|
Item |
Description |
|
Flow Measurement Principle |
Magnetostrictive |
|
Measuring Range |
0mm~300丶 500mm(Selectable Range) |
|
Sensitivity |
≤0.01mm |
|
Measurement Accuracy |
≤0.1%F. S |
|
Output Signal |
RS485 |
|
Power Supply Range |
DC 12~24V |
|
Electrical Connection |
4-core waterproof direct cable |
|
Protection Rating |
IP68 |
|
Housing Material |
304 Stainless Steel |
The Magnetostrictive Weir Flow Meter adopts advanced magnetostrictive sensing technology to achieve high-accuracy water level measurement and flow calculation, providing reliable data for open channel flow monitoring.
The system measures water level through a non-contact sensing principle, minimizing mechanical wear and ensuring stable operation in harsh outdoor environments.
Combined with standardized weir and flume structures, the device accurately calculates flow rates based on measured water levels, making it suitable for low-flow and variable-flow conditions.
Advanced signal processing technology improves measurement stability and repeatability, ensuring consistent performance for long-term unattended monitoring.
The compact design allows convenient installation in irrigation channels, drainage systems, rivers, and water conservancy facilities with minimal maintenance requirements.
Supports integration with RTU terminals, telemetry systems, and cloud-based platforms for real-time data transmission, remote monitoring, and intelligent water management.
Used in agricultural irrigation channels to monitor water distribution, optimize water allocation, and improve irrigation efficiency.
Applied in rivers, streams, and open channels for flow observation, water resource assessment, and hydrological data collection.
Provides accurate flow measurement solutions for canals, reservoirs, diversion channels, and other hydraulic engineering facilities.
Supports ecological flow assessment and river ecosystem protection by providing continuous flow data.
Used for monitoring drainage channels and flood discharge systems to improve urban water management and emergency response capabilities.
Applied in industrial wastewater channels and process water systems for flow monitoring and management.