The OUW series ultrasonic water meters use sound waves to measure water flow. The meter calculates the time it takes for ultrasonic waves to travel through the water. Advantages include high accuracy, low maintenance, and the ability to measure flow in both directions, making them ideal for residential and industrial use.
The OUW series ultrasonic water meter is a highly integrated two-channel, four-channel ultrasonic water meter newly launched according to ISO4064-2014 and GB/T778-2018.
This series of ultrasonic water meters has the advantages of high range ratio, ultra-low power consumption, stable and reliable operation, etc. Every part of the water meter has IP68 protection level, which can be used in various harsh working environments, and is widely used in urban water supply, water resources management, agricultural irrigation, landscaping, industrial production and other industries. It is a major innovation in water metering technology.
High reliability, wide range ratio
RS485 interface, DC8-24V power supply
Optional 4G network communication or NB-lot narrowband Internet of Things
Ultra-low power consumption, more than 10 years battery life
Protection level IP68
Optional carbon steel, stainless steel 304, stainless steel 316 materials; dual-channel, four-channel designs for different measurement range requirements.
Stainless steel sensor shell does not rust or clog the flow
Full bore design, no pressure loss
Anti-dismantling protective cover, electromechanical separation design and assembly, easy maintenance without disassembly of pipes
Farmland irrigation and gardening
Water Supply, main pipelines and residential pipelines
Water Resource Management
Industrial Water Consumption Monitoring
Ultra-pure liquids.
Solvents and other liquids
Name |
Specifications |
|||||||
Item |
Parameter |
|||||||
Executive Standard |
ISO4064-2014; GBT778-2018 |
|||||||
Measuring Fluid |
Water, sewage, seawater (other liquids need to be customized), and filled with pipes |
|||||||
Fluid Temperature |
0.1-30℃ |
|||||||
Working Environment Temperature: |
-30-45℃; |
|||||||
Working Environment Humidity: |
100%( RH ) |
|||||||
Pressure Resistance |
1.6MPa, Optional 2.5MPa |
|||||||
Pressure Loss |
DN15-DN40 △P40; ≥DN50 △P10 |
|||||||
Upstream Flow Sensitivity Level |
U3 |
|||||||
Downstream Flow Field Sensitivity Level |
D0 |
|||||||
Climatic Mechanical Environment Safety Class |
C class |
|||||||
Electromagnetic Compatibility Level |
E2 class |
|||||||
Communication Interface |
RS485/USART/infrared, Optional M-BUS; NB-iot Wireless transmission |
|||||||
Output Signal |
Optional OCT |
|||||||
Power Supply |
2 built-in lithium batteries (3.6V, 8Ah)/external DC8-24V DC power supply |
|||||||
Protection Class |
IP68 |
|||||||
Local Display |
The two-line display includes 9-digit totalizer, 6-digit instantaneous flow, and various status prompts and units |
|||||||
Data Storage |
Using ferroelectric storage parameters, automatically record the cumulative flow of the first 31 days of the |
|||||||
Current Measurement Cycle |
Measurement status: 1 time/s (can be set); Verification status: 4 times/s |
|||||||
Power Consumption |
Standard status < 30uA, can work continuously for more than 20 years |
|||||||
Material |
Measuring tube body: carbon steel (stainless steel at the sensor); sensor: PEEK |
Please contact us for free quotation by form below. We promise the quickest response within 24 hours: