Doctorbass
100 GW
That's true rkosiorek , I forgot that.. for the negative and positive side of the AC and mosfets....
Dohhh!...
:x
Today I oppened my 9 x 7 nine cont motor to see if i could put larger wires than the 16 gauge stock one.
and for fun i measured and calculated the diameter of the winding wire size.
I wanted to have an idea of the maximum current this motor can take about the winding wire size inside.
I know that My X5 can take up to 90-100A for couples of seconds and that the total winding sectional is 5.2mm^2
(5 parallel AWG 17)
Not i calculated that the 9 x AWG 22 wires inside the 9 continent is equal to 2.8mm^2
so the difference between both motor sectional wire per phase is exactly 1.85
And the total weight of the motor for the mass to dissipate heat is 25lbs and 14lbs = 1.78
So i can assume that the ratio of power that the X5 motor can take would be close to 1.8 times the nine continent
If the X5 can take 90A burst than that mean the nine continent could take 50A burst probably 35A cont
Doc
Dohhh!...
:x
Today I oppened my 9 x 7 nine cont motor to see if i could put larger wires than the 16 gauge stock one.
and for fun i measured and calculated the diameter of the winding wire size.
I wanted to have an idea of the maximum current this motor can take about the winding wire size inside.
I know that My X5 can take up to 90-100A for couples of seconds and that the total winding sectional is 5.2mm^2
(5 parallel AWG 17)
Not i calculated that the 9 x AWG 22 wires inside the 9 continent is equal to 2.8mm^2
so the difference between both motor sectional wire per phase is exactly 1.85
And the total weight of the motor for the mass to dissipate heat is 25lbs and 14lbs = 1.78
So i can assume that the ratio of power that the X5 motor can take would be close to 1.8 times the nine continent
If the X5 can take 90A burst than that mean the nine continent could take 50A burst probably 35A cont
Doc