TO 1-1-700 - Robins Air Force Base
TO 1-1-700 - Robins Air Force Base
TO 1-1-700 - Robins Air Force Base
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
<strong>TO</strong> 1-1-<strong>700</strong><br />
d. SPM.<br />
e. Repeat process until all contaminants are removed.<br />
MIL-PRF-32295, TYPE II, CLEANER, NON-AQUEOUS,<br />
LOW-VOC, HAP-FREE<br />
MIL-PRF-81309, LUBRICANT, CORROSION PREVEN-<br />
TIVE COMPOUND 46<br />
MIL-PRF-63460, LUBRICANT, CLEANER AND PRESER-<br />
VATIVE 44<br />
MIL-PRF-680 AND A-A-59601, SOLVENT, DEGREASING,<br />
TYPE II AND III 45<br />
TT-I-735, ALCOHOL, ISOPROPYL 65<br />
• MIL-PRF-63460 Cleaner/Lubricant/Preservative<br />
(CLP), shall not be used to clean or lubricate rubber<br />
or other elastomeric parts because it contains<br />
solvents which attack rubber O rings and other<br />
elastomeric parts.<br />
• MIL-PRF-680, MIL-PRF-32295, Type II and A-A-<br />
59601, Type II or III solvents shall not be used to<br />
clean natural or synthetic rubber parts as they can<br />
cause damage to these rubber components.<br />
a. Apply a mixture of one part TT-I-735, Isopropyl Alcohol,<br />
and one part distilled water to affected areas with a<br />
CCC-C-46 Cleaning Cloth; an A-A-289 (style optional)<br />
Acid Brush; a toothbrush or other type soft, non-metallic<br />
bristle brush as appropriate.<br />
b. Wipe or scrub affected area until contaminants have<br />
been dislodged.<br />
c. Remove residue by blotting or wiping with a CCC-C-46<br />
Cleaning Cloth. Inspect affected areas for signs of residues<br />
and contaminants.<br />
d. Discard contaminated cloths and solvents in approved<br />
disposal containers after cleaning operation to avoid<br />
contamination of other components.<br />
MIL-L-87177, LUBRICANT, CORROSION PREVENTIVE<br />
COMPOUND, WATER DISPLACING 32<br />
10.12 ELECTRICAL COMPONENTS AND OTHER<br />
COMPONENTS.<br />
Almost all corrosion problems on electrical and electronic<br />
equipment are caused by moisture intrusion at the connector or<br />
lead-in attachment points on cases and covers. While the<br />
design of this equipment is fixed, corrosion can be prevented<br />
by spraying MIL-PRF-81309, Type III or MIL-L-87177, Type<br />
I, Grade B Avionics Grade, Water Displacing CPC into the pin<br />
and/or pin receptacle end of the connectors prior to mating the<br />
connector halves, and on the connector shells after mating the<br />
connector halves. Consult Chapter 7 of <strong>TO</strong> 1-1-691 for corrosion<br />
protection of electrical connectors and Chapter 6 of <strong>TO</strong> 1-<br />
1-689-3 for cleaning and preservation. Potting compounds are<br />
also used to protect electrical connectors from corrosion, contamination<br />
and arcing by the exclusion of moisture, stray particles,<br />
and liquids. Chapter 8 of this manual provides the<br />
recommended potting compounds to use.<br />
10.13 BONDING/GROUNDING.<br />
Electrical bonding provides a low resistance electrical path<br />
between two or more conductive units or components.<br />
Grounding is a form of bonding that utilizes the primary structure<br />
as a portion (return path) of the electrical circuit (see<br />
Figure 10-11). See Chapter 1 of <strong>TO</strong> 31-1-75 and Chapter 8 of<br />
this manual for further information on grounding. Bonding<br />
may serve one or all of several functions:<br />
a. Provide a common ground for the proper electrical functioning<br />
of the units involved.<br />
b. Provide a path to minimize lightning strike damage.<br />
c. Prevent the buildup of static potentials that could result<br />
in a spark discharge.<br />
d. Minimize static and stray currents in units involved.<br />
e. Prevent a unit from emitting electromagnetic energy that<br />
would interfere with other units and provide a signature<br />
for enemy detection and recognition.<br />
10-10 Change 3