Quote:
Originally Posted by gixxer
I just got mine this week. Question on the timing though. How many degrees is each line? There are 3 pos and 3 neg. Does it go to 12 degrees like most motors, making each line 4 degrees?
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Ballistic Motor Timing Information Update (Preliminary)
In an effort to answer a number of questions relating to motor timing we have compiled some information to help you better understand static motor timing and its effects with our Ballistic Series of motors.
“How many Degrees of Timing does my Ballistic Motor have?”
Our Ballistic motors come with their timing calibrated and set from the factory. Using custom built and calibrated electronic equipment we set each and every motor to 30 degrees of timing. After Calibration the timing label is added and this set timing corresponds to the “N” on the timing label on the side
Each line on the label denotes a 5 degree change, so the timing available on the motor the label corresponds as follows:
-3 -2 -1 N +1 +2 +3
15 20 25 30 35 40 45
SPECIAL NOTE: The timing we are describing is the ACTUAL ELECTRICAL TIMING in the motor, not just some arbitrarily reference made from a point on the outside of the motor like many of our competitors' motors. This makes comparing timing settings between different brands of motors difficult without the proper equipment.
“What Does Timing Adjustment do?”
We set our timing at an optimized point for most general applications. Adjusting the timing should only be done in small increments and with great care to observe the changes in system performance and temperatures.
WE RECOMMEND THAT YOUR SYSTEM’S TEMPERATURE NEVER EXCEED 160 DEGREES FARENHEIGHT.
When adjusting the timing, we recommend adjusting the timing, at most, 1 notch, or 5 degrees at a time.
When you turn the timing up to a more positive number (from N to +1) your motor will produce more no-load RPM and generally suffer a slight reduction in torque. To combat excessive heating brought about the loss of torque we recommend gearing down 1 tooth on the pinion for each notch (5 degree increment).
When turning the timing down, to a more negative number (from N to -1) your motor will produce less no-load RPM and generally experience an increase in torque. To combat a loss of top end speed brought about by the loss of RPM we recommend gearing up 1 tooth on the pinion for each notch (5 degree increment).