Remember to still include 25% of your largest motor when you are done with everything! No matter how many units you have you will only count it one time. For example in this video the largest motor is from the garbage disposal which is 900 VA .... then 900 VA x .25 = 225 W . This means along with what I taught in the video you will add 225 W. This means the ending number: 33,705 + 225 = 33,930 W ... This is your answer for total VA. 25% L.M. vid: czcams.com/video/XqFcmxB4UlE/video.html&t Summary and Comparison of Standard and Optional Method: czcams.com/video/AqMjHHDS7Kw/video.html
Glad to help! Remember to include 25% of your largest motor when you are done with all of this. Check the pinned comment for a more in depth explanation plus I will be uploading a video on it soon on my channel so look out for that.
Thanks! Remember to include 25% of your largest motor when you are done with all of this. Check the pinned comment for a more in depth explanation plus I will be uploading a video on it soon on my channel so look out for that.
Thank you for your video. Very informative. Question. When we’re calculating the (AC) why after multiplying 18 x 240. Why didn’t have to multiply by 125% that’s what’s getting me confused.
Hey Jarod you said in the video that you've been doing this for a while now. Do you do this for work? Because I recently began learning load calculations. And I really enjoy doing them, and I am curious about what types of jobs would have to perform L.C. as a primary responsibility. I appreciate any insight and thanks for the video!
Remember to still include 25% of your largest motor when you are done with everything! No matter how many units you have you will only count it one time. For example in this video the largest motor is from the garbage disposal which is 900 VA .... then 900 VA x .25 = 225 W . This means along with what I taught in the video you will add 225 W. This means the ending number: 33,705 + 225 = 33,930 W ... This is your answer for total VA.
25% L.M. vid: czcams.com/video/XqFcmxB4UlE/video.html&t
Summary and Comparison of Standard and Optional Method: czcams.com/video/AqMjHHDS7Kw/video.html
Passed my load calcs for my Admin @ 90% because of your videos! Thank you
@Brandom84 Good job! You also passed because you studied and took it seriously. I'm really glad my videos helped!! And thank you for the feedback.
you are helping out so much by breaking it down ! thank you
Glad to help! Remember to include 25% of your largest motor when you are done with all of this. Check the pinned comment for a more in depth explanation plus I will be uploading a video on it soon on my channel so look out for that.
You're doing an amazing work, brother. Great explanation, and the attention to details is at another level. Thank you so much!!
That is very kind of you, thank you!!
My brother you are doing a great job 👏. Thank you keep up the great work
Thank you, I appreciate that!!
Great content young man. Mahalo
Thank you!
Awesome video
Thanks! Remember to include 25% of your largest motor when you are done with all of this. Check the pinned comment for a more in depth explanation plus I will be uploading a video on it soon on my channel so look out for that.
Thanks in advance...
Yes! And good luck!
Maybe the mouse has an automatic garage port and lights up when it's in use (26:50 )
Thank you for your video. Very informative. Question. When we’re calculating the (AC) why after multiplying 18 x 240. Why didn’t have to multiply by 125% that’s what’s getting me confused.
@@yasserabisaipineda9700 125% is for commercial load calculations, not residential.
Hey Jarod you said in the video that you've been doing this for a while now. Do you do this for work? Because I recently began learning load calculations. And I really enjoy doing them, and I am curious about what types of jobs would have to perform L.C. as a primary responsibility. I appreciate any insight and thanks for the video!
30:57