17.100 力、重力和压力的测量 标准查询与下载

GSO OIML R106-2:2021 自动轨道衡 第2部分：测试报告格式

In this framework of the OIML Basic Certificate Systems for Measuring Instruments, and the OIML Mutual Acceptance Arrangement (MAA) applicable to instruments for weighing automatic rail-weighbridges in conformity with OIML R 106-1, use of this report format is mandatory, in French and/or in English with translation into national languages of the countries issuing such certificates, if applicable. Implementation of this Test Report Format is informative with regard to the implementation of the OIML Recommendation R 106-1 in national regulations. 5

Automatic rail-weighbridges Part 2: Test report format

GSO OIML R106-1:2021 自动轨道衡 第1部分：计量和技术要求 测试

  Scope is not provided for this standard

Automatic rail-weighbridges Part 1: Metrological and technical requirements - Tests

GSO OIML R51-2:2021 自动分选秤 第2部分：测试报告格式

  Scope is not provided for this standard

Automatic catchweighing instruments – Part 2: Test report format

GSO OIML R50-2:2021 连续累加自动衡器（皮带秤） 第2部分：试验程序

  Scope is not provided for this standard

Continuous totalizing automatic weighing instruments (belt weighers) - Part 2: Test procedures

GSO EN 837-1:2021 压力表 第1部分：波登管压力表 尺寸、计量、要求和测试

This European standard specifies requirements for Bourdon tube (designated by B, see clause 12) indicating pressure gauges, vacuum gauges and combined vacuum and pressure gauges (compound gauges), with circular, spiral or coiled forms, from 40 to 250 nominal size with ranges up to 1600 bar for the measurement of gauge pressure. A reading of zero bar is atmospheric pressure.

Pressure gauges - Part 1: Bourdon tube pressure gauges - Dimensions, metrology, requirements and testing

GSO OIML R61-3:2021 自动重量灌装仪器 第3部分：测试报告格式

This “Test Report Format” presents, in a standardized format, the results of the various tests and examinations to which a type of an automatic gravimetric filling instrument (hereafter referred to as “AGFI” shall be submitted with a view to its approval.

Automatic gravimetric filling instruments. Part 3: Test report format

GSO OIML R50-1:2021 连续累加自动衡器（皮带秤） 第1部分：计量技术要求

This International Recommendation specifies the metrological and technical requirements for continuous totalizing automatic weighing instruments of the belt conveyor type, hereinafter referred to as “belt weighers”, that are subject to national metrological control. It is intended to provide standardized requirements and test procedures for evaluating metrological and technical characteristics in a uniform and traceable way.

Continuous totalizing automatic weighing instruments (belt weighers) - Part 1: Metrological and technical requirements

GSO OIML R61-1:2021 自动重量灌装仪器 第1部分：计量和技术要求

This Recommendation specifies the metrological and technical requirements, metrological controls and tests for automatic gravimetric filling instruments (hereafter referred to as “AGFIs”) which produce a predetermined mass of individual fills of products from one or more loads by automatic weighing.

Automatic gravimetric filling instruments. Part 1: Metrological and technical requirements

T/ZZB 2148-2021 无灌充液式抗震压力表

本文件规定了无灌充液式抗震压力表的术语和定义、基本要求、技术要求、试验方法、检验规则、标志、包装、运输和贮存、质量承诺。 本文件适用于采用阻尼油进行机芯抗震处理的无灌充液式抗震压力表（以下简称仪表）。

No liquid-filled shock-resistant pressure gauge

T/MZMS 0001-2021 压力表在线校准规范

6.1　外观 6.1.1　外观结构 a）压力表应装配牢固、无松动现象。 b）压力表的可见部分应无明显的瑕疵，划伤，连接件应无明显的毛刺和损伤。 6.1.2　标志 压力表应有如下标志：产品名称、计量单位和数字、出厂编号、生产年份、测量范围、准确度等级、制造商名称或商标、制造计量器具许可证标志及编号等。 6.1.3　指示装置 a）压力表表面玻璃应无色透明，不得有妨碍读数的缺陷或损伤； b）压力表分度盘应平整光洁，数字及各标志应清晰可辨； c）压力表指针指示端应能覆盖最短分度线长度的1/3~2/3，带设定指针的压力表其设定指针指示端应能覆盖主要分度线长度的1/4~2/4； d）压力表指针指示端的宽度应不大于分度线的宽度；

Specifications for Online Calibration of Pressure Gauge

DB32/T 3976-2021 液化气体自动灌装衡器通用技术规范

General technical specifications for automatic filling scales for liquefied gases

JB/T 9481-2020 扩散硅力敏器件

Diffused Silicon Force Sensing Device

T/FSGCA 1-2020 瓶装液化石油气充装规范

本文件规定了瓶装液化石油气充装的术语和定义、计量要求、计量器具和通讯设备要求、充装操作要求、检验规则。

Filling specification for bottled liquefied petroleum gas

T/ZZB 1925-2020 智能控制皮带秤

本文件规定了智能控制皮带秤（以下简称“皮带秤”）的术语和定义、型号与命名、基本要求、技术要求、试验方法、检验规则、标志、包装、运输和贮存及质量承诺。 本文件适用于： ——利用重力原理、以连续的称量方式，确定并累计散状物料质量的皮带秤； ——与单速皮带输送机一起使用的皮带秤； ——称量准确度优于0.3 %的电子皮带秤。

Intelligent control belt weigher

T/CMIF 116-2020 热电堆红外传感器芯片

    热电堆红外传感器芯片是新冠疫情防控的关键战略物资之一，在这场防疫战斗中发挥了巨大的作用。除此之外，热电堆红外传感器芯片还广泛应用在工业自动化、环保、航空航天、汽车工业、化工、医疗、大气和海洋测量等国民经济各领域和国防工业中。     在目前热电堆红外传感器芯片需求快速爆发的情况下，由于前期更多的研究重点是在科研层面，国内外产品各自的规范、参数的差异性较大，从而使得相关产品应用上比较混乱，芯片缺少统一标准。因此，制定热电堆红外传感器芯片产品标准，规范产品的技术指标，明确热电堆红外传感器芯片的关键技术指标与试验方法，制定出符合批量生产管控的产品技术要求，用标准促进热电堆红外传感器芯片产品在质量和性能上的提高，提升、规范我国热电堆红外传感器系列产品具有十分重大的意义。     本标准的制定有助于对热电堆红外传感器芯片产业起到规范产品技术要求、生产和检验、统一试验方法、提升产品技术含量的作用。有利于提高产品质量、促进技术创新。 引言　III 前言　IV 1　范围　1 2　规范性引用文件　1 3　术语与定义　1 4　分类、型号　3 4.1　分类　3 4.2　型号　3 5　技术要求　3 5.1　正常工作环境条件　3 5.2　外观　3 5.3　规格　4 5.4　热电堆芯片电阻　4 5.5　电压响应率　4 5.6　噪声　4 5.7　噪声等效功率　4 5.8　探测率　4 5.9　时间常数　4 5.10　低温贮存　5 5.11　高温贮存　5 5.12　温度变化　5 5.13　恒定湿热　5 5.14　振动　5 5.15　跌落　5 5.16　焊盘附着力　5 6　试验方法　5 6.1　试验环境条件　5 6.2　外观检查　5 6.3　规格检查　6 6.4　热电堆电阻　6 6.5　电压响应率　6 6.6　噪声　7 6.7　噪声等效功率　7 6.8　探测率　8 6.9　时间常数　8 6.10　低温贮存　9 6.11　高温贮存　9 6.12　温度变化　9 6.13　恒定湿热　9 6.14　振动　9 6.15　跌落　9 6.16　焊盘附着力　9 7　检验规则　10 7.1　检验分类　10 7.2　检验项目及顺序　10 7.3　出厂检验　10 7.4　型式检验　11 8　标志、包装、运输及储存　11 8.1　标志　11 8.2　包装　12 8.3　运输　12 8.4　储存　12 参考文献　13

Thermopile infrared sensor chip

T/ZZB 1771-2020 高速一体化动态轴重秤

本文件规定了高速一体化动态轴重秤（以下简称轴重秤）的术语和定义、型号与命名、基本要求、技术要求、试验方法、检验规则、标志、包装、运输和贮存及质量承诺。 本文件适用于采用应变梁与承载器一体化结构，安装在称重控制区内、对通过车辆的轴（组）进行称重从而获得整车质量的自动衡器。

High-speed intergrated dynamic axle load scale

T/SJZJLXH 0010-2020 现场压力检测系统校准规范

1、  断电保护：现场压力检测系统中压力仪表、压力变送器在供电电源断电期间，各仪表（含压力仪表、各种传感器、变送器）内设参数等数据能够可靠的保存起来的功能。 2、  采样周期：相邻两次采样之间的时间间隔，单位:S。 3 、 现场压力测量系统 现场压力测量系统是系统含在线（或非在线）的各种压力仪表（含PLC、DCS、压力仪表及各种传感器、变送器）等组成的测量系统

Calibration specification for on-site pressure detection system

T/ZZB 1662-2020 电子台秤

本标准规定了电子台秤的术语和定义、型号、基本要求、计量要求、技术要求、试验方法、检验规则、标志、包装、运输、贮存和质量承诺。 本标准适用于称重传感器为一次转换元件并带有载荷承载器、电子装置、数字显示的自行指示式电子台秤。

Electronic platform scale

ASTM E898-20 非自动称重仪器校准的标准实施规程

1.1 This practice applies to the calibration of electronic non-automatic weighing instruments. A non-automatic weighing instrument is a measuring instrument that determines the mass of an object by measuring the gravitational force acting on the object. It requires the intervention of an operator during the weighing process to decide whether the weighing result is acceptable. 1.2 Non-automatic weighing instruments have capacities from a few grams up to several thousand kilograms, with a scale interval typically from 0.1 micrograms up to 1 kilogram. Note that non-automatic weighing instruments are usually referred to as either balances or scales. In this practice, for brevity, non-automatic weighing instruments will be referred to as balances; however, the scope of this practice also includes scales. 1.3 This practice only covers electronic non-automatic weighing instruments where the indication is obtained from a digital display. The measuring principle is usually based on the force compensation principle. This principle is realized either by elastic deformation, where the gravitational force of the object being weighed is measured by a strain gauge that converts the deformation into electrical resistance, or by electromagnetic force compensation, where the gravitational force is compensated for by an electromagnetic counterforce that holds the load cell in equilibrium. 1.4 Units—The values stated in SI units are to be regarded as standard. No other units of measurement are included in this standard. 1.5 This standard does not purport to be suitable as the sole testing process for weighing systems designated for commercial service under weights and measures regulation. The legal requirements for such instruments vary from region to region, and also depend on specific applications. To determine applicable legal requirements, contact the weights and measures authority in the region where the device is located. 1.6 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety, health, and environmental practices and determine the applicability of regulatory limitations prior to use. 1.7 This international standard was developed in accordance with internationally recognized principles on standardization established in the Decision on Principles for the Development of International Standards, Guides and Recommendations issued by the World Trade Organization Technical Barriers to Trade (TBT) Committee.

Standard Practice for Calibration of Non-Automatic Weighing Instruments

T/ZQASE 002-2020 瓶装液化石油气净含量管理规范

本标准规定了瓶装液化石油气充装净含量管理规范的术语和定义，净含量要求、计量器具要求、充装操作要求、检验方法及评定准则。

Management specification for net content of bottled liquefied petroleum gas