Smart Flow Flow Meter

 

Simplified Installation

Remote Monitoring

Scalability

Reliability

Integration

 

 

Simplified Installation: PoE ultrasonic flow meter eliminates the need for separate power cables, simplifying installation and reducing costs.

Remote Monitoring: Enables real-time monitoring and data collection from a centralized location, enhancing operational efficiency.

Scalability: PoE ultrasonic flow meter infrastructure allows for easy scalability, making it convenient to add more devices to the network.

Reliability: PoE communication provides a stable and reliable connection, ensuring continuous data transmission.

Integration: Seamlessly integrates with existing PoE networks and IoT ecosystems for streamlined data management.

 

Ethernet ultrasonic flow meters provide a versatile option for companies looking for effectiveness, accuracy and connectivity. They combine advanced technology with smart design. Due to their adaptability and forward-thinking design, smart flow meters not only meet current industrial process needs but also anticipate future needs. This tool demonstrates the innovative capabilities of modern flow measurement technology, whether applied in HVAC systems, manufacturing, water management or smart cities.

 

 

Product Parameter
Flow Range:	0.03~5.0m/s	Accuracy:	±2% (1.0~16ft/s standard condition)
Repeatability:	0.2%	Pipe Diameter Range (Optional):	DN20~DN80 (21~91mm)
Measuring Medium:	Water	Pipe Material (Optional):	Carbon Steel, Stainless Steel, PVC, Copper
Outputs:	POE (Power over Ethernet) Support HTTP, MQTT Protocol	Power Supply:	POE network cable power supply (Available to wired power supply adapter)
Cable Wires	φ5 six core cable, standard length: 2m (6.6ft) (Extension cable is available)	IP Rating:	IP54

 

 

Flow meters that support Power over Ethernet (PoE) communications are widely used in various industries because of their convenience, reliability, and integrated capabilities.

 

Industrial sector:

1.Manufacturing Processes: Manufacturing plants use PoE flow meters to monitor the flow of liquids in pipelines to ensure efficient production processes.

2.Predictive maintenance: By providing real-time flow data, these meters enable predictive maintenance planning, reducing downtime and optimizing equipment performance.

 

Building management system:

1.HVAC systems: PoE flow meters integrate with building HVAC systems to help monitor water flow in heating and cooling systems, optimizing energy use and maintaining indoor comfort.

2.Water Management: Used in water systems within buildings to track water usage, detect leaks and promote water conservation.

Healthcare Industry:

1.Medical equipment: PoE flow meters are used in medical devices and equipment to accurately monitor fluid flow to ensure precise medication dosing and safe operation.

2.Laboratory Applications: Used in research laboratories to measure and monitor liquid flow in a variety of experiments and processes.

 

Environmental monitoring:

1.Water Management: PoE flow meters play a vital role in environmental monitoring systems and contribute to sustainable water management by measuring water flow in rivers, streams and water treatment plants.

2.Wastewater Treatment: Implemented in wastewater treatment facilities to monitor and control wastewater flow, optimize treatment processes and ensure regulatory compliance.

 

Agriculture sector:

1.Irrigation systems: In smart farming practices, PoE flow meters are integrated into irrigation systems to monitor water flow, automatically develop irrigation plans based on real-time data, and improve crop productivity.

2.Precision Agriculture: Used in precision farming techniques to optimize water, fertilizer and pesticide application based on precise flow measurements.

 

Smart city initiatives:

1.Water distribution network: Integrated into smart city infrastructure to monitor water distribution networks, detect leaks and reduce water waste, contributing to sustainable urban water management practices.

2.Environmental monitoring: Deployed in smart city environmental monitoring systems to track water flow in rivers, storm drains and sewage systems to assist with pollution control and water quality management.

 

 

 

 

Gentos is committed to collaborating with clients to effectively utilize fluid resources, offering comprehensive solutions for energy conservation, emission reduction, minimizing fluid resource utilization losses, precise measurement, and enhancing the efficient utilization of fluid resources.

With the successful application of its transit-time patent technology, Gentos' ultrasonic flow metres find applications not only in traditional industries like the petroleum, water resources, chemical, urban heating, and power industries, but also in research institutions for measurement purposes.

At the same time, Gentos also pays attention to the development of employees, providing them with a clear promotion system and comprehensive training opportunities.

In terms of team structure, Gentos cultivates the advancement of seasoned workers while also introducing managerial talent gradually at different levels, resulting in a well-balanced mix of new and seasoned staff members to guarantee the company's constant and robust development.

Innovation is the hallmark of Gentos as we continuously search for the best fluid measurement technologies and applications for humanity, transforming them into standards and regulations for use in the field of fluid measurement.

 

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Deliver, Shipping, and Serving

 

 

Q:How do you know if water is flowing through a pipe?

A:Using an ultrasonic flow meter is a popular and efficient method. Ultrasonic sensors in these meters usually emit signals through the water, and the time it takes for the signals to go upstream and downstream is monitored. The flow meter determines the water's velocity and, in turn, its flow rate by examining the time difference.

 

Q:How do I choose a good flow meter?

A:Accuracy, range, and certification requirements. Media being measured.

Recognize the steps involved, locating and installing meters, reporting, and data logging...

 

Q:What is the formula for calculating flow meter?

A:W = ρ (rho) x Q

W is the flow rate,

ρ (rho) is the fluid density

Q is the volumetric flow rate.

 

Q:How do I know if my flow meter is accurate?

A:Calibration is the procedure that determines accuracy. A calibration stand is necessary in order to carry out an accurate calibration. A reference flow meter more accurate than the anticipated accuracy of the meter being tested would be needed for the stand. A reference meter's usual accuracy is + or –.

 

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