 |
|||
|
|
|||
| ||||||||||
|
|  MIL-R-23016(Wep)
3.2.15
Application of (Detail) Parts:
A part shall not be subjected to any ambient or hotspot
temperature, voltage, current, or power dissipation exceeding
that for which the part is designed (including derating curves).
3.2.16
Orientation:
Normal installation position or range of positions shall be as
specified in Figure 30, but any such normal installation shall
be subject to temporary complete inversion during flight while
the equipment is operating.
Overload Protection:
3.2.17
Overload protection for the equipment shall be provided in the
form of a circuit breaker which is automatically reset when
the operator releases the transmitter keyline.
Safety:
3.2.18
The design shall be such as to provide maximum convenience
and safety to personnel in installing, operating, and inter-
changing a complete equipment assembly or component part
thereof in aircraft. Satisfactory provision shall be made to
prevent personnel from accidentally coming into contact with
voltages in excess of 40 volts. When cases and seals are
removed for maintenance, protection shall be provided from
voltages in excess of 500 volts. The design shall be such as
to prevent reversed assembly or installation of connectors,
fasteners, parts, and units where possible malfunction or
personnel hazards might occur.
High Voltage Protection:
3.2.18.1
When the operation or maintenance of an equipment employing
potentials in excess of 1,000 volts could require that these
voltages be measured, the equipment shall be provided with
test points such that all these high voltages may be measured
at potential levels less than 1,000 volts relative to ground.
This may be accomplished through the application of voltage
dividers or other techniques such as the use of safety-type
panel meters and multipliers. Full details shall be given as
to the method used in the test equipment to obtain the volt-
ages at the test points. The voltages specified herein shall
be construed as applying to direct current (d-c), alternating
current (a-c), or d-c plus a-c voltages.
93
|
|
Privacy Statement - Press Release - Copyright Information. - Contact Us |
Click
here for thousands of PDF manuals