Abstract: A cam follower assembly having a plastic guide body and a cam follower having two opposing roller shaft ends is provided. The single piece guide body includes a pair of grooved members. Each of the grooved members include an interior surface defining an elongated guide groove having a recessed surface. The elongated guide grooves are facing and aligned with each other. The cam follower is disposed between the pair of grooved member such that one of the roller shaft ends is received in one guide groove and the opposite roller shaft end is received in the other of the guide groove. The roller shaft ends are slidable in a reciprocal axial direction within the elongated guide grooves and retained between the recessed surfaces. The plastic guide body may be injection molded from a nylon material having glass fibers.

Abstract: A cam follower assembly having a plastic guide body and a cam follower having two opposing roller shaft ends is provided. The single piece guide body includes a pair of grooved members. Each of the grooved members include an interior surface defining an elongated guide groove having a recessed surface. The elongated guide grooves are facing and aligned with each other. The cam follower is disposed between the pair of grooved member such that one of the roller shaft ends is received in one guide groove and the opposite roller shaft end is received in the other of the guide groove. The roller shaft ends are slidable in a reciprocal axial direction within the elongated guide grooves and retained between the recessed surfaces. The plastic guide body may be injection molded from a nylon material having glass fibers.

Abstract: An oil temperature compensation control is disclosed for use with an oil delivery system in an outboard marine engine. The control includes an oil injection system that normally routes lubricant through a closed loop, and periodically diverts lubricant to the engine. The control includes a temperature sensor to acquire an oil temperature indicative signal, which preferably, is an indirect measurement of oil temperature. The control includes a microprocessor connected to receive the oil temperature indicative signal, and in response thereto, to control the period lubricant is routed to the engine by the oil injection system. The microprocessor includes a memory to store a look-up table that includes a solenoid pulse width for a variety of temperature signals so that the solenoid can be toggled based on the viscosity of the oil to provide proper lubrication to the engine regardless of external temperatures.