Blower resistor...[commom]
On my 02 dakota i replaced the ac/ module in steering colum an a month later the air wont work but on high.
Is the blower motor whats poping this ?
I see this is a very common problem in dakotas.
Last one i had ,it kept poping resistor over an over.
This one i havent had to till now,after module replaced .
What should i look at or test when replacing resistor ?
Is blower motor usually the culprit?
I see online they are drawing too high amps .
What amps should it draw? ,
Is there a blower motor off a different dodge that i can wire in where other is an maybe not overload the circuit,with lower draw?
Is the blower motor whats poping this ?
I see this is a very common problem in dakotas.
Last one i had ,it kept poping resistor over an over.
This one i havent had to till now,after module replaced .
What should i look at or test when replacing resistor ?
Is blower motor usually the culprit?
I see online they are drawing too high amps .
What amps should it draw? ,
Is there a blower motor off a different dodge that i can wire in where other is an maybe not overload the circuit,with lower draw?
Last edited by hidden1; Apr 7, 2018 at 02:43 PM.
If there are leaves stuck in the fan, your motor has almost no resistance (until it's spinning). I have a 2000 dakota and my resistor is hard to access but if you get in there, you can get a lot of stuff out with a vacuum. Look for access ports to the heat/ac manifold and see if the motor might be dry.
Would using the fat gteen wires with the replacement resistor solve that issue?
On my other dodge i no longer have the last owner had that new wiring harness an it still burnt on 1 circuit. Now that pne wouldnt work on even high....On the resistor plug inside there was a burn mark .
This one works on high.
On my other dodge i no longer have the last owner had that new wiring harness an it still burnt on 1 circuit. Now that pne wouldnt work on even high....On the resistor plug inside there was a burn mark .
This one works on high.
I blower Fan Motor typically draws around 1.5 amps on high with no load. When the motor gets stuck it acts as a short circuit and can draw enough amps to melt the wiring. .By putting a in-line fuse when you do change the motor out it'll save the resistor and the wiring from burning up next time the motor goes out.







