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|  MIL-G-81065A(OS)
(f) Any exceptions to this specification.
(g) All additional samples required shall be provided and inspected
at the expense of the supplier, when such samples are required
because of failure of any sample(s) to pass the prescribed
inspections.
6.2.1 The attention of the contracting officer is invited to the
Quality Assurance Provisions and options in MIL-P-116 and to 4.5.5.
6.3 Definitions. For the purpose of this specification the following
definitions have been established.
6.3.1 Unit condition
6.3.1.1 Nonoperating. The condition Of the uninstalled gyro-pendulum
when stored, transported, or handled in a packaged condition.
6.3.1.2 Ready, nonope rating. The condition of the gyro-pendulum when
assembled with the end item, transported, and handled in an unpackaged
condition.
6.3.1.3 Ready. The condition of the gyro-pendulum when fully assembled
with the end item and installed on the launching mechanism prior to
operating.
6.3.1.4 Operating. Operating is the condition of the gyro-pendulum
when performing its required function.
6.3.2 Vibration. Vibration is a sinusoidal motion defined by ampli-
tude and frequency. The amplitude may refer to displacement or "to accel-
eration. The displacement is given in inches peak-to-peak. The
acceleration is given in multiples of gravitational acceleration (g's).
The frequency is given in cycles per second (cps).
6.3.3 Shock. Shock is an abrupt change in the motion of a body result-
ing from the sudden application of a large external force of short dura-
tion. Shock is described as a pulse in multiples of gravitational accel-
eration (g's), duration in units of time (milliseconds (ins)), and a shock
pulse approximating a one-half sine wave. The time duration shall be
measured between two points where two lines, tangent at maximum slope,
intersect the zero g line.
6.3.4 Acceleration (Steady state). Acceleration (steady state) is the
time rate of change of velocity of a body resulting from the application
of a sustained external force with a uniform buildup to peak in more than
0.010 second. Acceleration is given in multiples of gravitational
acceleration (g's).
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