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Woltman Cold /Hot Water Meter
S.H.Meters.
A Woltman water meter is a type of industrial water meter that measures the flow of water in large pipes. It is named after its inventor, Johann Andreas Woltman. The industrial Woltman water meter typically has a turbine inside that rotates as water flows through the meter. This rotation is then measured to determine the volume of water that has passed through the meter.
These meters are commonly used by water utilities, industrial plants, and other large facilities that consume significant amounts of water. They are typically designed for high accuracy and reliability, and can be used for both cold and hot water applications.
In addition to the standard mechanical design, there are also electronic versions of the Woltman water meter that can provide more advanced functionality, such as remote monitoring and data logging. These digital meters can be integrated into building management systems or other control systems to enable real-time monitoring and analysis of water usage.
* In the upper zone from qt inclusive up to and including qs is ±2% (±3% for hot water meter)
A Woltman water meter is a type of industrial water meter that measures the flow of water in large pipes. It is named after its inventor, Johann Andreas Woltman. The industrial Woltman water meter typically has a turbine inside that rotates as water flows through the meter. This rotation is then measured to determine the volume of water that has passed through the meter.
These meters are commonly used by water utilities, industrial plants, and other large facilities that consume significant amounts of water. They are typically designed for high accuracy and reliability, and can be used for both cold and hot water applications.
In addition to the standard mechanical design, there are also electronic versions of the Woltman water meter that can provide more advanced functionality, such as remote monitoring and data logging. These digital meters can be integrated into building management systems or other control systems to enable real-time monitoring and analysis of water usage.
* In the upper zone from qt inclusive up to and including qs is ±2% (±3% for hot water meter)
