Search Results

Standard

Selection and Application of Electro-Mechanical Relays for Proper Performance

2017-11-14

CURRENT

ARP4005C

This SAE Aerospace Recommended Practice (ARP) provides information to guide in the selection of electromechanical relays to be used in electrical/electronic circuits for application in aerospace, ground, and shipboard systems to achieve proper performance.

Standard

Selection and Application of Electro-Mechanical Relays for Proper Performance

2011-10-11

HISTORICAL

ARP4005B

This SAE Aerospace Recommended Practice (ARP) provides information to guide in the selection of electromechanical relays to be used in electrical/electronic circuits for application in aerospace, ground, and shipboard systems to achieve proper performance.

Standard

CIRCUIT BREAKER - AIRCRAFT, TRIP-FREE, PUSH-PULL, BLADE TERMINAL, 1 THROUGH 25 AMPS, TYPE I -55 THROUGH +121 °C

2018-06-29

CURRENT

AS33202

Standard

Automatic Test Equipment, Relays Not Fully Rated 25 Amperes or Greater

2013-02-24

CURRENT

ARP4768B

This SAE Aerospace Recommended Practice (ARP) is intended to be a guide for defining automatic test equipment (ATE) methods to be used in performing electrical acceptance tests to ensure repeatability and compatibility of results between manufacturers and between manufacturer and user.

Standard

Automatic Test Equipment, Relays Fully Rated 25 Amperes or Greater

2013-02-24

CURRENT

ARP4767B

This SAE Aerospace Recommended Practice (ARP) is intended to be used as a guide for defining the methods to be used in performing electrical acceptance tests with automatic test equipment and to ensure repeatability and compatibility of results between manufacturers and between manufacturers and users.

Standard

Electromechanical Power Controller/Relay, General Specification For

2010-01-06

HISTORICAL

AS5363

This specification establishes general requirements for a family of trip-free Electromechanical Power Controller/Relays (EMPC) with electronic overcurrent sensing and control, intended for use in electrical systems conforming to RTCA, D0160 Revision C. These devices will be utilized for the protection of ac and/or dc electrical systems, bus feeders, and electrical equipment.

Standard

Electromechanical Power Controller/Relay, General Specification For

2016-01-08

CURRENT

AS5363A

This specification establishes general requirements for a family of trip-free Electromechanical Power Controller/Relays (EMPC) with electronic overcurrent sensing and control, intended for use in electrical systems conforming to RTCA, D0160 Revision C. These devices will be utilized for the protection of ac and/or dc electrical systems, bus feeders, and electrical equipment.

Standard

CIRCUIT BREAKER - TRIP-FREE, PUSH-PULL, 1/2 THRU 20 AMP, TYPE I

2023-03-27

CURRENT

AS26574A

Standard

CIRCUIT BREAKER - AIRCRAFT, TRIP-FREE, PUSH PULL, 25 THRU 35 AMPS, TYPE I −55 TO +121 °C

2007-01-22

HISTORICAL

AS14105A

Standard

CIRCUIT BREAKER - AIRCRAFT, TRIP-FREE, PUSH-PULL, 1/2 THRU 25 AMPS, TYPE 1 -55 THRU +121 °C

2019-04-25

HISTORICAL

AS33201B

Standard

CIRCUIT BREAKER - AIRCRAFT, TRIP-FREE, PUSH-PULL, 1/2 THRU 25 AMPS, TYPE 1, -55 THRU +121 °C

2022-12-07

CURRENT

AS33201C

Standard

CIRCUIT BREAKER - AIRCRAFT, TRIP-FREE, PUSH-PULL, 1/2 THRU 20 AMPS, TYPE I −55 THRU +121 °C

2013-08-22

HISTORICAL

AS33201A

Standard

SELECTION, APPLICATION, and INSPECTION of ELECTRIC OVERCURRENT PROTECTIVE DEVICES

1972-08-01

HISTORICAL

ARP1199

This Aerospace Recommended Practice provides technical and application information needed by the designers of aircraft electric systems and support equipment for the selection of overcurrent protective devices. It provides definitions to permit comparisons of various electric circuit protective devices. Included also are recommended procedures for periodic inspection.

Standard

Selection, Application, and Inspection of Electric Overcurrent Protective Devices

1998-11-01

CURRENT

ARP1199B

This SAE Aerospace Recommended Practice (ARP) provides technical and application information needed by the designers of aircraft electric systems and support equipment for the selection of overcurrent protective devices. It provides definitions to permit comparisons of various electric circuit protective devices. Included also are recommended procedures for periodic visual and mechanical inspection criteria.