Description
CDN-14B ULTRASONIC PIPELINE LIQUID FLOW METER
Overview
The CDN-14B Ultrasonic water flowmeters operate based on the time – difference principle or Doppler technology2. The time – difference type measures the time difference between ultrasonic signals traveling upstream and downstream, which is directly proportional to the water flow velocity2. The Doppler type measures the change in the frequency of sound waves reflected by gas bubbles or particles in the water flow to obtain the flow velocity.
Key Features
• Standard RS485 Modbus RTU digital output, easily realizes remote IoT
• Wide 12-24VDC power supply, widely adapted to various industrial field
• Dual-purpose for cold & hot water: accurately measures cold water (0-40℃)
• Top-level IP68 fully waterproof & dustproof rating
• Grade 2 precise metrology, full-caliber DN15-DN200 coverage
Select Options
Related Products
ABS Wind Direction Sensor
High-precision wind direction sensor with durable ABS housing, designed for reliable environmental monitoring in harsh weather conditions.
Miniature Ultrasonic Wind Speed And Direction Sensor
This high-performance Miniature Ultrasonic Wind Speed and Direction Sensor is engineered for compact, low-power, and maintenance-free wind monitoring in IoT, weather stations, and industrial applications.
Wind Speed & Direction Display Recorder
This display shows the date, time, wind speed, and direction. We include a large flash memory chip. It can store automatic weather data logging interval for at least three year.
NEWS Application
Smart Agriculture

ABS wind speed meter serve as a critical environmental data foundation for smart agriculture, delivering real-time, accurate airflow measurements across open fields, greenhouses, and orchards.
Photovoltaic Industry

Wind speed sensors or anemometer play a critical role in the safe, efficient, and intelligent operation of photovoltaic (PV) power stations.
Environmental Monitoring

Integrated into urban environmental monitoring networks, industrial IoT systems, and weather stations to support pollution diffusion analysis, microclimate research, and smart city management.











