By "actuator" do you mean the water level pressure sensor?
Did you check that the water level pressure hose is securely connected at both ends, water level pressure sensor and the wash tub and also that it is clear and not blocked?
When the machine is filling, the water rising in the tub also rises in the hose and that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.
=== Update (02/05/2023) ===
Hi @detucker
What error code did you get when you ran the diagnostics?
Here's the [document|28548|tech sheet] for the model.
On p.2 ''Activating the Service Diagnostic Test Modes'', it shows how to enter the diagnostic test mode, p.3 ''Fault/Error Code Display Method'' shows how to interpret the status LEDs to work out the error code and p.6 shows what the error codes mean.
-
Only saying this because a flashing sensor light by itself with no other light equals an F0 E0 code which means ''no fault.''
+
Only saying this because a flashing ''Sensing'' LED by itself with no other status LEDs equals an F0 E0 code which means ''no fault.''
A water level pressure system fault is an ''F3'' ***E1*** code i.e. ''Sensing + Spin + Done'' status LEDs followed by ***Done*** LED only, then the code is repeated
By "actuator" do you mean the water level pressure sensor?
Did you check that the water level pressure hose is securely connected at both ends, water level pressure sensor and the wash tub and also that it is clear and not blocked?
When the machine is filling, the water rising in the tub also rises in the hose and that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.
=== Update (02/05/2023) ===
Hi @detucker
What error code did you get when you ran the diagnostics?
Here's the [document|28548|tech sheet] for the model.
On p.2 ''Activating the Service Diagnostic Test Modes'', it shows how to enter the diagnostic test mode, p.3 ''Fault/Error Code Display Method'' shows how to interpret the status LEDs to work out the error code and p.6 shows what the error codes mean.
-
Only saying this because a flashing sensor light by itself with no other light equals an F0 E0 code which means ''no fault''
+
Only saying this because a flashing sensor light by itself with no other light equals an F0 E0 code which means ''no fault.''
+
+
A water level pressure system fault is an ''F3'' ***E1*** code i.e. ''Sensing + Spin + Done'' status LEDs followed by ***Done*** LED only, then the code is repeated
By "actuator" do you mean the water level pressure sensor?
Did you check that the water level pressure hose is securely connected at both ends, water level pressure sensor and the wash tub and also that it is clear and not blocked?
When the machine is filling, the water rising in the tub also rises in the hose and that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.
+
+
=== Update (02/05/2023) ===
+
Hi @detucker
+
+
What error code did you get when you ran the diagnostics?
+
+
Here's the [document|28548|tech sheet] for the model.
+
+
On p.2 ''Activating the Service Diagnostic Test Modes'', it shows how to enter the diagnostic test mode, p.3 ''Fault/Error Code Display Method'' shows how to interpret the status LEDs to work out the error code and p.6 shows what the error codes mean.
+
+
Only saying this because a flashing sensor light by itself with no other light equals an F0 E0 code which means ''no fault''
By "actuator" do you mean the water level pressure sensor?
Did you check that the water level pressure hose is securely connected at both ends, water level pressure sensor and the wash tub and also that it is clear and not blocked?
-
When it is filling the water rising in the tub also rises in the hose and that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.
+
When the machine is filling, the water rising in the tub also rises in the hose and that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.
By "actuator" do you mean the water level pressure sensor?
Did you check that the water level pressure hose is securely connected at both ends, water level pressure sensor and the wash tub and also that it is clear and not blocked?
-
It is water rising in the tub also rises in the hose and that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.
+
When it is filling the water rising in the tub also rises in the hose and that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.
By "actuator" do you mean the water level pressure sensor?
Did you check that the water level pressure hose is securely connected at both ends, water level pressure sensor and the wash tub and also that it is clear and not blocked?
-
It is water rising in the hose that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.
+
It is water rising in the tub also rises in the hose and that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.
HI @detucker,
What is the model number of the washer?
By "actuator" do you mean the water level pressure sensor?
Did you check that the water level pressure hose is securely connected at both ends, water level pressure sensor and the wash tub and also that it is clear and not blocked?
It is water rising in the hose that increases the air pressure in the hose and therefore onto the sensor so that it gradually operates and when the selected water level is reached a signal is sent to the control board to shut the water inlet solenoid valve.