
You are not sure you are wrong, the hall effect sensor is one thing and the voltage is another the voltage of the fan motor is 220vac and the hall effect works with 5VDC the function of connecting the three small wires of the hall effect is that this sensation or it measures the revolutions of the fan motor and when disconnected it does not feel them and the card sends the fan motor off by throwing the error
There I think I understood you.
By not testing it with the connected motor (both tabs) I will always have 220v on the PG terminal.
When the entire sensor is connected, it will give the order to interrupt the voltage at the PG terminal (board OFF), or send the corresponding voltage at each FAN speed (board ON).
I apologize if it is not.
I send you a hug and thanks for the stamina
When you make your connection to the universal card and the air is off you will always have an active line only one the other is activated when you turn on the card
Thanks for the prompt response.
Then if I did not use the Hall effect connector, the Fan turbine would be on. Do not?
And if I connect the hall effect token to the board, by not giving it a signal (board status: off), the Fan's turbine would turn off.
I don't know if I'm clear.
Thank you!!
Okay. I already tried it connected. The plate maintains 220v when energized until it feels a couple of turns of the fan. Then it goes to 0v.
It does as an initialization of the system.
Thank you