Standard
Wire, Electrical, Polyvinyl Chloride Insulated, Polyvinylidene Fluoride Jacket, Tin-Coated Copper Conductor, 600-Volt, 110°C
2012-12-12
HISTORICAL
AS50861/5
Search Results
Standard
Wire, Electrical, Polyvinyl Chloride Insulated, Polyvinylidene Fluoride Jacket, Silver-Coated Copper Alloy Conductor, 600-Volt, 110°C
2012-12-12
HISTORICAL
AS50861/6
Standard
Wire, Electrical, Polyvinyl Chloride Insulated, PVC-Glass-PVC-Nylon, Tin-Coated Copper Conductor, 600-Volt, 105°C
2012-12-12
HISTORICAL
AS50861/3
Standard
Wire, Electrical, Polyvinyl Chloride Insulated, PVC-Glass-PVC-Nylon, Tin-Coated Copper Conductor, 600-Volt, 105°C
2017-12-07
CURRENT
AS50861/3A
Standard
Wire, Electrical, Polyvinyl Chloride Insulated, PVC-Glass-Nylon, Tin-Coated Copper Conductor, 600-Volt, 105°C
2012-12-12
HISTORICAL
AS50861/2
Standard
Wire, Electrical, Polyvinyl Chloride Insulated, Nylon Jacket, Tin-Coated Copper Conductor, 600-Volt, 105°C
2012-04-04
HISTORICAL
AS50861/1
Standard
Wire, Electrical, Polyvinyl Chloride Insulated, Nylon Jacket, Tin-Coated Copper Conductor, 3000-Volt, 105°C
2018-02-06
CURRENT
AS50861/4A
Standard
Wire, Electrical, Polyvinyl Chloride Insulated, Nylon Jacket, Tin-Coated Copper Conductor, 3000-Volt, 105°C
2012-12-12
HISTORICAL
AS50861/4
Standard
WIRE, ELECTRIC, CROSSLINKED POLYLALKENE INSULATED, SILVER-COATED COPPER, NORMAL WEIGHT, 600-VOLT, 150 °C
2021-07-15
CURRENT
AS81044/5B
Standard
WIRE, ELECTRIC, CROSSLINKED POLYALKENE INSULATED, SILVER-COATED HIGH STRENGTH COPPER ALLOY, LIGHT WEIGHT, 600-VOLT, 150 °C
2017-03-05
HISTORICAL
AS81044/13A
Standard
WIRE, ELECTRIC, CROSSLINKED POLYALKENE INSULATED, SILVER-COATED COPPER, NORMAL WEIGHT, 600-VOLT, 150°C
2016-05-17
HISTORICAL
AS81044/5A
Standard
WIRE, ELECTRIC, CROSSLINKED POLYALKENE INSULATED, SILVER-COATED COPPER, MEDIUM WEIGHT, 600-VOLT, 150 °C
2017-03-03
HISTORICAL
AS81044/8A
Standard
SLEEVING, IDENTIFICATION, HEAT SHRINKABLE, 125 °C AND 135 °C, POLYOLEFIN, FLEXIBLE, CROSSLINKED
2022-12-07
CURRENT
AS6976/5
Standard
SLEEVING, FOR IDENTIFICATION MARKING HEAT SHRINKABLE, POLYVINYLIDENE FLUORIDE, FLEXIBLE
2017-07-07
CURRENT
AS85848/2A
Standard
SLEEVING, FOR IDENTIFICATION MARKING HEAT SHRINKABLE, POLYVINYLIDENE FLUORIDE, FLEXIBLE
2012-01-26
HISTORICAL
AS85848/2
Standard
SLEEVING, FOR IDENTIFICATION MARKING HEAT SHRINKABLE, POLYOLEFIN, FLEXIBLE
2017-06-20
CURRENT
AS85848/1A
Standard
SLEEVING, FOR IDENTIFICATION MARKING HEAT SHRINKABLE, POLYOLEFIN, FLEXIBLE
2012-01-26
HISTORICAL
AS85848/1
Standard
Relative Thermal Life and Temperature Index
1994-10-01
HISTORICAL
AS4851
This test method provides performance data on candidate insulation systems as a function of time and temperature. These data give engineering information on the wire insulation candidate relative to the performance of materials already in use with a backlog of experience. These tests expose candidate insulation systems to a wide range of temperatures for short and long periods of time, while measuring the degradation of its physical properties. For aerospace use, end-point proof tests include mandrel bend, water soak, and dielectric integrity.
Standard
Metal Clad Fibers for Electrical Shielding & Harness Overbraid
2008-03-25
HISTORICAL
AIR5464
Over the past decade several metal clad fibers and fabrics have been developed to provide aerospace vehicle designers with a conductive, lighter weight alternative to coated copper or steel for shielding and harness overbraids of electrical cables. Several of these candidates have been unable to provide the strength or thermal stability necessary for the aerospace environment. However, the aramid-based products have shown remarkable resistance to the rigorous environment of aerospace vehicles. Concurrent with these fiber developments, there have been changes in the structures of aerospace vehicles involving greater use of nonmetallic outer surfaces. This has resulted in a need for increased shielding of electrical cables which adds substantial weight to the vehicle. Thus, a lighter weight shielding material has become more critical to meet the performance requirements of the vehicle.
Standard
Investigation of Whisker Formation on Tin Plated Conductors
2004-08-23
HISTORICAL
AIR5444
This SAE Aerospace Information Report (AIR) shall be limited to general information about tin whisker formation on tin plated conductors. It summarizes the mechanisms of metal whisker formation and describes possible conclusions as related to tin plated conductors. It also provides a number of reference documents that describes research and observations of the whisker phenomena, recommendations to prevent its formation and conclusions. The investigation by this task group of AE-8D was initiated by a request of the Naval Air Warfare Center, Indianapolis, Indiana, to determine if the phenomenon of tin whiskers is a problem in aerospace wire and cable.
