Robobrainiac
Well-Known Member
Lifetime Member
Soooo it is cold in MO. The central location I am in saw negative 9 today. It is supposed to be colder tonight. My 3 year old main battery is not liking the cold and cranks too slow to start the pioneer.
So my inquiry is this.
I thought the true am isolator "seperated" the auxiliary battery from the main battery. My thought process was that if the main battery was dead or auxiliary battery was dead the opposite battery would not be phased because they are "separated" by the true am isolator.
So I thought in theory if I jumped a 4 AWG wire from the aux side of the true am to the positive main battery post I could "self jump start the pioneer". That is apparently not the case. I get the same slow cranks with and without the jumper.
It is too cold outside to do anymore testing than that. I am planning on getting a new main battery tomorrow.
Is my above theory correct about how the true am works?
Should I have been able to "self jump start" the pioneer?
Thank you for your time.
So my inquiry is this.
I thought the true am isolator "seperated" the auxiliary battery from the main battery. My thought process was that if the main battery was dead or auxiliary battery was dead the opposite battery would not be phased because they are "separated" by the true am isolator.
So I thought in theory if I jumped a 4 AWG wire from the aux side of the true am to the positive main battery post I could "self jump start the pioneer". That is apparently not the case. I get the same slow cranks with and without the jumper.
It is too cold outside to do anymore testing than that. I am planning on getting a new main battery tomorrow.
Is my above theory correct about how the true am works?
Should I have been able to "self jump start" the pioneer?
Thank you for your time.