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|  MIL-T-46590C
3.4 Hydrostatic pressure. The body shall withstand a hydrostatic pressure of 11,000 pounds per square
inch (psi) for 15 seconds, minimum, without leaking, deformation, or mechanical failure (see 6.4.1).
3.5 Shear pin strength.
3.5.1 Shear pin. The shear pin, after application of protective finish, shall shear when a load of 55 5
pounds is applied at the steady rate of 0.125 inch per minute.
3.5.2 Unlock shear pin. The unlock shear pin, after application of protective finish, shall shear when
a load of 1150 150 pounds is applied at the steady rate of 0.125 inch per minute.
3.6 Welding.
3.6.1 Reservoir assembly. The welding of the reservoir assembly shall comply with the requirements
and shall be welded in accordance with MIL-W-8604 with the exceptions specified herein.
3.6.2 Internal pressure. The reservoir assembly shall withstand a constant internal air pressure of 90
pounds per square inch (psi), minimum, for 15 seconds, minimum, without application of any external load
and shall show no evidence of leakage or mechanical failure (see 6.4.1).
3.6.3 Torque. The weld shall withstand a torque application of 10 inch pounds, minimum, without any
breakage or deformation of any welded joint or component.
3.7 Metal parts assembly. Parts shown in table I shall be combined to produce an assembly which
conforms to the requirements of the metal parts assembly drawing.
TABLE I. Assembly parts.
Assembled Parts
Method of Inspection
Rod end to piston rod
Hand tight
Firing pin housing to body
Hand tight
All setscrews and cap screws
Wrench tight
3.7.1 Piston rod rotation. Prior to final assembly of the ring nut, the piston rod shall be free to rotate
in a clockwise direction for 360 degrees.
3.7.2 Torque.
3.7.2.1 Hollow lock screw. A torque of 5 inch pounds, maximum, shall be applied to seat the hollow lock
screw on the gasket.
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