Ultrasonic open channel flow meter
Ultrasonic open channel flow meters are usually used with water measuring weirs and are also suitable for the flow measurement of regular rectangular/ trapezoidal/ irrigation channels.
- MOQ: 1PCS
- Payment: Bank transfer/ Wire transfer
- Lead Time: 3-5 days
- OEM/ODM: Available
It is mainly used for measuring flow of irrigation canals, factories, urban sewage drainage ditches. When the instrument is working, the sensor does not come into contact with the fluid to be measured, avoiding contamination and corrosion of sewage in the channel. It is an affordable and stable channel traffic measurement product.
Advantages
Suitable for various standard channel measurements;
Split waterproof type or compact type, local print type,USB type etc, multiple options;
Blind spots can be manually set to block interference signals near the probe;
A built-in temperature sensor for real-time automatic temperature compensation.
|
Parameter |
Description |
|
Applicable |
Par shall flume, rectangular weir, equal width weir, triangular weir |
|
Voltage |
AC85~380V or DC11~24V |
|
Output |
4-20mA/RS485 |
|
Level range |
1-20m |
|
Blind zone |
0.06~1.5m, the blind zone is inherent |
|
instantaneous flow range |
10L/s~100m³/s（Determined by the type and specification of the flume） |
|
Cumulative flow range |
0~9999999 (Clear the full 8 digits, increase the cumulative number of times by 1, and the flow unit can be set) |
|
Protection level |
IP65/ IP68 |
|
Display |
OLED |
|
Electrical connection |
M16*1.5/ M20*1.5 |
|
Transducer material |
ABS |
|
Transmitter material |
Cast aluminum |
1. water conservancy projects
River and channel flow monitoring:Used to monitor water flow in rivers and irrigation channels in real time.
Reservoir and lake water level and flow monitoring: Help manage water resources and flood control.
2. environmental monitoring
Sewage treatment plant: Monitor inlet and outlet water flow to ensure treatment results.
Rainwater drainage system: Monitor rainwater drainage to prevent waterlogging.
3. industrial production
Cooling water system: Monitor cooling water flow and optimize equipment operation.
Industrial wastewater emissions: Monitor wastewater emissions to ensure compliance.
4. agricultural irrigation
Irrigation channels: Monitor irrigation water volume in real time to improve water resource utilization efficiency.
5. urban drainage
Municipal drainage system: Monitor drainage flow to prevent waterlogging.
Combined drainage system: Monitor combined drainage to prevent overflow pollution.
