{"id":7725,"date":"2026-09-14T02:07:52","date_gmt":"2026-09-14T02:07:52","guid":{"rendered":"https:\/\/www.tengyuemetering.com\/?p=7725"},"modified":"2026-09-15T02:52:39","modified_gmt":"2026-09-15T02:52:39","slug":"how-can-water-utilities-improve-smart-metering-with-an-ultrasonic-water-meter","status":"publish","type":"post","link":"https:\/\/www.tengyuemetering.com\/es\/how-can-water-utilities-improve-smart-metering-with-an-ultrasonic-water-meter\/","title":{"rendered":"How Can Water Utilities Improve Smart Metering with an Ultrasonic Water Meter?"},"content":{"rendered":"
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For water utilities and municipal water companies, accurate water measurement is the foundation of effective water management. However, accurate measurement is no longer the only requirement. Utilities also need reliable data collection, remote meter reading, abnormal flow detection, and flexible integration with smart water management systems.<\/p>

As water networks become more connected, choosing the right water meter can directly influence the efficiency of daily operations. An ultrasonic water meter such as the Tengyue TS11FW<\/a> can support this transition by combining electronic measurement, remote communication, and intelligent monitoring functions in one compact device.<\/p><\/div><\/div>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t

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Why Are Water Utilities Moving Toward Smart Metering?<\/strong><\/h4>

Traditional water metering systems often depend on manual reading or periodic on-site visits. These methods can require significant labor, especially when meters are installed across large residential areas, apartment buildings, or commercial properties.<\/p>

Manual reading may also make it difficult to obtain timely information about water consumption. When data is collected only occasionally, utilities may have limited visibility into changes in consumption, possible leakage, reverse flow, or other abnormal conditions.<\/p>

Smart water metering provides a more connected approach. Instead of relying only on local meter readings, utilities can collect meter data remotely and use it to support billing, consumption analysis, operational planning, and customer service.<\/p>

However, the quality of a smart metering system still depends on the performance and compatibility of the meter installed at the point of consumption.<\/p>

What Makes an Ultrasonic Water Meter Different?<\/strong><\/h4>

El TS11FW<\/a> uses the ultrasonic time-difference method to continuously measure, record, and display the volume of water passing through the sensor. Unlike traditional meters with mechanical measuring components, the TS11FW has no moving parts in its measuring mechanism.<\/p>

This design can help reduce mechanical wear and tear over time. It also supports a more electronic approach to water measurement, which is suitable for modern metering systems that require digital data transmission and remote management.<\/p>

El TS11FW<\/a> is designed for water metering applications including households, apartments, and commercial premises. Its 9-digit LCD display provides clear local information, with a minimum measurement unit of mL, allowing users and operators to check the meter directly when necessary.<\/p>

Supporting Accurate and Reliable Water Measurement<\/strong><\/h4>

For utilities, measurement accuracy is essential because water consumption data affects billing, water balance analysis, and network management.<\/p>

El TS11FW<\/a> has an accuracy class of 2 and supports R250\/R400 measurement ranges, depending on the selected configuration. The product manual also specifies a PN16 pressure class and low pressure loss, helping the meter fit different water supply applications.<\/p>

The meter supports vertical, horizontal, or inclined installation. This flexibility can be useful when replacing existing meters or working with different installation conditions in residential and commercial properties.<\/p>

El TS11FW<\/a> also supports reverse flow detection and non-full pipe detection. These functions can provide additional information when the actual flow condition does not match normal measurement expectations.<\/p>

For installation environments that require enhanced protection, the meter has an IP68 protection rating. Actual performance, however, should always be evaluated according to the site conditions and the requirements of the specific project.<\/p>

Connecting Meter Data to Smart Water Management<\/strong><\/h4>

A smart water meter becomes more valuable when its data can be transmitted to a remote management platform.<\/p>

El TS11FW<\/a> supports wired remote reading through RS-485 Modbus, M-Bus, and pulse interfaces. It also supports wireless communication options including LoRa, LoRaWAN, W-MBus, and NB-IoT.<\/p>

The manual further lists LoRaWAN, 4G, and NB-IoT wireless configurations. Depending on the selected communication mode, the meter can support scheduled data transmission, helping utilities reduce the need for frequent manual meter reading.<\/p>

For example, a water utility may use remote meter data to:<\/p>