This document specifies a test method for determining the flex resistance of rubber- or plastics‑coated
fabrics in the folded condition. The test method is applicable only to products which can be clamped in
the test apparatus used and to products with which the fold made in the test specimen can be caused to
move back and forth along the specimen during the test.
The appearance of the test specimen, after completion of either the flex number (see 3.1) or a specified
number of flex cycles, is taken as a measure of the flex resistance in the folded condition.

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ISO 6506-2:2017 specifies methods of direct and indirect verification of testing machines used for determining Brinell hardness in accordance with ISO 6506‑1 and also specifies when these two types of verification have to be performed.
The direct verification involves checking that individual machine performance parameters fall within specified limits whereas the indirect verification utilizes hardness measurements of reference blocks, calibrated in accordance with ISO 6506‑3, to check the machine's overall performance.
If a testing machine is also to be used for other methods of hardness testing, it has to be verified independently for each method.
ISO 6506-2:2017 is applicable to both fixed location and portable hardness testing machines. For machines that are incapable of satisfying the specified force-time profile, the direct verification of force and testing cycle can be modified by the use of Annex B.

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This part of IEC 60749 describes a salt atmosphere test that determines the resistance of
semiconductor devices to corrosion. It is an accelerated test that simulates the effects of
severe sea-coast atmosphere on all exposed surfaces. It is only applicable to those devices
specified for a marine environment.
The salt atmosphere test is considered destructive.

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ISO 4545-2:2017 specifies the method of verification and calibration of testing machines for determining Knoop hardness for metallic materials in accordance with ISO 4545‑1.
A direct method of verification and calibration is specified for the testing machine, indenter, and the diagonal length measuring system. An indirect verification method using reference blocks is specified for the overall checking of the machine.
If a testing machine is also to be used for other methods of hardness testing, it will be verified independently for each method.

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ISO 4545-3:2017 specifies the method for the calibration of reference blocks to be used for the indirect verification of Knoop hardness testing machines as specified in ISO 4545‑2.
The method is applicable only for indentations with long diagonals ≥0,020 mm.

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This part of IEC 60794 applies to optical fibre cables for use with telecommunication
equipment and devices employing similar techniques, and to cables having a combination of
both optical fibres and electrical conductors.
The object of this standard is to define test procedures to be used in establishing uniform
requirements for mechanical requirement performance.
Throughout this standard the wording “optical cable” may also include optical fibre units,
microduct fibre units, etc.
General requirements and definitions are given in IEC 60794-1-20 and a complete reference
guide to test method of all types in the IEC 60794-1-2.

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ISO 14577-2:2015 specifies the method of verification and calibration of testing machines for carrying out the instrumented indentation test in accordance with ISO 14577‑1:2015.
It describes a direct verification method for checking the main functions of the testing machine and an indirect verification method suitable for the determination of the repeatability of the testing machine. There is a requirement that the indirect method be used in addition to the direct method and for the periodic routine checking of the testing machine in service.
It is a requirement that the indirect method of verification of the testing machine be carried out independently for each test method.
ISO 14577-2:2015 is also applicable for transportable testing machines.

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This part of IEC 60749 provides a test method to evaluate the endurance of semiconductor
devices used in high temperature and high humidity environments.
This test method is used to evaluate the endurance against corrosion of the metallic
interconnection of chips of semiconductor devices contained in plastic moulded and other
types of packages. It is also used as a means of accelerating the leakage phenomena due to
the moisture penetration through the passivation film and as a pre-conditioning for various
kinds of tests.

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ISO 6506-3:2014 specifies a method for the calibration of reference blocks to be used in the indirect verification of Brinell hardness testing machines as described in ISO 6506‑2.
The procedures necessary to ensure metrological traceability of the calibration machine are also specified.

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This part of IEC 60512, when required by the detail specification, is used for testing connectors within the scope of IEC technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this standard is to define a standard test method to assess the possibility of whisker growth by external mechanical stress on the tin and tin-alloy plated parts of a connector in its application (after wire termination, after soldering, after mounting, mated with counterpart).

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This part of IEC 60512, when required by the detail specification, is used for testing electomechanical components within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to determine the ability of a fixed male tab and its fixing to withstand specified tensile and compressive forces. If so specified in the detail specification, forces other than tension and compression may be applied.

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This part of IEC 60512, when required by the detail specification, is used for testing connectors within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to determine the holding capacity of contacts with resilient features by means of gauges. The test is also applicable to the grounding contact spring, and other similar contact systems, where the ability to retain a gauge is to be demonstrated. In these cases, the component detail specification shall contain sufficient detail, given under 5 d) to f), to enable the test to be done.

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This part of IEC 60512, when required by the detail specification, is used for testing electrical connectors within the scope of IEC technical committee 48. This test may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to assess the ability of terminations to withstand the mechanical stresses likely to be applied during normal assembly operations.

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This part of IEC 60512, when required by the detail specification, is used for testing connectors within the scope of IEC technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to determine the ability of a fixed male tab and its fixing to withstand a specified bending stress. If so specified in the detail specification, forces other than bending may be applied.

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This part of IEC 60512, when required by the detail specification, is used for testing electrical connectors within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to determine the ability of a contact to withstand a specified bending moment or force. If so specified in the detail specification, forces other than bending may be applied. Although this test is illustrated for the mating area of cylindrical contacts, and is particularly applicable to those with a mating diameter of 1,2 mm or less, its use for contacts with other geometries is not excluded. In which case, the detail specification shall contain sufficient detail, given under Clause 6, i), j) and k), to enable the test to be done. Furthermore, it may be used for any part of a connector (such as a keying or polarizing device; cable support or contact latching feature) provided that sufficient detail is given in the detail specification.

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This part of IEC 60512, when required by the detail specification, is used for testing connectors within the scope of IEC technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to assess the effectiveness of contacts to resist deformation (damage) from crimping operations. Although this test is intended for cylindrical contacts, especially machined contacts, it is applicable to contacts with other geometries and construction. In which case, the detail specification shall contain sufficient detail, given under clause 4, to enable the test to be done.

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This part of IEC 60512, when required by the detail specification, is used for testing electomechanical components within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to determine the ability of a fixed male tab and its fixing to withstand specified tensile and compressive forces. If so specified in the detail specification, forces other than tension and compression may be applied.

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This part of IEC 60512, when required by the detail specification, is used for testing connectors within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to assess the effectiveness of an insulation grip to hold the insulation of a cable/wire under specified conditions.

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This part of IEC 60512, when required by the detail specification, is used for testing electomechanical components within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to determine ability of a component to resist forces that might strip a wrapped connection from its post along the axis of the post. Such wrapped connections are described in IEC 60352-1.

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This part of IEC 60512, when required by the detail specification, is used for testing electomechanical components within the scope of technical committee 48. This test may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to determine the holding capacity of grounding contact springs by means of gauges.

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This part of IEC 60512, when required by the detail specification, is used for testing connectors within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to assess the effectiveness of the means by which an oversize male contact, or other similar object, is prevented from entering the equivalent female contact.

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This part of IEC 60512, when required by the detail specification, is used for testing electromechanical components within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to determine if a wrapped connection has been made without damaging the wrapping wire. Such wrapped connections are described in IEC 60352-1.

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This part of IEC 60512, when required by the detail specification, is used for testing connectors within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to determine the tensile strength of a crimped connection.

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This part of IEC 60512, when required by the detail specification, is used for testing electomechanical components within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to measure the deflection of a simulated contact in its cavity or housing. Although this test method is intended for cylindrical male contacts, and is particularly applicable to those where the contacts fit into an insert, which may have some elasticity, its use for contacts with other geometries and housing details, is not excluded. In which case, the detail specification should contain sufficient detail, given under Clause 5, to enable the test to be done.

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This part of IEC 60512, when required by the detail specification, is used for testing connectors within the scope of technical committee 48. It may also be used for similar devices when specified in a detail specification. The object of this part of IEC 60512 is to detail a standard test method to assess the effectiveness of the elastic system of contacts to resist damage from the insertion of a specified test probe. Although this test is intended for cylindrical contacts, the use for contacts with other geometries is not excluded. In which case, the detail specification should contain sufficient detail, given under the Clause 5 f), to enable the test to be done.

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This Technical Specification gives test methods for prefabricated timber stairs. These stairs are  made from timber and/or wood-based materials.
The methods included in this document can also be used for single components used in stairs (e.g. steps, handrails, balusters, …).
This document  does not consider the overall structure design of these elements. Stairs that are designed to contribute to the overall stability of the works or to the strength of the structure are not covered by this standard.
The surfaces of the timber elements may be exposed or covered by finishes.
NOTE 1   Where stairs are supplied with a finish or covering, some basic characteristics will not be covered by this standard and references should be made to the appropriate product standard (e.g. colour fastness of carpet finishes)
NOTE 2   Where the term "stair" is used in this document, it may also apply to individual element or component where appropriate
Tests can be carried out on a complete fully assembled system according to manufacturer installation instructions or on individual components.
A fully assembled stair test cannot be used to evaluate individual components.
There is no particular hierarchy of sequences or the need to carry out all the tests.

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ISO/TTA 5:2007 recommends and establishes standardized techniques for measuring and analysing Creep Crack Initiation (CCI), Creep Crack Growth (CCG), and Creep Fatigue Crack Growth (CFCG) characteristics, using a wide range of pre-cracked standard and non-standard "feature" geometries.

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This European Standard specifies the test procedures for the anchorages and couplings of post-tensioning systems. This standard is to be used in conjunction with the relevant European Standards ENV 1992-1-1 and ENV 1992-2 and others for pertaining to prestressed concrete structures.
The test results should be used for the acquisition of the Technical Approval of the specified post-tensioning system.
For unbonded tendons additional tests and requirements are needed and these are not covered in the present scope of this standard.

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Migrated from Progress Sheet (TC Comment) (2000-07-10): Accepted to go parallel with ISO, but as there is not yet a document reference ++ we have to wait before we can add it.

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This document is an outline procedure for the tensile testing of discontinuously reinforced metal matrix composites (MMC) and defines the mechanical properties which tan be determined at ambient temperature, such as Young's modulus, proportional limits, proof stress, tensile strength and elongation to failure. It follows the European Standard EN 10002 for the tensile testing of metals and its sister document for Aerospace materials EN 20024 Part 1. [refs 1 and 2 in annex C.]

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Specifies methods of test for the determination ot the mechanical properties of horizontal joints between load-bearing walls and concrete floors subjected to vertical loading and moments transmitted by the floors. The walls may be interior or exterior walls composed of masonry or of prefabricated units and supporting a floor on one or on both sides.

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This standard defines the methods to  be used for the tests of mechanical strenth of windows considered as finished products, in their normal conditions of use.

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ISO 6506-2:2014 specifies methods of direct and indirect verification of testing machines used for determining Brinell hardness in accordance with ISO 6506‑1, and also specifies when these two types of verification has to be performed.
The direct verification involves checking that individual machine performance parameters fall within specified limits whereas the indirect verification utilizes hardness measurements of reference blocks, calibrated in accordance with ISO 6506‑3, to check the machine's overall performance.
If a testing machine is also to be used for other methods of hardness testing, it has to be verified independently for each method.
ISO 6506-2:2014 is applicable to both fixed location and portable hardness testing machines. For machines that are incapable of satisfying the specified force-time profile, the direct verification of force and testing cycle can be modified by the use of Annex B.

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Specifies a test method for evaluating the behaviour at permanent folding of rubber- or plastic coated fabrics (e. g. artificial leather). This test method is applicable only to products which can be clamped in the test apparatus without restraint and for products with which the fold formed in the test specimen is caused to run along it during the test.

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ISO 7500-1:2015 specifies the calibration and verification of tension/compression testing machines.
The verification consists of:
- a general inspection of the testing machine, including its accessories for the force application;
- a calibration of the force-measuring system of the testing machine;
- a confirmation that the performance properties of the testing machine achieve the limits given for a specified class.
NOTE This part of ISO 7500 addresses the static calibration and verification of the force-measuring systems. The calibration values are not necessarily valid for high-speed or dynamic testing applications. Further information regarding dynamic effects is given in the Bibliography.
CAUTION Some of the tests specified in this part of ISO 7500 involve the use of processes which could lead to a hazardous situation.

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ISO 7500-1:2004 specifies the verification of tension/compression testing machines. The verification consists of a general inspection of the testing machine, including its accessories for the force application and a calibration of the force-measuring system.

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ISO 14577-2 specifies the method of verification and calibration of testing machines for carrying out the instrumented test in accordance with ISO 14577-1.
It describes a direct verification method for checking the main functions of the testing machine and an indirect verification method suitable for the determination of the repeatability of the testing machine.
This part of ISO 14577 is also applicable for transportable testing machines.

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The scope of ISO/TTA 5:2006 is to recommend and establish standardized techniques for measuring and analysing Creep Crack Initiation (CCI), Creep Crack Growth (CCG), and Creep Fatigue Crack Growth (CFCG) characteristics using a wide range of pre-cracked standard and non-standard "feature" geometries.

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This European Standard specifies the verification of the force measuring system of tensile testing machines. This verification shall be preceded by a general inspection of the testing machine. The dynamic verification of the forces applied by tensile testing machines is excluded from this standard. This standard is not concerned with the verification of extensometers.

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