Wireless Water Meter

NB-IoT wireless far-transmission pulse water meter

The NB-IoT wireless far-transmission pulse water meter uses a base meter with bistable magnetoresistive induction as the basis of metering, and ensures the accuracy of counting by using two sensors and special algorithms.

The NB-IoT wireless far-transmission pulse water meter uses a base meter with bistable magnetoresistive induction as the basis of metering, and ensures the accuracy of counting by using two sensors and special algorithms. It can realize the remote automatic reading of water meter data by using NB-loT communication technology. The whole meter adopts the structure of electromechanical separation, which is very easy to install and maintain without any wiring on site. This water meter is not only widely used in the construction of smart water supply and smart city, but also very suitable for places where it is difficult to penetrate the pipe and wiring and where there are blind areas in the public network signal.

  • Operational level security: two-way authentication, strict air interface encryption.
  • Easy installation and maintenance: No wiring is required for on-site installation, and the entire meter adopts an electromechanical separation structure, which is simple to maintain.
  • Built-in high-gain antenna, the signal is stable and reliable, to achieve full coverage, no blind spots.
  • Flexible setting of upload frequency: The data upload cycle can be set, and the report frequency can be set by yourself to meet the management needs of different users.
  • Replaceable battery structure design: The battery box adopts an independent replaceable design, no need to open the main body cover, easy to replace.
  • Collect data every half an hour, and freeze 48 points of data cyclically.
  • The base meter adopts independent function pointers, after installing the electronic module, it does not affect any readings.
  • For the repeated counting caused by the reverse flow and jitter of the water meter in the use process of the sending water meter, ensure accurate counting by using two sensors and special algorithms.
  • Built-in ball valve can realize remote switch valve (optional).

Wireless water meter

NB-IoT wireless remote non-magnetic water meter

By using non-magnetic sensors and special algorithms, NB-IoT wireless remote non-magnetic water meters are not only free from external magnetic interference, but also ensure the accuracy of counting.

By using non-magnetic sensors and special algorithms, NB-IoT wireless remote non-magnetic water meters are not only free from external magnetic interference, but also ensure the accuracy of counting. It is very suitable for the installation environment where the water flow is backflowing and jittering seriously. Moreover, the transmitter module can be installed directly on top of the original base meter, which makes the installation location less demanding and easy to operate. This water meter has the advantages of wide transmission range and low cost. In addition to the remote meter reading function, it can also realize the storage of user’s water consumption history and real-time water consumption monitoring, helping the water supply department to better improve their water management.

  • Non-magnetic on-board coil sensing and measurement, free from external magnetic field interference.
  • The transmission position can reach 1L measurement, with high measurement accuracy, which can realize forward and reverse measurement.
  • The electronic module and the base meter can be designed separately, and the interchangeability is good.
  • The power supply battery is individually packaged and can be replaced easily.
  • For the signal water meter in the process of use, it often appears due to the backflow and jitter of the water flow.
  • The repetitive counting, etc., are used to ensure the accuracy of counting through the use of non-magnetic sensors and special algorithms.
  • The signaling module can be directly installed on the basis of the original base meter, and the installation location is low and convenient.