BS EN 12405-1:2018 – TC:2020 Edition
$280.87
Tracked Changes. Gas meters. Conversion devices – Volume conversion
| Published By | Publication Date | Number of Pages |
| BSI | 2020 | 224 |
To revise the Annex ZA, and the associated body text only, of EN 12405-1 to ensure the alignment with the Directive 2014/32/EU.
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 116 | undefined |
| 127 | 1 Scope 2 Normative references |
| 129 | 3 Terms, definitions, symbols and classification 3.1 Terms and definitions |
| 133 | 3.2 Symbols |
| 134 | 3.3 Classification 3.3.1 Mechanical classes 3.3.2 Electromagnetic environmental classes |
| 135 | 4 Principle of measurement 4.1 Conversion as a function of temperature 4.2 Conversion as a function of pressure and temperature |
| 136 | 4.3 Conversion as a function of pressure, temperature and deviation from the ideal gas law 4.4 Correction of the volume at measurement conditions |
| 137 | 5 Rated operating conditions 5.1 Specified field of measurement 5.1.1 General 5.1.2 Specified measurement range for gas pressure 5.1.3 Specified measurement range for gas temperature 5.1.4 Gas characteristics 5.1.5 Base conditions 5.2 Environmental conditions 5.2.1 Ambient temperature range 5.2.2 Humidity range |
| 138 | 5.2.3 Mechanical environment 5.2.4 Electromagnetic environment 5.3 Power supply 6 Construction requirements 6.1 General |
| 139 | 6.2 Casings 6.3 Indications 6.3.1 General |
| 141 | 6.3.2 Electronic indicating device 6.4 Inputs for volume conversion 6.5 Battery powered conversion device |
| 142 | 6.6 Security devices and alarms |
| 143 | 7 Installation requirements 7.1 General 7.2 Temperature transducer 7.3 Pressure transducer |
| 144 | 8 Performance 8.1 Reference conditions 8.2 Rated operating conditions 8.3 Maximum permissible errors 8.3.1 Conversion devices type 1 |
| 145 | 8.3.2 Conversion devices type 2 8.3.3 Error of conversion 8.3.4 Specific errors for a gas-volume conversion device, type 2 |
| 146 | 8.4 Conditions of matching the constituent elements of a conversion device type 2 8.5 Influence factors |
| 147 | 8.6 Disturbances 8.7 Durability 8.8 Repeatability 8.9 Reliability 9 Tests of conformity 9.1 Verification of the construction requirements 9.2 Verification of the performance requirements 9.2.1 Test conditions |
| 148 | 9.2.2 Samples of gas volume conversion device type 1 required for testing |
| 151 | 9.2.3 Samples of gas volume conversion devices type 2 required for testing |
| 152 | 9.3 Test report 10 Marking |
| 153 | 11 Installation and operating instructions |
| 154 | Annex A (normative) Type test A.1 General conditions A.1.1 General A.1.2 Additional conditions specific to gas volume conversion devices type 1 A.1.3 Additional conditions specific to gas-volume conversion devices type 2 |
| 155 | A.1.4 Test procedures A.1.4.1 Test procedure 1 (PR1) |
| 156 | A.1.4.2 Test procedure 2 (PR2) A.1.4.3 Test procedure 3 (PR3) A.1.4.4 Test procedure 4 (PR4) A.1.4.5 Test procedure 5 (PR5) A.1.5 Verification of the construction requirements A.2 Accuracy tests under reference conditions A.2.1 Objective |
| 157 | A.2.2 Reference to documents A.2.3 Procedure A.2.4 Acceptance criteria A.3 Effect of ambient temperature A.3.1 Objective A.3.2 Reference to documents A.3.3 Procedure A.3.4 Acceptance criteria A.4 Effect of damp heat, steady-state test A.4.1 Objective A.4.2 Reference to documents |
| 158 | A.4.3 Procedure A.4.4 Acceptance criteria A.5 Effect of damp heat, cyclic test A.5.1 Objective A.5.2 Reference to documents A.5.3 Procedure A.5.4 Acceptance criteria |
| 159 | A.6 Electrical power variation A.6.1 Objective A.6.2 Reference to documents A.6.3 Procedure A.6.4 Acceptance criteria A.7 Short time power reductions A.7.1 Objective A.7.2 Reference to documents A.7.3 Procedure |
| 160 | A.7.4 Acceptance criteria A.8 Electrical bursts A.8.1 Objective A.8.2 Reference to documents A.8.3 Procedure A.8.4 Acceptance criteria A.9 Electromagnetic susceptibility A.9.1 Objective A.9.2 Reference to documents A.9.3 Procedure |
| 161 | A.9.4 Acceptance criteria A.10 Electrostatic discharges A.10.1 Objective A.10.2 Reference to documents A.10.3 Procedure A.10.4 Acceptance criteria A.11 Overload of pressure (only for type 1 and pressure transducers) A.11.1 Objective A.11.2 Reference to documents A.11.3 Procedure |
| 162 | A.11.4 Acceptance criteria A.12 Effect of vibrations A.12.1 Objective A.12.2 Reference to documents A.12.3 Procedure A.12.4 Acceptance criteria A.13 Effect of shocks A.13.1 Objective A.13.2 Reference to documents A.13.3 Procedure |
| 163 | A.13.4 Acceptance criteria A.14 Overload of pressure (mechanical) A.14.1 Objective A.14.2 Reference to documents A.14.3 Procedure A.14.4 Acceptance criteria A.15 Durability A.15.1 Objective A.15.2 Reference to documents |
| 164 | A.15.3 Procedure A.15.4 Acceptance criteria A.16 Alarms operation A.16.1 Objective A.16.2 Reference to documents A.16.3 Procedure A.16.4 Acceptance criteria |
| 165 | A.17 Repeatability A.17.1 Objective A.17.2 Reference to standards A.17.3 Procedure A.17.4 Acceptance criteria A.18 Short time DC power variations A.18.1 Objective A.18.2 Reference to standards A.18.3 Procedure A.18.4 Acceptance criteria |
| 166 | A.19 Surges on supply lines and/or signal lines A.19.1 Objective A.19.2 Reference to standards A.19.3 Procedure A.19.4 Acceptance criteria A.20 Power frequency magnetic field A.20.1 Objective A.20.2 Reference to standards A.20.3 Procedure A.20.4 Acceptance criteria |
| 167 | Annex B (normative) Pressure transducers B.1 Scope B.2 Rated operating conditions B.2.1 Specified measurement range for pressure B.2.2 Environmental class B.2.3 Power supply B.3 Construction requirements B.3.1 General B.3.2 Casings B.3.3 Indications B.3.3.1 General |
| 168 | B.3.3.2 Electronic indicating device B.4 Performances B.4.1 Reference conditions B.4.2 Rated operating conditions B.4.3 Maximum permissible errors B.4.4 Influence factors B.4.5 Disturbances B.4.6 Durability |
| 169 | B.5 Tests of conformity B.5.1 Test conditions B.5.2 Tests B.5.3 Sample of pressure transducers required for testing B.6 Marking |
| 170 | Annex C (normative) Platinum resistance thermometer sensors C.1 Scope C.2 Operating rated conditions C.2.1 Specified measurement range for temperature C.2.2 Environmental class C.3 Construction requirements C.4 Performances |
| 171 | C.5 Marking C.5.1 Required markings C.5.2 Verification mark C.6 Metrological verifications C.6.1 Type approval |
| 172 | C.6.2 Initial verification C.7 Verification procedure C.7.1 Visual inspection C.7.2 Type testing (type approval) C.7.3 Samples of PRT required for testing C.7.4 Initial verification |
| 174 | Annex D (normative) Temperature transducers D.1 Scope D.2 Rated operating conditions D.2.1 Specified measurement range for temperature D.2.2 Environmental class D.2.3 Power supply D.3 Construction requirements D.3.1 General D.3.2 Casings D.3.3 Indications D.3.3.1 General |
| 175 | D.3.3.2 Electronic indicating device D.4 Performances D.4.1 Reference conditions D.4.2 Rated operating conditions D.4.3 Maximum permissible errors D.4.4 Influence factors D.4.5 Disturbances D.4.6 Durability |
| 176 | D.5 Tests of conformity D.5.1 Test conditions D.5.2 Tests D.5.3 Sample of temperature transducers required for testing D.6 Marking |
| 177 | Annex E (informative) Model type test report for conversion devices E.1 General E.1.1 General remarks E.1.2 Number of pages E.1.3 Laboratory’s identification E.1.4 Applicant E.1.5 Identification of device(s) submitted for testing E.2 Accuracy tests under reference conditions E.2.1 Ambient temperature during the test |
| 178 | E.2.2 Test equipment used E.2.3 Test results |
| 179 | E.3 Ambient temperature E.3.1 Effect of dry heat E.3.1.1 Ambient temperature during the test E.3.1.2 Test equipment used E.3.1.3 Test results |
| 180 | E.3.2 Effect of cold E.3.2.1 Ambient temperature during the test E.3.2.2 Test equipment used |
| 181 | E.3.2.3 Test results E.4 Effect of damp heat, steady-state test E.4.1 Ambient temperature during the test E.4.2 Test equipment used |
| 182 | E.4.3 Test results E.4.3.1 Before the application of the test E.4.3.2 During the application of the test |
| 183 | E.4.3.3 After the application of the test E.5 Effect of damp heat, cyclic test E.5.1 Ambient temperature during the test E.5.2 Test equipment used |
| 184 | E.5.3 Test results E.5.3.1 Before the cyclic test E.5.3.2 After the cyclic test E.6 Electrical power variation E.6.1 AC power supply E.6.1.1 Test equipment used |
| 185 | E.6.1.2 Test results |
| 186 | E.6.2 DC power supply or battery supply E.6.2.1 Test equipment used |
| 187 | E.6.2.2 Test results E.7 Short time power reductions E.7.1 Test equipment used |
| 188 | E.7.2 Test results E.7.2.1 Before the application of the perturbation E.7.2.2 During the application of the perturbation E.7.2.3 Error shift calculation E.8 Electrical bursts E.8.1 Test equipment used E.8.2 Test results E.8.2.1 Mains power |
| 189 | E.8.2.2 In/out connections E.9 Electromagnetic immunity E.9.1 Test equipment used |
| 190 | E.9.2 Test results E.9.2.1 Before the application of the perturbation E.9.2.2 During the application of the perturbation E.9.2.3 Error shift calculation E.10 Electrostatic discharges E.10.1 Test equipment used |
| 191 | E.10.2 Test results E.10.2.1 Before the application of the perturbation E.10.2.2 During the application of the perturbation E.10.2.3 Error shift calculation E.11 Effect of an overload of static pressure E.11.1 Ambient temperature during the test E.11.2 Test equipment used |
| 192 | E.11.3 Test results E.11.3.1 Before the application of the perturbation E.11.3.2 After the application of the perturbation E.11.3.3 Error shift calculation E.12 Effect of vibrations E.12.1 Ambient temperature during the test |
| 193 | E.12.2 Test equipment used E.12.3 Test results E.12.3.1 Before the application of the test E.12.3.2 After the application of the test |
| 194 | E.13 Effect of shocks E.13.1 Ambient temperature during the test E.13.2 Test equipment used E.13.3 Test results E.13.3.1 Before shocks E.13.3.2 After the application of the perturbation E.13.3.3 Error shift calculation E.14 Mechanical resistance to overload of static pressure E.14.1 Ambient temperature during the test E.14.2 Test equipment used |
| 195 | E.14.3 Test results E.15 Durability E.15.1 Ambient temperature during the test E.15.2 Test equipment used E.15.3 Test equipment used E.15.3.1 Before durability |
| 196 | E.15.3.2 After durability |
| 197 | E.15.3.3 Error shift calculation |
| 198 | E.16 Alarms operation E.16.1 Ambient temperature during the test E.16.2 Test equipment used E.16.3 Test results E.17 Repeatability |
| 199 | E.18 Short time DC power variations E.18.1 Test equipment used E.18.2 Test results E.18.2.1 Before the application of the perturbation E.18.2.2 During the application of the perturbation E.18.2.3 Error shift calculation E.19 Surges on supply lines and/or signal lines E.19.1 Test equipment used |
| 200 | E.19.2 Test results E.19.2.1 Before the application of the perturbation E.19.2.2 After the application of the perturbation E.19.2.3 Error shift calculation E.20 Power frequency magnetic field E.20.1 Test equipment used E.20.2 Test results E.20.2.1 Before the application of the perturbation |
| 201 | E.20.2.2 During the application of the perturbation E.20.2.3 Error shift calculation |
| 202 | Annex F (informative) Model type test report for associated transducers F.1 General F.1.1 General remarks F.1.2 Number of pages F.1.3 Laboratory’s identification F.1.4 Applicant F.1.5 Identification of device(s) submitted for testing F.2 Accuracy tests under reference conditions F.2.1 Ambient temperature during the test |
| 203 | F.2.2 Test equipment used F.2.3 Test results F.3 Ambient temperature F.3.1 Effect of dry heat F.3.1.1 Ambient temperature during the test F.3.1.2 Test equipment used |
| 204 | F.3.1.3 Test results F.3.2 Effect of cold F.3.2.1 Ambient temperature during the test F.3.2.2 Test equipment used |
| 205 | F.3.2.3 Test results F.4 Effect of damp heat, steady-state test F.4.1 Ambient temperature during the test F.4.2 Test equipment used F.4.3 Test results F.4.3.1 Before the application of the test |
| 206 | F.4.3.2 During the application of the test F.4.3.3 After the application of the test F.5 Effect of damp heat, cyclic test F.5.1 Ambient temperature during the test F.5.2 Test equipment used F.5.3 Test results F.5.3.1 Before the application of the test |
| 207 | F.5.3.2 After the cyclic test F.6 Electrical power variation F.6.1 AC power supply F.6.1.1 Test equipment used F.6.1.2 Test results |
| 208 | F.6.1.3 Variation in frequency F.6.2 DC power supply or battery supply F.6.2.1 Test equipment used F.6.2.2 Test results F.7 Short time power reductions F.7.1 Ambient temperature during the test |
| 209 | F.7.2 Test equipment used F.7.3 Test results F.7.3.1 Before the application of the perturbation F.7.3.2 During the application of the perturbation F.7.3.3 Error shift calculation F.8 Electrical bursts F.8.1 Ambient temperature during the test F.8.2 Test equipment used F.8.3 Test results F.8.3.1 Mains power |
| 210 | F.8.3.2 In/out connections F.9 Electromagnetic immunity F.9.1 Ambient temperature during the test F.9.2 Test equipment used |
| 211 | F.9.3 Test results F.9.3.1 Before the application of the perturbation F.9.3.2 During the application of the perturbation F.9.3.3 Error shift calculation F.10 Electrostatic discharges F.10.1 Ambient temperature during the test F.10.2 Test equipment used F.10.3 Test results F.10.3.1 Before the application of the perturbation F.10.3.2 During the application of the perturbation |
| 212 | F.10.3.3 Error shift calculation F.11 Effect of an overload of static pressure F.11.1 General F.11.2 Ambient temperature during the test F.11.3 Test equipment used F.11.4 Test results F.11.4.1 Before the application of the perturbation F.11.4.2 After the application of the perturbation |
| 213 | F.11.4.3 Error shift calculation F.12 Effect of vibrations F.12.1 Ambient temperature during the test F.12.2 Test equipment used F.12.3 Test results F.12.3.1 Before the application of the test F.12.3.2 After the application of the test |
| 214 | F.13 Effect of shocks F.13.1 Ambient temperature during the test F.13.2 Test equipment used F.13.3 Test results F.13.3.1 Before shocks F.13.3.2 After shocks F.13.3.3 Error shift calculation F.14 Mechanical resistance to overload of static pressure F.14.1 General F.14.2 Ambient temperature during the test F.14.3 Test equipment used |
| 215 | F.14.4 Test results F.15 Durability F.15.1 Ambient temperature during the test F.15.2 Test equipment used F.15.3 Test results F.15.3.1 Before durability |
| 216 | F.15.3.2 After durability F.15.3.3 Error shift calculation F.16 Repeatability |
| 217 | Annex ZA(informative)Relationship between this European Standard and the Essential Requirements of EU Directive 2014/32/EU Measuring Instruments Directive |
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BS EN 12405-1:2018
Gas meters. Conversion devices – Volume conversion Published By Publication Date Number of Pages BSI…
