But how do you use a DVM meter to find a 3 phase system of which phase#1 which is phase#2 and which is phase#3? because all the 3 phase AC voltages will measure 120vac but how to tell which is phase1,2,3?
You guys did a video on a supermarket ventilation system. Can you do one on a ventilation system for a virology lab? Perhaps one where you describe what happens when maintenance budgets are gutted and things like HEPA filters are not changed when indicated? My contention all along has been that COV 19 was a result of non-conformance with the lab designers' specifications. I think that's what happened in China. Can you guys do a work-up on what a lab like this requires in terms of maintenance?
This isn't a tutorial how to use a multimeter....... THIS IS MOST OF THE ESSENTIAL INFORMATION ON PROPERLY HANDLING ELECTRICITY/ELECTRONICS AND I'M GRATEFUL BECAUSE EVERYONE NEEDS THIS.
I also believe that everyone working with voltages or devices that could cause serious injury should have the mindset that their multimeter is an essential piece of safety gear instead of just thinking of it as another tool.
Loving you vids. I'm an IT guy and got into electrics a bit more recently since having solar panels. Now I am tinkering with changing lights etc in my workshop. Your series is brilliant for giving me the basics. I've now ordered a multimeter and bought your pdf - thank you
Hey Engineering Mindset. Just wanted to say I seriously love this video. I'm starting from the absolute beginning and your tutorial is easy to understand yet thorough. I was watching a tutorial from a different channel and I noticed the comments had some safety-related concerns so I searched again and found this. I feel like I'm learning an actual life skill. Not going to be an electrical engineer lol, but this will help to identify if* something is still live or reading correctly. Thank you all so much for making this
@@EngineeringMindset this would be useful, because during this tutorial I learned that between the left terminal and the ground/botto (US) plug, there was current. Like, 121V
@@emmanuelleallen You would get 120V to ground, potential, that is what it is there for… That is, so you don’t become the path for current to follow, although the breaker should trip due to the short or ground fault interrupt should kick in…
Finally, I found a tutorial that actually makes sense of how to use a multimeter. What a great tutorial I've watched several tutorials on multimeters and have found them difficult and confusing to understand but this tutorial is clear precise and easy to grasp, thank you so much for making this available. man you nailed it.
i am so happy you made this video. I'm a visual learner and the teacher wasn't showing us a single example for the entire 6 hr class. I was confused for so long on just trying to find the right signal to use
I have kaiweets multimeter good for a beginner and the accuracy is close to some of the fluke meter. This is a great video for anyone, getting into electrical and those who just need a refresh. Thanks!
Good bless you brother !!! I’m a speaking Spanish person . I don’t know nothing about volt ,resistance , multimeter. And you just make me understand everything.thanks brother 🙏🏻
I use mine to build guitar pedals and test components, but I don't do it often enough and I have to watch something like this again to remind me of all the settings again. This about covers everything I use it for.
Hey man I'm a beginner so I was frustrated with how to use a multimeter as they have very thick manuals. Your video has explained everything about multimeters and your video is much understandable than the manuals. I'm grateful to you man
A comprehensive and informative video on multimeters, Thank you! I could recollect my early days with a multimeter where I connected the multimeter to an AC circuit in parallel for measuring current and had no clue why it got damaged.
An excellent tutorial! I do especially like the symbolic descriptions on how the components and circuitry works. I´m mostly self taught and had snapped up bits and pieces here and there over a couple of decades, but always find it fun to repair electronics so a decent multimeter is essential. I own 4 at the moment for various use and/or ranges, both manual and automatic meters. Basically use them for voltage, ohms, capacitance, Hz or continuity.
Not sure why I watch Yours videos cause i'm car electrician and doing lots of electronic/appliances repairs as well so i know all of these stuffs , but i really like them! These are very well made and people get good information/guidance. And somehow i feel like back in schools 😄 Keep up the great work! ❤
Funny… I used to be an HVAC/R and Electrical Contractor, now I do work on direct digital controls (SCADA Systems); but, I like watching videos like this as well… Also, was a loyal Fluke guy for decades… Although, these days most of the competitors are just as good on the low end stuff… Clearly, I am getting old as this is my Saturday night shortly after dinner!
Safety tip: Always verify your metering setting before testing. I trash a meter about 30 years ago because I tested a 125 VAC while the meter was on VDC. My new meter that I had to go out and buy after that mistake has auto range and some protection features built in.
That was probably an analog meter, which are not forgiving for incorrect range selection. DMMs won't be damaged aside from plugging the test leads into the current measurement socket for voltage measurements. That's when if you're lucky it just blows the fuse😅
YES. I just splurged on the fanciest multimeter that I have ever owned and was about to look for some video walkthroughs about what I can do with it. This Old Tony made a great video about them years ago, but it left me with more questions than answers.
Yeah but if TOT doesn't leave you scratching your head at some point it would be an off video for him😅. But on the other hand you definitely don't want to be sticking a recent splurge into an electrical socket with questions and doubts.
Engineering Mindset taught me more than a semester course I have taken at school! Theory is important to get the fundamentals/concepts, but practical is one that will make you learn!
I have a Fluke 8024B. It's a very wacky design. 8 buttons like a desk fan, and you have to select the right combination to chose AC/DC, range, and type
Excellent and very thorough video. Thank you very much. I was a little bit intimidated by the new digital auto-ranging meter I just purchased, but now I am ready to open it and face it. I'm familiar with analog meters but not digital and especially the auto-ranging feature was giving me pause. My eyesight is getting worse with age and since we don't have a third hand to hold a magnifying glass, it was getting impossible to work and also read the scales, hence the upgrade. Also reading capacitance will come in handy.
I have a multimeter with a magnetic strap attached, makes it easier to work hands free. Many of the new meters also have a flip out stand tucked into the back too. I have seen a multimeter with a detachable wireless screen which would be useful at time although I'm not sure I can justify the cost for how often I would use it.
I just bought a Klein Tools mm325 multimeter (what do you think of those?) for no reason other than to learn about basic electrical troubleshooting. I recently started a job in a manufacturing plant and had my curiosity piqued while hanging around with the maintenance crew. I'm hoping some of their knowledge will rub off on me with the help of useful videos like yours.
1. For multimeters with manual range (especially the older ones with needle), always start with highest possible range to avoid any damage to the multimeter. 2. With digital multimeter you can "detect" which side in the wall power socket is live and which is neutral. Put only red tip into one of the holes and read the display - if AC voltage is about 10V, it's a live. If it's close to 0V, it's neutral. Practice makes it even easier to conclude. 11:25 Ah, good old color codes: first brown=1, second black=0, last (number of zeros) green=5, gold=5% so 1 and 0 and 00000 = 1.000.000 (1 megaohm, 5% tolerance). 18:01 OL means overload, not open loop. It's a normal result for diode, ohms and buzzer mode. Contrary, OL in any other mode can be potentially dangerous for the multimeter. 21:17 That's not quite correct, because there Germanium and schottky diodes which have forward voltage drop as low as 0.2V. Keep that in mind. 23:00 Most Fluke multimeters have internal safety and discharge circuit for voltages up to 8kV (yes, 8 kilovolts). Hence, it's safe to measure capacitance of charged capacitor. Multimeter will first discharge the capacitor, and then measure capacity. Some of them displays OL, other dISC (discharging). And yes, you can use the probes on either side with polarized capacitors too, there's no difference whatsoever.
At 69 years of age and a beginner in electronics ( my way to avoid boredom) I find this tutorial simple, and easy to understand not to mention its emphasis on safety. Thanks engineering mindset.
I have had a Fieldpiece SC640 from 2015 that's still going strong, I only needed to replace the leads. However, one day my boss at work called me up to his office and gave me a Fluke 87 V bran new. I do refrigeration so the SC640 suits me better, but that Fluke is one bad ass meter.
11:26 I’m studying electrical theory right now, just finished the chapter on resistors, the ones you show here are rated for 1Mohm +/-5% Thanks for making these awesome videos, such a perfect companion to a textbook.
I bought my first digital multimeter from Radio Shack in the early 90s. It cost $70, but as a kid, that seemed like a fortune, but I was getting interested in electronics, so I saved up for it.
0:48: 📐 This video explains how to use digital multimeters, focusing on DC voltage measurement. 4:21: ⚡ The video explains how to measure voltage in different types of circuits and provides safety precautions. 9:13: 💡 The video explains how to measure resistance and current using a multimeter. 13:55: ⚡ Using a multimeter to measure AC current safely and accurately. 17:38: 💡 This text provides instructions on how to use a meter to test electrical circuits, including testing for continuity, frequency, diodes, and capacitors. 22:11: 💡 The X section explains how to test electrolytic capacitors and transistors using a multimeter. 26:22: 🔋 The video explains how to use a multimeter to measure temperature and test batteries. Recap by Tammy AI
this is a really good tutorial video, very detailed and all the informations given are accurate, and i like how you make the right call by not calling mains voltage a "high voltage" unlike some other content creator that calls things below 1KV a high voltage (based on NEC,ANSI,IEEE,VDE and IEC60038)
Great video, you answered my pressing questions, and I really learned a lot from this video. Thank you. By the way. Sometimes when using a cheap multimeter they will continue to give readings even when there is a problem with the meter, they don't always read error. So, if there is a short in your test leads, or it's cold, or you have a low battery, the cheap meter doesn't always tell you. If it's really expensive or important, I believe the higher quality meters are a better choice. I'd rather spend more on the tester, than on the mistake, especially since I've fixed things that didn't need to be fixed, I just needed a better meter.
2:15 Continuity I cannot understate how much i check for continuity as a hobbyist who's just dicking around with circuit boards and stuff. Voltage is a close second
I personally use mine in the live entertainment industry. I could go from reading voltage to resistance to continuity to amperage in an hour in a day. Being the Lighting Designer and Master Electrician, I need to be able to also read resistance so I don't use the wrong gauge wire for the length of wire needed going to a lighting instrument that might only be used that day. I use these videos to sharpen the basic skills I have to keep me up to date on anything new I might not know. Especially when dealing with over 400V. When it is that high of voltage those lines, get what we call "Cam Lock" connectors in my industry, which is always 3 phase power. But 99% of the time, I am dealing with at very most on a daily single 220 volts. Which really hurts if it is live, and you're lucky enough to be in a grounded boom lift that allows the breaker to trip. That story is because someone that wasn't scheduled to be at work accidentally hit the breaker with a broom handle.... I now keep my own personal lock out kit on top of my jobs lockout kit in my toolbox because of it.
You really want me to tell you what meter I own ok you asked for it here you go Fluke 87v fluke 117 fluke 115 fluke 113 Fluke 83lll Fluke 112 fluke 110, wiggy want more yes I am a full lic live sound engineer A-1 I am also an Electronic Tech. I also own a full scope. and at lest 5 other vom's meters as well one is a full amp meter for power for the distro for the sound comm.system. Nice vid very well done! My first fluke was in 1991 fluke 12
Bought a Fluke 115 multimeter like you have last week, and this sure makes things easier! As i'm studying automation this information is gold worth, thanks :)
I used to work for Fluke, HVAC/R and Controls group starting back in the days before they were acquired by Danaher… I have the 116, 117, 3000 kit (meter, clamp, and temp with usb to record data if desired), some others, and my favorite, a TiS 65 (thermal imager, which is great for motors, and other stuff)… But, these days I would probably purchase Fieldpiece as they have come a long way and are much more affordable!
6:21 I worked as an electrician for several years, and i cannot understate how good of an advice that is When it was first explained to me my reaction was 'oh, yea, that makes sense, why tf didnt i think of that before?'
There is a 10 Million ohm resistor inside these units between live and you. Its not bad to be aware the other lead is becoming electrified, but the multimeter will limit the current so much, its not going to shock you on any regular residential line. Its good to remember if you hook it up to any high voltage circuit though.
One thing I use more than any is the Buzzer aka the speaker feature. It's the 4 lines on the meter. Remove power aka unplug or remove power wires ac or dc. I do a lot of trouble shooting on start up of new systems with a lot of relays and din rail blocks. I use this to test if things are jumpered correctly, wire to wire connections. Also use it when you pull relays out of bases to see if they change state correctly.
Thanks for all of your videos, I am a programmer wanting to get another job, plan to have a repair shop for smartphones I just learn the basic fundamentals of electronic before I go more further.
Personally I prefer to plug my leads into the DC amps plug and put it across my 120v AC socket. Watching the wires explosively popping off my leads gives me endless satisfaction-- far more satisfaction than using a meter for any legitimate purpose. The explosive pop and the spasmodic dance of my hazard fraught meter's wires never cease to bring me joy. It's worth the effort of trimming them back and reattaching them just to do it again. would/10 highly recommended.
Thanks for your time and dedication to your content. This must've been hell to edit but it's been saved to where I'll be able to review it again. Thanks again!
My dad should watch this video and maybe he'll listen and stop switching things around without a clue until he blows the fuse after switching to the wrong setting while using the fused line. Hes one of those "can fix anything" types unless it involves electricity, then he gives up which is why i have taken it up as I was the same way after learning from him. Just knowing how to actually use a multimeter correctly gives you so much more confidence.
The videos Engineering Mindset puts out are phenomenal. This video explains essential information in such an easy way to understand with amazing visuals. Thank you so much for these great videos they help out soooo much! Keep up the great work!
I am new to this field and am very excited to learn new things. I am using the fluke 101 right now But i wanted to try an analog multimeter and i was wondering which one should I use, and to my surprise the one you showed in your video at the begining caught up my eye. I was hoping that if you will provide me that little beauty. I will be thankful to you. Your fan.
Your videos are great i learned alot from them i hope you will be continue and i have a question how to learn electrical engineering what is the best books ?
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*Get your PDF Tutorial here* Link 👉 tinyurl.com/Multimeter-PDF
But how do you use a DVM meter to find a 3 phase system of which phase#1 which is phase#2 and which is phase#3? because all the 3 phase AC voltages will measure 120vac but how to tell which is phase1,2,3?
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You guys did a video on a supermarket ventilation system. Can you do one on a ventilation system for a virology lab? Perhaps one where you describe what happens when maintenance budgets are gutted and things like HEPA filters are not changed when indicated? My contention all along has been that COV 19 was a result of non-conformance with the lab designers' specifications. I think that's what happened in China. Can you guys do a work-up on what a lab like this requires in terms of maintenance?
time stamps would be great!
Paid & downloaded 🙌 😎
Been looking on Amazon for a decent multimeter book, most were of poor quality photos. Thank you
This isn't a tutorial how to use a multimeter....... THIS IS MOST OF THE ESSENTIAL INFORMATION ON PROPERLY HANDLING ELECTRICITY/ELECTRONICS AND I'M GRATEFUL BECAUSE EVERYONE NEEDS THIS.
This video is super amazing!!
Yep it's good
I also believe that everyone working with voltages or devices that could cause serious injury should have the mindset that their multimeter is an essential piece of safety gear instead of just thinking of it as another tool.
This video is excellent
YES ITS GOOD
The absolute best instruction on a meter I've ever seen.
Just published a new version, learn even more th-cam.com/video/J3kKNNizARc/w-d-xo.html
Seriously spent 2-years trying to figure this out as hobbiest. Much appreciated for making this!
Same with me. This video is a godsend.
Just publish a new version too th-cam.com/video/J3kKNNizARc/w-d-xo.html
Loving you vids. I'm an IT guy and got into electrics a bit more recently since having solar panels. Now I am tinkering with changing lights etc in my workshop. Your series is brilliant for giving me the basics. I've now ordered a multimeter and bought your pdf - thank you
That is awesome!
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This must be the best multimeter instruction video I have ever seen!
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Hey Engineering Mindset. Just wanted to say I seriously love this video. I'm starting from the absolute beginning and your tutorial is easy to understand yet thorough. I was watching a tutorial from a different channel and I noticed the comments had some safety-related concerns so I searched again and found this. I feel like I'm learning an actual life skill. Not going to be an electrical engineer lol, but this will help to identify if* something is still live or reading correctly. Thank you all so much for making this
Just published a new version, learn even more th-cam.com/video/J3kKNNizARc/w-d-xo.html
This is gold! Would love a fault finding with a multi meter in a control panel video. Thanks for this video 👍🏻
Good idea, I'll see what I can do
Ah definitely, great idea
@@EngineeringMindset Great, thanks again 🙂
@@EngineeringMindset this would be useful, because during this tutorial I learned that between the left terminal and the ground/botto (US) plug, there was current. Like, 121V
@@emmanuelleallen You would get 120V to ground, potential, that is what it is there for… That is, so you don’t become the path for current to follow, although the breaker should trip due to the short or ground fault interrupt should kick in…
I learnt more from this video than I have from every other video I’ve watched on the subject.
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bro this is like a masterclass level tutorial on how to use a multimeter, if I ever forget literally anything about them I can just look at this video
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Thank the Lord for people who make informational videos like this
This is the best multimeter content I have found online. Thank you so much I learned a ton.
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Very informative and easily understood for a novice like myself. The safty factors included are a great way to go..thanks.
Glad it was helpful!
Finally, I found a tutorial that actually makes sense of how to use a multimeter. What a great tutorial I've watched several tutorials on multimeters and have found them difficult and confusing to understand but this tutorial is clear precise and easy to grasp, thank you so much for making this available. man you nailed it.
@fonhullotian2399 you need to be locked up for having anything to do with the engineering mindset 😀💥🐰🌶🏖🎃🧲®®®®™™™🏁🏁🏁🏁♀
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A video I didn’t know I needed. God bless you Paul!
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i am so happy you made this video. I'm a visual learner and the teacher wasn't showing us a single example for the entire 6 hr class. I was confused for so long on just trying to find the right signal to use
Thank you, I just published a new version, learn even more th-cam.com/video/J3kKNNizARc/w-d-xo.html
Your hard work is impressive. You made it so easy to understand
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The best explanation of multimeter that I've ever seen on youtube
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Simple. Comprehensive. Brilliant!
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I have kaiweets multimeter good for a beginner and the accuracy is close to some of the fluke meter. This is a great video for anyone, getting into electrical and those who just need a refresh. Thanks!
This channel is a pure gold.
Good bless you brother !!! I’m a speaking Spanish person . I don’t know nothing about volt ,resistance , multimeter. And you just make me understand everything.thanks brother 🙏🏻
Glad to hear. We do also have a Spanish channel with all videos translated
@@EngineeringMindset good to know !! Thanks 🙏🏻
I use mine to build guitar pedals and test components, but I don't do it often enough and I have to watch something like this again to remind me of all the settings again. This about covers everything I use it for.
It is amazing that of all the videos I have watched, yours is the most detailed that is explained in simple terms we can understand. GREAT WORK !!!
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Hey man I'm a beginner so I was frustrated with how to use a multimeter as they have very thick manuals. Your video has explained everything about multimeters and your video is much understandable than the manuals. I'm grateful to you man
One of If not the greatest learning video on multi meter testing and fault finding.. brilliant and concise
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Hello, this is Kyoritsu Electrical Instruments Works, Ltd.
This video is so impressive. It's easy to understand how to use a multimeter.
A comprehensive and informative video on multimeters, Thank you!
I could recollect my early days with a multimeter where I connected the multimeter to an AC circuit in parallel for measuring current and had no clue why it got damaged.
I think many of us have learnt from this mistake in our early engineering days
Literally just bought a multimeter yesterday and you drop this
It's a long video but it's a gateway to up skilling yourself
An excellent tutorial! I do especially like the symbolic descriptions on how the components and circuitry works.
I´m mostly self taught and had snapped up bits and pieces here and there over a couple of decades, but always find it fun to repair electronics so a decent multimeter is essential. I own 4 at the moment for various use and/or ranges, both manual and automatic meters. Basically use them for voltage, ohms, capacitance, Hz or continuity.
Ditto. I always tell people; "Iknow just enough to be dangerous ". This is an excellent informational video.
@@bellgabEdgy. However, make sure to use your knowledge and intelligence for good things.
Not sure why I watch Yours videos cause i'm car electrician and doing lots of electronic/appliances repairs as well so i know all of these stuffs , but i really like them! These are very well made and people get good information/guidance. And somehow i feel like back in schools 😄 Keep up the great work! ❤
Funny… I used to be an HVAC/R and Electrical Contractor, now I do work on direct digital controls (SCADA Systems); but, I like watching videos like this as well… Also, was a loyal Fluke guy for decades… Although, these days most of the competitors are just as good on the low end stuff… Clearly, I am getting old as this is my Saturday night shortly after dinner!
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Safety tip: Always verify your metering setting before testing. I trash a meter about 30 years ago because I tested a 125 VAC while the meter was on VDC. My new meter that I had to go out and buy after that mistake has auto range and some protection features built in.
this happened to me last week, I wasn't paying attention
Glad that some yt channel tell me to change mode first before measuring😅
Good to know that screwing up a meter 30 years ago was a thing to remember and that u memorized a value XD
@@doublewhopper67severely lacking in today’s society
That was probably an analog meter, which are not forgiving for incorrect range selection.
DMMs won't be damaged aside from plugging the test leads into the current measurement socket for voltage measurements. That's when if you're lucky it just blows the fuse😅
I greatly appreciate this. I have come to prefer your simple, yet detailed explanations over any other. Love the channel. Thanks, man.
This is great! Would love one on a handheld oscilloscope tutorial!!!!
YES. I just splurged on the fanciest multimeter that I have ever owned and was about to look for some video walkthroughs about what I can do with it. This Old Tony made a great video about them years ago, but it left me with more questions than answers.
Glad I could help!
Yeah but if TOT doesn't leave you scratching your head at some point it would be an off video for him😅. But on the other hand you definitely don't want to be sticking a recent splurge into an electrical socket with questions and doubts.
This is a overload of info. Going to get my notbook to take notes. Thanks for sharing.
Best explanation of the multimeter on the whole internet
I understand now so much more than I did the 1st time I heard this reading!!! I’m thankful that this reading popped up again!!! Thank You Julia Rose❤
No doubts that this is the greatest multimeter tutorial on the web;)
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I love fixing/cleaning stuff. It's fun and you save money from it. This video is a must. The way you explained it was fascinating. Thank you.
Engineering Mindset taught me more than a semester course I have taken at school! Theory is important to get the fundamentals/concepts, but practical is one that will make you learn!
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I just started studying electronics as a hobby and this helps a lot, thanks man
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nice, this video helps me a lot, recently, i bought a assark multimeter, i am not professional. Fortunately, I found the greatest video💯
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Truly a engineering mindset
Also can use continuity symbol to test LED's but it doesn't show th voltage which the LED requires
I've got the fluke 179 true rms multimeter, and now I know what the rest of the features do. Very informative and professional tutorial. Thank you.
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Fantastic video, thank you! Just bought my first multi-meter, so this was a perfect introduction!
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A lot of information to remember. Definitely rewatch it multiple times. Thank you ❤
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I have a Fluke 8024B. It's a very wacky design. 8 buttons like a desk fan, and you have to select the right combination to chose AC/DC, range, and type
I swear pink and blue I learn something new everytime I watch one of these videos. Awesome channel 👍
Excellent and very thorough video. Thank you very much. I was a little bit intimidated by the new digital auto-ranging meter I just purchased, but now I am ready to open it and face it. I'm familiar with analog meters but not digital and especially the auto-ranging feature was giving me pause. My eyesight is getting worse with age and since we don't have a third hand to hold a magnifying glass, it was getting impossible to work and also read the scales, hence the upgrade. Also reading capacitance will come in handy.
I have a multimeter with a magnetic strap attached, makes it easier to work hands free. Many of the new meters also have a flip out stand tucked into the back too. I have seen a multimeter with a detachable wireless screen which would be useful at time although I'm not sure I can justify the cost for how often I would use it.
Greetings and thank you very much sir from sa🇿🇦
I just bought a Klein Tools mm325 multimeter (what do you think of those?) for no reason other than to learn about basic electrical troubleshooting. I recently started a job in a manufacturing plant and had my curiosity piqued while hanging around with the maintenance crew. I'm hoping some of their knowledge will rub off on me with the help of useful videos like yours.
1. For multimeters with manual range (especially the older ones with needle), always start with highest possible range to avoid any damage to the multimeter.
2. With digital multimeter you can "detect" which side in the wall power socket is live and which is neutral. Put only red tip into one of the holes and read the display - if AC voltage is about 10V, it's a live. If it's close to 0V, it's neutral. Practice makes it even easier to conclude.
11:25 Ah, good old color codes: first brown=1, second black=0, last (number of zeros) green=5, gold=5% so 1 and 0 and 00000 = 1.000.000 (1 megaohm, 5% tolerance).
18:01 OL means overload, not open loop. It's a normal result for diode, ohms and buzzer mode. Contrary, OL in any other mode can be potentially dangerous for the multimeter.
21:17 That's not quite correct, because there Germanium and schottky diodes which have forward voltage drop as low as 0.2V. Keep that in mind.
23:00 Most Fluke multimeters have internal safety and discharge circuit for voltages up to 8kV (yes, 8 kilovolts). Hence, it's safe to measure capacitance of charged capacitor. Multimeter will first discharge the capacitor, and then measure capacity. Some of them displays OL, other dISC (discharging). And yes, you can use the probes on either side with polarized capacitors too, there's no difference whatsoever.
At 69 years of age and a beginner in electronics ( my way to avoid boredom) I find this tutorial simple, and easy to understand not to mention its emphasis on safety. Thanks engineering mindset.
Glad it helped!
Excellent presentation. The basics explained without any assumptions. With clearly displayed video. Kudos.
Nice to you back after a couple months 🤠
Wow…this is a very detailed step by step explanation for newbies like me. Thank you!
request:
1) learning basic ocilassi lc
2) build an induction heating circuit
3) create a series of electromagnetic waves
4) op amp
amazing teacher as a plumber always struggled first class thankyou
This is a brilliant tutorial. I use my multimeter to measure the speed of my car’s engine and to detect draw on the battery.
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I have had a Fieldpiece SC640 from 2015 that's still going strong, I only needed to replace the leads. However, one day my boss at work called me up to his office and gave me a Fluke 87 V bran new. I do refrigeration so the SC640 suits me better, but that Fluke is one bad ass meter.
Great video and excellent tutorial (which is a must buy btw) thank you!
Will you ever make a similar tutorial about Oscilloscopes?
Ooh, that'd be great!
11:26 I’m studying electrical theory right now, just finished the chapter on resistors, the ones you show here are rated for 1Mohm +/-5%
Thanks for making these awesome videos, such a perfect companion to a textbook.
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I bought my first digital multimeter from Radio Shack in the early 90s. It cost $70, but as a kid, that seemed like a fortune, but I was getting interested in electronics, so I saved up for it.
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0:48: 📐 This video explains how to use digital multimeters, focusing on DC voltage measurement.
4:21: ⚡ The video explains how to measure voltage in different types of circuits and provides safety precautions.
9:13: 💡 The video explains how to measure resistance and current using a multimeter.
13:55: ⚡ Using a multimeter to measure AC current safely and accurately.
17:38: 💡 This text provides instructions on how to use a meter to test electrical circuits, including testing for continuity, frequency, diodes, and capacitors.
22:11: 💡 The X section explains how to test electrolytic capacitors and transistors using a multimeter.
26:22: 🔋 The video explains how to use a multimeter to measure temperature and test batteries.
Recap by Tammy AI
Bookmarks should be mandatory for all monetized vids over 59sec ty!
thanks
this is a really good tutorial video, very detailed and all the informations given are accurate, and i like how you make the right call by not calling mains voltage a "high voltage" unlike some other content creator that calls things below 1KV a high voltage (based on NEC,ANSI,IEEE,VDE and IEC60038)
excellent video to understand the basics and intermediates of electronics
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As a current student trying to get my Electrician degree this video is amazing
Great video, you answered my pressing questions, and I really learned a lot from this video. Thank you. By the way. Sometimes when using a cheap multimeter they will continue to give readings even when there is a problem with the meter, they don't always read error. So, if there is a short in your test leads, or it's cold, or you have a low battery, the cheap meter doesn't always tell you. If it's really expensive or important, I believe the higher quality meters are a better choice. I'd rather spend more on the tester, than on the mistake, especially since I've fixed things that didn't need to be fixed, I just needed a better meter.
This is chest of knowledge for students and hobbyists.
2:15 Continuity
I cannot understate how much i check for continuity as a hobbyist who's just dicking around with circuit boards and stuff.
Voltage is a close second
I personally use mine in the live entertainment industry. I could go from reading voltage to resistance to continuity to amperage in an hour in a day. Being the Lighting Designer and Master Electrician, I need to be able to also read resistance so I don't use the wrong gauge wire for the length of wire needed going to a lighting instrument that might only be used that day. I use these videos to sharpen the basic skills I have to keep me up to date on anything new I might not know. Especially when dealing with over 400V. When it is that high of voltage those lines, get what we call "Cam Lock" connectors in my industry, which is always 3 phase power. But 99% of the time, I am dealing with at very most on a daily single 220 volts. Which really hurts if it is live, and you're lucky enough to be in a grounded boom lift that allows the breaker to trip. That story is because someone that wasn't scheduled to be at work accidentally hit the breaker with a broom handle.... I now keep my own personal lock out kit on top of my jobs lockout kit in my toolbox because of it.
Great video, I learned a few things and wanted to say thank you.
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5 mins in and this video already does a better job at teaching me on using this than our teacher and my supervisor COMBINED.
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you have gained a subscriber.I love this.Thanks a lot
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You really want me to tell you what meter I own ok you asked for it here you go Fluke 87v fluke 117 fluke 115 fluke 113 Fluke 83lll Fluke 112 fluke 110, wiggy want more yes I am a full lic live sound engineer A-1 I am also an Electronic Tech. I also own a full scope. and at lest 5 other vom's meters as well one is a full amp meter for power for the distro for the sound comm.system.
Nice vid very well done!
My first fluke was in 1991 fluke 12
Could you add timestamps to the video? It would be super helpful! Great video!
Good shout
We can make them.
Bought a Fluke 115 multimeter like you have last week, and this sure makes things easier! As i'm studying automation this information is gold worth, thanks :)
Great to hear!
I used to work for Fluke, HVAC/R and Controls group starting back in the days before they were acquired by Danaher… I have the 116, 117, 3000 kit (meter, clamp, and temp with usb to record data if desired), some others, and my favorite, a TiS 65 (thermal imager, which is great for motors, and other stuff)… But, these days I would probably purchase Fieldpiece as they have come a long way and are much more affordable!
@paulgrodkowski5839
Seen our new CLAMP METER tutorial?: th-cam.com/video/J3kKNNizARc/w-d-xo.html
6:21 I worked as an electrician for several years, and i cannot understate how good of an advice that is
When it was first explained to me my reaction was 'oh, yea, that makes sense, why tf didnt i think of that before?'
There is a 10 Million ohm resistor inside these units between live and you. Its not bad to be aware the other lead is becoming electrified, but the multimeter will limit the current so much, its not going to shock you on any regular residential line. Its good to remember if you hook it up to any high voltage circuit though.
Check out NEW resistor video, everything covered! ➡️ th-cam.com/video/DYcLFHgVCn0/w-d-xo.html
One thing I use more than any is the Buzzer aka the speaker feature. It's the 4 lines on the meter.
Remove power aka unplug or remove power wires ac or dc. I do a lot of trouble shooting on start up of new systems with a lot of relays and
din rail blocks. I use this to test if things are jumpered correctly, wire to wire connections. Also use it when you pull relays out of bases to see if they change state correctly.
Very essential guide how to correctly handle a multimeter. Million thanks. It was very helpful to watch.
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Thanks for all of your videos, I am a programmer wanting to get another job, plan to have a repair shop for smartphones I just learn the basic fundamentals of electronic before I go more further.
Personally I prefer to plug my leads into the DC amps plug and put it across my 120v AC socket.
Watching the wires explosively popping off my leads gives me endless satisfaction-- far more satisfaction than using a meter for any legitimate purpose.
The explosive pop and the spasmodic dance of my hazard fraught meter's wires never cease to bring me joy.
It's worth the effort of trimming them back and reattaching them just to do it again.
would/10 highly recommended.
Thanks for your time and dedication to your content. This must've been hell to edit but it's been saved to where I'll be able to review it again. Thanks again!
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This is so educational. Thank you for making it. I love how you repeat the important points over and over for emphasis.
My Mentor The Engineering Mindset
👍
ACCOMPLISHED The Engineering Mindset
From Nick Ayivor from London England UK 🇬🇧
My dad should watch this video and maybe he'll listen and stop switching things around without a clue until he blows the fuse after switching to the wrong setting while using the fused line. Hes one of those "can fix anything" types unless it involves electricity, then he gives up which is why i have taken it up as I was the same way after learning from him.
Just knowing how to actually use a multimeter correctly gives you so much more confidence.
Great video. Easy to understand. Thank you
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The videos Engineering Mindset puts out are phenomenal. This video explains essential information in such an easy way to understand with amazing visuals. Thank you so much for these great videos they help out soooo much! Keep up the great work!
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Thank you very much for this video. Brilliantly explained. I am confident enough now to buy a multimeter for working on my small electronic projects.
I am new to this field and am very excited to learn new things.
I am using the fluke 101 right now
But i wanted to try an analog multimeter and i was wondering which one should I use, and to my surprise the one you showed in your video at the begining caught up my eye. I was hoping that if you will provide me that little beauty.
I will be thankful to you.
Your fan.
Blessed love my brother, I need you to recommend a gud capacitor tester for me, please an thanks, watching from Jamaica west Indies !!
Truly The Best Video 💖 I found on internet its really important to learn how to use multimeter for lab uses
Your videos are great i learned alot from them i hope you will be continue and i have a question how to learn electrical engineering what is the best books ?
the way you explain any thing is amazing thank you
Exactly what I needed. Thank you very much!
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Thanks man.
Love from India ❤️
This is very useful video. Very clear and easy to understand
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Great tutorial.
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