🔋 Capacitor Videos For Further Info: Original Video on Replacing a Capacitor: ruclips.net/video/C82HvbvP08E/видео.html How to Replace a Capacitor Full Guide: ruclips.net/video/9ZGfvC-PMWU/видео.html How to Order The CORRECT Capacitor: ruclips.net/video/mkqaOfvH4a4/видео.html How to Check Capacitor With Multimeter: ruclips.net/video/5_0nKm940nA/видео.html How to Replace a Start Capacitor: ruclips.net/video/hC0nFT1XPcI/видео.html How to Discharge a Capacitor: ruclips.net/video/45oZXnClMD0/видео.html How to Combine Capacitors: ruclips.net/video/qLJOWU33TFo/видео.html What to do if Capacitor is Rusted: ruclips.net/video/RSIi47uzApI/видео.html How to Install SPP6 Hard Start Kit: ruclips.net/video/ThBsRFrdNiY/видео.html How to Install 5-2-1 Hard Start Kit: ruclips.net/video/KRQ3BzJPPn0/видео.html How to Wire A/C Condenser Unit: ruclips.net/video/KCanZEsLVEI/видео.html
Thank you for all your generosity to homeowners that are so appreciative of your easy to understand instructions on how to keep our HVAC in such a great working condition! I can’t thank you enough!
You saved me a lot of money already. First, it was my cap and so I replaced it myself. A month later, it was my fan motor, like today, I replaced it myself too. For quick calculation, if it is + or - 6%, just multiply the MFD by 1.06 or 0.94 and you'll get your MFD right away. Thanks you for helping me save some money.
New to HVAC and an Apprentice I am. I really want to thank you for taking the time to simplify this matter determining of a good vs bad capacitor. Much appreciated 🙏
Love your videos & keep up the good work! Here's a helpful tip with the calculator to save steps/time. Instead of putting in the extra numbers in parentheses , just type in 35+6% or 35-6% on the calculator to get the microfarad range. Makes life much easier! 😀
Thanks so much for your video. I was able to diagnose my ac problem and found out that the run capacitor was bad. Ordered next day delivery and I have my AC fixed next day. I really really appreciate your help. Keep up the good work and god bless you.
Thank you Uptown! I appreciate that! Awesome! Good to hear you were able to resolve the AC problem! Have a fantastic new week, Aloha from Big Island! 🤙🤙
Just want to say thanks for this. My blower motor inside was whirring but not running and this helped me figure out how to test the capacitors. I spent $50 on a clamping multimeter which I'll keep for next time and $12 on the capacitor that needed to be replaced and that wouldn't even have covered the callout for anyone else. Saved me a fortune.
Great video it helping me in my hvac school training your explanation is the best you consider teaching hvac in classroom if you not a teacher love channel man.
35.5 mfd red 32 poind cand gan side 4. Heom side staing point 36.75.good showing ..bad sho cap body show no rests not nad good expplas show ok high restan
My friend You are Still doing Videos and Helping others as Always.....👍👍 Your ways of Explainations are Easy to Understand and Follow.... ..... Thank you
Thanks for the explanation as to if it would run if out of range, and how it affects other components. My 45 was reading about 12. It was running, but I’m sure near its end of life. Florida, so our systems work pretty hard. Better safe than sorry.
Thanks for great information. Checked my capacitor because it would start air conditioner sometimes and sometimes it won't start .my capacitor was below minimum and fan side was below 1 .fires right up with new one.thanks again for your videos
Quick first note- i didn't have a multimeter with the uf setting, found that you can use ohms instead. From what I could tell, If your light and beep blink on then stay off, your capacitor is good. If the light and beep stay on and the reading doesn't 0, or if no beep or light at all, its a bad capacitor. Second note- Lifesaver! Detailed and easy to follow instructions make your vids the best. Its pretty cold in MI right now and my furnace stopped working. Blower wasn't working right. Used steps from another vid of yours to rule out the main board. Then this vid and found a dying capacitor. What I feared was going be a multi hundred dollar visit from the heating and cooling guy turned out to be a $6.25 trip to the hvac and plumbing store. Furnace back to work. Thanks from me and my now warming up family!
I suppose if there is no continuity between the leads of the capacitor, then testing ohms may work. However to properly test a capacitor you may use uf setting, with the capacitor removed. I also use a MESR-100 ESR Meter, which can kind-of test the capacitors without unsoldering them from a circuit board. However sometimes you still have to unsolder them to get the best reading. Anyway, testing for ohms will not properly test capacitors.
Thanks, this helped me identify a bad capacitor. Hopefully the replacement I ordered will have fixed my issue. For those reading, make sure your readout is in the correct units. My fan was reading at 4.8uF, but the HERM was reading out at 89nF. (this lead to a lot of headscratching as I was reading it at uF).
Very nice explanation for capacitors. I like all your videos specially for hvac. Could you make a video of how to do vacuum and then how to recharge it using 410a refrigerant. Thank you.
Aloha ... You sure know how to start off a good Sunday Morning ... Always good to hear from ya ... Hope you and your family are still doing good there ... Aloha !!!
Aloha Eddy! Haha glad to hear I made the Sunday better and not the contrary. 😄 Always good to have you stop by! Family and I are doing great! Hawaii is treating us well. My son is getting smarter by the day! He will be turning 4 this month. Hope all is well on your side of the world too. God bless you and yours, have a fabulous new week!
Long time follower. You are an outstanding teacher. I have a “seasoned” (assembly date 29Jan2008) Payne unit that stopped working. Armed with your education, I located the Dual Run Capacitor and replaced it with like replacement 60+ 5Mfd I had ordered long before as a contingency. This action restored unit. All is well. However, whilst replacing this Dual Capacitor I noted a “add-on” 10Mfd Capacitor off to the side. (It is attached to wires with a cable tie.). The 2 leads off this add-on go to HERM and Common on the proper Run/Start Capacitor. Which I believe puts it in parallel with the HERM Capacitor, thereby increasing plate area/capacitance. I since learned people will use this short cut when only 1 side of a Dual Capacitor is bad. The schematic on the unit does not indicate Mfd Rating of the Capacitors for the Fan and Compressor. I can only assume the Dual Run Capacitor I replaced based on what was already there, was of correct value or what manufacturer intended. Question: Do I remove the “extra” 10Mfd capacitor or leave it? A second question I have regards Filters for the HVAC. There are many out there claiming to allow air-flow, but what FPR or MERV value will insure adequate filtering for the HVAC and still not overtax/overwork my older system? Thanks. And again, I sincerely appreciate your outstanding instructional videos. Joseph
Thank you! I appreciate that you've been a long time follower and I like that you included all the details with your questions. 1. Many compressors will have a specs label on them which also lists the size capacitor that is needed for it. If you are able to get to it and it's not faded out, you can find out exactly what size capacitor you need. If you only need a 60, then I would take that extra capacitor out. Another option is to call an HVAC parts store, give them your model number, and ask which size capacitor is needed for your unit. They should be able to look that up for you. I do an example call in my video on how to order HVAC parts, if you need more on that. 2. For filters I recommend lower values. MERV 6 or MPR 300 for example. The premium filters don't filter much more yet they do restrict the airflow more. Hope that helps! Stay cool! Jay
If you are a math nerd and lazy like me you can calculate it much easier like this : Cap with a 30 MFD with +/- 5% Upper range : 30 * 1.05 = 31.5 Lower range : 30 * 0.95 = 28.5 Cap with a 30 MFD with +/- 6% Upper range : 30 * 1.06 = 31.8 Lower range : 30 * 0.94 = 28.2 Thanks for your video.
I've done the bad cap dance a few times... life's too short for waiting/baking through a heat wave just to make an HVAC guy rich over some little nickel/dime cap. I now replace them every two years come hell or high water; _and_ keep a spare on hand at all times. I've even set up a repeating calendar event as a reminder. Obey all the safety rules... remove power, discharge the cap etc, and don't attempt unless you know what your doing. Cool videos, Thanks!
To test capacitor under load: Capacitance (MFD) = Start Winding Amps (between the capacitor and the start terminal) X 2652 Divided by Volts from Start to Run (Herm and C or voltage across the capacitor). From So Cal - All I know is "Aloha" and "Kahuna" in Hawaii 😎🤞
Great video, thank you for sharing. By the way, that mango about 4 feet above your head looks delicious. Not the one to your right, but the one further up to your left.
Your videos are so informative! Thank you so much for your explanations. I wanted your input on my situation. My ac fan was not spinning just buzzing humming. I was able to kick start it by manually spinning the fan with a stick. Videos said maybe a bad capacitor. Swapped it with a new one. But its still doing the same thing. I have to keep starting it with a stick once it tries to come back on after it cycles off. Any idea what else it could be. Don't want to keep going outside to start the fan. Thank you!!
Hey bro, all your vids are great, helpful and encouraging. As per your video. Make your math easier and just put 35 + 5%. Input it exactly like that in your calculator and you don't have to go back and forth. Thanks
Hahaha oh man.. I really did make it more complicated then it should be. Thank you for pointing out the easy way! At my previous job, the company gave us "dumb phones" and the calculators on them did not have parenthesis or the percent option so I got used to doing it the hard way. 😅 (my personal phone would often stay in the truck)
@@WordofAdviceTV lol oh ok. Good vids though bro. I have a look out on more videos from you. You have a positive attitude and have enthusiasm in the work you do. I did maintenance for 7 yrs on all boilers you name, furnaces, acs. Than i stepped up into service as of 2019 HVAC. Love what i do and looking forward to what you post.
Thanks for the video, when I checked my compressor's capacitor, fan rating is ok around 4.9 mf but Hermes one is 31.77mf and my capacitor rating is 35uf +-5. So what do you suggest shall I change or is it ok?
Another great lesson. Is there any relationship between the fan and compressor on a start capacitor of 50 + 7.5 uF +- 5% My readings were 45.6 below 5% (bad) and 7.56 common to fan. Is there any relationship that it is needed to test compressor to fan my reading was 6.48? I thought two sides should add up to the Run side? Or is this on the compressor windings, or am I totally confused?
Great video thanks. QQ If one of the Com terminals in use has lots of corrosion, could one simply change to another. The readings are good on the alternative terminal. Or should I get rid of it?
No, sorry I am not sure where the original file is. Near the end of the video I do show the full sheet full screen though. You should be able to take a screenshot.
Any update on this? I picked up a digitial clamp meter today from a local walmart but I think I got the wrong one. it doesnt have an "MFD" reading or the symbol shown.
If two capacitors (i.e. 45 + 5 mfd) are priced the same, but one, say, is +/- 5% whereas the other is +/- 10%, which one would you buy? Which is more reliable? The one with closer tolerance(lower %)?
Hello Jay, love your videos. I need to replace the capacitor on my condenser which ha 3 terminals ( com/fan herm). The one I got is am/rad with 4 terminals (com/fan/herm/cpt) How do I connect this to my condenser? Thank you.
Hey bro, I happened to replace a 50 MFD capacitor for my window AC, but then it made some kind of fluid sound in it as I shook it. Is such a capacitor good or bad, kindly advice. I like your videos and education.
If the compressor part (HERM) is still good but the fan part is not, can I just connect the fan to a new single run capacitor for the fan? I know that I will need to connect the common of the new capacitor to the old one if there is only one common wire.
🔋 Capacitor Videos For Further Info:
Original Video on Replacing a Capacitor: ruclips.net/video/C82HvbvP08E/видео.html
How to Replace a Capacitor Full Guide: ruclips.net/video/9ZGfvC-PMWU/видео.html
How to Order The CORRECT Capacitor: ruclips.net/video/mkqaOfvH4a4/видео.html
How to Check Capacitor With Multimeter: ruclips.net/video/5_0nKm940nA/видео.html
How to Replace a Start Capacitor: ruclips.net/video/hC0nFT1XPcI/видео.html
How to Discharge a Capacitor: ruclips.net/video/45oZXnClMD0/видео.html
How to Combine Capacitors: ruclips.net/video/qLJOWU33TFo/видео.html
What to do if Capacitor is Rusted: ruclips.net/video/RSIi47uzApI/видео.html
How to Install SPP6 Hard Start Kit: ruclips.net/video/ThBsRFrdNiY/видео.html
How to Install 5-2-1 Hard Start Kit: ruclips.net/video/KRQ3BzJPPn0/видео.html
How to Wire A/C Condenser Unit: ruclips.net/video/KCanZEsLVEI/видео.html
Thank you for all your generosity to homeowners that are so appreciative of your easy to understand instructions on how to keep our HVAC in such a great working condition! I can’t thank you enough!
You saved me a lot of money already. First, it was my cap and so I replaced it myself. A month later, it was my fan motor, like today, I replaced it myself too. For quick calculation, if it is + or - 6%, just multiply the MFD by 1.06 or 0.94 and you'll get your MFD right away. Thanks you for helping me save some money.
New to HVAC and an Apprentice I am. I really want to thank you for taking the time to simplify this matter determining of a good vs bad capacitor. Much appreciated 🙏
Don't listen
Love your videos & keep up the good work! Here's a helpful tip with the calculator to save steps/time. Instead of putting in the extra numbers in parentheses , just type in 35+6% or 35-6% on the calculator to get the microfarad range. Makes life much easier! 😀
Thanks so much for your video. I was able to diagnose my ac problem and found out that the run capacitor was bad. Ordered next day delivery and I have my AC fixed next day. I really really appreciate your help. Keep up the good work and god bless you.
This is the best #1 channel for Hvac on RUclips
This is no joke. ❤
Booooooyy you the real MVP!!! You saved me 300 dollars on a service charge. I bought the part for 20 dollars.
Thank you for the easy informative explanation, I wish I had a teacher like you, all your instructional videos are just great.
Your videos are always TOP NOTCH...
You help me solve a AC problem about 2-3 years ago. All the best from NJ.
Phil
NYC Area
Thank you Uptown! I appreciate that!
Awesome! Good to hear you were able to resolve the AC problem!
Have a fantastic new week,
Aloha from Big Island! 🤙🤙
Just want to say thanks for this. My blower motor inside was whirring but not running and this helped me figure out how to test the capacitors. I spent $50 on a clamping multimeter which I'll keep for next time and $12 on the capacitor that needed to be replaced and that wouldn't even have covered the callout for anyone else. Saved me a fortune.
Clear concise information. Even the math lesson was well appreciated.
Thank you.
Thank you Ted! Glad you liked the video!
Great video it helping me in my hvac school training your explanation is the best you consider teaching hvac in classroom if you not a teacher love channel man.
Thanks brother getting into the field and explaining it for me.
Thank you so much to share your knowledges with us. You’re awesome!
Thanks for sharing your very informative video and for showing your lovely garden, may God bless you
35.5 mfd red 32 poind cand gan side 4. Heom side staing point 36.75.good showing ..bad sho cap body show no rests not nad good expplas show ok high restan
My friend You are Still doing Videos and Helping others as Always.....👍👍
Your ways of Explainations are Easy to Understand and Follow....
..... Thank you
Thank you!! I’m learning a lot from your videos,
good job kid so far you have help me troubleshoot my A/C unit. muchly appreciated thank you
Thanks for the explanation as to if it would run if out of range, and how it affects other components. My 45 was reading about 12. It was running, but I’m sure near its end of life. Florida, so our systems work pretty hard. Better safe than sorry.
Great Teacher. Definitely one of Heaven's Chosen to lead people. Thank You Again
Thank you sir! May I ask a question? You use interesting terminology which made me wonder - what is your faith?
Best video on the subject.
Thanks for your very good explanation
Thanks for an excellent lesson.
Thanks for this! Cheers from West Coast Canada!
I absolutely love your videos!
Thanks for great information. Checked my capacitor because it would start air conditioner sometimes and sometimes it won't start .my capacitor was below minimum and fan side was below 1 .fires right up with new one.thanks again for your videos
Quick first note- i didn't have a multimeter with the uf setting, found that you can use ohms instead. From what I could tell, If your light and beep blink on then stay off, your capacitor is good. If the light and beep stay on and the reading doesn't 0, or if no beep or light at all, its a bad capacitor.
Second note- Lifesaver! Detailed and easy to follow instructions make your vids the best. Its pretty cold in MI right now and my furnace stopped working. Blower wasn't working right. Used steps from another vid of yours to rule out the main board. Then this vid and found a dying capacitor. What I feared was going be a multi hundred dollar visit from the heating and cooling guy turned out to be a $6.25 trip to the hvac and plumbing store. Furnace back to work. Thanks from me and my now warming up family!
I suppose if there is no continuity between the leads of the capacitor, then testing ohms may work. However to properly test a capacitor you may use uf setting, with the capacitor removed. I also use a MESR-100 ESR Meter, which can kind-of test the capacitors without unsoldering them from a circuit board. However sometimes you still have to unsolder them to get the best reading. Anyway, testing for ohms will not properly test capacitors.
Thank alot .the lesson benefited me
Thank you for sharing your knowledge.
Thanks, this helped me identify a bad capacitor. Hopefully the replacement I ordered will have fixed my issue.
For those reading, make sure your readout is in the correct units. My fan was reading at 4.8uF, but the HERM was reading out at 89nF. (this lead to a lot of headscratching as I was reading it at uF).
Great Video and Thank you for the cheat sheet!!!
Blessings your teaching is very informative be bless.
very well explained thanks.
You have helped me a lot! I really appreciate it.
Good explanation 👏. Thank you
very well presented. Thank you
Awesome video bro… hopefully you’re enjoying Hawaii life… thanks for all you do for us and stay safe…👍👍👍
thanx for the info man.. As usual, very informative and easy to understand explanations.
HAD ME CRACKING UP AT THE END.🤣
Thank you for the education.
Your video was Very informative, I was testing my jacuzzi motor capacitor single pole no read out of it.
Very nice explanation for capacitors. I like all your videos specially for hvac. Could you make a video of how to do vacuum and then how to recharge it using 410a refrigerant. Thank you.
Thanks for the tips
Well done and not too geeky!
Thank you for sharing your video and help a lot and good explaining keep doing good work
Good stuff I have enjoyed from Kenya Africa
Very helpful indeed im a techician myself thanx bro
Aloha ... You sure know how to start off a good Sunday Morning ... Always good to hear from ya ... Hope you and your family are still doing good there ... Aloha !!!
Hello Eddy ✌️ and Trixie and family
Aloha Eddy! Haha glad to hear I made the Sunday better and not the contrary. 😄
Always good to have you stop by! Family and I are doing great! Hawaii is treating us well. My son is getting smarter by the day! He will be turning 4 this month.
Hope all is well on your side of the world too. God bless you and yours, have a fabulous new week!
Great video. Thanks a lot.
Long time follower. You are an outstanding teacher. I have a “seasoned” (assembly date 29Jan2008) Payne unit that stopped working. Armed with your education, I located the Dual Run Capacitor and replaced it with like replacement 60+ 5Mfd I had ordered long before as a contingency. This action restored unit. All is well. However, whilst replacing this Dual Capacitor I noted a “add-on” 10Mfd Capacitor off to the side. (It is attached to wires with a cable tie.). The 2 leads off this add-on go to HERM and Common on the proper Run/Start Capacitor. Which I believe puts it in parallel with the HERM Capacitor, thereby increasing plate area/capacitance. I since learned people will use this short cut when only 1 side of a Dual Capacitor is bad. The schematic on the unit does not indicate Mfd Rating of the Capacitors for the Fan and Compressor. I can only assume the Dual Run Capacitor I replaced based on what was already there, was of correct value or what manufacturer intended. Question: Do I remove the “extra” 10Mfd capacitor or leave it? A second question I have regards Filters for the HVAC. There are many out there claiming to allow air-flow, but what FPR or MERV value will insure adequate filtering for the HVAC and still not overtax/overwork my older system? Thanks. And again, I sincerely appreciate your outstanding instructional videos. Joseph
Thank you! I appreciate that you've been a long time follower and I like that you included all the details with your questions.
1. Many compressors will have a specs label on them which also lists the size capacitor that is needed for it. If you are able to get to it and it's not faded out, you can find out exactly what size capacitor you need. If you only need a 60, then I would take that extra capacitor out. Another option is to call an HVAC parts store, give them your model number, and ask which size capacitor is needed for your unit. They should be able to look that up for you. I do an example call in my video on how to order HVAC parts, if you need more on that.
2. For filters I recommend lower values. MERV 6 or MPR 300 for example. The premium filters don't filter much more yet they do restrict the airflow more.
Hope that helps! Stay cool! Jay
Thank you very much for video is interesting for me .because I want learn more about this field
Very good information bro
This was also my issue. Thank you.
Learning ! Thanks!
Ur awesome learned from your video
Great video!!
thanks jay for the tip very useful keep on rolling
Glad you found it useful! Thanks for watching and leaving a comment!
Thank you dear brother
Thanks, you saved a $100 service call.
Good ,lesson.
Awesome man thanks !
Awesome! Thank you for this. Just saved me so much money :D
Thanks
Cool video my friend ⚡️
Totally just screenshoted the sheet! Thanks dude! Wow, moved to Hawaii! Nice! Big change from where you used to live I bet. Lol. Take it easy, bra! 🤙
Nice presentation . i ma from Bangladesh 🇧🇩
If you are a math nerd and lazy like me you can calculate it much easier like this :
Cap with a 30 MFD with +/- 5%
Upper range : 30 * 1.05 = 31.5
Lower range : 30 * 0.95 = 28.5
Cap with a 30 MFD with +/- 6%
Upper range : 30 * 1.06 = 31.8
Lower range : 30 * 0.94 = 28.2
Thanks for your video.
Nice! That's even better and faster! Thank you for sharing 👍👍👍
I've done the bad cap dance a few times... life's too short for waiting/baking through a heat wave just to make an HVAC guy rich over some little nickel/dime cap.
I now replace them every two years come hell or high water; _and_ keep a spare on hand at all times. I've even set up a repeating calendar event as a reminder.
Obey all the safety rules... remove power, discharge the cap etc, and don't attempt unless you know what your doing.
Cool videos, Thanks!
Amen to that! I fully support that spare capacitor idea 👍👍👍
Have a great new week good sir!! Thank you for stopping by and sharing your experience.
Outstanding
awesome!
Well done!!!!!
Thank you Jim! I appreciate you stopping by. Have a fantastic week good sir!
To test capacitor under load: Capacitance (MFD) = Start Winding Amps (between the capacitor and the start terminal) X 2652 Divided by Volts from Start to Run (Herm and C or voltage across the capacitor). From So Cal - All I know is "Aloha" and "Kahuna" in Hawaii 😎🤞
Thank you for explaining how to do that! Much appreciated! Haha that's a good start! I only know about 6 words too 😅
Do you have link for the capacitor chart you made? Thanks for you great vidoes.
Very helpful, thanks! One improvement you could add: how to take the capacitor out of the unit and put it back in.
Congratulations on the move to Hawaii.
Excellent
Thank you Ron! Appreciate you stopping by!
Great video, thank you for sharing. By the way, that mango about 4 feet above your head looks delicious. Not the one to your right, but the one further up to your left.
Hi sir iam Indian superb explain thanku very match
Your videos are so informative! Thank you so much for your explanations. I wanted your input on my situation. My ac fan was not spinning just buzzing humming. I was able to kick start it by manually spinning the fan with a stick. Videos said maybe a bad capacitor. Swapped it with a new one. But its still doing the same thing. I have to keep starting it with a stick once it tries to come back on after it cycles off. Any idea what else it could be. Don't want to keep going outside to start the fan. Thank you!!
Hi Jay, please advise can you use two single capacitors to replace a dual capacitor
Be sure and add a video about testing a cap under load!
Yes, I will need to do that one later too. Thank you for the suggestion!
Hey bro, all your vids are great, helpful and encouraging. As per your video. Make your math easier and just put 35 + 5%. Input it exactly like that in your calculator and you don't have to go back and forth. Thanks
Hahaha oh man.. I really did make it more complicated then it should be. Thank you for pointing out the easy way! At my previous job, the company gave us "dumb phones" and the calculators on them did not have parenthesis or the percent option so I got used to doing it the hard way. 😅 (my personal phone would often stay in the truck)
@@WordofAdviceTV lol oh ok. Good vids though bro. I have a look out on more videos from you. You have a positive attitude and have enthusiasm in the work you do. I did maintenance for 7 yrs on all boilers you name, furnaces, acs. Than i stepped up into service as of 2019 HVAC. Love what i do and looking forward to what you post.
Thank you so much. You saved me some money ($250) All I had to do is test my capacitor.
Glad I could help! Have a wonderful week Aceman!
Thanks for the video, when I checked my compressor's capacitor, fan rating is ok around 4.9 mf but Hermes one is 31.77mf and my capacitor rating is 35uf +-5. So what do you suggest shall I change or is it ok?
Very good ❤ please how can know bad overload in domestic air conditioner the work small time and stop
If your multimeter doesn't have a micro farad setting, can you test capacitance using another setting?
Another great lesson. Is there any relationship between the fan and compressor on a start capacitor of 50 + 7.5 uF +- 5% My readings were 45.6 below 5% (bad) and 7.56 common to fan. Is there any relationship that it is needed to test compressor to fan my reading was 6.48? I thought two sides should add up to the Run side? Or is this on the compressor windings, or am I totally confused?
awesome man thank you for sharing!!!!! hey do you have any vid's on package units?
You bet! 😄 Unfortunately I don't have any videos on package units man. Maybe sometime in the future..
Do you have a preference for manufacturer based on quality or failure rate?
I use BMI, Amrad and Trade pro.
Nice
Thanks man! 😄
Can you check capacitor "As installed"....with wires still connected? Assuming of course you do all the pre-checks like powering down, etc.
Great video thanks. QQ If one of the Com terminals in use has lots of corrosion, could one simply change to another. The readings are good on the alternative terminal. Or should I get rid of it?
Oh for sure! All 4 of the tabs on the common section are connected so it doesn't matter which spade you use.
Hi, thanks for the helpful videos. May I have that cheet sheet table?
No, sorry I am not sure where the original file is. Near the end of the video I do show the full sheet full screen though. You should be able to take a screenshot.
Do you have any links for the right multimeter needed that's inexpensive but good? Thank you again for another informative video.
Any update on this? I picked up a digitial clamp meter today from a local walmart but I think I got the wrong one. it doesnt have an "MFD" reading or the symbol shown.
@@mikes978 No, I haven't messed with it.
If two capacitors (i.e. 45 + 5 mfd) are priced the same, but one, say, is +/- 5% whereas the other is +/- 10%, which one would you buy? Which is more reliable? The one with closer tolerance(lower %)?
My multi has 3 plugs and no MFD. Wish you could explain if there's another setting that will work and why I have 3 holes to plug these wires into.
Hello Jay, love your videos.
I need to replace the capacitor on my condenser which ha 3 terminals ( com/fan herm). The one I got is am/rad with 4 terminals (com/fan/herm/cpt) How do I connect this to my condenser? Thank you.
Just use C/fan/herm on the new one with same wire arrangement as on old one
How do you check if compressor is bad? Good videos! Godbless.
Thank you! I have a video on that right here: ruclips.net/video/0aAj0iqP95A/видео.html
Hey bro, I happened to replace a 50 MFD capacitor for my window AC, but then it made some kind of fluid sound in it as I shook it.
Is such a capacitor good or bad, kindly advice.
I like your videos and education.
If the compressor part (HERM) is still good but the fan part is not, can I just connect the fan to a new single run capacitor for the fan? I know that I will need to connect the common of the new capacitor to the old one if there is only one common wire.