos are so clear and easy to understand. I have a good understanding of the basics now. Thanks very much and keep the videos coming. thanks Darren (uk)
Wow! I finally know now how to use my multimeter in basic aspects, thank you. To my very surprise I`m actually looking forward to going through the following lessons. Now something completely off-topic: the sound of your voice reminds me that much of how singer Brian Eno sounds - wich is a nice surplus btw while watching your vids ;-)
These videos provide so much useful information! Sometimes a textbook just doesn't make sense, and these videos explain it all. I really enjoy the real life analogies and diagrams. Thanks again!!
Blimey; these videos are arguemently outstanding,and i relii on these when one has no manual,simple stupid makes the wisdom grow and that is always good to know knowledge I might add: THANKS
You are right. The smaller the resistance is, the better the flow is (continuity) when the two points being tested do connect. Moreover, if the resistance reading is 0, it means that the two points being tested have not been connected (no continuity.) I realize it after keeping on watching. Sorry for the previous silly comments.
No if the resistance reading is 0, you have an EXCELLENT connection between 2 points. (Almost NO resistance to current.) IF you meant OL then that is basically an open circuit, with NO connection between two points tested.
Yeah, I like your videos in this series, very influential and like how you break down the hard to understand logistics how things work. I've noticed lots of ppl don't know how to put into words and seems you have it. Great and Awesome Job Mate.
SUBSTANTIAL Mijorton Tutorial brilliant video and very helpful video thank you very much, God bless you Mijorton From Nick Ayivor from London England UK 🇬🇧
I think you are the best Mr Lorton. Keep up the great work. to take time to explain in such simple terms is exceptional. And to be so humble n open to correction is special.
Great videos super informative thanks for taking the time out to do them, currently restoring a 1966 triumph tiger and having some charging issues, bought a multimeter now I know how to use it :) so now it's time to spend some hours in the man cave ...
Thanks heaps you are so easy to listen to and understand. I have trouble learning but with you it sinks in to my sorry brain. I have watched all three of your videos and hope to follow you . Thanks sir
@samgab Thanks for the feedback...and you have me intrigued about the U1272A. I see RS components will have it available by mid Feb so let me see what I can do. Thanks for the heads up. P.S. Keep an eye open for the video posted today...something has arrived at my post office for collection...
couldn't read all the comments, but just in case it wasn't mentioned - the early AC systems had significant flaws (not going into details to keep the comment short) and that is why DC was chosen initially while building first supply systems. Besides, there were no appliances yet invented which would effectively work on AC. As far as I know, the invention of an AC motor in late 1880s was the tipping point to start moving towards AC systems.
Sir, I thank you for posting this. sadly I got a little fuzzy on testing resistance. been out of tech school for a couple of months, so watching and reading all I can to stay "fresh" when I go out to work
thanks for the videos .multimeters were always an enigma for me. your simple way of explanation did make it very interesting. have to test the new knowledge in indian conditions.
Thank you from a novice, just had my delivery of my multimeter, and i have just tried the "Continuity " test on part of a circuit board and i think its alive !?.
Great, it certainly makes me content knowing I'm able to impart some helpful knowledge. Please go ahead and replicate, they are in essence proof of concept ideas to spur others creativity and enhance on what I have done. I'm busy uploading a video on that exact topic now which you may enjoy. Cheers, Martin.
I love this guy. These videos are so incredibly helpful. Thank you so much for doing such a great job teaching me about this stuff. "Lets get stuck into it" ☺️ Thank you!
Excellent videos. I have watched the series and it REALLY helps. I can use my meter for many more uses now. Thanks for doing these videos. You really explained it great. Dan.
I am 2nd year electronics students here in sipc wvcst miagao campus here in Iloilo, Philippines. But I already studied already way back 2008 at the age of 18 at that time same course now. But because of obstacles that I suffer since before even until now. Sad to say I stopped studying that time only first sem. even it's very enjoyable bonding with my previous batch mates. And now I am very frustrated I feel I am not excel with my ability in this course, so thank yo for this videos God Bless
Excellent videos... You are a great teacher and your patience with explaining each concept with real world comparisons show how passionate you are about this..keep up this good work !!!
thanks for creating your video presentation...I learned further regarding the device....I am sharing your video to my students so they can learn too....God bless sir!!!
hello and greetings from england. keep up the great work i am learning alot from you it helps in my college work as i am studing level 2 deploma in light vehicle repair and maintenace. many thanks.
who said you cant teach an old dog new tricks, at 65 you have just taught me how to use a m/meter,thank you sir.
Thank you for making this series. I’ve found it very educational. I just picked up a multimeter for jobs around the house in this video helps me understand it a lot better.
this was the most informative....most straight forward... and easiest to follow guide from all that I've seen. Thank you, and please continue putting out amazing content. You have a gift with words.
PosessedFurby My pleasure, thanks for the post.
I took my electrical installation courses almost a decade ago now and am going for a job interview were i will need to show basic understanding of a multimeter, and these videos have helped me a lot, all that i learnt in collage has come flooding back to me.
So thanks for sharing the knowledge.
I'm into video 3 on using multimeters. Just picked up the Ex595, BK Precision 270B and the Dawson DSM101N primarily for the environmental meters. I'm new to electronics which I'm learning along with a few other DIY science hobbies. Found myself with adequate free time and rather than park it on the couch, thought I'd learn subjects high school failed at teaching. All this to say, I find these videos really helpful and really appreciate you taking the time to put them together. It's like going to class everyday when I get home from work. Taking notes and all. Thank you very much for putting in the time to make these videos.
Never too old to learn. I'm using your instructions to troubleshoot my ignition coil, voltage regulator and stator on a 150cc engine. The values are given in the maintenance manual. However, I didn't know how to test them properly.
Thank you for taking the time out of your schedule and sharing this information. I feel confident to proceed with my testing.
dave
An excellent three part series that was clear and patiently explained. For those of us that have multimeters, but still had them in the box this was an first rate primer to help us understand how in simple terms this device can be used...
I think this has to be the best instructional video series I've ever seen on RUclips. Exceptionally well done.....thank you!
I need to download and watch it any other time offline
thank you sir, I am really became more knowledgable after i watch your videos
Muhassad Abed Thanks for the feedback.
My sincere gratitude for your clear, lucid presentation. I was able to repair my own drill using this video. I have owned a multimeter for years and have been clueless as to how to use it. Using your video I could troubleshoot for continuity and assemble the components of the drill correctly. My sincere gratitude. Many thanks.
My pleasure, thanks very much for the feedback and support.
I have really enjoyed learning the basics of using a Multimeter. The best part was getting my own Multimeter and practising! Looking forward to the advanced instalment.
brill, ive learned more in 2 hours,than i have in 40 years messing about with electronics, i am hooked, things are much clearer now, thanks for taking timeout to make the vids tony uk
Great video. The way my high school physics tutor described the answer to the first question was: "DC at high voltages/current over long distances causes a charge on the wires, which means you get loss as electrons drift over to the air/trees etc. With A/C, this electron drift still happens, but a fraction of a second later the polarity reverses so they come back the other way, and the cycle repeats. This means you don't get such a loss of power over long distances with AC". One other point I was hoping would be covered is what sort of voltage/current the multimeter puts out for a continuity test. Assume it is so low as to not fry anything? I'm guessing 9V since most units take a 9V battery.
Your videos are awesome! I like the fact that its not simply a 3 minute video and actually a series of longer ones with more information. Much appreciated!
I am really pleased to see such good quality educational material on RUclips. It is a great medium for people, like yourself, to share skills and knowledge with young and not so young minds, across the globe. It provides equal and fair access for all, particularly for those who do not have the means or opportunities for further education. A big 'thumbs up' from me.....
asitaliano1 My pleasure, thanks for the feedback.
Great video series! Your explanations with analogies are easy to follow and the practical demonstrations help a tone for a beginner like myself to know how to utilize all the settings on his multi-meter.
I did want to point out however, that during your water pipe analogy of resistance, there is in fact a slight difference between how water pressure and voltage are reduced. Everything stated about voltage reduction from what I understand is absolutely accurate. With water though, simply reducing the area that the fluid is flowing through, does not create a pressure reduction. If you have simple water pressure gauge, you can test this by hooking it up to the end of an outdoor spigot, and opening the spigot all the way. Then take it off and start over, just opening the spigot's valve slightly. The gauge will climb more slowly, but still reach the same pressure level. All the spigot's valve does is regulate the area that the water is flowing through, and thus the rate of flow.
There needs to be a mechanism within that area of flow, that will present an opposing pressure. ie. In a water pressure regulator or even simple pressure reducer, there is commonly a spring that holds against a stopper closed. This spring creates an opposing pressure against the flow, which is what actually reduces it's pressure on the out-coming end.
Anyway, sorry to nitpick your video. Especially considering I've learned so much from these myself. I just wanted to add my tad of insight into part of the physics on what makes the water/electricity analogy not quite 100% equitable.
Good job presenting this. This is by far the most patient presentation of the mulitmeter and the easiest to understand. Thanks.
Thanks very much for the feedback and support. Cheers, Martin.
wish the world had more people like you,
many thanks you truly do make a difference!
Your such a great teacher! Thank you for taking the time, and giving so much of what you know!
Thanks for the feedback. I have a fair amount of other reviews to get through but I'll keep this in mind. Thanks for watching and posting.
Great tutorial. I've never touched a multimeter in my life and have no idea about circuits and resistors apart from the high school level basics. You've explained this perfectly, I feel I've understood everything. :)
Great videos! I've had a multimeter for over 10 years and never knew how to use it! Thank you for putting these videos together!
Really good insight now I can confidently talk2my dad(electrical engineer) n be on the same level. Fluke products very expensive though
Yeah I just wanted to say that if HALF of my junior high and high school teachers were this good when I was in school (apparently my high school was in the top 3% for Alberta at that time) my life would have been a lot different. To you, sir, I tip my hat - ! Thanks a ton!
Let me tell you firts that I watch your three videos about How to use a Multimeter for beginners and I just found it very very helgfull, interesting and nice. The fact is that you can't expand the video tutorials to cover more topics...but the fact you just did it very well...continue that's all I can say. Greetings and Merry Christmas.
Very nice made, just bought a 177 and this came in good use. I'm a hobby electrician (mostly work on cars and light household) but I wanted a good meter as the previous cheap one blew up....
mjlorton.......Great job you are doing....enlightening us. Never go to science classes.....you are my life long tutor. May God Bless You.
These are great videos for anyone wanting to learn about use of multimeters and the basic principles of electricity. Well Done!
Absolutely brilliant series for someone with my level of knowledge…which is practically no knowledge at all. Thank you.
My pleasure, thanks for the feedback.
A "fur pipe" hahaha!
I love this series. You really speak to the layman.
A brilliant video. Nice and clear both verbally and visually, and explained so that the layperson can understand; and what's more, you've made it INTERESTING! This has got to be one of the best instructional videos I've watched on RUclips. Thank you so much :)
@porticoman Thanks, I'm pleased to hear you are enjoying the series. I appreciate the feedback. Cheers, Martin.
These videos are excellent. Your presentation and examples are clear to a novice like myself. Thanks very much.
Your videos are so clear and easy to understand. I have a good understanding of the basics now. Thanks very much and keep the videos coming. thanks Darren (uk)
Wow! I finally know now how to use my multimeter in basic aspects, thank you. To my very surprise I`m actually looking forward to going through the following lessons. Now something completely off-topic: the sound of your voice reminds me that much of how singer Brian Eno sounds - wich is a nice surplus btw while watching your vids ;-)
These videos provide so much useful information! Sometimes a textbook just doesn't make sense, and these videos explain it all. I really enjoy the real life analogies and diagrams. Thanks again!!
Blimey; these videos are arguemently outstanding,and i relii on these when one has no manual,simple stupid makes the wisdom grow and that is always good to know knowledge I might add: THANKS
Thank you sir, i get a lot of information after watching your videos.
Thanks ....you are a teacher of high calibre .... much respect
Excellent videos. Thank you. I now understand a lot more than I did this morning. Great teaching.
This is a great series, thanks for putting this together. I finally know how to use my multimeter!
Thank you for your entire learning tutorials.
You are right. The smaller the resistance is, the better the flow is (continuity) when the two points being tested do connect. Moreover, if the resistance reading is 0, it means that the two points being tested have not been connected (no continuity.) I realize it after keeping on watching. Sorry for the previous silly comments.
No if the resistance reading is 0, you have an EXCELLENT connection between 2 points. (Almost NO resistance to current.) IF you meant OL then that is basically an open circuit, with NO connection between two points tested.
Yeah, I like your videos in this series, very influential and like how you break down the hard to understand logistics how things work. I've noticed lots of ppl don't know how to put into words and seems you have it. Great and Awesome Job Mate.
Xavier Frosth Thanks for the feedback Xavier.
SUBSTANTIAL Mijorton
Tutorial brilliant video and very helpful video thank you very much, God bless you
Mijorton
From Nick Ayivor from London England UK 🇬🇧
I enjoyed all three parts. Thank you Mj
I think you are the best Mr Lorton. Keep up the great work. to take time to explain in such simple terms is exceptional. And to be so humble n open to correction is special.
Very useful as I'm starting an electrical course after taking my Advanced level physics 45 years ago.
Thank you so much for this series, it has definitely helped me a lot.
Great videos super informative thanks for taking the time out to do them, currently restoring a 1966 triumph tiger and having some charging issues, bought a multimeter now I know how to use it :) so now it's time to spend some hours in the man cave ...
This video has really helped me in my practical exams! With thanks from Guwahati City, India.
Thanks heaps you are so easy to listen to and understand. I have trouble learning but with you it sinks in to my sorry brain. I have watched all three of your videos and hope to follow you . Thanks sir
I have just started my career. You gave me knowledge to keep up thanks mate.
Good lessons on what first appears to be complicated subjects.
@samgab Thanks for the feedback...and you have me intrigued about the U1272A. I see RS components will have it available by mid Feb so let me see what I can do. Thanks for the heads up.
P.S. Keep an eye open for the video posted today...something has arrived at my post office for collection...
thank you for taking the time to make these videos!
Thanks a lot this i only ever used my Multimeter for Continuity tests before as this was all i needed - learnt a lot . . .
Thanks. Very simple and easy way to understand electricity
couldn't read all the comments, but just in case it wasn't mentioned - the early AC systems had significant flaws (not going into details to keep the comment short) and that is why DC was chosen initially while building first supply systems. Besides, there were no appliances yet invented which would effectively work on AC. As far as I know, the invention of an AC motor in late 1880s was the tipping point to start moving towards AC systems.
Thank you! Your Multimeter series is wonderfully clear and informative - very much appreciated!
can't be easier than this explanation, it helped me a lot. thanks, buddy
yes sir, love your videos. I'm in HVAC school and you've taught me so much more!!!! Thank you!!!
Sir, I thank you for posting this. sadly I got a little fuzzy on testing resistance. been out of tech school for a couple of months, so watching and reading all I can to stay "fresh" when I go out to work
Thank you for the great entry level videos!
thanks for the videos .multimeters were always an enigma for me. your simple way of explanation did make it very interesting. have to test the new knowledge in indian conditions.
Thank you from a novice, just had my delivery of my multimeter, and i have just tried the "Continuity " test on part of a circuit board and i think its alive !?.
Great videos, you really break it down and simplify it. Thanks!
Fabian Morales My pleasure.
Thanks a lot, now I finally know how to test if a worn wire is usable by checking its resistance instead of just checking the voltage!
Thanks for making these videos mate! Extremely helpful and well explained.
A huge thank you for sharing this information with us. I've recently taken on a car restoration project and your videos have really helped.😃
Thank you for your informative video. Great multimeter instruction!
I'm very grateful to you Sir for explaining all that so detailed perfectly. It makes me considering investing on this Fluke 177. Thank you
Thanks for the kind comment and for watching. Glad to know you are learning from the videos. Cheers, Martin.
Also,I hope you continue making videos! I've learned so much from these!
Seen all 3 video in this series, very informative...Thank you so much...Zed
Thank you for your comprehensive tutorial...
So CLEAR and CONCISE. Very informative and FUN to watch a and Learn. I'd bet you are a teacher. Many thanks.
My pleasure, I really appreciate the feedback.
Great, it certainly makes me content knowing I'm able to impart some helpful knowledge.
Please go ahead and replicate, they are in essence proof of concept ideas to spur others creativity and enhance on what I have done.
I'm busy uploading a video on that exact topic now which you may enjoy.
Cheers, Martin.
8 years later...Thank you!!
Thank you for this series of videos, been a real help on understanding the principals of electricity.
My pleasure, thanks for the post.
Thanks for these videos. I'm getting my first meter to play around with in a few days and this was a really nice introduction.
@vaughnburrows Thanks...yes, good suggestion...I'll add it to my "to do" list. Thanks for watching.
van dam here Salem Ohio I have enjoyed and learned from your videos. thank you so much, looking for video num. four.
@Itsgametrailers Thanks for your feedback...hope to get to the scope videos soon!
What an amazing teacher you are. Thank you so much.
Great video! I enjoyed the lecture and demonstrations. Thank you.
I love this guy. These videos are so incredibly helpful. Thank you so much for doing such a great job teaching me about this stuff.
"Lets get stuck into it" ☺️
Thank you!
Excellent videos. I have watched the series and it REALLY helps. I can use my meter for many more uses now. Thanks for doing these videos. You really explained it great. Dan.
thank you so much , you are really great teacher , you make it so easy for me to understand electric , thank you again
Thank you for three fantastic videos, In essence.
I am 2nd year electronics students here in sipc wvcst miagao campus here in Iloilo, Philippines. But I already studied already way back 2008 at the age of 18 at that time same course now. But because of obstacles that I suffer since before even until now. Sad to say I stopped studying that time only first sem. even it's very enjoyable bonding with my previous batch mates. And now I am very frustrated I feel I am not excel with my ability in this course, so thank yo for this videos God Bless
Hats off to you, sir. Your teaching is so very effective.
Very helpful. I've learned substantially about electricity.
Excellent videos... You are a great teacher and your patience with explaining each concept with real world comparisons show how passionate you are about this..keep up this good work !!!
Thanks Vineeth.
thanks for creating your video presentation...I learned further regarding the device....I am sharing your video to my students so they can learn too....God bless sir!!!
hello and greetings from england. keep up the great work i am learning alot from you it helps in my college work as i am studing level 2 deploma in light vehicle repair and maintenace. many thanks.
Thank you sir, your videos on multimeters gave a lot of knowledge which I otherwise would not know.