means 102 for withdrawing lubricant from reservoir 98 and for pumping the withdrawn lubricant to bearing 34 a stator 108 a passageway 104 communicating withwithdrawing means 102 to deliver the withdrawn lubricant to bearing 34 anda passageway 106 for returning the lubricant to reservoir 98 withdrawing means 102 includes a rotor 114 connected to shaft 12 for rotation by screws 116 stator 108 encircles rotor 114 and extends into lubricant 99 in reservoir 98 stator 108 includes a flange 110 and is supported and prevented from rotation by frictional engagement with a shoulder 112 on oil pan 100 oil pan 100 is connected to housing 18 for support by screws 36 as described above for withdrawing means 56 the spacing between the sidewalls for rotor 114 and stator 108 also should be small oil pan 100 includes an integral seal 118 for lubricant 99 in reservoir 98 unlike upper lubricating means 50 where the lubricant is pumped to a point above ball bearings 38 lubricating means 52 pumps lubricant up through passages120 in rotor 114 where the lubricant contacts the bottom of ball bearings 46 lubricant is returned to reservoir 98 through passages 122 in flange 110 of stator 108 stator 108 also acts as a baffle to prevent immediate recycling of the lubricant drained back to reservoir 98 fig6 9 show details of stator 62 and rotor 70 shown in fig4 and fig1 13 show details of stator 108.