Description

Part Number: 6000-6440 BACK TO LIST
Primary Voltage Output 450 volts
Primary Energy Output 1200 millijoules/sequence
Dimensions 8?L x 4-1/2?W x 2?H; 4-1/2 lbs.
Operating Voltage 6 to 18v, reverse polarity protected, neg. ground only
Current Draw 7.0 amps max. at 10,000 RPM
RPM Operating Range 12,000 RPM (with rev limiter disabled).
Peak Spark Gap Current 380 milliamps with LX91 coil, 510 milliamps with LX92 coil.
RPM Limiter Accuracy ?30 RPM
RPM Limiter Range 600 to 9,900 RPM in 100 RPM increments.
Timing Accuracy ?0.5 degrees from 500 to 9,900 RPM
Multiple Spark Duration 20 degrees crankshaft rotation below 3,000 RPM. Max 12 sparks per sequence with 1 millisecond interval between sparks.

Application
Multi-Spark CD, for race, street, 10 to 14.5:1 compression ratio, nitrousoxide, supercharged and turbo. More HP, torque, crisper throttle response! For 4, 6, 8 cylinder with distributor.
Description
HI-6 Capacitive Discharge Multi-Spark Ignition, black
LX92 Professional Race Coil
For use with Capacitive Discharge Racing Ignitions. Professional race coil for use with CD systems only. Highly recommended for maximum performance with Crane HI-6 systems. Gives up to 12 times greater output than OE. Replacement coil for Crane HI-7 system.Can also be used with mallory Hyfire, MSD 7 and MSD 8 systems. Caution: MSD 6 systems are not capable of driving the high current demanded by the LX92. Not compatible with Crane HI-6S system.
LX91 Professional Race Coil

COIL SPECIFICATIONS – Performanmce Ignition Coils
PS20 PS40 PS60 PS91 PS92
Primary Resistance 1.4 ohms 1.4 ohms .40 ohms .43 ohms .20 ohms
Secondary Resistance 5.2 Kohms 5.2 kohms 3.8 kohms 3.0 Kohms .82 kohms
Primary Inductance 7.5 mH 7.5 mH 5.3 mH 5.5 mH 1.9 mH
Secondary Inductance 26 H 26 H 15 H 16 H 6.8 H
Leakage Inductance 1.3 mH 1.3 mH .50 mH .32 mH .14 mH
Turns Ratio 60:1 60:1 54:1 54:1 60:1

COIL SPECIFICATIONS – LX Series
LX91 LX92 LX93
Primary Resistance .42 ohms .23 ohms .11 ohms
Secondary Resistance 3.5 Kohms .91 kohms .30 kohms
Primary Inductance 5.6 mH 1.7 mH 1.4 mH
Secondary Inductance 16.4 H 5.7 H 3.5 H
Leakage Inductance .23 mH .14 mH .08 mH
Turns Ratio 54:1 60:1 50:1