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Smart meter measurement accuracy

Smart meter measurement accuracy, Total:189 items.

The international standard classification for "Smart meter measurement accuracy" includes: Temperature-measuring instruments , Industrial process measurement and control , Measurement of force, weight and pressure , Measurement of electrical and magnetic quantities , Lathes , Metrology and measurement in general , Industrial automation systems , Aircraft and space vehicles in general .

The Chinese standard classification for "Smart meter measurement accuracy" includes: Temperature and pressure instrument , Flow capacity and material level instrument , Industrial automation and control device in general , Electrical instrument and meter in general , Lathe , Basic standards and general methods , Display recording instrument , Mechanics Measurement , Basic standards and general methods , Technical management .


Group Standards of the People's Republic of China

中华人民共和国国家质量监督检验检疫总局、中国国家标准化管理委员会

  • GB/T 34049-2017 Intelligent flow instruments--General technical requirements
  • GB/T 34036-2017 Intelligent recorder-General technical requirements
  • GB/T 34050-2017 Intelligent temperature measuring instruments--General technical requirements

General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China

  • GB/T 11161-1989 and scale of electrical instruments
  • GB/T 36411-2018 Intelligent pressure instrument—General technical requirements
  • GB/T 13283-2008 Accuracy class of measuring instruments and display instruments for industrial process measurement and control
  • GB/T 13283-1991 Accuracy class of measuring instruments and display instruments for industrial process measurement and control

Professional Standard - Machinery

  • JB/T 10390-2014 Reliability Design Methods for Intelligent Instrument
  • JB/T 10389-2002 Rcllability design assess and censor for fieldbus intelligence instrument
  • JB/T 12021.4-2014 Reliability test and evaluation for intelligent instrument . Part 4: Reliability test and evaluation for intelligent temperature transmitters
  • JB/T 12021.2-2014 Reliability test and evaluation for intelligent instrument . Part 2: Reliability test and evaluation for intelligent vortex flowmeter
  • JB/T 7982-1999 Accuracy of the tool presetting instrument
  • JB/T 8327-1996 Instrument Turret Lathes-Precision
  • JB/T 11922-2014 Intelligent Variable Concentrate Feeder for Individual Dairy Cow
  • JB/T 11575.2-2013 Hand-adjustable meter lathe - Part 2: accuracy inspection
  • JB/T 5996-1992 Roundness Measurement Assessment of Accuracy of Three-point Measuring Method and the Measurement Instrument Used
  • JB/T 6599-1993 Simple Instrument Bar Turning Machine Precision
  • JB/T 9266-1999 Temperature measuring range of indicating instruments and recording instruments
  • JB/T 4136.2-1999 Meter Lathe Accuracy Inspection
  • JB/T 8326.1-1996 Numerically Controlled Instrument Horizontal Lathes-Precision
  • JB/T 10390-2002 Reliability design methods for fieldbus intelligence instrument
  • JB/T 10389-2014 Reliability Design Review for Intelligent Instrument

Professional Standard-Ships

National Metrological Technical Specifications of the People's Republic of China

  • JJF 1074-2018 Measurement Tables for Density-Concentration of Alcohal
  • JJF 1074-2001 Measurement Tables for Density - Concentration of Alcohal
  • JJF(机械) 060-2009 Calibration specification for camera ranging accuracy and object distance scale accuracy measuring instrument

国家市场监督管理总局、中国国家标准化管理委员会

  • GB/T 38843-2020 Data description of smart instrumentation- Actuators
  • GB/T 38845-2020 Data description of smart instrumentation—Positioners
  • GB/T 40216-2021 Data description of intelligent instruments - General requirements of properties database

Professional Standard - Aerospace

  • QJ 1570.5-1989 Filling Standard for Specification and Precision Grade of Instrument

Hebei Provincial Standard of the People's Republic of China

工业和信息化部/国家能源局

  • JB/T 4136.3-2017 Instrument lathes-Part 3:Horizontal lathes-Testing of the accuracy
  • JB/T 4136.5-2017 Instrument lathes-Part 5:Turret lathe-Testing of the accuracy
  • JB/T 8326.1-2017 CNC instrument horizontal lathes-Part 1:Testing of accuracy
  • JB/T 4136.4-2017 Instrument lathes-Part 4:Finishing lathe-Testing of the accuracy

Professional Standard - Chemical Industry

National Metrological Verification Regulations of the People's Republic of China

  • JJG(轻工) 83-1991 Verification Regulations for BMP-2 Quartz Clock Instrument Accuracy Calibrator

Professional Standard - Petroleum

Henan Provincial Standard of the People's Republic of China

  • DB41/T 2426-2023 Accuracy Requirements for Intelligent Welding of Box Girders for Bridge Cranes

Professional Standard - Electricity

Heilongjiang Provincial Standard of the People's Republic of China

  • DB23/T 2075-2018 Technical requirements for online intelligent gear double-sided meshing comprehensive measuring instrument

Association Francaise de Normalisation

  • NF E11-301:1984 Measuring instruments. Precision spirit levels.
  • NF E11-096:1987 Length measuring instruments. Depth gauges.
  • NF S10-044*NF ISO 11421:1999 Optics and optical instruments - Accuracy of optical transfer function (OTF) measurement
  • NF E11-011:1992 Length measuring instruments. Plain ring standard grauges.
  • NF ISO 9248:1995 Earth-moving machinery - Units for expressing dimensions, performance and capacities, and accuracy of their measurement
  • NF X21-055:2006 Surface chemical analysis - X-ray photoelectron spectrometers - Calibration of energy scales.
  • NF E11-012:1992 Length measuring instruments. Plain plug standard gauges and standard discs.
  • NF A91-114:1995 Metallic coatings. Measurement of coating thickness. Profilometric method.
  • NF E11-302:1984 Measuring instruments. Electronic levels.

SE-SIS

BE-NBN

  • NBN-ISO 8322-6:1992 Building construction - Measuring instruments - Procedures for determining accuracy in use - Part 6 : Laser instruments
  • NBN-ISO 8322-5:1992 Building construction - Measuring instruments - Procedures for determining accuracy in use - Part 5 : Optical plumbing instruments
  • NBN-ISO 8322-4:1992 Building construction - Measuring instruments - Procedures for determining accuracy in use - Part 4 : Theodolites
  • NBN-ISO 8322-2:1992 Building construction - Measuring instruments - Procédures for determining accuracy in use -Part 2 : Measuring tapes
  • NBN-ISO/TR 8266:1992 Building construction- Measuring instruments- Procedures for determining accuracy in use- Part 1 : Theory
  • NBN-ISO 8322-1:1992 Building construction - Measuring instruments - Procedures for determining accuracy in use -Part 1 : Theory
  • NBN-ISO 8322-8:1992 Building construction - Measuring instruments - Procedures for determining accuracy in use - Part 8 : Electronic distance-measuring instruments up to 150 m
  • NBN-ISO 8322-3:1992 Building construction - Measuring instruments - Procedures for determining accuracy in use -Part 3 : Optical levelling instruments

KR-KS

Korean Agency for Technology and Standards (KATS)

  • KS C 1236-2023 Smart Metering ─ Guidelines for Evaluation of software for Electronic meters
  • KS A 3010-1986 Glossary of terms used in instrumentation Accuracy and precision
  • KS X 9121-2021 Representation and exchange of intelligent piping and instrumentation diagrams (P&IDs)
  • KS B 0502-1976 Instruments for the measurement of surface roughness (by indicating method of Surface roughness)
  • KS C IEC 60051-7-2013(2018) Direct acting indicating analogue electrical measuring instruments for multi-function instruments
  • KS A IEC 60325-2022 Radiation protection instrumentation-Alpha, beta and alpha/beta(beta energy>60 keV) contamination meters and monitors
  • KS B 0504-1975 Instruments for the measurement of surface roughness (by the nf roughness method)
  • KS B ISO 12857-2-2002(2017) Optics and optical instruments-Geodetic instruments-Field procedures for determining accuracy-Part 2:Theodolites
  • KS B 0503-1976 Instruments for the measurement of surface roughness (by light cutting method)
  • KS B 0505-1975 Instruments for the measurement of surface roughness (by the capacitance method)
  • KS B 0506-2016 Instruments for the Measurement of Surface Roughness by the Interferometric Method
  • KS B 0506-2021 Instruments for the Measurement of Surface Roughness by the Interferometric Method
  • KS C IEC 60051-7-2023 Direct acting indicating analogue electrical measuring instruments for multi-function instruments
  • KS C IEC 61263:2005 Radiation protection instrumentation-Portable potential alpha energy meter for rapid measurements in mines
  • KS A IEC 60325-2012(2022) Radiation protection instrumentation-Alpha, beta and alpha/beta(beta energy>60 keV) contamination meters and monitors
  • KS B ISO 12857-1-2002(2022) Optics and optical instruments-Geodetic instruments-Field procedures for determining accuracy-Part 1:Levels

PL-PKN

  • PN M54700-1987 Time measurement instruments Assignation of accuracy class according to metrological properties
  • PN M53265-1964 Measuring instruments Cylinder dial gauges

International Telecommunication Union (ITU)

HU-MSZT

International Organization for Standardization (ISO)

  • ISO 8322-7:1991 Building construction; measuring instruments; procedures for determining accuracy in use; part 7: instruments when used for setting out
  • ISO 15472:2010 Surface chemical analysis - X-ray photoelectron spectrometers - Calibration of energy scales
  • ISO 179-2:2020 Plastics — Determination of Charpy impact properties — Part 2: Instrumented impact test — Amendment 1: Precision data
  • ISO 8322-4:1991 Building construction — Measuring instruments — Procedures for determining accuracy in use — Part 4: Theodolites
  • ISO 15472:2001 Surface chemical analysis - X-ray photoelectron spectrometers - Calibration of energy scales

RO-ASRO

  • STAS SR ISO 8322-4:1995 Building construction - Measuring instruments - Procedures for determining accuracy in use. Part 4: Theodolites
  • STAS 3144-1979 MEA SUR IN G INSTRUMENTS Rigid graduated wood rule
  • STAS SR ISO 8322-3:1995 Building construction - Measuring instruments- Procedures for determining accuracy in use. Part 3: Optical levelling instruments
  • STAS SR ISO 8322-1:1995 Building construction - Measuring instruments - Procedures for determining accuracy in use. Part 1: Theory
  • STAS SR ISO 8322-8:1995 Bullding construction - Measuring instrumenta - Procedures for determining accuracy in use. Part 8: Electronic distance measuring instruments up to 150 m.
  • STAS SR ISO 8322-7:1995 Building construction - Measuring instruments- Procedures for determining accuracy in use. Part 7: Instruments when use for setting out
  • STAS 6419-1970 Elcclrical moasurinfi apparalus DIA1.S AND GRADUATlin SCALES
  • STAS SR ISO 8322-5:1995 Building construction - Measuring instrumenta- Procedues for determining accuracy in use. Part 5: Optical plumbing instruments
  • STAS SR CEI 359+A1-1994 Expression of the performance of electrical and electronic measuring equipment

German Institute for Standardization

  • DIN 18723-7:1990-07 Field procedure for precision testing of surveying instruments; gyroscopes
  • DIN 18723-3:1990 Field procedure for precision testing of surveying instruments; theodolites
  • DIN 18723-7:1990 Field procedure for precision testing of surveying instruments; gyroscopes
  • DIN 18723-2:1990 Field procedure for precision testing of surveying instruments; levels
  • DIN 18723-4:1990 Field procedure for precision testing of surveying instruments; optical distance measuring instruments
  • DIN VDE 0405-1:2017 Determination of breath alcohol concentration - Part 1: Specification of evidential breath analyzers
  • DIN VDE 0405-2:2005 Determination of breath alcohol concentration - Part 2: Specification of evidential breath analyzers
  • DIN 43701-4:1975 Electrical switchboard instruments; terms of delivery, indicating instruments for transducers
  • DIN 18723-5:1990 Field procedure for precision testing of surveying instruments; plumbing instruments
  • DIN IEC/TR 61869-103:2013 Instrument transformers.The use of instrument transformers for power quality measurement (IEC/TR 61869-103:2012)
  • DIN 18724:1990 Geodetic instruments; precision of levels and theodolites from technical data
  • DIN 18723-6:1990 Field procedure for precision testing of surveying instruments; electro-optical distance measuring instruments for short ranges

RU-GOST R

  • GOST 8.401-1980 State system for ensuring the uniformity of measurements. Accuracy classes of measuring instruments. General requirements
  • GOST R 8.734-2011 State system for ensuring the uniformity of measurements. Intelligent sensors and intelligent measuring systems. Methods of metrological self-checking
  • GOST 25990-1983 Electrical active energy meters, accuracy class 2,0. Acceptance control

YU-JUS

American National Standards Institute (ANSI)

VN-TCVN

  • TCVN 5755-1993 Measuring instruments.Class of accuracy.General requirements

Japanese Industrial Standards Committee (JISC)

  • JIS B 7909:1998 Geodetic instruments -- Theodolites -- Field procedures for determining accuracy
  • JIS B 7901:1998 Geodetic instruments -- Levels -- Field procedures for determining accuracy
  • JIS C 1273-1:2011 Alternating-current static meters for reactive energy -- Part 1: General measuring instrument
  • JIS B 0652:1973 Instruments for the measurement of surface roughness by the interferometric method
  • JIS C 1271-1:2011 Alternating-current static meters for active energy -- Classes 1 and 2 -- Part 1: General measuring instrument
  • JIS C 1272-1:2011 Alternating-current static meters for active energy -- Classes 0.2 S and 0.5 S -- Part 1: General measuring instrument

CZ-CSN

  • CSN ISO 8322-6:1994 Geometrical accuracy in building industry.Determination of accuracy of measuring instruments.Part 6:Laser instruments
  • CSN 25 1900-1968 Measuring instruments of machine tools accuracy. Survey
  • CSN ISO 8322-4:1994 Geometrical accuracy in building industry.Determination of accuracy of measuring instruments.Part 4:Theodolites
  • CSN ISO 8322-7:1994 Geometrical accuracy in building industry. Determination of accuracy of measuring instruments. Part 7: Instruments when used for setting out
  • CSN ISO 8322-3:1994 Geometrical accuracy in building industry.Determination of accuracy of measuring instruments.Part 3:Optical levelling instruments
  • CSN ISO 8322-5:1994 Geometrical accuracy in building industry.Determination of accuracy of measuring instruments.Part 5:Optical plumbing instruments
  • CSN 25 1901-1968 Measuring instruments of machine tools accuracy. Technical regulation
  • CSN 20 0300 Cast.8-1984 Measurements of gepmetrical accuracy of machine toolsMethods for surface straigtness measurements
  • CSN 66 0806-1968 Methods of testing alcohols. Alcoholo- metrio tables.
  • CSN ISO 8322-1:1994 Geometrical accuracy in building industry.Determination of accuracy of measuring instruments.Part 1:Theory
  • CSN ISO 8322-2:1994 Geometrical accuracy in building industry. Determination of accuracy of measuring instruments. Part 2: Measuring tapes

International Electrotechnical Commission (IEC)

  • IEC TR 61869-103:2012 Instrument transformers - The use of instrument transformers for power quality measurement
  • IEC 61263:1994 Radiation protection instrumentation - Portable potential alpha energy meter for rapid measurements in mines

SCC

British Standards Institution (BSI)

  • BS 7334-4:1992 Measuring instruments for building construction. Methods for determining accuracy in use of theodolites
  • BS 7334-3:1990 Measuring instruments for building construction. Methods for determining accuracy in use: optical levelling instruments
  • PD CEN/TR 17993:2023 Calibration and accuracy of non-catching precipitation measurement instruments
  • BS EN 62586-1:2017 Power quality measurement in power supply systems. Power quality instruments (PQI)
  • BS 7334-5:1992 Measuring instruments for building construction. Methods for determining accuracy in use of optical plumbing instruments
  • BS 7334-8:1992 Measuring instruments for building construction. Methods for determining accuracy in use of electronic distance-measuring instruments up to 150 m
  • BS 1646-1:1979(1998) Symbolic representation for process measurement control functions and instrumentation — Part 1 : Basic requirements — [ ISO title : Process measurement control functions and instrumentation — Symbolic representation ]

VDI - Verein Deutscher Ingenieure

  • VDI/VDE 2617 Blatt 2.2-1999 Accuracy of coordinate measuring machines - Parameters and their reverification - Form measurement
  • VDI/VDE 2617 BLATT 8-2013 Accuracy of coordinate measuring machines - Characteristics and their checking - Test suitability of measurements with coordinate measuring machines
  • VDI/VDE 2617 BLATT 8-2017 Accuracy of coordinate measuring machines - Characteristics and their testing - Test suitability of measurements with coordinate measuring machines
  • VDI/VDE 2617 BLATT 8-2018 Accuracy of coordinate measuring machines - Characteristics and their testing - Test process suitability of measurements with coordinate measuring machines
  • VDI/VDE 5585 BLATT 1-2018 Technische Temperaturmessung - Temperaturmessung mit Thermografiekameras - Messtechnische Charakterisierung
  • VDI/VDE 5585 BLATT 1-2016 Technische Temperaturmessung - Temperaturmessung mit Thermografiekameras - Messtechnische Charakterisierung

TR-TSE

  • TS 929-1976 INSTRUMENTS FOR THE MEASUREMENT OF SURFACE ROUGHNESS BY THE PROF?LE METHOD-VOCABULARY

Danish Standards Foundation

  • DS 2362-2:1994 Measuring equipment-Inclination measuring instruments-Part 2:Spirit level vials-Dimensions,requirements

European Committee for Standardization (CEN)

  • CEN/TR 17993:2023 Calibration and accuracy of non-catching precipitation measurement instruments

IN-BIS

  • IS 10707-1983 Instrument for measuring surface roughness using profilometry

Institute of Electrical and Electronics Engineers (IEEE)

  • IEEE 836-2001 Recommended practice for precision centrifuge testing of linear accelerometers