LoRaWAN Ultrasonic Valve Controlled Smart Water Mete

HKT LoRaWAN Ultrasonic Valve Controlled Smart Water Meter is  independently developed and designed by Hunan HKT Technology Co., Ltd.

It utilizes ultrasonic measurement technology and is manufactured with industrial-grade electronic components, featuring high reliability, high precision, and temperature compensation. Compared to traditional mechanical water meters, it offers a comprehensive improvement in accuracy, lifespan, and pressure loss performance.

LoRaWAN Multifunctional Ultrasonic Distance Sensor

 

HKT LoRaWAN Ultrasonic Valve Controlled Smart Water Meter is  independently developed and designed by Hunan HKT Technology Co., Ltd.

It utilizes ultrasonic measurement technology and is manufactured with industrial-grade electronic components, featuring high reliability, high precision, and temperature compensation. Compared to traditional mechanical water meters, it offers a comprehensive improvement in accuracy, lifespan, and pressure loss performance.

This Smart Water Meter can be integrated with software to achieve versatile functions such as remote meter reading, management, and prepaid services etc.

It is easily implemented in networking, and supports various wireless communication methods (such as LoRaWAN, NB-IoT, GPRS, RS485, etc.), This water meter is advantaged by lower power consumption, massive connectivity, and reliable data transmission.

It can be wildly utilized in multiple applications like residential, hotel, modern apartment, smart city, smart water management, and smart community scenarios for water flow measurement and energy management.

Features

 

  • High Precision:Ultrasonic metering technology with no moving parts inside, no obstruction elements, unaffected by impurities in the water, ensuring long-term measurement accuracy.
  • Easy Installation: Utilizes wireless transmission to avoid the complex construction and costs on traditional wiring.
  • Anti-theft Water: Designed to resist magnetic and electrostatic interference. When strong magnetic interference affects the metering signal, the water meter automatically closes the valve until the magnetic field disappears and reports to the management system.
  • Good Compatibility:Offers multiple communication options such as LoRaWAN, NB-IoT, GPRS, RS485, etc.
  • Remote Meter Reading/Valve Control: Capable of real-time remote meter reading and remote valve control.
  • Anti-rust Valve: Automatically opens and closes the valve twice a month to prevent rusting due to inactivity.
  • Protection Level:IP68 waterproof rating, strong resistance to dirt and corrosion.
  • Long Standby:Ultra low power consumption, easy to replace, powered by lithium batteries, with a battery life of up to 6 years depending on the scenario.
  • Powerful Features: Warningfor abnormal disassembly, water temperature measurement, low voltage alarm, low battery warning, leak detection, event logging, data reporting, and long duration of data storage.

 

Specification

 

Performance

Parameter

Diameter

DN15

DN20

DN25

Length

165mm

195mm

225mm

Q₃ (m³/h)

2.5

4

6.3

Start Flow(L/h)

2

2

3

Meteorologic Class

Q₃/Q₁=100/125/160/200/250/400/500/630/800

Accuracy Class

Class 2

Pressure Stage

MAP16

Pressure Loss

△p40

Temperature

T30/T50/T70;Default T30

Data Storage

1 year of daily data storage ,

24 months history data storage ;
(Customization data storage mode according to

 customer requirements)

Power Outage Protection

After a power failure,the accumulated flow rate recorded before the power failure and the corresponding time can be saved,and the metering function will be automatically restored after the power is restored.

Transmission

Infrared/M-BUS/RS485/NB-IOT/LORA/LORAWAN/

Sigfox/Pulse;(Optional)

   

Protection Class                                       

 IP68

Environmental

Temperature:-15℃~+55℃,

Ambient relative humidity:<90%

 Installation                                 

 Horizontal or Vertical

 Durability

Life Period≥ 6 years

 

*: The test data are all from laboratory conditions. There may be errors due to changes in the objective environment during actual use.

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