Racing with the heater on helps?
but has anyone else ever heard of this? Last edited by foreverzero; Feb 13, 2008 at 06:25 PM.
Speculation, but you can always try it since no water should be dripping on the track like A/C would.
Derek
Speculation, but you can always try it since no water should be dripping on the track like A/C would.
Derek
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Why is it that when jumper cables are hooked to a running vehicle then connected to the dead battery of another vehicle, that the engine of the running vehicle is pulled down when the connection is made?
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That's something we did way back in the day. No firesuits, no helmets. Probably running 13-14's with barely over
stock 350's at 300HP. It should help keep cooler, I doubt if it's going to gain anything other than more sweat.
We didn't have fancy fans, alum radiators ect ect.
.
I need to try the heater mod when I am at the track during the summer and its 90+ outside in the Florida heat. I bet I go faster by the end of the day as I would sweat out 10-15 pounds haha.
I have been told to keep the vent open while racing as it would do the same thing.
If you're hot lapping the car sure it'll drop the temp some, you could run the heater with the windows down, then shut it off right when you start to do your burnout, but it would be god aweful hot in a car with a helmet and jacket.
It take more horsepower to produce 100 amps of electical output than it does to produce 10 amps.
but has anyone else ever heard of this?So, if your engine runs better at a lower temp, and your radiator and fans can't keep the coolant temp at that more optimal level, running the heater might help.
But if your setup is already keeping the coolant at the "switchpoint" of your coolant thermostat, then running the heater won't make the coolant any cooler... The thermostat will just close and keep the heat up anyway.
Simple Version
http://www.alternatorparts.com/under...lternators.htm
REGULATOR
The regulator has two inputs and one output. The inputs are the field current supply and the control voltage input, and the output is the field current to the rotor. The regulator uses the control voltage input to control the amount of field current input that is allow to pass through to the rotor winding. If the battery voltage drops, the regulator senses this, by means of the connection to the battery, and allows more of the field current input to reach the rotor, which increases the magnetic field strength, which ultimately increases the voltage output of the alternator. Conversely, if the battery voltage goes up, less field current goes through the rotor windings, and the output voltage is reduced.
Techie Version:
http://www.inderscience.com/storage/...1167102389.pdf
Page 7
Chart showing mechanical energy required to produce electrical energy, based on a 42V 5 kW alternator. 3000 watts mechanical = 2500 electrical. 5000 watts mechanical = 4000 electrical.
etc.





