Customization: | Available |
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After-sales Service: | Online/ Video/ on-Site Guidance and Training |
Warranty: | 1 Year |
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The ultrasonic water meter is a non-contact, high-precision flow measurement device with no mechanical moving parts. It measures flow by detecting the time difference of ultrasonic waves traveling through the fluid. Compared to traditional mechanical water meters, it offers advantages such as zero pressure loss, wide measuring range, high accuracy, and long service life. It is well-suited for applications in smart water management, commercial metering, and water resource management.
1. High-Precision Measurement
No Mechanical Wear:Utilizes the ultrasonic transit-time method for flow measurement, with no mechanical moving parts. This ensures long-term accuracy unaffected by wear, avoiding the measurement deviations caused by gear aging in traditional water meters.
Wide Measuring Range (R-ratio):Accurately measures from very low to high flow rates, adapting to various water usage scenarios and reducing under-registration.
2. Low Starting Flow Rate
Sensitive to minimal flow, capable of detecting tiny leaks or small water usage that traditional meters cannot measure-helping users identify water wastage early.
3. Bidirectional Measurement Capability
Supports both forward and reverse flow measurement, making it suitable for scenarios where backflow may occur, and preventing missed readings.
4. Long Service Life & Low Maintenance
No Moving Parts: Eliminates issues like mechanical jamming or blockage from debris, reducing failure rates. Service life can exceed 8 years.
5.Integrated Smart Features
Remote Data Transmission: Supports wireless (NB-IoT, LoRa, etc.) or wired communication for remote meter reading and real-time monitoring, enabling smart water management.
Exception Alarms: Detects conditions such as empty pipe, burst pipe, and low battery, and sends alerts through the system.
Data Storage:Records historical water usage data to help utilities analyze user consumption patterns or identify pipeline leaks.
Nominal Diameter
|
mm
|
15 | 20 | ||
Q3/Q1
|
R250 | R400 | R250 | R400 | |
Overload Flow Rate (Q4)
|
m3/h
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3.125
|
5 | ||
Nominal Flow Rate (Q3)
|
m3/h
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2.5
|
4 | ||
Transitional Flow Rate (Q2)
|
l/h
|
16 | 10 | 3.2 | 5 |
Min Flow Rate (Q1)
|
l/h
|
10 | 6.25 | 2 | 3.125 |
Starting Flow Rate
|
l/h
|
5 | 5 | ||
Accuracy Class |
Class 2
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Temperature Class
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T50
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||||
Maximum Admissible
Pressure
|
PN16
|
||||
Pressure Loss Classes
|
0.25bar | ||||
Electromagnetic
Environmental Class
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E1
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||||
Environmental Classifification
|
O
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Protection Class
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IP68
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||||
Installation Direction
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Any angle
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Flow Profifile Sensitivity Class
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U5/D3
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||||
Battery Lifetime
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>8years
|
||||
Display
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LCD, 9 digits + additional characters
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Communication Interface
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RS485/LoRa/LoRawan
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