IEC 61207-2:2019-气体分析仪性能表示法第2部分:用高温电化学传感器测量气体中的氧-国家数字标准馆

现行 IEC 61207-2:2019

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Expression of performance of gas analyzers - Part 2: Measuring oxygen in gas utilizing high-temperature electrochemical sensors 气体分析仪性能表示法第2部分:用高温电化学传感器测量气体中的氧

发布日期： 2019-06-18

IEC 61207-2:20 19适用于使用高温电？测量气体中氧的化学传感器。它适用于原位和萃取分析仪以及安装在室内和室外的分析仪。
本部分的目的是:
-规定与利用高温电化学传感器连续测量气体样品中的氧浓度的气体分析仪的功能性能相关的术语和定义；
-统一用于制定和验证有关此类分析仪功能性能的声明的方法；
-规定进行哪些测试以确定功能性能以及如何进行此类测试；
-提供基本文件，支持应用国际公认的质量管理标准。这第二版取消并取代了1994年出版的第一版。本版构成技术修订版。
与上一版相比，该版本包括以下重大技术变化。
a)与文件相关的所有术语和定义均已酌情更新；
b)原电池原理的描述已经扩展和阐明；
c)为原电池使用固体电解质的氧的不同测量方法添加了新的定义和说明；
d)已经为离子泵电池的现有描述添加了新的图示；
e)增加了可氧化气体存在的影响的更详细描述；
f)所有对“误差”的提及均已被“不确定性”取代，并应用了适当的更新定义。

IEC 61207-2:2019 applies to all aspects of analyzers using high-temperature electro？chemical sensors for the measurement of oxygen in gas. It applies to in-situ and extractive analyzers and to analyzers installed indoors and outdoors.

The object of this part is:

– to specify the terminology and definitions related to the functional performance of gas analyzers, utilizing a high-temperature electrochemical sensor, for the continuous measurement of oxygen concentration in a sample of gas;

– to unify methods used in making and verifying statements on the functional performance of such analyzers;

– to specify what tests are performed to determine the functional performance and how such tests are carried out;

– to provide basic documents to support the application of internationally recognized quality management standards.
This second edition cancels and replaces the first edition published in 1994. This edition constitutes a technical revision.

This edition includes the following significant technical changes with respect to the previous edition.

a) all the terms and definitions relating to the document have been updated where appropriate;

b) the description of the principle of the galvanic cell has been expanded and clarified;

c) new definitions and illustrations have been added for different measurement methods for oxygen using solid electrolytes for galvanic cells;

d) new illustrations have been added for existing descriptions for ion pump cells;

e) a more detailed description of the effect of the presence of oxidizable gases has been added;

f) all references to “errors” have been replaced by “uncertainties” and appropriate updated definitions applied.