Internet of Things Water Meter

NB-IoT Smart Water Meter
Guang'an IoT water meter is a dry-type water meter that utilizes photoelectric direct reading technology and NB-IoT network for remote data transmission; it features high measurement accuracy, high reading conversion accuracy, and stable data transmission.

Product Overview:

NB-IoT Smart Water Meter is a dry-type water meter that uses photoelectric direct reading technology and NB-IoT network for remote data transmission; it features high measurement accuracy, high reading conversion accuracy, and stable data transmission.

Guang'an IoT Water Meter Product Features: NB-IoT Smart Water Meter

• Utilizes NB-IoT communication technology, featuring ultra-low power consumption, ultra-high sensitivity, wide signal coverage, strong penetration capability, high stability, and secure and reliable data transmission. The installation of the water meter is the same as that of a regular water meter, eliminating the need for construction wiring, thereby reducing installation costs;

• The antenna adopts a built-in structure, minimizing the risk of damage during construction;

• Employs photoelectric direct reading technology, ensuring accurate data without cumulative errors, achieving high meter reading accuracy;

• The entire electronic control unit is fully sealed, allowing use in harsh environments;

• Dry-type, multi-jet eccentric structure, offering high sensitivity, wide measurement range, and stable and reliable metering; strong resistance to external magnetic interference, with the impeller magnetic ring having high pollution resistance;

• Guang'an IoT Water Meter can be equipped with a highly reliable built-in valve, enabling remote forced opening and closing of the valve, providing water supply management departments with a tool for fee collection and management.

• When selecting specifications, first estimate the typical flow rate and flow range, then choose the water meter specification that matches the commonly used flow value. This is because the water meter's performance stability and durability are optimal under commonly used flow conditions, aligning with design requirements. If the pipeline is designed with future water capacity in mind, a water meter with a caliber one size smaller can be selected. For example, if a 200mm diameter pipeline currently has insufficient flow, a 150mm diameter water meter can be installed. When the flow increases to the normal level for a 200mm pipeline in the future, a water meter of the same caliber can be replaced. For large industrial water consumers, one larger caliber water meter can be selected, or multiple smaller caliber water meters can be used in parallel. This approach also allows for maintenance or replacement of individual faulty water meters without affecting the user's normal water supply.