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Yes it does Thanks
September 18, 2020 at 4:56 pm in reply to: Using the Timer Chart and Schematic to Troubleshoot Open Neutral Problems #20185Good deal. Thank you Sir.
Will do, Thanks
See how pin 9 runs back to the line? Would that affect the reading from pins 13-7?
September 16, 2020 at 3:58 pm in reply to: Using the Timer Chart and Schematic to Troubleshoot Open Neutral Problems #20176Correction, I meant to ask “Or can one TIMER operate more than one cam?
September 16, 2020 at 3:54 pm in reply to: Using the Timer Chart and Schematic to Troubleshoot Open Neutral Problems #20175HAHA? So it is actually a cam, just like in an engine (Cam Shaft). So, are all the listed cams on the timing charts timers? Or can/does one cam operate multiple cams?
September 16, 2020 at 3:50 pm in reply to: Analyzing Open Neutrals and Voltage Drops in Series Loads using Ohm’s Law #20174Thank you Ma’am.
Has anyone been able to answer my question? Still kinda confused on this matter.
Thank you Mrs. Susan. I shall wait for Sam. lol
look at 58:35. In the schematic it shows 19 degrees at the evaporator coils. !0 degrees at the beginning of the suction line. Where is the zero temperature? In other words, what am I not seeing?
He talks about it as high as 170d degrees superheat at around 34:00. if I am understanding him, R-22 heats to 170 degrees at the compressor, then drops to 100 degrees in the condenser, then drops from 100 degrees to -15 degrees in the evaporator. That is quiet quick temperature changes. I am not criticizing Mr. Scott, I think I am missing something here.
He is figuring equivalent differences in a parallel circuits. I think you are reading the equation wrong. You need a smart phone or download a scientific calculator. If not, you will have to do written math, common denominators and conversion.
on a smart phone or download, open your calculator, (smartphone)turn the phone sideways and a scientific calculator should appear.
The numbers he is using are 30 and 50, they are the numbers in parallel. Type in you calculator 1/(1/30+1/50)= the answer is 18.75. then he adds in the other numbers that are in circuit, which is 20. Once you understand how to get 18.75, you should see how he them adds the 20 to the equation.I understand. I hope you know I was not trying to be sarcastic. Just trying to learn. Enjoying to course. Very thorough.
Also, in the same video, at 20:04, he states that positive coefficient goes up on the graph. I thought I had a handle on this until i saw the graph. If positive coefficient resistance decreases, why does it go up from quadrants 3-2 on the x and y axis? Should it not go from positive to negative?
Ok, I contacted the roper manufacturer. Was informed the washer (roper model#RTW4516FW0) Is no longer in the system. The tech information is no longer available.
The complaint; door will not unlock, will not spin and something leaking from underneath looks like oil.How would you attack this? or not? The washer brand new was about $400 approximately. The door switch will cost around $60. If the seal or the gear box is leaking, then it might be advisable to just replace it. That’s my thoughts.
It may have had a Chuck Norris incident!
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