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This document specifies the fundamental deviations and limits of sizes for the pitch and major diameters of the hot dip galvanized metric external threads (M) conforming to ISO 262 (M6 to M68 with the coarse pitches and M72 to M100 with pitch 6) having basic and design profiles in accordance with ISO 68-1. This document is applicable to the hot dip galvanized metric external threads undersized to tolerance class 6az before galvanizing to mate with the internal threads made to tolerance position H or G after galvanizing.

 

This document specifies test methods for the use of an integrating sphere to measure the optical properties of ceramic phosphor powders, which are used in white light-emitting diodes (LEDs) and emit visible light when excited by UV or blue light. It specifies an absolute method to measure internal quantum efficiency and a substitution method to measure external quantum efficiency and absorptance. The substitution method uses reference materials whose external quantum efficiency and absorptance have been obtained in accordance with ISO 23946.

 

This document specifies a series of methods for the determination of peel adhesion properties of self adhesives tapes. This document contains: Annexes A and B specify further variations in the testing protocol according to specific conditions. A guide to the use of these methods is given in Table 1.

 

 

This document specifies test methods for the evaluation of biological effects of medical devices used in dentistry. It includes testing of pharmacological agents that are an integral part of the device under test. This document does not cover testing of materials and devices that do not come into direct or indirect contact with the patient's body.

 

ISO 10253:2016 specifies a method for the determination of the inhibition of growth of the unicellular marine algae Skeletonema sp. and Phaeodactylum tricornutum by substances and mixtures contained in sea water or by environmental water samples (effluents, elutriates, etc.). The method can be used for testing substances that are readily soluble in water and are not significantly degraded or eliminated in any other way from the test medium.

 

This document specifies a method for the determination of the inhibition of growth of the unicellular marine algae Skeletonema sp. and Phaeodactylum tricornutum by substances and mixtures contained in sea water or by environmental water samples (effluents, elutriates, etc.). The method can be used for testing substances that are readily soluble in water and are not significantly degraded or eliminated in any other way from the test medium.

 

This part of ISO 16365 establishes a system of designation for thermoplastic polyurethane elastomers, which is based on ISO 1043 (all parts) and ISO 11469. The designation system may be used as the basis for specifications. The designation system is applicable to all thermoplastic polyurethane elastomers. It applies to materials ready for normal use in the form of powder, granules or pellets, unmodified or modified by colourants, fillers or other additives, etc. The types of thermoplastic polyurethane are differentiated from each other by a classification system based on appropriate levels of the designatory properties: and on information about the alternating hard and soft segments in the main chain, the intended application and/or method of processing, important properties, additives, colour, fillers, and reinforcing materials. It is not intended to imply that materials having the same designation give necessarily the same performance. This part of ISO 16365 does not provide engineering data, performance data, or data on processing conditions which may be required to specify a material for a particular application and/or method of processing. If such additional properties are required, it is intended that they be determined in accordance with the test methods specified in ISO 16365-2, if suitable. In order to specify a thermoplastic elastomer for a particular application or reproducible processing, additional requirements are intented to be given in data block 5 (see 3.1 and 3.6).

 

ISO 12006-3 defines the underlying data model for BIM related dictionaries. This will be the foundation of this standard. Engineering tools are used to define, simulate and operate building services systems (including e.g. HVAC systems and building automation systems). To build such a system basically means to interconnect different products in a way that the resulting system fits into the building and works according to the functional requirements. The products are selected from product catalogues of manufactures or distributors. Important aspects of these products are information on their behaviour in different situations and the connection points that allow to connect the products and to build the system. The goal of this standard is to support the engineering tools by enabling them to identify the relevant information easily in different dictionaries. In the area of building services, a few generic concepts are widely used: This standard defines some common high-level elements and some design patterns which provide a way to identify these basic structures across dictionaries. This prevents tools from the necessity to be adapted to each dictionary they have to deal with, and it ensures that basic dictionary elements can be used with the same semantics across dictionaries.

 

This part of the standard – EN ISO 16757 Part 5: Product catalogue exchange format - describes how product catalogue data for building services products is exchanged by means of a specific IFC MVD from manufacturers to designers of building services systems. With EN ISO 16739-1:2020, an open language exists for the creation, transfer and maintenance of design models. The standard EN 17549-2 defines the data exchange of scalable product properties within IFC. It represents a simplification of EN ISO 16739-1:2020 from an information technology perspective and as such is a Model View Definition (MVD). It focuses on core classes and relies on external data dictionaries to describe business semantics. This part of the standard EN ISO 16757 completes the description of the IFC-based data exchange format for manufacturer catalogues including the parametric properties of for example: This standard is aimed at both software manufacturers for the construction sector and professionals in the sector who use their software. This part of the standard focuses only on the format of the data exchanged and not on how to process it. Notes on the implementation of the standard in application software can be found in the (non-normative) Annex B. This standard does not (!) directly lead to an automatic selection of products. The product data catalogue does not contain any decision criteria for this. However, the data of a catalogue could be searched by application programs looking for a suitable product size. According to EN ISO 16757 Part 4, this standard does not provide a data template, as it assumes that these are already defined in data dictionaries according to EN ISO 12006-3. This part of the EN ISO 16757 standard describes the overall scope of the types of data that can be transmitted, and the form of transmission. Specialist planners of complete systems for building services, for example, will expect almost all of this data in the catalogue, as they require the shape data for dimensioning and clash detection in addition to the technical design and setting of the products. However, there are also special applications that only require individual property values (for example the weight and space requirement for transport planning). For these purposes, different extensive templates according to EN ISO 16757 Part 4 are set up.

 

The focus of ISO 16757 is the support of manufacturers to provide their product data in electronic product catalogues. This part of the standard – ISO 16757 Part 5: Product catalogue exchange format - describes how product catalogue data is exchanged as IFC format according to ISO 16739-1 from manufacturers to designers of building services systems. With ISO 16739-1 (IFC), an open language exists for the creation, transfer and maintenance of design models. prEN 17549-1 and prEN 17549-2 define the data exchange of scalable product properties within IFC. These standards provide a Model View Definition (MVD), a subset of ISO 16739-1 from an information technology perspective. It focuses on core classes and relies on external data dictionaries to describe business semantics. This document completes the description of the IFC-based data exchange format for manufacturer catalogues by describing how to model: • Catalogue metadata • Product classes • Constraints for parametric data • Product accessory structures • Constraints for assembling composable products and accessories • Reusable and multiply used data blocks • Product properties as defined in the related library • Static product properties • Dynamic computable properties • Geometric data of product spaces • Geometric data of product symbols • Geometric data of product shape • Geometric data of product ports • Article numbers • Etc. This document focuses only on the format of the data exchanged and not on how to process it. This document is aimed at both software manufacturers for the construction sector and professionals in the sector who use their software.

 

The focus of ISO 16757 is the support of manufacturers to provide their product data in electronic product catalogues. The standard - ISO 16757 Part 4: Dictionaries for product catalogues – describes which data structures are required in a dictionary to support the exchange of product data from manufacturers to designers of building services systems. Basis for this specification are the standards ISO 12006-3 and ISO 23386. In the scope of this standard are the following elements: - The definition of roles of ISO 12006-3 subjects that are needed to describe the concepts used in current product catalogue dictionaries. These roles include the following: o Product classes to represent product groups with similar property sets o Blocks that represent reusable and multiply used set of properties o System classes that represent the systems into which a product may be installed and provide the system properties which determine the values of dependent product properties o Port classes that allow the product independent description of different kinds of ports which can be used for the definition of product classes or blocks o Catalogue classes that describe the meta data of a catalogue o Tagging classes that allow the tagging of properties to distinguish property roles in the product description - A requirement model capturing the necessary structures to describe these roles - A mapping to the dictionary model of ISO 12006-3.

 

This document applies to the whole range of shutters, awnings and blinds defined in EN 12216, described as solar protection devices in this document. It specifies the corresponding properties and classifications: - relating to thermal comfort: - the solar factor (total solar energy transmittance); - the secondary heat transfer factor; - the direct solar transmittance; - relating to visual comfort: - the darkening performance; - the night privacy; - the visual contact with the outside; - the glare control; - the daylight utilization; - the rendering of colours. NOTE For other purposes, more detailed methods using different parameters can be used. Some of the characteristics (e.g. gtot) are not applicable when solar protection devices are not parallel to the glazing (e.g. folding-arm awnings). This document is not applicable to the solar protection devices using fluorescent materials.

 

This document is the terminology part of a series for the “Prevention of crime by urban planning and building design”. For some specific terms used in the other parts of the EN 14383-series, it provides equivalent terms in three languages, as well as definitions. This document uses the crime type definitions of the ICCS, see 1 2 (including the coding in numbers). In your national context you may prefer national definitions. 1 The International Classification of Crime for Statistical Purposes, UN 2015 and EU 2017 [4]; see in CEN/TS 14383-2:2022, Annex A 2 See https://www.unodc.org/documents/data-and-analysis/statistics/ICCS/Korea_Module_1_ICCS_presentation.pdf

 

This document specifies a series of methods for the determination of peel adhesion properties of self adhesives tapes. This document contains: — Method 1: Self adhesive tapes ? Measurement of peel adhesion from stainless steel at an angle of 180°; — Method 2: Self adhesive tapes ? Measurement of peel adhesion from its own backing at an angle of 180°; — Method 3: Self adhesive tapes ? Measurement of peel adhesion of double sided and transfer tapes at an angle 180°; — Method 4: Self adhesive tapes ? Measurement of adhesion of the liner to an adhesive tape at an angle of 180°. Annexes A and B specify further variations in the testing protocol according to specific conditions.

 

This document specifies two methods of the determination of free formaldehyde (HCHO) in polymer dispersions. This document is applicable to acrylic, acrylonitrile butadiene, carboxylated styrene-butadiene and vinyl acetate polymer dispersions. This document can also be applicable to polymer dispersions of other compositions. Method A (UV/Vis spectrometer method) is applicable to polymer dispersions with a free-formaldehyde content higher than 10 mg/kg. Method B (HPLC method) is applicable when lower formaldehyde contents have to be determined or arbitration analyses have to be carried out.

 

This document specifies a test method for comparing the compression shear strength of adhesive bonds and solid wood at 180 °C and a second elevated temperature. The maximum load of the test pieces after exposure to 180 °C and a specific elevated temperature for a specified duration of time is evaluated. It is applicable to adhesives used in load bearing timber structures and to other wood adhesives. This method is intended primarily to obtain data for the performance of wood adhesives at high temperatures. The result of this method (temperature class) can be used to classify the adhesive with respect to its performance in fire.

 

This part of ISO 5267 specifies a method for determination of the drainability of water from a pulp suspension in terms of the “Canadian Standard” freeness in millilitres. In principle, this method is applicable to all kinds of pulp in aqueous suspension.

 

This document specifies the requirements for the dimensions of various endodontic obturating materials, and the radiopacity for preformed polymeric-coated, polymeric points, preformed polymeric-coated, thermoplastic obturating materials, or combinations of the above used for obturation of a root canal system. It also specifies numerical and colour-coding systems for designating the sizes of a preformed endodontic obturating points, a method for determining the melt mass-flow rate for injection material, and the requirements for marking, labelling, packaging, and the instructions for use. Dental endodontic obturating points are marketed as sterilized or non-sterilized. Sterility is not included in this document and any claim that the product is sterile is the responsibility of the manufacturer (see Table 2). Clause 7 specifies the labelling and packaging needed, including the instructions for use. A claim by the manufacturer that the contents of the unopened pack are sterile is the responsibility of the manufacturer (see Table 3). This document does not specify requirements or test methods for sterility. Reference is made to internationally accepted pharmacopoeia. Standards on methods of validating sterilization processes are also available: ISO 11137-1, ISO 11137-2 and ISO 11137-3. This document does not apply to instruments or apparatus used in conjunction with thermoplastic obturating materials (obturating material that become plastic with heat). This document is not applicable to materials for support of a coronal restoration.

 

This document establishes the specifications for the dimensions of various endodontic obturating materials including preformed metal, preformed polymeric-coated metal, polymeric points, thermoplastic obturating material or combinations of the above, suitable for use in the obturation of the root canal system. This document also specifies numerical systems and a colour-coding system for designating the sizes of preformed endodontic obturating points. Dental endodontic obturating points are marketed sterilized or non-sterilized. This document covers the physical attributes expected of such products as supplied. Sterility is not included in this document, and any claim that the product is sterile is the responsibility of the manufacturer (see Table 3). Clause 7 specifies the labelling needed, including the instructions for use. This document does not apply to instruments or apparatus used in conjunction with thermoplastic obturating materials (obturating material that deform with heat). This document is not applicable to materials for support of a coronal restoration.