K31 - Powerspark Electronic Ignition Kit for Lucas DKY4A & DKY4HA Distributor
Designed to replace the Points & Condenser inside Lucas DKY4A and DKY4HA distributors.
These distributors can be found in a wide variety of classic cars from 1939 to 1954, including (but not limited to):
AC, Alvis, Austin, Beardmore, BSA, Citroen, Healey, Hillman, Humber, HRG, Jaguar, Karrier, Jowett, Lea Francis, MG, Morgan, Morris, Riley, Rover, Singer, Standard, Sunbeam, Triumph, Wolseley, Mercury Trucks, Massey-Harris
It is a complete kit to convert your car to electronic ignition. Fitting is easy and instructions are included with the packaging, as well as available online.
Electronic ignition will give your classic car better starting and smoother running.
- Easy to install
- Replaces troublesome points and condenser
- No visible difference in your engine bay
- Improved starting
- Improved performance
- Improved durability
- Maintenance free
- To be used with a higher powered ignition coil of less than 1.4 Ohm
- We recommend our Silicone coated carbon core HT Leads instead of copper
Powerspark Electronic Ignition explained in more detail:
The kit uses a simple magnetic trigger and optimises dwell to provide a reliable and consistent spark across the rev range. It is easy to install and maintenance free.
Each kit comprises a baseplate with electronic module, trigger ring and all wiring. The new electronic baseplate mounts exactly where the points and condenser baseplate sat. The kit connects directly to the coil using the wires provided, red to the positive side and black to the negative side. The ignition kit will automatically shut down if the ignition is left switched on without the engine running to prevent component damage.
Powerspark Electronic Ignition Kits are designed to work with a coil resistance above 1.5 ohms, typically 3.0 ohms. Some performance coils operate at a lower resistance and will need the High Energy electronic ignition kit.
Full fitting instructions are included with your kit, and plenty more instructions can be found on our blog.