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Standard

IEEE 803-1957

Withdrawn

Note: This standard has a new edition: IEEE 803-1983

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Abstract

- Superseded. The extremes of aircraft environment and rigorous reliability requirements, make special consideration of aircraft insulation testing procedure desirable. Operating temperatures, in some classes of equipment now above 260C (SOOF), are moving upward. Ambient low temperatures below -6SC (-8SF) are currently specified. Vibration conditions producing accelerations in excess of 60 G's exist. Environmental conditions which may deteriorate electrical insulation are present through a range and to a degree uncommon in the environment of non-aircraft electric equipment. These conditions have created problems which commercial insulation test procedures do not always cover adequately

Document information

  • Standard from IEEE/AIEE
  • Published:
  • Document type: IS
  • Pages
  • Publisher IEEE/AIEE
  • Distributor IEEE/AIEE
  • Technical Committee /

Product Relations

  • Refers: "American Standard for Measurement of Voltage in Dielectric Tests" A S A C68.1 1953.
  • Refers: 5. "Critical Failures in Aircraft Equipment Electrical Insulation" by J. P. Dallas and L. B. Kilman, "Electrical Manufacturing" March 1956.
  • Refers: "High Potential Testing of Aircraft Equipment Electrical Insulation" by L. B. Kilman and J. P. Dallas, "Electrical Engineering" June 1956.
  • Refers: "Report of Advisory Staff for Aircraft Electric Systems" sponsored by W A D C and BuAer, April 1951, Section 3.13.
  • Refers: "Peak Voltages with D-C Arc Interruption for Aircraft" by V. E. Phillips and W . P. Mitchell, AIEE Transactions, Volume 63, December 1944.
  • Refers: "Aircraft Switch Testing" by T. R. Stuelpnagel and J. P. Dallas, "Electrical Engineering", December 1954.
  • Refers: "Test Code for D-C Aircraft Rotating Machines", AIEE No. 800, January 1953.
  • Refers: "Electrical Insulation" by G. L. Moses, Published by McGraw-Hill Book Company, 1951.
  • Refers: "Effect of Electrical Discharges on the Breakdown of Solid Insulation" by Dakin, Philofsky and Divens, "Electrical Engineering", September 1954.