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JJF 1361-2012

Chinese Standard: 'JJF 1361-2012'
Standard IDContents [version]USDSTEP2[PDF] delivered inStandard Title (Description)StatusRelated Standard
JJF 1361-2012English929 Add to Cart Days<=6 Program on Pattern Evaluation of Chemiluminescent NO/NOx Analyzers Valid JJF 1361-2012
JJF 1361-2012Chinese28 Add to Cart <=1-day [PDF from Chinese Authority, or Standard Committee, or Publishing House]


Standard ID JJF 1361-2012 (JJF1361-2012)
Description (Translated English) Program on Pattern Evaluation of Chemiluminescent NO/NOx Analyzers
Sector / Industry Metrology & Measurement Industry Standard
Classification of Chinese Standard A61
Classification of International Standard 17.020
Word Count Estimation 40,425
Quoted Standard JJG 801-2004; GB/T 11606-2007
Drafting Organization Analytical Center, Guangzhou, China
Administrative Organization National Environmental stoichiometric Technical Committee
Regulation (derived from) AQSIQ Announcement No. 157 of 2012
Issuing agency(ies) State Administration of Quality Supervision, Inspection and Quarantine
Summary This standard applies to chemiluminescent NOx analyzer (hereinafter referred to as the instrument) for type evaluation.

JJF 1361-2012
Program on Pattern Evaluation of Chemiluminescent NO/NOx Analyzers
People's Republic of China National Metrology Technical Specifications
Chemiluminescence nitrogen oxides analyzer
Type Evaluation Outline
Issued on. 2012-10-08
2013-01-08 implementation
The State Administration of Quality Supervision, Inspection and Quarantine released
Chemiluminescence nitrogen oxides analyzer
Type Evaluation Outline
Focal point. the National Technical Committee on Environment stoichiometry
Main drafting unit. China National Analytical Center, Guangzhou
Shanghai Measurement and Testing Technology Research Institute
China Testing Technology Research Institute
Participated in the drafting unit. China Institute of Metrology
Jiangxi Institute of Metrology
Qingdao City, Shandong Province measurement test
This specification technical committee commissioned by the National stoichiometric environment responsible for interpreting
The main drafters of this specification.
Luo Jun (China Analytical Center, Guangzhou)
Cai Jianhua (Shanghai Institute of Measurement and Testing)
Zhengchun Rong (Shanghai Institute of Measurement and Testing)
Liu (China Testing Technology Research Institute)
Drafters participate.
Chen Yonghua (China Institute of Metrology)
Yang Yu Zhe (Jiangxi Institute of Measurement and Testing)
Xia Chun (Qingdao City, Shandong Province measurement test)
table of Contents
Introduction (Ⅲ)
1 Scope (1)
2. References (1)
3 Overview (1)
Technical information and test prototype unit 4 application should be submitted (1)
4.1 Technical Information (1)
4.2 experimental prototype (1)
5 legal management requirements (2)
5.1 Units of measurement requirements (2)
5.2 accuracy requirements (2)
5.3 legal metrology requirements for marking and identification of measuring instruments (2)
5.4 Installation marking requirements (2)
6 measurement requirements (2)
6.1 Indication error (2)
6.2 Repeatability (2)
6.3 Response time (2)
6.4 Zero drift (2)
6.5 Span drift (2)
6.6 Nitrogen dioxide conversion efficiency (2)
7 General Requirements (2)
7.1 Appearance (2)
7.2 Insulation resistance (3)
7.3 dielectric strength (3)
7.4 adaptive power supply voltage (3)
7.5 High Temperature Test (3)
7.6 Low Temperature Test (3)
7.7 High temperature storage test (3)
7.8 cryogenic storage test (3)
7.9 Damp heat test (3)
7.10 Crash Test (3)
7.11 Drop test (3)
8 pattern evaluation item list (4)
9 pilot projects test methods and conditions (5)
9.1 Appearance (5)
9.2 Insulation resistance (5)
9.3 dielectric strength (6)
9.4 Indication error (6)
9.5 Repeatability (7)
9.6 Response Time (8)
9.7 Nitrogen dioxide conversion efficiency (8)
9.8 zero drift and span drift (9)
9.9 adaptive voltage supply (10)
9.10 High Temperature Test (10)
9.11 Low temperature test (11)
9.12 high-temperature storage test (11)
9.13 low temperature storage test (12)
9.14 Damp heat test (12)
9.15 Crash Test (13)
9.16 Drop test (14)
10 determined the type of evaluation results (15)
11 original record format type evaluation (15)
Appendix A chemiluminescence nitrogen oxides analyzer type evaluation original record format (16)
This type of evaluation based on the outline JJF 1016 "Measuring Instruments type evaluation outline guidelines for the preparation", JJF 1015 "count
Evaluation of the amount of equipment type and type approval of universal norms "and JJF 1001" common measurement terms and definitions of "compilation.
The outline of the type evaluation technical indicators reference JJG801-2004 "chemiluminescence nitrogen oxides analyzer"
And GB/T 11606-2007 "analytical instruments environmental test method" and other technical regulations.
This type of evaluation outline for the first release.
Chemiluminescence nitrogen oxides analyzer
Type Evaluation Outline
1 Scope
This type of evaluation outline is applied chemiluminescence nitrogen oxides analyzer (hereinafter referred to as the instrument) the type evaluation.
2. References
JJG801-2004 chemiluminescence nitrogen oxides analyzer
GB/T 11606-2007 analytical instruments environmental test methods
These documents contain provisions which through reference in this syllabus constitute provisions of this outline. For dated reference documents
Member, all subsequent amendments (not including errata content) or revisions do not apply in this outline. However, to encourage
Whether the latest versions of these files according to the parties that this outline agreement. For undated references the
, The latest versions apply to this outline.
3 Overview
The basic principle of detection equipment is nitric oxide (NO) and ozone (O3) based on a chemical reaction to produce
Excited state of nitrogen dioxide (NO2) molecules, nitrogen molecules excited state to the ground state to emit light. Light emitted
Intensity is proportional to the concentration of nitric oxide. It was detected by light emission intensity of concentration of nitric oxide detection. Its chemical
Reaction is.
NO O → 3 NO2 O2 hν
hν --- light is emitted.
The presence of nitrogen dioxide gas when the sample gas, sample gas through the instrument to the inherent converter, converted into nitrogen dioxide
Nitric oxide, then said chemiluminescent reaction with ozone. Detecting nitrogen oxides (NO NO2) Total
(NOx) and nitric oxide difference is equal to nitrogen dioxide (ie, NOx-NO = NO2) content of the gas.
General Instrument structure comprising. an ozone generator, a converter, a detector, and other electronic units.
Technical information and test prototype to be submitted by the applicant 4
4.1 Technical Information
4.1.1 Instrument photos;
4.1.2 product standards (including test methods);
4.1.3 assembly diagram, schematic diagram and major components;
4.1.4 Instructions;
Test report 4.1.5 manufacturing units or technical bodies do.
4.2 Experimental Prototype
The applicant should provide their own production prototype. The applicant can apply for a single product, you can also press the line
Related standard:   JJF 1363-2019  JJF 1362-2012
Related PDF sample:   JJF 1363-2012  JJF 1424-2013
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