Breaking through traditional design, the KM06-01 water meter hexagonal hole filtration structure improves long-term stability

The filtration system of the water meter is a key component to ensure the accurate measurement and long-term stable operation of the water meter. Solid impurities such as sand, soil, and rust contained in the water flow often damage the mechanical parts of the water meter or cause blockage, thereby affecting the accuracy of measurement. The innovative design of the hexagonal hole structure of the KM06-01 Vertical Flange Woltman Water Meter Iron Base in this field greatly optimizes the filtration performance and provides a more efficient and stable working environment for the water meter.

The hexagonal hole design is different from the circular hole filtration structure used in traditional water meters. It can make the water flow more evenly distributed and avoid the uneven flow rate in the traditional circular hole design. When the water flows through the hexagonal hole, it can better maintain a stable flow state, thereby reducing the measurement error caused by uneven water flow. This is particularly important for the measurement of large flow rates, especially in industrial water and municipal water supply, where the flow rate and pressure of the water flow are large. The hexagonal hole structure can effectively ensure smooth water flow and maintain high measurement accuracy under different flow conditions.
The layout of the hexagonal hole structure can provide more pore area, increase the chance of water flow passing through the filter, and thus improve the filtration efficiency. Compared with the traditional round hole structure, the hexagonal hole can provide a higher flow flux without increasing the volume of the filter. This design effectively improves the efficiency of water flow, and filters out particulate impurities in the water in a short time, avoiding the occurrence of blockage.
The hexagonal hole structure increases the pores while reducing the turbulence in the water flow, making it difficult for impurities to accumulate in the pores, further improving the stability and effectiveness of the filter. Especially in environments with complex water quality, the hexagonal hole can effectively reduce the maintenance needs and failures caused by particulate matter blocking the filter holes, ensuring the long-term stable operation of the water meter.

With the advancement of urbanization and the increase in industrial water demand, the types and quantities of impurities in the water flow are increasing. Especially in some industrial parks or old water pipe network systems, poor water quality is more common. Impurities will affect the metering accuracy of the water meter, and may also accelerate the wear of the internal components of the water meter, leading to equipment failure. Therefore, the filtration system of the water meter must have good anti-impurity ability, which can effectively filter out particulate matter in the water to ensure the long-term stable operation of the water meter.
The hexagonal hole structure of the KM06-01 water meter is designed to meet this challenge. In an environment with complex water quality, the hexagonal hole design can effectively intercept particles such as sand, soil, and rust in the water to prevent them from entering the water meter and affecting the accuracy of the water meter measurement. The hexagonal hole filter can also reduce the clogging of the filter, keep the water flow smooth, and avoid the accumulation of impurities in the water flow that cause water meter failure.

An important issue faced by water companies during operations is the maintenance and replacement frequency of water meters. Traditional water meters often require frequent cleaning of the filter or replacement of water meters due to improper filtration design. The KM06-01 water meter reduces the frequency of water meter maintenance with its innovative hexagonal hole filter design. By improving filtration efficiency, the hexagonal hole structure can effectively reduce the impact of impurities on the water meter, reduce the occurrence rate of failures caused by clogging or wear, and save the water company a lot of maintenance costs. The high-efficiency filtration design of the KM06-01 water meter also enhances the accurate measurement capability of the water meter. This enables water companies to obtain more accurate water flow data, optimize the management of water supply networks, accurately calculate water consumption, and improve the overall efficiency of water operations. By reducing the waste of resources caused by inaccurate measurement, water companies can not only improve their operating efficiency, but also obtain more economic returns in long-term operations.

With the gradual popularization of intelligent water systems, high-precision measurement data has become one of the key factors in improving the level of water resource management. Water companies have put forward higher requirements for the measurement accuracy of water meters. The hexagonal hole filter design of KM06-01 water meter of Ningbo Jingcheng Technology Co, ltd. provides a guarantee for accurate measurement. The optimized structure of the hexagonal hole can ensure the stability of water flow, effectively filter impurities, avoid the accumulation of sand or rust inside the water meter, ensure the uniformity and stability of water flow, and thus provide accurate measurement data. Whether in low-flow environment or large-flow industrial water, the hexagonal hole filter can ensure the measurement accuracy of the water meter and meet the needs of the modern water industry for accurate data. In the intelligent water meter system, accurate measurement data provides a reliable foundation for data analysis, remote monitoring and automated management.