The Genebre cold water meter model 6110C 05, reference 6110C 05, is an advanced and reliable solution for the accurate measurement of potable water volume in residential or commercial installations. This single-jet meter has a compact and versatile design, making it ideal for applications requiring precise water consumption measurement. It is made from high-quality materials, including a nickel-plated body that offers durability and corrosion resistance.
The meter features a fully dry reading mechanism, meaning the recording mechanism is isolated from the water, ensuring a clear and interference-free reading. The magnetic transmission ensures accurate measurement, while the dry and sealed dial prevents moisture ingress and provides a clear display of data. Additionally, the register dial is 360º rotatable, facilitating reading in any mounting position.
Designed to be installed both horizontally and vertically, this meter complies with ISO 4064-1, ensuring its reliability and accuracy in measurement. The maximum operating temperature is 30ºC and it withstands a pressure of up to 16 bar (PN16), making it a safe and robust choice for a wide range of applications. The meter is classified in precision class 2 and has CE approval, meeting European quality standards.
The Genebre water meter uses a single-jet system for measurement, with a dial that includes a main marker and a wheel marker for decimals. Reading should be done in the following order: first the five black digits of the main marker, which represent cubic metres (m³), and then the three red digits of the wheel marker, which indicate the decimals. For an accurate reading, the main marker reading is added to the wheel marker reading, applying a multiplier factor of 0.0001 for the decimals.
With its robust design and advanced technology, the Genebre cold water meter 6110C 05 is a reliable choice for those seeking a water measuring device that combines durability, precision, and ease of use. This meter is ready to meet the highest quality standards, ensuring optimal performance in any environment.