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Corrosion resistance of protective finish. |
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|  MIL-F-63281A (AR)
4.5.6.7 Load test of lock roller pin. Apply an 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 fails the requirement shall be classed defective.
4.5.6.8 Torque test of lever shaft.
A torque shall be applied
between the lever and the lever shaft. Any lever shaft that fails
the requirement shall be classed defective.
4.5.6.9 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 fails the requirement shall be
classed defective.
4.5.6.10 Load test of spring stud. Apply an 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 fails the requirement shall be classed defective.
4.5.6.11 Load test of pillars. Apply the required axial load
perpendicular to the inner plate and in such a direction as to test
the assembly of the pillars to the inner plate and outer plate. The
required force shall act against the inner plate. Any pillars that
fail the requirement shall be classed defective.
4.5.6.12 Torque test of rotor stop stud (eccentric pin). The
required torque shall be applied between the rotor stop stud and
gear assembly. The required force shall act on the gear assembly.
Any rotor stop stud that fails the requirement shall be classed
defective.
4.5.7 Corrosion resistance of protective finish. The testing
of the sample shall be in accordance with MIL-STD-331, Test 107.
The significant area for examination shall be the outside surface of
the specimens.
The specimens shall show no more than five (5) rust spots or
pits, none larger than 1/32 inch in diameter, except in those areas
within 1/16 inch from the edges, corner, identification markings,
and holding during processing. Any sample that fails the
requirement shall be classed defective.
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