Ignition

1989-2000 (105,135,140,150,175,200 & 225HP)This product replaces:667-1749610K, 2, 736983852496, 398-9610A14, 398-9610A17, 398-9610A33, 398-9610A3, 398-9610A24, 398-9610A22, 398-9610A9, 398-9610A6, 174-9610K, 9610A3, 9610A14, 9610A6, 9610A22, 9610A24,...

1984-1988 (150,155,175,185, & 235HP) Cross Flow Engines without Quick StartThis product replaces:667-1733668, 736983852052, 763785, 173-3050, 18-5868

1988-2000 (75,85 & 90HP)This product replaces:667-17768811, 688-85510-11-00, 688-85510-10-00, 736983852564, 177-688-11-00

The SWITCH BOX (6 Cylinder) (114-4953-32)CDI Electronics controls the flow of electrical current in a circuit. It either stops or starts the flow of the electric current. When the current running through an electrical circuit exceeds its design limits,...

The marine and motorsport industries have benefited from the value and lowest cost-of-ownership offered by CDI Electronics. To withstand the wet and uncomfortable working environment, this Stator, Johnson/Evinrude, 4 Cylinder, 12 Amp, Pp4 from CDI...

Some indications of a failing in your ignition system are corroded lead wire, overheating, and capacitor charge coil failing often. Stator by CDI Electronics improved its design to enjoy your time on the water. A CD stator for 2" cylinders of Evinrude,...

Fits Johnson/Evinrude Outboard 185-300HP Loopers (1993-01)This product replaces:47-5877, 808282159863

The stator's role is to generate the energy needed to activate an outboard boat motor's ignition system. It also features charge coils that give the batteries a charge current. The impurity build-up on the stator winding insulation operation of the...

This Johnson Evinrude 35 AMP 6/8 Cylinder Stator is designed to fit all 225 Hp 1997 - 1999 6 Cyl WSM PWC 173-4643 models. Fits 185, 200, and 225 HP engines from 1993 to 2001, as well as 250, 275, and 300 HP Loop Charged engines from 1993 to 2000. Our...

A motor's stator is a static component that receives electrical energy from a power source to form an electromagnetic field that allows its dynamic counterpart, the rotor, to revolve and generate mechanical energy. When a stator fails, it is typically...

All electronic equipment is programmed to operate at the predetermined voltage and current levels. The voltage supply is fixed and, ideally, constant for the device to function properly, whereas current consumption is dynamic and dependent on the device...