Magdyno for - Indian

Magdyno with fully electronic solid state ignition to replace magdynos of type Lucas MO1, Miller, Splitdorf or similar for 2 cylinder V-engines with 42° angle between cylinders.

See report on installation into Indian 101 here (in german only)
How to start your Indian with our magdyno: The bike starts at 3rd kick, as we know it keeps running and runs with engine set to retard, a little throttle and choke after 30 seconds into a smooth idling. Then before you drive off, switch to advance and off you go as before, only smoother, securer, faster and without jumping...

Characteristics:

100% new material, no trade-ins of old material required
original dimensions (axle height 38 mm) and very closely copied original optics
high energy solid state CDI ignition with digital advance
12V/60W light output (additional to spark output)
regulator and ignition coil integrated inside, but digital automatic advance unit (included in the delivery) to be fixed outside as separate unit
usable for both left or right turn
working range 100 to 4.000 rpm
works in both turning directions
shaft taper 5°42´38´´ (1:5)
solid aluminium pressure cast housing, dimensions here
axle height may be raised from 38 (standard) to 44,6mm (Lucas,Splitdorf) with adapter plate

Options:

available as option with manually triggered advance control unit (see instructions)
possible axle heights: 38 mm (Standard, as Bosch), 44.6 mm (Lucas), 35 mm (Miller)

Electrical data:

high energy condenser discharge ignition
Digital advance predefined switch selectable advance profiles. advance of either 20° or 16° advance at unit shaft (that is 40° resp. 32° crankshaft advance) See diagram here
advance may be modified by about 10° after installation without changing chain or gear settings from unit to engine by shifting internal pickup
regulated lighting voltage of 14.4V (that is standard for 12V systems) with 60W load already at 1.000 rpm 35W (diagram).
may be used without battery, but will need in that case a high capacity condenser to enable correct regulator functioning