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|  MIL-F-48877A (AR)
4.5.6.4 Load test of lever shaft. Apply the required axial
load perpendicular to the lever and in such a direction as to
test the assembly of the lever and shaft. The required force
shall act against the lever. Upon removal of the required force,
the maximum permissible gap shall be inspected for compliance
with the drawing requirement. Any lever shaft that fails the
requirement shall be classed defective and removed from the lot.
4.5.6.5 Load test of lever pellet. Apply the required
axial load perpendicular to the lever and in such a direction as
to test the assembly of the lever and the lever pallet. The
required force shall act against the lever. Upon removal of the
required force, the height of the lever pallet above the lever
shall be inspected for compliance with the drawing requirement.
Any lever pallet that fails the requirement shall be classed
defective and removed from the lot.
4.5.6.6 Torque test of lever shaft. A torque shall be
applied between the lever and the lever shaft. Any lever shaft
that does not comply with the drawing requirement shall be
classed defective and removed from the lot.
4.5.6.7 Load test of annular gear. Apply a load
perpendicular to the rotor and in such a direction as to test the
assembly of the annular gear studs to the annular gear and the
rotor. The required force shall act against the rotor. Upon
removal of the required force, the distance from the face of the
rotor to the end of stud shall be inspected for compliance with
the drawing requirement. Any annular gear that fails the
requirement shall be classed defective and removed from the lot.
4.5.6.8 Load test of lock roller pin. Apply the required
axial load perpendicular to the rotor and in such a direction as
to test the strength of the assembly of the lock roller pin to
the rotor. The required force shall act against the rotor. Any
lock roller pin that does not comply with the drawing requirement
shall be classed defective.
4.5.6.9 Load test of spring stud. Apply the required axial
load perpendicular to the rotor housing and in such a direction
as to test the assembly of the spring stud and the rotor
housing.
The required force shall act against the rotor housing.
Any spring stud that does not comply with the drawing requirement
shall be classed defective.
4.5.6.10 Load test of bridge rivet. Apply the required
load perpendicular to the inner plate and into the bridge rivet
from the side opposite the bridge. The required force shall act
against the inner plate. Any bridge rivet that does not comply
with the drawing requirement shall be classed defective.
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