What are the common mechanical failures of wired remote water meter

Mechanical wear is one of the most common faults in the operation of water meters. Water meters are composed of multiple precision mechanical parts, including gears, bearings, and seals. These parts gradually wear out due to the impact of water flow and friction during long-term use. Especially when the water quality is poor or contains more impurities, the wear rate will be significantly accelerated. Severely worn gears may cause distorted water meter readings or even complete loss of function. Therefore, regular inspection of water meters and replacement of worn parts are important measures to ensure their normal operation.

Sealing problems are also one of the common mechanical failures of water meters. The sealing ring inside the water meter is responsible for preventing water from entering the water meter to protect the internal electronic components and mechanical parts. Over time, the sealing ring may lose its sealing performance due to aging, corrosion or physical damage. Once the seal fails, water may enter the water meter, causing a short circuit or rust on the mechanical parts, which will affect the normal operation of the water meter. In order to prevent the aging of the sealing ring, it is recommended to check the sealing of the water meter regularly and replace it in time when necessary.

Loose parts are also an important factor in water meter failure. During the installation process, if the various parts of the water meter are not firmly fixed or are subjected to vibration during long-term use, parts such as screws and connectors may become loose. Loose connections will not only affect the stability of the water meter, but may also reduce the measurement accuracy. Therefore, regularly checking the installation status of the water meter and ensuring that all connectors are firmly in place is a key measure to avoid such failures.

One of the common mechanical failures of the water meter is the jamming of the rotating parts. The rotating parts inside the water meter, such as gears and bearings, may become stuck due to dirt, impurities or insufficient lubrication after long-term use. Once the rotating parts become stuck, the water meter will not be able to measure the water flow normally, resulting in distorted measurement data. To avoid this, it is recommended to clean and lubricate the water meter regularly to ensure the smooth operation of the rotating parts.

The installation location of the water meter will also have a significant impact on its mechanical performance. If the water meter is installed in an unsuitable location, such as in a hot, humid or vibrating environment, it may cause damage to the mechanical parts. In extreme weather conditions, such as cold winter, the water inside the water meter may freeze, causing the mechanical parts to break. Therefore, when choosing the installation location of the water meter, full consideration must be given to environmental factors to ensure that the water meter operates normally under suitable conditions.

Finally, a power failure in the water meter may also cause mechanical failure. Although the mechanical part of the water meter mainly relies on the power of the water flow, its internal electronic components and sensors rely on a stable power supply. If the power supply fails, the measurement function of the water meter will be affected, which may cause abnormal operation of the mechanical parts. Therefore, ensuring the stability of the water meter power supply and regularly checking the power supply lines and connectors are the key to maintaining the normal operation of the water meter.