CUSTOMER DRAWING
4.2.1
4.2.1
Heat Aging: Fifteen assemblies shall be conditioned for 1000 hours at 150 ± 3°C (302 ± 5°F) in a
mechanical-convection oven with an air velocity of 100 to 200 feet per minute past the specimens. After
conditioning, the specimen shall be cooled to 25 ± 5°C (77 ± 9°F) within one hour and tested for insulation
resistance (4.4.3) and dielectric withstanding voltage (4.4.4).
Altitude Immersion: Fifteen assemblies shall be immersed in a water bath containing 5% by weight of
NaCl and placed in a chamber. Wire ends, opposite the cap, shall be within the chamber, but not
submerged. The exposed wire ends shall not be sealed. The chamber pressure shall be reduced to
approximately 1 inch of mercury and maintained for 30 minutes. The chamber pressure shall then be
returned to atmospheric pressure. The insulation assistance shall be measured in accordance with 4.4.3.
This shall constitute one cycle. Two additional environment cycles shall be run. At the end of the third
cycle, the insulation resistance (4.4.3) shall be re-measured, and the dielectric withstanding voltage test
(4.4.4) shall be performed.
4.2.1
Corrosive effect: Two caps, as supplied, shall be placed in the bottoms of two clean ½ x 12 inches test
tubes (one cap per tube). A third tube shall be used for control. A copper-glass mirror, about 1 x ¼ inches
shall be suspended from 6 to 7 inches above the bottom of each tube by a fine copper wire attached to a
cork wrapped in aluminum foil. The corks shall tightly seal the test tubes. The lower 2 inches of each tube
then shall be placed in an oven or oil bath at 175 ± 3°C for 16 hours. After cooling, the mirrors shall be
examined in a good light against a white background. Evidence of corrosion shall be areas of transparency
larger than pinholes in a mirror. Discoloration of the copper film or reduction of its thickness shall not be
considered corrosion. The mirrors shall be vacuum- deposited copper with thickness equal to 10 ± 5%
transmission of normal incident light of 5000 angstroms. They shall be stored in a vacuum and shall be
used for test only if no oxide film is present and the copper is not visibly damaged.
4.2.1
Flammability: Ten assemblies shall be mounted vertically, closed end down, in a draft-free chamber. An 8
x 8 inch piece of tissue paper conforminf to UU-T-450 shall be suspended taut and centered 9 ½ inches
below the test specimen, a minimum of ½ inch from the table top, in such a manner that any dripping
particles will fall on the tissue paper. A standard 1/8” Bunsen burner shall be adjusted to produce a blue
flame approximately 1” high. The tip of the flame shall be applied to the closed end of the test specimen
for 10 seconds. The flame shall then be removed and the specimen shall remain undisturbed until burning
ceases. Failure of more than one specimen to extinguish itself within the time specified or ignition of the
tissue paper caused by dripping of flaming or glowing particles shall be cause for rejection.
Tyco Electronics
TITLE:
305 Constitution Dr
Menlo Park, CA
94025, U.S.A.
CAP, SPLICE ENCAPSULATION
DOCUMENT NO.:
Unless otherwise specified dimensions are in millimeters.
[Inches dimensions are shown in brackets]
Raychem
Devices
D-300-08/-12/-18
TOLERANCES:
0.00 N/A
0.0 N/A
ANGLES: N/A
Tyco Electronics reserves the right to
amend this drawing at any time. Users
should evaluate the suitability of the
product for their application.
REV:
DATE:
ROUGHNESS
IN MICRON
B
31-July-08
0 N/A
DRAWN BY:
CAGE CODE:
REPLACES:
ECO NUMBER:
SCALE:
SIZE:
SHEET:
M. FORONDA
06090
D010044
08-018889
NTS
A
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