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ICQ: 468-773-197

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Household water meters SVM

СВМ Performance:

The SVM multi-jet vaned meters for cold and hot water are designed to measure volume of drinking water according to SanPiN 2.1.4.1074-2001, which flows in cold and hot water supply systems at a temperature from 5 to 90 °C and pressure up to 1.0 MPa (10 kgf/cm2). The SVM water meters are insensitive to an external magnetic field, they are versatile, since the same materials are used for manufacture of meters for cold and hot water. The meters conform to metrological grade B, only horizontal installation is acceptable. The design of the flow part has increased wear resistance.
Certificate of the Federal Technical Regulation and Metrology Agency Certificate of the Federal Technical Regulation and Metrology Agency
All the applied materials are approved by the Ministry of Health of the Russian Federation All the applied materials are approved by the Ministry of Health of the Russian Federation
Gold medal of the international forum “Precise measurement is the basis of quality and safety 2014” Gold medal of the international forum “Precise measurement is the basis of quality and safety 2014”
All the materials are eligible for contact with drinking water All the materials are eligible for contact with drinking water

SVM-40S WATER METERS

These meters conform to top metrological grade C. Due to unique design of the flow part the SVM-40S water meters have minimum possible permissible errors in flow rate readings, upon which other devices only begin to register the flow.

REMOTE METER READING

BETAR remote water meters are equipped with a pulse output for connection to the Automated Meter Reading System.
BETAR remote water meters are used in own Smart House Automated Meter Reading System.

Antimagnetic Protection

All BETAR water meters are manufactured in antimagnetic versions preventing tampering of readings.

These devices are resistant to magnetic field effect created by a permanent magnet with an intensity up to 140 kA/m.

Antimagnetic protection is realized using advanced technologies and is provided due to specific distribution of domains and magnetic field in the magnets used in the device design.

Codesign of BETAR engineers with top specialists of M.V. Lomonosov State University.

Documentation and technical characteristics of the testimony