Normy

Obsah

ČSN EN IEC 60601-2-16 ed. 3 ČSN EN IEC 60601-2-16 ed. 3 (36 4801) definuje zvláštní požadavky na základní bezpečnost a nezbytnou funkčnost hemodialyzačních, hemodiafiltračních a hemofiltračních přístrojů. Norma specifikuje minimální požadavky na bezpečnost výše uvedených prostředků, určených buď pro použití zdravotnickým personálem, nebo pro použití pacientem nebo jiným školeným personálem pod zdravotnickým dohledem, souhrnně nazývaných hemodialyzační přístroje. Norma platí pro všechny zdravotnické elektrické přístroje, které jsou určeny k poskytování hemodialyzační, hemodiafiltrační a hemofiltrační léčby pacienta trpícího selháním ledvin, nezávisle na trvání a místě léčby. Norma však neplatí pro mimotělní okruhy, dialyzátory, dialyzační koncentráty, systémy napájení vodou, centrální rozvody dialyzačních roztoků a přístroje používané pro peritoneální dialýzu (viz ČSN EN IEC 60601 2-39 ed. 3). Toto třetí vydání normy obsahuje důležité technické změny, např. aktualizaci odkazů na změněnou základní normu a skupinové normy, rozšíření rozsahu platnosti a doplnění článků týkajících se prostředků pro podávání antikoagulantů.

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ČSN EN ISO 14064-1 This document specifies principles and requirements at the organization level for the quantification and reporting of greenhouse gas (GHG) emissions and removals. It includes requirements for the design, development, management, reporting and verification of an organization's GHG inventory. The ISO 14064 series is GHG programme neutral. If a GHG programme is applicable, requirements of that GHG programme are additional to the requirements of the ISO 14064 series.

Obsah

ČSN P CEN/TS 17273 This document sets requirements for sampling and treatment of the complex matrices in order to obtain a liquid dispersion with sufficiently high concentration of the nano-objects of interest. This document provides guidelines for detection and identification of specific nano-objects in complex matrices, such as liquid environmental compartments, waste water and consumer products (e.g. food, cosmetics). This document requires for the identification a priori knowledge of the nature of the nano-objects like their chemical composition. The selected detection and identification methods are based on a combination of size classification and chemical composition analysis. Identification can also be supported, e.g. by additional morphology characterization. Currently only Field Flow Fractionation, Electron Microscopy and single particle Inductively Coupled Plasma - Mass Spectrometry fulfil this combination condition..

Obsah

ČSN P CEN/TS 17275 This document provides guidelines for all waste management activities from the manufacturing and processing of manufactured nano-objects. The guidelines apply to all actors in the waste management chain, namely MNO manufacturers, MNO modifiers, as well as waste disposal companies and carriers and consignees of WMP-MNOs. This document does not intend to provide guidelines on the management and disposal of nanocomposites, waste derived from consumer products containing nano-objects or waste containing only naturally occurring or incidental nano-objects. Also excluded from the scope are any waste from non-nanoscale materials resulting from the manufacturing and processing of MNOs.

Obsah

ČSN P CEN/TS 17276 This document provides guidelines for application of Life Cycle Assessments (LCA) of specific relevance to manufactured nanomaterials (MNMs), including their use in other products, according to EN ISO 14044:2006. It does not cover incidental nanomaterials.

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ČSN EN ISO 21083-1 This document specifies the testing instruments and procedure for determining the fractional filtration efficiencies of flat sheet filter medium against airborne nanoparticles in the range of 20 nm to 500 nm. The testing methods in this document are limited to spherical or nearly-spherical particles to avoid uncertainties due to the particle shape.

Obsah

ČSN CLC IEC/TS 60079-39 This Technical Specification specifies the construction, testing, installation and maintenance of Power-i apparatus and systems which utilise electronically controlled spark duration limitation to maintain an adequate level of intrinsic safety. This Technical Specification contains requirements for intrinsically safe apparatus and wiring intended for use in explosive atmospheres and for associated apparatus intended for connection to intrinsically safe circuits entering such atmospheres. This Technical Specification excludes the level of protection "ia" and the use of softwarecontrolled circuits. This Technical Specification applies to electrical equipment utilising voltages not higher than 40 V d.c. and a safety factor 1,5 for Groups IIB, IIA, I and III. It is also applicable to Group IIC "ic" apparatus with a safety factor 1,0. Group IIC "ib" apparatus with a safety factor 1,5 are restricted to voltages up to 32 V d.c. This type of protection is applicable to electrical equipment in which the electrical circuits themselves are incapable of causing an explosion of the surrounding explosive atmospheres. This Technical Specification is applicable to intrinsically safe apparatus and systems which utilise electronically controlled spark duration limitation with the aim of providing more electrical power while maintaining an adequate level of safety. This Technical Specification is also applicable to electrical equipment or parts of electrical equipment located outside hazardous areas or protected by another type of protection listed in the IEC 60079 series, where the intrinsic safety of the electrical circuits in explosive atmospheres depends on the design and construction of such electrical equipment or parts of such electrical equipment. The electrical circuits located in the hazardous area are evaluated for use in such locations by applying this Technical Specification. This Technical Specification supplements and modifies the requirements of IEC 60079-0, IEC 60079-11, IEC 60079-14, IEC 60079-17 and IEC 60079-25.

Obsah

ČSN EN IEC 60966-1 ed. 2 This part of IEC 60966 specifies requirements for radio frequency coaxial cable assemblies operating in the transverse electromagnetic mode (TEM) and establishes general requirements for testing the electrical, mechanical and environmental properties of radio frequency coaxial cable assemblies composed of cables and connectors. Additional requirements relating to specific families of cable assemblies are given in the relevant sectional specifications. The design of the cables and connectors used will preferably conform to the applicable parts of IEC 61196 and IEC 61169 respectively. NOTE 1 - This document does not include tests which are normally performed on the cables and connectors separately. These tests are described in IEC 61196-1 (all parts) and IEC 61169-1 respectively. NOTE 2 - Wherever possible, cables and connectors used in cable assemblies, even if they are not described in the IEC 61196 or IEC 61169 series, are tested separately according to the tests given in the relevant generic specification. NOTE 3 - Where additional protection is applied to a cable assembly, the mechanical and environmental tests described in this document are applicable.

Obsah

ČSN EN ISO 17782 This document establishes a procedure for verifying that the manufacturer of special materials for the petroleum, petrochemical and natural gas industries has sufficient competence and experience of the relevant material grades of metal, and the necessary facilities and equipment, to manufacture these materials in the required shapes and sizes with acceptable properties according to the applicable standard, material specification and/or material data sheet specified by the purchaser. This document is applicable to manufacturers of various materials, product forms and manufacturing processes when specified by the purchaser. This document has been established considering especially, but not exclusively: a) duplex stainless steel; b) high alloyed austenitic stainless steel; c) nickel-based alloys; d) titanium and its alloys. This document is also applicable to the processes of induction bending and strain-hardened products.

Obsah

ČSN EN 16402 This document specifies a reference method for the determination of emissions from coatings into indoor air. This method is applicable to volatile organic compounds, semi-volatile organic compounds and volatile aldehydes. NOTE 1 - This document is aimed at describing the overall procedure and makes use of existing standards mainly by normative reference complemented when necessary with additional or modified normative requirements. This document is mainly aimed at determining emission data in indoor air for the purpose of meeting national legislation requirements, and for the voluntary labelling of products. NOTE 2 - Harmonized product standards for coatings falling under the CPR can refer to this standard for the intended conditions of use. This document applies to coatings for indoor use as listed in Clause 5. It is not applicable for: - coatings that are applied off site or coatings that are applied on site, prior to the structure being permanently weatherproof except for the product type category 7 as listed in Clause 5; - tinting pastes that are not ready for use as coating; - non film-forming products like e.g. waxes and impregnations.

Obsah

ČSN P CEN/TS 17286 The purpose of this document is to establish performance benchmarks for, and to evaluate the acceptability of, sorbent trap monitoring systems used to monitor total vapour- phase mercury (Hg) emissions in stationary source flue gas streams. These monitoring systems involve continuous repetitive in-flue sampling using paired sorbent traps with subsequent analysis of the time-integrated samples. This document is suitable for both short-term (periodic) measurements and long-term (continuous) monitoring using sorbent traps. NOTE - When this Technical Specification has been validated, the sorbent trap method will be an Alternative Method subject to the restrictions on applicability defined below. Until that time, EN 13211 is the only accepted Reference Method for both short-term (periodic) measurements and for calibrating continuous monitoring systems, including those with long-term sampling systems. EN 13211 is a wet chemistry approach that relies on absorption of mercury into impinger solutions. The substance measured according to this specification is the total vapour phase mercury in the flue gas, which represents the sum of the elemental mercury (Hg0) and gaseous forms of oxidized mercury (Hg2+), such as mercury (II) chloride, in mass concentration units of micrograms (µg) per dry meter cubed (m3). The analytical range is typically 0,1 to greater than 50 µg/m3. The sorbent tube approach is intended for use under relatively low particulate conditions (typically less than 100 mg/m3) when monitoring downstream of all pollution control devices, e.g. at coal fired power plants and cement plants. In this case, the contribution of mercury in the particulate fraction is considered to be negligible (typically less than 5 % of total mercury). However, it shall be noted that the sorbent trap does take account of the finest particle fraction that is sampled with the flue gas, in addition to capturing the vapour phase mercury. This specification also contains routine procedures and specifications that are designed to evaluate the ongoing performance of an installed sorbent trap monitoring system. The operator of the industrial installation is responsible for the correct calibration, maintenance and operation of this long-term sampling system. Additional requirements for calibration and quality assurance of the long-term sampling system are then defined in EN 14884 and EN 14181.

Obsah

ČSN EN 13135+A1 Tato evropská norma stanovuje požadavky pro návrh a výběr elektrotechnického, mechanického, hydraulického a pneumatického vybavení používaného na všech typech jeřábů a jejich přidružených pevně připojených uchopovacích prostředků za účelem zajištění ochrany osob před nebezpečími, ohrožujícími jejich zdraví a bezpečnost a pro zajištění spolehlivosti funkce. POZNÁMKA: Specifické požadavky pro jednotlivé typy jeřábů a pro prostředky pro uchopení břemen jsou uvedeny v příslušných evropských normách. Elektrotechnické vybavení, zahrnuté do této evropské normy, začíná v místě připojení napájení jeřábu (vypínač napájení jeřábu), včetně systémů napájení a ovládacích přívodů umístěných mimo jeřáb například ohebné kabely, drátové nebo tyčové vodiče, elektrické motory a dálkové ovládání. V této normě jsou uvedeny zásady pro přepravu nebezpečných břemen jeřáby. Podrobné požadavky jsou uvedeny pro jeřáby přepravující žhavý tekutý kov. Norma neobsahuje detailní konstrukci jednotlivých součástí vybavení s výjimkou zohlednění jejich výběru pro specifická hlediska použití. Obecně v této normě nejsou zahrnuty výpočty prokázání způsobilosti a související požadavky na únosnost nebo míry bezpečnosti vybavení a komponent. Tyto záležitosti jsou zahrnuty v části 1 a 2 EN 13001, a ve skupině norem EN 13001-3, které jsou částečně v přípravě (viz příloha A). Výjimečně jsou zde uvedeny některé míry bezpečnosti pro části, které nejsou zahrnuty ve skupině norem EN 13001-3. V této normě nejsou zahrnuta nebezpečí způsobená hlukem. Tato nebezpečí jsou určena v bezpečnostních normách, specifických pro jednotlivé typy jeřábů. V této evropské normě nejsou zahrnuta zvláštní nebezpečí od potenciálně výbušného prostředí, od ionizačního záření a pro provoz v elektromagnetickém poli mimo rozsah uvedený v EN 61000-6-2. Významná nebezpečí zahrnutá v této normě jsou uvedena v kapitole 4. Tato evropská norma se nepoužívá pro jeřáby, které byly vyrobeny před datem zveřejnění této normy v CEN.