10
REASSEMBLY OF MANIFOLDS
2.50 Place inlet manifold onto two (2) M16 x 277 studs and slide up against crankcase.
2.58 Apply anti-seize (PN 6119) to six (6)
M16 x 120 HSH screws; insert screws into
discharge manifold and hand thighten.
2.59 Remove two (2) M16 x 277 studs.
2.60 Apply anti-seize (PN 6119) to remaining
two (2) M16 x 120 HSH screws and
install.
2.61 Use a M14 socket wrench to torque
all eight (8) HSH screws to 1416 in/lbs,
118 ft/lbs or 160 Nm in sequence shown.
2.55 Use a M14 socket wrench to torque all
eight (8) HSH screws to 1152 in/lbs,
96 ft/lbs or 130 Nm in sequence show.
2.56 Hand thread in two (2) M16 x 277 studs
(PN 88902) into upper outside holes of
inlet manifold. These studs will assist
in guiding the discharge manifold over
the plungers and evenly distribute
the load.
NOTE: Ensure guide pins are in place.
2.57
Line up holes on discharge manifold
with studs and slide over ceramic
plungers and press against inlet
manifold.
TORQUE SEQUENCE
7
5
1
3
4
2
6
8
2.51 Install large coil spring over each ceramic plunger and press into place.
2.52 Apply Loctite®242® to six (6) M16 x 110 HSH screws; insert screws into inlet manifold and
hand thighten.
2.53 Remove two (2) M16 x 277 studs.
2.54 Apply Loctite®242® to remaining two (2) M16 x 110 HSH screws and install.
Loctite and 242 are registered trademarks of the Henkle Corporation
CAUTION
Exercise extreme caution when
reinstalling discharge manifold.
Manifold is very heavy and will require
two (2) individuals. The weight of
manifold or any twisting action can
damage the ceramic plungers.
Summary of Contents for 67102
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