Upper Snap-Ring Installation - G900 Series - Hunter G835 Owner's Manual

uPPeR SnAP-Ring inSTAllATion – g900 SeRieS
Hold the snap-ring in front of you with the wiper seal facing up and the snap-ring open ends at the top. the snap-ring
end on the left must be installed first. lay the snap-ring on top of the rotor and use the left thumb to force the left
open end of the snap-ring into the upper snap-ring groove within the body (fig 66). once engaged, the remaining
portion of the snap-ring can be installed by pressing in a counter-clockwise motion around the snap-ring.
prior to installing the rubberized logo cap, the riser assembly must be pulled up above the upper snap-ring's
rubberized seal. If this procedure is not followed, the rubberized logo cap's stainless steel screw cannot reach the
riser assembly below and attachment will be impossible.
to pull the riser assembly above the upper snap-ring's wiper seal, first locate the lift-up socket on top of the riser
assembly. Using the T-Handle Tool or Snap-ring Tool or Hunter Wrench, insert the tool into the lift-up socket, turn ¼ turn
(fig 67). next, lift the riser assembly up until the nozzles can been seen above the upper snap-ring assembly (fig 68). slowly
release the riser assembly downward until the riser assembly rests on top of the upper snap-ring assembly (fig 69).
as the rubberized logo cap is installed, note there is a protruding pin on the underside of the rubberized logo cap
(fig 70). this pin is the alignment feature on the rubberized logo cap that must be oriented and inserted into the riser
assembly correctly. proper alignment and installation of the protruding pin allows the nozzle direction arrows on the
rubberized logo cap to be positioned over the nozzles below. note which hole in the top of the riser that the pin fits
into (fig 71). also note that the pin and hole locations are different for the g90 and g95 rotors.
Install the rubberized logo cap using a phillips screwdriver. tighten the stainless screw clockwise until the screw is
hand tight. do not over-tighten.
Fig 66
Fig 66
Fig 66
Fig 69 Fig 69
Fig 69
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FIg 66
Fig 66 Fig 66
Fig 66
FIg 69
Fig 69 Fig 69
Fig 69
FIg 67
Fig 67 Fig 67 Fig 67
Fig 67
Fig 67
Fig 67
FIg 70
Fig 70 Fig 70 Fig 70
Fig 70
Fig 70
Fig 70
FIg 68
Fig 68 Fig 68 Fig 68
Fig 68
Fig 68
Fig 68
FIg 71
Fig 71 Fig 71 Fig 71 Fig 71
Fig 71
Fig 71