5.8/5.9 isnt bad. that is actually a happy median. LRA40 when divided by 7 (recommended to divide LRA by 6-8 to find RLA) so 7 is a happy median, that comes out to 5.7. So your initial amps werent bad. Just another way to calculate for an RLA and find a range in which you can have your amp draw.
As long as you have a high load on the evaporator you can test your CPR. For example you wouldn't put the unit in Defrost if you are turning on the unit for the first time when the box is at 70 degrees. That wouldn't make much sense now would it?? He's doing it correctly. He's just showing you one of the many ways this can be done.
Question, my RLA is 10.4a to achieve that I have to close the cpr so much the suction pressure at the comp is only 6psi with 404a. That seems pretty low to me, what do u think?
Depends. 6psi after the cpr valve or before the cpr valve? Your taking your reading before the after the cpr valve 6 psi seems right. However, if your taking your reading before the cpr valve (between the cpr and the evaporator) then you might have another problem.
You should have had your gauges on the unit as well as your amp probe.
5.8/5.9 isnt bad. that is actually a happy median. LRA40 when divided by 7 (recommended to divide LRA by 6-8 to find RLA) so 7 is a happy median, that comes out to 5.7. So your initial amps werent bad. Just another way to calculate for an RLA and find a range in which you can have your amp draw.
Hi Dnoorian,
Thank you very much for this video. I like it.
I suddenly understand the song in your video. LoL, so I have pressed subscribed ...!!!
Can you please tell me what’s the size of the Allen key?
Thanks.
The one that fits...?
Thanks for making this!
I commend your effort and explain how to adjust a CPR valve but the right way is to place your gauge CPR right after defrost
As long as you have a high load on the evaporator you can test your CPR. For example you wouldn't put the unit in Defrost if you are turning on the unit for the first time when the box is at 70 degrees. That wouldn't make much sense now would it?? He's doing it correctly. He's just showing you one of the many ways this can be done.
You're absolutely right, but he has to explain. That c p r is To protect the temperature from overloading. Thank you for sharing
Thank you so much for the information , just I have a question when you have to adjust the cpr valve ?
rahmany alshugaa at first when you install the unit and it draws more amps than it is suppose to.
@@dnoorian thank you so much it helpful
@@dnoorian I hope to see more vedios about commercial refrigeration
Run Load Amps otherwise known as Full Load Amps you recon?
Does it gets out of adjustment by it self or why it needs to be adjusted?
I installed a new one, so I had to adjust it as per manufacturer specs
Thanks for sharing you knowledge
Question, my RLA is 10.4a to achieve that I have to close the cpr so much the suction pressure at the comp is only 6psi with 404a. That seems pretty low to me, what do u think?
Depends. 6psi after the cpr valve or before the cpr valve? Your taking your reading before the after the cpr valve 6 psi seems right. However, if your taking your reading before the cpr valve (between the cpr and the evaporator) then you might have another problem.
Terminal Venting anyone?
Merci beaucoup
It’s a cpr not a car valve!!! You need to understand what it’s designed for before you make videos !!!