Revolutionizing Water Consumption Monitoring with Smart Wireless Digital Water Meter System

Short Description:

Introduction:

In our rapidly advancing world, where everything is becoming smart and digitalized, it’s about time we revolutionize our water consumption monitoring systems as well. Traditional water meters have been effective for decades, but they have their limitations. Introducing the Smart Wireless Digital Water Meter System – a breakthrough solution that promises accurate and efficient water usage monitoring, smart control features, and a plastic BLE water meter that is both eco-friendly and durable. Let’s dive into the details and explore the potential of this cutting-edge invention.

Accurate and Efficient Monitoring:
One of the significant advantages of the Smart Wireless Digital Water Meter System is its unparalleled accuracy and efficiency in monitoring water consumption. Gone are the days of manual reading and estimation errors. This smart meter system utilizes advanced technology to capture real-time data on water usage, providing precise readings for billing purposes and enabling consumers to have a better understanding of their consumption patterns.

Smart Control Features:
What sets this system apart from conventional water meters is its smart control features. The digital interface allows users to track their consumption in real-time, set usage thresholds, and receive alerts when they exceed their predefined limits. Additionally, the system can detect and notify users of any leaks or abnormal water usage, thus helping to mitigate water waste and prevent potential damages.

Plastic BLE Water Meter:
Concerns about the environment are growing, and it is our responsibility to seek eco-friendly alternatives in every aspect of our lives, including water monitoring systems. The plastic BLE water meter used in the Smart Wireless Digital Water Meter System is a sustainable solution that reduces the carbon footprint. It is lightweight, durable, and easy to install, ensuring minimal impact on the environment while delivering accurate readings.

Benefits for Water Utilities:
This innovative system isn’t just advantageous for consumers; water utility companies can also benefit from its implementation. The real-time data collection and smart control features enable utilities to monitor and manage water distribution more effectively, improving overall efficiency. The system’s digital interface simplifies billing processes and enables automated meter reading, eliminating the need for personnel visits and reducing operational costs.

Integration with Water Conservation Efforts:
Water scarcity is a pressing global issue, and intelligent water usage is crucial for conservation efforts. The Smart Wireless Digital Water Meter System can play a vital role in promoting responsible consumption. By providing consumers with real-time usage data and alerts, individuals are encouraged to adopt more sustainable water practices, leading to a collective effort in preserving this precious resource.

Conclusion:
The introduction of the Smart Wireless Digital Water Meter System marks a significant leap forward in water consumption monitoring. With its accurate readings, smart control features, and eco-friendly plastic BLE water meter, this system has the potential to revolutionize the way we manage water usage. By empowering consumers and promoting responsible consumption, this innovation aligns with the urgent need for water conservation. Let us embrace this efficient and sustainable solution towards a more water-wise future.


Product Detail

Product Tags

Fine Materials

lts made of brass, which isresistant to oxidation, rustand corrosion, and has along service life.

Accuratemeasurement

Use four-pointer measure-ment, multi-stream beam,large range, good measure-ment accuracy, small startingflow, convenient writing.accurate measurement.

Easy Maintenance

Adopt corrosion-resistantmovement, stable perfor-mance, long service life,easy replacement andmaintenance.

Shell Material

Use brass, gray iron,ductile iron, engineeringplastics, stainless steel andother materials, applica-tion widely.

Technical Characteristics

img (2)

◆The point-to-point communication distance can reach 2KM;

◆ Fully self-organizing network, automatically optimizing routing, automatically discovering and deleting nodes;

Under the spread spectrum reception mode, the maximum reception sensitivity of the wireless module can reach -148dBm;

◆ Adopting spread spectrum modulation with strong anti-interference ability, ensuring effective and stable data transmission;

◆Without replacing the existing mechanical water meter, remote data transmission can be achieved by installing a wireless communication LORA module;

◆The routing function between relay modules adopts a robust mesh like (MESH) structure, which greatly increases the stability and reliability of the system's performance;

◆ Separate structure design, the water supply management department can install the ordinary water meter first according to the needs, and then install the remote transmission electronic module when there is a need for remote transmission. Laying the foundation for IoT remote transmission and smart water technology, implementing them step by step, making them more flexible and convenient.

Application Functions

◆ Active data reporting mode: Proactively report meter reading data every 24 hours;

◆ Implement time-division frequency reuse, which can copy several networks in the entire area with one frequency;

◆ Adopting a non magnetic communication design to avoid magnetic adsorption and extend the service life of the mechanical parts;

The system is based on LoRa communication technology and adopts a simple star network structure, with low communication delay and long and reliable transmission distance;

◆ Synchronous communication time unit; Frequency modulation technology avoids co frequency interference to improve transmission reliability, and adaptive algorithms for transmission rate and distance effectively improve system capacity;

◆ No complex construction wiring is required, with a small amount of work. The concentrator and water meter form a star shaped network, and the concentrator forms a network with the backend server through GRPS/4G. The network structure is stable and reliable.

img (1)

Parameter

Flow range

Q1~Q3 (Q4 short time work not change error)

Ambient temperature

5℃~55℃

Ambient moisture

(0~93)%RH

Water temperature

cold water meter 1℃~40℃, hot watr meter 0.1℃~90℃

Water pressure

0.03MPa~1MPa (short time work 1.6MPa not leak, no damage)

Pressure loss

≤0.063MPa

Straight pipe length

fore water meter is 10 times of DN, behind water meter is 5 times of DN

Flow direction

should be the same as the arrow on the body directs

 


  • Previous:
  • Next: