ГЭТ 23-2010 (НИО 231)
Standard name:
- ГЭТ 23-2026 State primary standard of the unit of pressure - the pascal
Type of measurement:
- Pressure measurements, vacuum measurements
Structural division: name НИО\НИЛ:
- Research Department of State Standards in the Field of Pressure Measurements
Guardian Scientist:
- Teteruk Roman Anatolievich, Ph.D.
Year of creation:
- 1954
Year of re-confirmation:
- 2026
Composition of the standard:
- Reference settings:
- Installation type 1 No. 1;
- Installation type 1 No. 2
- Installation type 2 No. 1
- Installation type 3 No. 1
- Installation type 4 No. 1
- Installation type 5 No. 1
- Set of measuring piston systems (hereinafter referred to as IPS);
- Special cargo kits;
- Instruments for measuring temperature and environmental parameters.
Main metrological characteristics
| Characteristic name | Meaning | ||
|---|---|---|---|
| Working environment | Kerosene | Air/nitrogen | Transformer oil |
| Measurement range (from Pmin to Pmax), MPa | from 0,02 to 10 | from minus 0.1 to minus 0.003 from 0.0005 to 10 |
from 0,02 to 10 |
| Standard deviation of the measurement result S0 for n independent measurements (n=10), no more than, % | 0,00025 | ||
| Unexcluded systematic error, θ0, no more than, % | 0,0011 | ||
| Standard uncertainty assessed according to Type A, uA0, no more than, % | 0,00025 | ||
| Standard uncertainty assessed by Type B, uB0, no more than, % | 0,00063 | ||
| Total standard uncertainty, uc, no more than, % | 0,00068 | ||
| Expanded uncertainty U at coverage factor k = 2, no more than, % | 0,0014 | ||
Verification diagram:
- “State verification scheme for measuring instruments of excess pressure up to 4000 MPa”, approved by the Order of the Federal Agency for Technical Regulation and Metrology dated 2026 No.
Scope of application:
Oil and gas product metering units, aerospace, electronics, defense and other branches of national industry.
Results of applying the standard:
The need for high-precision measurements of excess pressures, testing of new types of pressure measuring instruments has been met, and solutions to priority areas of development in science, technology, and engineering in the Russian Federation have been provided at a higher level.
The total number of measuring instruments traceable to ГЭТ 23-2026:
Several million measuring instruments, including hundreds of thousands of measuring instruments used as standards
Ensuring the uniformity of measurements, participation in the CIPM MRA program:
| Line | Range | Expanded uncertainty | Transfer Method |
|---|---|---|---|
| COOMET-M-RU-00000AD1-1 | from 0.05 to 10 MPa | from 8 10-6 to 2 10-5 | Direct comparisons with the standard |
| COOMET-M-RU-00000AD2-1 | from 10 to 60 MPa | 5 · 10-5 | Direct comparisons with the standard |
| COOMET-M-RU-00000AD3-1 | from 60 to 250 MPa | 5 · 10-4 | Direct comparisons with the standard |
| COOMET-M-RU-00000ABN-1 | from -95 to 40 kPa | 20 Pa | Direct comparisons with the standard |
The measuring capabilities of GET 23-2026 have been confirmed by key comparisons of EUROMET.M.P-K3, COOMET.M.P-K1 and COOMET.M.P-K2 (kcdb.bipm.org)
PHOTO:
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/Установка тип 5 1 зав. № 1.jpg)
Installation type 5/1 plant no. 1
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/Установка тип 1 зав. № 2.jpg)
Installation type 5/1 plant no. 2
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/Установка тип 1 зав. № 1.jpg)
Installation type 1 plant no. 1
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/ИПС из состава ГЭТ 23.png)
IPS from ГЭТ 23
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/ИПС из состава ГЭТ 23(1).png)
IPS from ГЭТ 23
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/ИПС из состава ГЭТ 23(2).png)
IPS from ГЭТ 23
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/Комплекты специальных грузов № 1, № МБ, № В.png)
Special cargo sets No. 1, No. MB, No. B
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/Комплекты специальных грузов № 1, № МБ, № В(1).png)
Special cargo sets No. 1, No. MB, No. B
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/Установка тип 2 зав. № 1.png)
Installation type 2 plant no. 1
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/Установка тип 3 зав. № 1.png)
Installation type 3 plant no. 1
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/Установка тип 5 зав. № 1.png)
Installation type 5 plant no. 1
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/Установки тип 5 2 зав. № 1.png)
Installation type 5/2 plant No. 1