Power transmitting component with a lubrication distribution valve housed in a clutch hub of a friction clutch and an actuator for coordinated operation of the friction clutch and the lubrication distribution valve

A power transmitting component comprising:

• a clutch having a hub, a housing, a clutch pack and an apply plate, the hub being rotatable about a rotary axis, the housing having an annular wall and an annular flange coupled to the annular wall, the clutch pack having a first set of friction plates, which are axially slidably but non-rotatably coupled to the annular flange, and a second set of friction plates that are interleaved with the first set of friction plates and axially slidably but non-rotatably coupled to the hub, the apply plate being axially slidably but non-rotatably coupled to the annular flange and abutting the clutch pack on an axial end of the clutch pack that is opposite the annular wall;
• a ball ramp mechanism having first and second ball ramp rings and a plurality of balls, at least one of the first and second ball ramp rings having a plurality of tapered grooves into which a corresponding one of the balls is received, the second ball ramp ring being coupled to the hub of the clutch for rotation therewith, wherein movement of the second ball ramp ring along the rotary axis in a direction away from the first ball ramp ring causes corresponding translation of the apply plate to thereby compress the clutch pack, and wherein the first ball ramp ring is rotatable relative to the second ball ramp ring between a first rotational position, in which the first and second ball ramp rings are spaced apart by a first distance, and a second rotational position in which the first and second ball ramp rings are spaced apart by a second distance that is greater than the first distance;
• and
• a valve having a valve element, an inlet and an outlet, the valve element being received in a bore in the hub, the inlet and the outlet intersecting the bore, the valve element being movable along the rotary axis between a first valve element position and a second valve element position, the valve element extending through the second ball ramp ring and engaging the first ball ramp ring, wherein rotation of the first ball ramp ring from the first rotational position to the second rotational position causes movement of the valve element from the first valve element position to the second valve element position, and wherein a first fluid flow rate through the valve when the valve element is in the first valve element position is less than a second fluid flow rate through the valve when the valve element is in the second valve element position.