Search Results

Standard

A GUIDE FOR THE SELECTION OF QUICK-DISCONNECT COUPLINGS FOR AEROSPACE FLUID SYSTEMS

1968-01-31

HISTORICAL

AIR1047

The factors involved in the selection of a quick-disconnect are grouped into the following classifications for the purpose of discussion: (a) Functional considerations. (b) Weight considerations. (c) Environmental performance factors. (d) End fitting types. (e) Additional considerations.

Standard

A GUIDE FOR THE SELECTION OF QUICK-DISCONNECT COUPLINGS FOR AEROSPACE FLUID SYSTEMS

1976-01-01

HISTORICAL

AIR1047B

The factors involved in the selection of a quick-disconnect are grouped into the following classifications for the purpose of discussion: (a) Functional considerations. (b) Weight considerations. (c) Environmental performance factors. (d) End fitting types. (e) Additional considerations.

Standard

A GUIDE FOR THE SELECTION OF QUICK-DISCONNECT COUPLINGS FOR AEROSPACE FLUID SYSTEMS

1969-02-01

HISTORICAL

AIR1047A

The factors involved in the selection of a quick-disconnect are grouped into the following classifications for the purpose of discussion: (a) Functional considerations. (b) Weight considerations. (c) Environmental performance factors. (d) End fitting types. (e) Additional considerations.

Standard

A GUIDE FOR THE SELECTION OF QUICK-DISCONNECT COUPLINGS FOR AEROSPACE FLUID SYSTEMS

1994-04-01

HISTORICAL

AIR1047C

The factors involved in the selection of a quick-disconnect are grouped into the following classifications for the purpose of discussion: (a) Functional considerations. (b) Weight considerations. (c) Environmental performance factors. (d) End fitting types. (e) Additional considerations.

Standard

A Guide for the Selection of Quick-Disconnect Couplings for Aerospace Fluid Systems

2013-01-02

HISTORICAL

AIR1047D

The factors involved in the selection of a quick-disconnect are grouped into the following classifications for the purpose of discussion: a Functional considerations. b Weight considerations. c Environmental performance factors. d End fitting types. e Additional considerations. A quick-disconnect coupling as used in this AIR is one that can be rapidly and repetitively connected and disconnected without excessive fluid loss. The relative importance of the design factors depends upon the fluid medium of the particular system in which quick-disconnect is to be used. The effect of the fluid media on each factor is discussed in this report where applicable.

Standard

AEROSPACE FLUID SYSTEMS AND COMPONENTS - PRESSURE AND TEMPERATURE CLASSIFICATIONS

1981-01-01

HISTORICAL

MA2001

This document establishes the temperature types and pressure classes that are commonly used in aerospace fluid systems.

Standard

AEROSPACE FLUID SYSTEMS AND COMPONENTS - PRESSURE AND TEMPERATURE CLASSIFICATIONS

2011-08-16

HISTORICAL

MA2001A

This document establishes the temperature types and pressure classes that are commonly used in aerospace fluid systems.

Standard

AEROSPACE FLUID SYSTEMS AND COMPONENTS - PRESSURE AND TEMPERATURE CLASSIFICATIONS

1998-03-01

HISTORICAL

AS2001

This document establishes the temperature types and pressure classes that are commonly used in aerospace fluid systems. The temperature types and pressure classes are equivalent, but not identical, to the SI units defined in MA2001 (ISO 6771). For exact conversion use NAS 10000.

Standard

AGE CONTROLS FOR HOSE CONTAINING AGE-SENSITIVE ELASTOMERIC MATERIAL

1996-06-01

HISTORICAL

AS1933

This document establishes age limits for acceptance of hose and hose assemblies containing elastomeric materials for use in aircraft, space vehicles, missiles and component assemblies thereof at time of delivery to the contractor, procuring activity, or contracting officer. This document does not establish limitations on storage times for military activities nor operating life.

Standard

ALTERNATE DIMENSIONS, CENTER BODY SECTION, SHAPE FLUID FITTING, DESIGN STANDARD

2018-02-11

CURRENT

AS1376E

Standard

AS5177 Cap Assy

2008-03-08

WIP

AS5177A

Prepare AS replacement standard for MIL-F-5509 flared fitting

Standard

ASSEMBLED COUPLING ENVELOPE, THREADLESS - FLEXIBLE, FIXED CAVITY, CURRENT CARRYING, SELF BONDING, ENVELOPE DIMENSIONS

2018-04-18

HISTORICAL

AS7511A

Standard

ASSEMBLED COUPLING ENVELOPE, THREADLESS - FLEXIBLE, FIXED CAVITY, CURRENT CARRYING, SELF BONDING, ENVELOPE DIMENSIONS

2017-09-07

HISTORICAL

AS7511

Standard

ASSEMBLED COUPLING ENVELOPE, THREADLESS - FLEXIBLE, FIXED CAVITY, CURRENT CARRYING, SELF BONDING, ENVELOPE DIMENSIONS

2020-12-22

CURRENT

AS7511B

Standard

ASSEMBLED COUPLING, THREADLESS - FLEXIBLE, FIXED CAVITY, SELF-BONDING, ENVELOPE DIMENSIONS

2016-06-16

CURRENT

AS1651B

Standard

ASSEMBLED COUPLING, THREADLESS - FLEXIBLE, FIXED CAVITY, SELF-BONDING, ENVELOPE DIMENSIONS

2013-01-02

HISTORICAL

AS1651A

Standard

Adapters - Port Connection, Ring Locked Design, Installation and Removal of

2002-01-06

HISTORICAL

AS1301C

This SAE Aerospace Standard (AS) provides the essential minimum design, installation and removal standard for AS1299, AS1985, AS1986 and AS4099 adapters and is applicable when specified on engineering drawings, or in procurement documents.

Standard

Adapters - Port Connection, Ring Locked Design, Installation and Removal of

2014-10-28

HISTORICAL

AS1301E

This SAE Aerospace Standard (AS) provides the essential minimum design, installation and removal standard for AS1299, AS1985, AS1986, AS4099, AS5368, and AS5986 adapters and is applicable when specified on engineering drawings or in procurement documents.

Standard

Adapters - Port Connection, Ring Locked Design, Installation and Removal of

2005-02-23

HISTORICAL

AS1301D

This SAE Aerospace Standard (AS) provides the essential minimum design, installation and removal standard for AS1299, AS1985, AS1986, AS4099 and AS5368 adapters and is applicable when specified on engineering drawings, or in procurement documents.

Standard

Aerospace Fluid Systems and Components - Pressure and Temperature Classifications

2015-08-21

CURRENT

MA2001B