PREDSEDNIK - THE CHAIRMAN OF THE INSTITUTE

ISO 7503 (all parts) and ISO 8769 are addressed to the people responsible for determining the radioactivity present on solid surfaces. ISO 7503 is published in three parts and can be used jointly or separately according to needs.
ISO 7503-1:2016 relates to the assessment of surface contamination by direct and indirect measurements and the calibration of the associated instrumentation.
The standard applies to alpha-, beta- and photon emitters and is intended for use by hospitals, universities, police, or industrial establishments. The standard also can be used in the assessment of activity on trucks, containers, parcels, equipment and is applicable in any organization which handles radioactive materials. Generally, it is applicable to well defined flat surfaces where direct methods are applicable, however, it can also be used for surfaces which are not flat and where indirect wipe tests would be appropriate. These investigations may be carried out on containers, inaccessible areas, non-flat areas where wipe tests can be used. This part of ISO 7503 may be useful in emergency situations, i.e. in nuclear accidents where health physics professionals would be involved.
ISO 7503-1:2016 does not apply to the evaluation of contamination of the skin, of clothing and of loose material such as gravel.
NOTE The test method using wipe-test samples for the evaluation of radioactive surface contaminations is dealt with in ISO 7503-2. The calibration of instruments for the evaluation of radioactive surface contaminations is dealt with in ISO 7503-3.

ISO 7503 (all parts) and ISO 8769 are addressed to the people responsible for measuring the radioactivity present on solid surfaces.
ISO 7503-2:2016 applies to the evaluation of contamination on surfaces in terms of activity per unit area by an indirect method of measurement.
ISO 7503-2:2016 is applicable to well-defined surfaces, such as those of equipment and facilities, containers of radioactive materials, sealed sources and buildings or land.
ISO 7503-2:2016 can be used for laboratory and equipment/installation control and for remediation and monitoring activities to comply with release criteria.
ISO 7503-2:2016 also refers to institutions/authorities controlling nuclear material transports or material/equipment clearance according to national legislation guideline values or international convention limits.
ISO 7503-2:2016 does not apply to contamination of the skin, clothing or loose material, such as gravel.
NOTE Direct evaluation of surface contamination from alpha-emitters, beta-emitters and photon emitters is dealt with in ISO 7503-1. The calibration of instruments for the evaluation of radioactive surface contaminations is dealt with in ISO 7503-3.

ISO 3999:2004 specifies the performance, design and test requirements of apparatus for gamma radiography with portable, mobile and fixed exposure containers of the various categories defined in Clause 4.
It applies to apparatus designed to allow the controlled use of gamma radiation emitted by a sealed radioactive source for industrial radiography purposes, in order that persons will be safeguarded when the apparatus is used in conformity with the regulations in force regarding radiation protection.
It is emphasised, however, that so far as transport of apparatus and sealed radioactive source is concerned, compliance with ISO 3999:2004 is no substitute for satisfying the requirements of relevant international transport regulations (IAEA Regulations for the safe transport of radioactive materials: IAEA-STI-PUB 998, Safety Standards Series ST-1 and ST-2, and/or the relevant national transport regulations).
The operational use of apparatus for industrial gamma radiography is not covered by ISO 3999:2004. Users of this equipment shall comply with national regulations and codes of practice.

This document defines and establishes methodologies for a set of indicators to steer and measure the performance of city services and quality of life. It follows the principles set out in ISO 37101 and can be used in conjunction with ISO 37101 and other strategic frameworks.
This document is applicable to any city, municipality or local government that undertakes to measure its performance in a comparable and verifiable manner, irrespective of size and location.

This document defines and establishes definitions and methodologies for a set of indicators on resilience in cities.
This document is applicable to any city, municipality or local government that undertakes to measure its performance in a comparable and verifiable manner, irrespective of size or location. Maintaining, enhancing and accelerating progress towards improved city services and quality of life is fundamental to the definition of a resilient city, so this document is intended to be implemented in conjunction with ISO 37120.
This document follows the principles set out in ISO 37101, and can be used in conjunction with this and other strategic frameworks.

This document specifies and establishes definitions and methodologies for a set of indicators for smart cities.
As accelerating improvements in city services and quality of life is fundamental to the definition of a smart city, this document, in conjunction with ISO 37120, is intended to provide a complete set of indicators to measure progress towards a smart city. This is represented in Figure 1.

This document provides recommended standardization practices that are intended to support the application of the following:
— the WTO TBT Committee decision on principles for the development of international standards, guides and recommendations (G/TBT/9, 13 November 2000);
— the WTO TBT Agreement's Code of Good Practice for the Preparation, Adoption and Application of Standards (Annex 3 of the 1995 WTO TBT Agreement).
This document is intended to be used by the national members of ISO and IEC, hereafter referred to as national bodies.

ISO 37101:2016 establishes requirements for a management system for
sustainable development in communities, including cities, using a holistic
approach, with a view to ensuring consistency with the sustainable development
policy of communities.
The intended outcomes of a management system for sustainable development in
communities include:
·         managing sustainability and fostering smartness and resilience in
communities, while taking into account the territorial boundaries to which it
applies;
·         improving the contribution of communities to sustainable
development outcomes;
·         assessing the performance of communities in progressing towards
sustainable development outcomes and the level of smartness and of resilience
that they have achieved;
·         fulfilling compliance obligations.
ISO 37101:2016 is intended to help communities become more resilient, smart
and sustainable, through the implementation of strategies, programmes, projects,
plans and services, and demonstrate and communicate their achievements.
ISO 37101:2016 is intended to be implemented by an organization designated by
a community to establish the organizational framework and to provide the
resources necessary to support the management of environmental, economic and
social performance outcomes. A community that chooses to establish the
organizational framework by itself is considered to constitute an organization
as defined in ISO 37101:2016.
ISO 37101:2016 is applicable to communities of all sizes, structures and
types, in developed or developing countries, at local, regional or national
levels, and in defined urban or rural areas, at their respective level of
responsibility.
ISO 37101:2016 can be used in whole or in part to improve the management of
sustainable development in communities. Claims of conformity to ISO 37101:2016,
however, are not acceptable unless all its requirements are incorporated into an
organization's management system for sustainable development in communities and
fulfilled without exclusion.

This document provides a gap analysis between existing areas of standardization and the needs of
human-centred sustainable societies enabled by cyber physical systems. This document does not cover
the technical requirements of cyber physical systems.

The present document lists the documents used in the creation of EN 301 549 (V1.1.1) on accessibility requirements for public procurement of ICT products and services in Europe and provides a source reference for any other documents needed to implement the test procedures specified in that document.
As well as identifying the sources for the EN content, the present document also provides additional explanation to assist users of the EN with clarifications and supporting information about measurement methods, particularly where no globally agreed test presently exists.
Where there are any test gaps, these are identified and test descriptions and evaluation methodologies are developed. In those exceptional cases where it is not possible to do so, recommendations are given on how the gaps should be filled. The present document does not address additional sources or issues raised during the creation of later versions of the EN.

Defines terms and parameters used for determining surface texture by the motif method. It also describes the corresponding ideal operator and measuring conditions.

Ta standard velja za vsa zemeljska dela, pri katerih je treba ohraniti ali vzpostaviti naravne funkcije tal.
Velja tudi pri gradbenih in vzdrževalnih delih, ko je treba živico ali mrtvico za potrebe izvedbe
zasaditev odstraniti, skladiščiti, se po njej voziti, nasuti, izboljšati in na njej obnoviti vegetacijo.
Ne velja za rastni sloj trave za športne površine po DIN 18035-4.
OPOMBA: Pri gradbenih delih s spremljajočo zaščito tal se bo ta standard v prihodnje uporabljal skupaj s standardom DIN
19639, Baubegleitender Bodenschutz (Zaščita tal med gradbenimi deli), ki je v pripravi.

Ta standard velja za rastline in delo z rastlinami v okviru posegov, ki se izvajajo pri urejanju zelenih
površin.

Ta standard velja za načrtovanje in izvedbo vseh vrst posegov, ki so namenjeni izgradnji, vzdrževanju,
spremembi ali utrditvi gradbenih konstrukcij. Namenjen je zaščiti in ohranitvi obstoječih posameznih
dreves in rastlinskih sestojev (nasadov), ki jih sestavljajo na primer drevesa, grmovnice, trave, zelnate
trajnice. Zaščita obstoječih nasadov je pomembna zaradi dejstva, da se pri novih nasadih vse njihove
najpomembnejše funkcije, na primer ekološka, podnebna, estetska, varovalna in druge, lahko
vzpostavijo šele po večletnem obdobju.
OPOMBA 1: Za dodatna navodila in smernice o zaščitnih ukrepih za drevje in grmovnice ter tudi za grafične prikaze glej
dokument "RASP-LP 4". V njem so opisani tudi zaščitni ukrepi za druge vrste zasajenih površin in za živali.
OPOMBA 2: Za dela, povezana z nego drevja, glej dokument "ZTV -Baumpflege"

Ta standard velja za delovne postopke pri zasaditvah in tudi pri inženirsko-bioloških gradnjah po DIN
18918.
Ne velja pa za tratne površine na športnih igriščih, za kar glej DIN 18035-4.

Ta standard velja za izvedbe tratnih površin s pomočjo setve ali z uporabo gojene tratne ruše, tratne
ruše in rastlinskih delov ter tudi za izvedbe z drugimi vrstami posevkov v okviru urejanja zelenih
površin.
Ne velja pa za:
– trate na športnih površinah, za kar glej DIN 18035-4,
– za posevke in trate v okviru inženirskobioloških varovalnih posegov ter tudi ne za posevke in
trate, namenjene zavarovanju voda, jezov in obalnih sipin, za kar glej DIN 18918.

Standard določa dimenzijske zahteve za vtiče in vtičnice za hišno in podobno uporabo.
Ta standard se nanaša samo na vtiče z ozemljitvenim kontaktom ali brez njega in fiksne ali prenosne
vtičnice z ozemljitvenim kontaktom z naznačeno izmenično napetostjo, večjo od 50 V in manjšo od 250
V, ter z naznačenim tokom, ki ne presega 16 A, namenjene za hišno in podobno uporabo v zgradbah in
zunaj njih v enofaznem omrežju.
Ta standard velja tudi za vtiče, ki so del konfekcioniranih kablov, za vtiče in prenosne vtičnice, ki so del
kabelskih podaljškov, ter za vtiče in vtičnice, ki so del aparata in niso definirani v standardu za ta aparat.
Vtiči in vtičnice, ki ustrezajo temu standardu, so primerni za uporabo pri temperaturah okolja, ki navadno
ne presegajo 25 °C, občasno pa dosežejo 35 °C.
Ta standard ne velja za:
– vtiče, vtičnice in spojke za industrijske namene,
– aparatne spojke,
– vtiče, fiksne in prenosne vtičnice za male napetosti (ELV).
Na krajih, kjer prevladujejo posebne okoliščine, kot so npr. ladje, vozila in podobno, ter na nevarnih
krajih, kjer lahko npr. pride do eksplozije, se lahko zahtevajo posebne konstrukcije.

This prestandard specifies general requirements for control and monitoring system of aviation ground lighting installation.          The purpose of this prestandard is to provide a set of requirements which are applicable to the control and monitoring system of aviation ground lighting installation.

This European Standard defines the data objects to be stored within an integrated circuit(s) card and exchanged in order to enable integrated circuit(s) card accepting terminals to identify specific user interface preferences. The preference information may be used by terminals to configure appropriate methods of communicating with the user during a transaction process.
The European Standard also specifies a mechanism for the retrieval of the user preference information from an integrated circuit(s) card and for the combination of data objects to form particular user profiles, through the assignment of unique tags.
Formats and detailed definitions of single data objects are specified, however, the exact method of storage of data within the integrated circuit(s) card is outside the scope of this European Standard.
This European Standard is applicable to the scenario where the cardholder operates the card accepting equipment (e.g. a cash dispenser, ticket machine, vending machine) and to integrated circuit(s) cards conforming to ISO/IEC 7816-4 and ISO/IEC 7816-6 and personalised to the individual cardholder.

ISO 2919:2012 establishes a classification system for sealed radioactive sources that is based on test performance and specifies general requirements, performance tests, production tests, marking and certification. It provides a set of tests by which manufacturers of sealed radioactive sources can evaluate the safety of their products in use and users of such sources can select types which are suitable for the required application, especially where protection against the release of radioactive material, with consequent exposure to ionizing radiation, is concerned. ISO 2919:2012 can also serve as guidance to regulating authorities.
The tests fall into several groups, including, for example, exposure to abnormally high and low temperatures and a variety of mechanical tests. Each test can be applied in several degrees of severity. The criterion of pass or fail depends on leakage of the contents of the sealed radioactive source.
Although ISO 2919:2012 classifies sealed sources by a variety of tests, it does not imply that a sealed source will maintain its integrity if used continuously at the rated classification. For example, a sealed source tested for 1 h at 600 °C might, or might not, maintain its integrity if used continuously at 600 °C.
A list of the main typical applications of sealed radioactive sources, with a suggested test schedule for each application, is given in Table 3. The tests constitute minimum requirements corresponding to the applications in the broadest sense. Factors to be considered for applications in especially severe conditions are listed in 4.2.
ISO 2919:2012 makes no attempt to classify the design of sources, their method of construction or their calibration in terms of the radiation emitted. Radioactive materials inside a nuclear reactor, including sealed sources and fuel elements, are not covered by ISO 2919:2012.

This part of IEC 60317 specifies general requirements of glass-fibre braided resin or varnish impregnated, bare or enamelled rectangular copper wire. The range of nominal conductor dimensions is given in the relevant specification sheet.

This International Standard describes early reliability assessment methods for items based on field data and test data for components and modules.  It is applicable to mission, safety and business critical, high integrity and complex items.  It contains information on why early reliability estimates are required and how and where the assessment would be used.

This standard supports the synthesis and verification of hardware designs, by defining vector types for representing signed or unsigned integer values and providing standard interpretations of widely used scalar VHDL values. Includes package bodies, as described in annex A, which are available in electronic format either on a diskette affixed to the back cover, or as a downloadable file from the IEC Web Store.

This document, which is in line with IEC/PAS 62435 relating to the management of obsolescence of electronic components, is first of all a practical guide to methods of long duration storage (more than 5 years) which summarizes the existing practices in the industry.

This part of EN 623 specifies qualitative methods for determination of the presence of defects in advanced technical ceramics by dye penetration tests. The results are reported as visual observations of dye penetration.
Three methods are described:
Method A:  A fuchsine dye test which is suitable for white or pale-coloured ceramic products, performed using an evacuation test.
Method B:  A fluorescent dye test which is suitable particularly for those products where the purple fuchsine has insufficient visual contrast with the ceramic material, performed using a proprietary test kit.
Method C:  A fuchsine dye test which is performed by simple immersion in or spraying with a dye solution, suitable for routine testing for major defects.

This standard defines the technical requirements and quality assurance provisions for the manual soldering of high­reliability electrical connections intended for use in spacecraft and associated equipment.
The rigorous requirements set by this standard ensure the high reliability of hand­soldered electrical connections intended to withstand normal terrestrial conditions and the vibrational G­loads and environment imposed by space flight. The proper tools, correct materials, design and workmanship are covered by this standard. Acceptance and rejection criteria are stated and some workmanship standards are included to discriminate between proper and improper work.
Wave­soldering processes and surface mount technologies are specified in separate documents, and those processes require to be verified as prescribed in the respective standard.

Specifies primary standard test blocks, secondary standard test blocks and working standard test blocks calibrated from master standard test blocks to be used for the verification of Rockwell hardness testing machines and indenters for testing hardmetals. This part of ISO 3738 should be read in conjunction with ISO 3738-1.

Specifies the content, format and recording method of the data blocks containing video, audio, and associated data that form the helical records on 12,65 mm tape in cassettes. Also specifies the content, format and recording method of the longitudinal record containing tracking information for the rotating head associated with the helical records, and also cue audio, and control tracks.

Covers the connector dependent interface dimensions for subracks and plug-in units in accordance with subracks of IEC 60297-3-101. Refers to two-part connectors of IEC 60603-2, IEC 61076-4-101, IEC 61076-4-113 and introduces the related subrack and plug-in unit interface dimensions.

This standard covers a range of rectangular connectors with flat contacts, 0,8 mm thickness, locking screw not detachable, intended for use in industrial installations for connection or termination of sub-assemblies or components in electrical equipment in measuring, regulating and control circuits, in equipment for power supply, in fluid and air power system and components and other electronic devices employing similar techniques.

Provides additional dimensions for a modular range of subracks and associated plug-in units based on IEC 60917-2-2. Also provides connector-related dimensions.

Introduces the concept to check the reliability and functionality of reused parts and their usage within new products. Also provides information and criteria about the tests/analysis required for products containing such reused parts, which are declared qualified-as-good-as-new relative to the designed life of the product. The purpose of this standard is to ensure by tests and analysis that the reliability and functionality of a new product containing reused parts is comparable to a product with only new parts.

Gives information about general quantities, units and their letter symbols and mathematical symbols that are to be used in electrical technology. Also gives rules for writing and printing these symbols and for the use of additional marks (subscripts, superscripts, etc.) with symbols for quantities.

This part of EN 60300 provides guidelines for the collection of data relating to reliability, maintainability, availability and maintenance support performance of items operating in the field. It deals in general terms with the practical aspects of data collection and presentation and briefly explores the related topics of data analysis and presentation of results. Emphasis is made on the need to incorporate the return of experience from the field in the dependability process as a main activity.

ISO 13503-4:2006 provides for consistent methodology to measure fluid loss of stimulation and gravelpack fluid under static conditions. However, the procedure in ISO 13503-4:2006 excludes fluids that react with porous media.

This International Standard provides guidance on the application of Markov techniques to model and analyze a system and estimate reliability, availability, maintainability and safety measures. This standard is applicable to all industries where systems, which exhibit state-dependent behaviour, have to be analyzed. The Markov techniques covered by this standard assume constant time-independent state transition rates. Such techniques are often called homogeneous Markov techniques.

2020-03-05: WI transferred from WG 4 (disbanded by CEN/BT C167/2019)
CMC - Modification to Contents and Foreword (Editorial error)
TC - Various modifications throughout text

Specifies the method for tensile testing of thin film materials with length and width under 1 mm and thickness under 10  m, which are main structural materials for micro-electromechanical systems (MEMS), micromachines and similar devices. The main structural materials for MEMS, micromachines and similar devices have special features such as typical dimensions in the order of a few microns, a material fabrication by deposition, and a test piece fabrication by non-mechanical machining using etching and photolithography. This International Standard specifies the testing method, which enables a guarantee of accuracy corresponding to the special features.

ISO - Taking over of ISO Technical Corrigendum

ISO 15136-2:2006 provides requirements for the design, design verification and validation, manufacturing and data control, performance ratings and repair of progressing cavity pump surface drive systems for use in the petroleum and natural gas industry. ISO 15136-2:2006 is applicable to those products meeting the definition of surface drive systems. Additionally, informative annexes provide information on brake system selection, installation, and operation; and sucker rod selection and use.
Equipment not covered by ISO 15136-2:2006, unless integral by design, includes bottom drive systems, sucker rods, polished rod clamps, stuffing boxes, electrical controls, instrumentation, external power transmission devices, auxiliary equipment, such as belts, sheaves and equipment guards. These items might or might not be covered by other International Standards.

This European Standard specifies basic requirements for non-stackable swap bodies of class C, having a gross mass of not more than 16 t.
NOTE 1   "Swap bodies of class C" means that they are equipped with bottom fittings positioned according to the specification for 1 C (20') ISO containers (see ISO 668).
NOTE 2   Stackable swap bodies class C are specified in CEN/TS 13853.

This European Standard specifies the conditions for the determination of constant-amplitude of load or strain in uniaxial tension/tension or in uniaxial tension/compression cyclic fatigue properties of ceramic matrix composite materials (CMCs) with fibre reinforcement for temperature up to 2 000 °C under vacuum or a gas atmosphere which is inert to the material under test.
NOTE   Test environments are specified which are intended to prevent the material under test from chemically reacting with them.
This European Standard applies to all ceramic matrix composites with fibre reinforcement, unidirectional (1D), bi-directional (2D), and tri-directional (xD, where 2 < x  3).

ISO 13628-10:2005 defines the technical requirements for safe, dimensionally and functionally interchangeable bonded flexible pipes that are designed and manufactured to uniform standards and criteria. Minimum requirements are specified for the design, material selection, manufacture, testing, marking and packaging of bonded flexible pipes, with reference to existing codes and standards where applicable.
ISO 13628-10:2005 applies to bonded flexible pipe assemblies, consisting of segments of flexible pipe body with end fittings attached to both ends.
ISO 13628-10:2005 applies to pipes with a design pressure greater than or equal to 1,5 MPa (15 bar). ISO 13628-10:2005 can be used for lower design pressure pipes, though the requirements of these pipes have not been specifically addressed.
ISO 13628-10:2005 does not cover flexible pipes of unbonded structure nor to flexible pipe ancillary components and does not apply to flexible pipes for use in choke and kill line applications..
ISO 13628-10:2005 can be applied to flexible pipes that include non-metallic reinforcing layers, though no effort was made to address the specific and unique technological aspects of this product, and to a bonded construction pipe that includes a material or layer construction that is covered in ISO 13628-2.
ISO 13628-10:2005 can be applied to flexible pipes for pile hammer, gas flare, water supply and jetting applications, though no effort was made to address the specific and unique technological aspects relating to each of these requirements.

Specifies the information required to facilitate the use of electrical data and models for simulation of the electrical behaviour and verification of the correct functionality of electronic systems that include bare semiconductor die, with or without connection structures, and/or minimally packaged semiconductor die. Intends to assist all those involved in the supply chain for die devices to comply with the requirements of IEC 62258-1 and IEC 62258-2

ISO 13503-5:2006 provides standard testing procedures for evaluating proppants used in hydraulic fracturing and gravel packing operations. ISO 13503-5:2006 provides a consistent methodology for testing performed on hydraulic fracturing and/or gravel packing proppants. The "proppants" mentioned henceforth in this part of ISO 13503-5:2006 refer to sand, ceramic media, resin-coated proppants, gravel packing media, and other materials used for hydraulic fracturing and gravel-packing operations.
ISO 13503-5:2006 is not applicable for use in obtaining absolute values of proppant pack conductivities under downhole reservoir conditions.

This European Standard specifies the conditions for the determination of the tensile creep deformation and failure behaviour of ceramic matrix composite materials with continuous fibre reinforcement for temperatures up to 2 000 °C under vacuum or in a gas atmosphere which is inert to the material under test. The purpose of these test conditions is to prevent changes to the material as a result of chemical reaction with the test environment.
This European Standard applies to all ceramic matrix composites with a continuous fibre reinforcement, unidirectional (1 D), bidirectional (2 D), and tridirectional (x D, where 2  x  3), loaded along one principal axis of reinforcement.

Specifies a standard test piece, which is used to guarantee the propriety and accuracy of a tensile testing system for thin film materials with length and width under 1 mm and thickness under 10  m, which are main structural materials for microelectromechanical systems (MEMS), micromachines and similar devices. It is based on such a concept that a tensile testing system can be guaranteed in propriety and accuracy, when the measured tensile strengths of the standard test pieces, whose tensile strength is pre-determined, are within the designated range. It also specifies the test pieces to minimize characteristics deviation among the pieces.