rxp
Premium Member
- Model Number
- FRS6B5EEW3
- Brand
- Frigidaire
- Age
- More than 10 years
Hello!
I am working on a hobby project with a modified refrigerator (model FRS6B5EEW3) that involves needing to understand how the damper (# 241600902) motor circuit works. In general, I think I grasp that at the extent of its movement, the damper flips a switch that signals the power in the Genesis Control to stop trying to move it. With my refrigerator, I'm having some trouble with the particulars, however, because it appears from the schematic that the switches are doing double duty with supplying power and sensing position. I have included the relevant portions of my schematic here. If I wanted to emulate the Genesis Control unit for controlling the damper motor, can anyone suggest how I would do so?
Essentially, I would like to know, what is the behavior of P1-2 and P1-10 in the schematic when the damper door is closed, when it is closing, when it is open, and when it is opening?
Thanks in advance for any guidance you can provide!
I am working on a hobby project with a modified refrigerator (model FRS6B5EEW3) that involves needing to understand how the damper (# 241600902) motor circuit works. In general, I think I grasp that at the extent of its movement, the damper flips a switch that signals the power in the Genesis Control to stop trying to move it. With my refrigerator, I'm having some trouble with the particulars, however, because it appears from the schematic that the switches are doing double duty with supplying power and sensing position. I have included the relevant portions of my schematic here. If I wanted to emulate the Genesis Control unit for controlling the damper motor, can anyone suggest how I would do so?
Essentially, I would like to know, what is the behavior of P1-2 and P1-10 in the schematic when the damper door is closed, when it is closing, when it is open, and when it is opening?
Desired behavior | P1-2 | P1-10 |
Damper should remain closed | ||
Damper should transition from closed to open | ||
Damper should remain open | ||
Damper should transition from open to closed |
Thanks in advance for any guidance you can provide!