MSD Single Channel Digital Ignition Tester (MSD8998) — Fast Lane Spares Skip to content
PLEASE EXPECT LONGER THAN USUAL DELIVERY TIMES DUE TO CHRISTMAS 🎄
PLEASE EXPECT LONGER THAN USUAL DELIVERY TIMES DUE TO CHRISTMAS 🎄

MSD Single Channel Digital Ignition Tester (MSD8998)

LCD Display, for MSD CD Single-Channel, Digital 7 Ignition Controls
SKU: MSD8998
Original price $900.10 - Original price $900.10
Original price
$900.10
$900.10 - $900.10
Current price $900.10
+ GST
Availability:
Available, allow for 2-10 days shipping

MSD8998 - MSD DIGITAL IGNITION TESTER

LCD Display, for MSD CD Single-Channel, Digital 7 Ignition Controls

Part Number: MSD8998

Hand held tester generates a trigger signal to check the operation of MSD single channel Ignitions and the coil (6, 7, 8 and 10 Series Ignition Controls)
LCD display shows the simulated RPM and can be used to confirm the operation of rev limits, rpm activated switches, shift lights and tachometers
Additional circuit will check the operation of cam sync signals
Triggers through breaker points, amplifier and magnetic pickup trigger inputs from the MSD Ignition
Can be used on 4, 6 and 8-cylinder engines
This Tester will check the operation of all of MSD's single-channel CD Ignition Controls. Once the ignition tests good, you can continue troubleshooting and find the culprit. The Tester produces a simulated trigger signal that fires the ignition just as if the engine was running. A special, load-producing clip-on spark plug is includ e. If the spark is unable to jump the gap of the tester, there is an ignition problem and you can track it down. For racers with our Digital Programmable 7 Ignition Controls that are using a non-magnetic pick-up as sync signal for Individual Cylinder Management, the Tester has a circuit to check its operation too. The Tester has an LCD display that clearly shows the simulated rpm. This also allows you to test the accuracy of any rpm limits, rpm-activated switches, shift light operation and your tachometer. The Tester operates on 4, 6 or 8-cylinder engines and will simulate up to 16,000 rpm.