MINI & MOKE 59D DISTRIBUTOR – ELECTRONIC A+ – NO VACUUM ADVANCE [AEOW-59D4 NV]

PRODUCT OVERVIEW

Electronic distributor to suit Mini and Moke A+ engines only.

This [59D] distributor is a mechanical advance electronic distributor with no vacuum advance, normally fitted to imported or very late A+ engine applications. It is suitable for A+ powered Minis and Mokes, but is not suitable for earlier A-Series engines.

Electronic ignition removes the need for points, helping provide more reliable ignition switching, cleaner running and reduced maintenance when wired and used correctly.

SPECIFICATIONS

• Suits: Mini and Moke A+ engines only
• Distributor type: [59D]
• Ignition type: Electronic
• Advance type: Mechanical advance
• Vacuum advance: No
• Common fitment: Imported or very late A+ engines
• Application: A+ engine Mini and Moke ignition system
• Not suitable for: Earlier A-Series engines

WHY CHOOSE THIS DISTRIBUTOR?

A worn distributor can cause poor starting, rough idle, weak performance and inconsistent ignition timing.

This electronic mechanical advance distributor is a practical replacement for A+ engines where vacuum advance is not required. With no points to adjust, it offers a cleaner and simpler ignition setup for suitable A+ applications.

IMPORTANT ELECTRONIC IGNITION WARNING

These distributors are factory tested before supply. When connected and used correctly, they are reliable units.

The main causes of failure are:

• Reverse polarity connection
• Incorrect or low resistance ignition coil
• Faulty old ignition coil
• Static timing with an old-style test lamp
• Incorrect wiring during installation

Do not carry out static timing using a traditional test lamp, as this can send voltage through the electronic circuit in the wrong direction and damage the module.

PLEASE NOTE

This is an electronic component. Incorrect wiring, incorrect coil selection or improper testing can damage the unit.

Please confirm your vehicle is A+ engine, negative earth, and fitted with the correct coil before installation.