Technical Data
		General Information:   Gear Ratio - The gear ratio of the starter is 4.44:1 which enables the starter to develop its unique torque values.   Bearings vs Bushings - The Hi-Torque starter is equipped with five (5) full roller bearings while the typical Lucas unit uses two (2) bushings to suspend the armature.   Solenoid Design - The inherent design of the Lucas solenoid is very susceptible to Hot Start Syndrome. This is because the windings of the solenoid are encapsulated in steel. There is simply no means for the heat to dissipate. The solenoid for the Nippondenso Hi-Torque Gear Reduction starter is encased in aluminum. Inside the area for the solenoid there is the equivalent of 1/2 cup volume of air. Further, it is equipped with a vent hole. Every time the solenoid is engaged, it pushes (pulls) cooler air into the solenoid area thus virtually eliminating the Hot Start Syndrome. Technical Data   No load condition @ 11.5 wolts   Max current (amps) - 90 or less   Minimum speed (rpm) - 3000 or more   Load condition   8.0 volts are minimum voltage requirements   Torque - .65 kg-n   Maximum current (amps) - 250 or less   Minimum speed (rpm) - 1180 or more   Lock test   Voltage - 2.5v (at least 7:1 CR)   Max current (amps) - 300 or less   Minimum torque (kg - n) - .7 or more   Specifications   Voltages - 12v   Output - 1kn   Rating (seconds) - 30 seconds   Torque rating - 535 ft. lbs   NOTE: Torque rating is based on a 9 tooth pinion gear.

 

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