Single -jet Liquid sealed Vane Wheel Class C Smart water meter

Short Description:

Smart Water Meter: Revolutionizing Water Management with Single-Jet Liquid Sealed Vane Wheel Class C Technology

In today’s era of advanced technology, incorporating smart solutions in our daily lives has become essential. One such innovation that is revolutionizing water management is the single-jet liquid sealed vane wheel Class C smart water meter. This cutting-edge device combines accuracy, efficiency, and convenience to provide a comprehensive solution for both consumers and water utility companies.

The traditional water meters used in households and commercial buildings have limitations in terms of accuracy and data collection. They often require manual reading, leading to potential errors and delays. Smart water meters, on the other hand, utilize advanced technology to overcome these challenges.

The single-jet liquid sealed vane wheel Class C smart water meter stands out among its counterparts due to its impeccable accuracy. Equipped with a single-jet mechanism, this meter ensures precise measurement of water flow, leaving no room for discrepancies. The vane wheel technology further enhances the accuracy by eliminating any potential obstructions that may hinder the reading.

Apart from accuracy, the smart water meter also offers convenience like never before. With its wireless connectivity, the meter can transmit real-time data to both consumers and utility companies. This feature allows consumers to monitor their water consumption without the need for manual reading or guesswork. It empowers them to make smart decisions regarding their water usage, helping to conserve this precious resource.

For water utility companies, the single-jet liquid sealed vane wheel Class C smart water meter offers a host of benefits. The real-time data allows for better monitoring of water usage patterns, which helps in identifying leakages or wastage promptly. This enables the utility companies to take necessary actions to prevent any water loss, thereby reducing operational costs and increasing overall efficiency.

Moreover, the wireless connectivity of these meters eliminates the need for physical visits to collect data. The utility companies can remotely access the meter data, ensuring a streamlined and efficient process. This not only saves time and resources but also minimizes the chances of human errors in data collection.

Another significant advantage of the single-jet liquid sealed vane wheel Class C smart water meter is its longevity. The meter is designed to withstand harsh weather conditions, ensuring its reliability over an extended period. This durability results in cost savings for both consumers and utility companies as the frequency of replacements and maintenance is significantly reduced.

Lastly, the smart water meter contributes to environmental sustainability. By providing real-time and accurate data, it encourages consumers to adopt water-saving habits. This, in turn, reduces water consumption, promotes conservation, and helps in preserving natural resources for future generations.

In conclusion, the single-jet liquid sealed vane wheel Class C smart water meter is a game-changer in water management. Its accuracy, convenience, and efficiency make it an invaluable tool for both consumers and utility companies. With its ability to provide real-time data, it facilitates better water usage monitoring, helps prevent leakage, and promotes conservation. Embracing this smart technology is a step towards achieving sustainable water management and a greener 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

5

◆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.

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: