Showing 1 - 20 of 985
1996
English

TEST PROCEDURE FOR THE PERFORMANCE OF METRIC NONMETALLIC RESISTANT ELEMENT PREVAILING-TORQUE SCREWS

This standard establishes a conformance test procedure for the performance of metric Nonmetallic Resistant Element Type Prevailing-Torque Screws (hereinafter called REPT screw), in nominal thread diameters M1.6 thru M36.
1999
English

MECHANICAL TESTING OF METRIC BLIND RIVETS

1.1 Scope. This standard describes procedures for the mechanical testing of metric series blind rivets to determine properties required in the product standard. 1.2 The following tests are described: Shear strength, Para. 2.1 Tensile strength, Para. 2.2 Mandrel break load, Para. 2.3 Blind […]
1999
English

METRIC BREAK MANDREL CLOSED END BLIND RIVETS

This standard establishes the dimensional, mechanical, and performance requirements of metric break mandrel closed end blind rivets suitable for use in joining the component parts of an assembly.
1999
English

METRIC BREAK MANDREL BLIND RIVETS

This standard establishes the dimensional, mechanical, and performance requirements of metric break mandrel blind rivets suitable for use in joining the component parts of an assembly.
1971
English

Steel Conduit Thread – Dimensions

Prepared by VDE/FNE Joint Committee 0610-7/205.7
1986
English

Hexagon head bolts with shank, Masses

This supplement provides information additional to DIN 931 Parts 1 and 2, but includes no additional standard specifications.
1987
English

M42 to M160 x 6 hexagon head bolts – Product grade B

This standard, supplementing DIN 931 Part 1, specifies requirements for M42 to M160 x 6 hexagon head bolts assigned to product grade B. If, in special cases, the bolts are to comply with specifications other than those given in this standard, e.g. regarding nominal lengths, these shall b […]
1987
English

M1,6 to M39 hexagon head bolts – Product grades A and B

This standard specifies requirements for M1,6 to M36 hexagon head bolts assigned to product grade A for thread sizes up to and including M24 and lengths smaller than 10d or 150mm, and assigned to product grade B for thread sizes above M24 or lengths exceeding 10d or 150mm. If, in special […]
1983
German

Mechanische Verbindungselemente – Technische Lieferbedingungen – Festigkeitsklassen für Muttern mit Feingewinde (ISO-Klassen)

Im Jahre 1967 wurde die Norm DIN 267 Teil 4 auf internationale Festigkeitsklassen für Muttern umgestellt. Die alten Kennzeichen 4D, 5D, 5S, 6G, 6S und 8G wurden durch die Kennzahlen 4, 5, 6, 8, 10, 12 und 14 ersetzt, wobei die Kennzahl 1/100 der Mindestzugfestigkeit (N/mm2) der Schraube e […]
1981
German

Mechanische Verbindungselemente – Technische Lieferbedingungen – Aufweitversuch für Muttern

1 Geltungsbereich Diese Norm ergänzt DIN 267 Teil 1 und Teil 4, sowie DIN lSO 898 Teil 2 und enthält Festlegungen über einen Aufweitversuch für Muttern mit Festigkeitsklassen nach DIN ISO 898 Teil 2 und DIN 267 Teil 4 mit Gewindedurchmessern von 3 bis 39 mm. 2 Zweck Der Aufweitversuch na […]
1970
English

Steel Conduit Thread – Thread Gauges

The "Go" thread ring gauge must be capable of being screwed by band, without the application or undue force, over the full length of the workpiece thread. The "Not go" thread ring gauge must be incapable or passing over the thread. The "Go" thread plug gauge must be capable of being scre […]
1994
English

HEADLESS CLEVIS PINS [METRIC SERIES]

1.1.1 This standard covers the complete dimensional and general data for two types, A and B, of metric series headless clevis pins intended for general applications and recognized as American National Standard. Type A headless clevis pins are without holes. Type B headless clevis pins s […]
1995
English

COTTER PINS [METRIC SERIES]

1.1.1 This standard covers the complete dimensional and general data for cotter (spilt) pins recognized as American National Standard. 1.1.2 The inclusion of dimensional data in this standard is not intended to imply that all products described are stock production items. Consumers shoul […]
1994
English

MACHINE DOWEL PINS – HARDENED GROUND [METRIC SERIES]

1.1 Scope 1.1.1 This standard covers the dimensional and general data for hardened ground dowel pins in sizes 1.5 - 25 mm in two series recognized as American National Standard, which are widely used in general industrial applications. 1.1.2 The inclusion of dimensional data in this sta […]
1994
English

SPRING PINS – SLOTTED [METRIC SERIES]

1.1.1 This standard is intended to cover the complete dimensions and mechanical and performance requirements for metric series slotted spring pins recognized as American National Standard, which are widely used in general industrial applications. Slotted spring pins have straight cylindri […]
1995
English

SPRING PINS – COILED TYPE [METRIC SERIES]

Coiled spring pins shall have straight cylindrical sides with both ends chamfered. They are available in standard duty, heavy duty, and light duty to suit various design requirements. Coiled type spring pins have multiple walls, are spirally wrapped from strip stock to a diameter larger t […]
2002
English

WING NUTS

This standard is intended to cover complete general and dimensional data for the various types of wing nuts, thumb screws, and wing screws recognized as American National Standard.
2002
English

THUMB SCREWS AND WING SCREWS

This standard establishes the dimensional data for two types of thumb screws included in a regular and heavy series. Also included are wing screws in four types and two styles. Plain, cup, cone, oval, flat and dog points are also included.
2002
English

HEX FLANGE NUTS AND LARGE HEX FLANGE NUTS

Unless otherwise specified, chemical and mechanical properties of steel nuts shall conform with ASTM A563, Grade A, page B-167, or SAE J995, Grade 2. Nuts of other materials such as corrosion resistant (stainless) steel, brass, bronze and aluminum alloys shall have properties as agreed be […]
1997
English

HYDROGEN EMBRITTLEMENT RISK MANAGEMENT

This technical update provides a review of concepts to manage and minimize the risk of hydrogen embrittlement in electroplated screws. These concepts do not assure elimination of failure resulting from hydrogen embrittlement, but seek to manage that risk through minimization and setting f […]