Just verifying that when you replaced the solenoid valve assembly that you reconnected the wires correctly? Just asking because looking at the mini manual, the valves i.e. ice maker and dispenser valves have different specifications (180 Ohms & 380 Ohms) so perhaps the control board operate circuit for the water solenoid valve is designed for the greater resistance.
If you empty the ice maker does it fill when the compressor is running?
Perhaps check if the full 120V AC is being applied to the water dispenser solenoid valve whilst the compressor is running, when you operate the dispenser.
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Here's the [document|39311|mini manual] for the model that may help so that you can test for the voltage both at the solenoid valve and at the control board and also check the resistance value of each valve.
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Here's the [document|39311|mini manual] for the model that may help so that you can test for the voltage both at the solenoid valve and at the control board and also check that each valve is connected to where it should be. Measure the resistance value of each valve to know which one is which.
If all appears to be OK then it's looking like the control board is the problem.
Just verifying that when you replaced the solenoid valve assembly that you reconnected the wires correctly? Just asking because looking at the mini manual, the valves i.e. ice maker and dispenser valves have different specifications (180 Ohms & 380 Ohms) so perhaps the control board operate circuit for the water solenoid valve is designed for the greater resistance.
If you empty the ice maker does it fill when the compressor is running?
Perhaps check if the full 120V AC is being applied to the water dispenser solenoid valve whilst the compressor is running, when you operate the dispenser.
Here's the [document|39311|mini manual] for the model that may help so that you can test for the voltage both at the solenoid valve and at the control board and also check the resistance value of each valve.
-
Since you have replaced the solenoid valve it's looking like the control board is the problem.
+
If all appears to be OK then it's looking like the control board is the problem.
Just verifying that when you replaced the solenoid valve assembly that you reconnected the wires correctly? Just asking because looking at the mini manual, the valves i.e. ice maker and dispenser valves have different specifications (180 Ohms & 380 Ohms) so perhaps the control board operate circuit for the water solenoid valve is designed for the greater resistance.
If you empty the ice maker does it fill when the compressor is running?
Perhaps check if the full 120V AC is being applied to the water dispenser solenoid valve whilst the compressor is running, when you operate the dispenser.
-
Here's the [document|39311|mini manual] for the model that may help so that you can test for the voltage both at the solenoid valve and at the control board.
+
Here's the [document|39311|mini manual] for the model that may help so that you can test for the voltage both at the solenoid valve and at the control board and also check the resistance value of each valve.
Since you have replaced the solenoid valve it's looking like the control board is the problem.
Just verifying that when you replaced the solenoid valve assembly that you reconnected the wires correctly? Just asking because looking at the mini manual, the valves i.e. ice maker and dispenser valves have different specifications (180 Ohms & 380 Ohms) so perhaps the control board operate circuit for the water solenoid valve is designed for the greater resistance. The ice maker controls the ice maker valve.
+
Just verifying that when you replaced the solenoid valve assembly that you reconnected the wires correctly? Just asking because looking at the mini manual, the valves i.e. ice maker and dispenser valves have different specifications (180 Ohms & 380 Ohms) so perhaps the control board operate circuit for the water solenoid valve is designed for the greater resistance.
If you empty the ice maker does it fill when the compressor is running?
Perhaps check if the full 120V AC is being applied to the water dispenser solenoid valve whilst the compressor is running, when you operate the dispenser.
Here's the [document|39311|mini manual] for the model that may help so that you can test for the voltage both at the solenoid valve and at the control board.
Since you have replaced the solenoid valve it's looking like the control board is the problem.
Just verifying that when you replaced the solenoid valve assembly that you reconnected the wires correctly? Just asking because looking at the mini manual, the valves i.e. ice maker and dispenser valves have different specifications (180 Ohms & 380 Ohms) so perhaps the control board operate circuit for the water solenoid valve is designed for the greater resistance. The ice maker controls the ice maker valve.
If you empty the ice maker does it fill when the compressor is running?
Perhaps check if the full 120V AC is being applied to the water dispenser solenoid valve whilst the compressor is running, when you operate the dispenser.
Here's the [document|39311|mini manual] for the model that may help so that you can test for the voltage both at the solenoid valve and at the control board.
Since you have replaced the solenoid valve it's looking like the control board is the problem.
Hi @kenw95556
If you empty the ice maker does it fill when the compressor is running?
Perhaps check if the full 120V AC is being applied to the water dispenser solenoid valve whilst the compressor is running, when you operate the dispenser.
Here's the [document|39311|mini manual] for the model that may help so that you can test for the voltage both at the solenoid valve and at the control board.
Since you have replaced the solenoid valve it's looking like the control board is the problem.