Ultrasonic Flow Meter

FLOWSIC550 Ultrasonic Flowmeter State-of-the-art technology for maximum measurement accuracy: The FLOWSIC550 ultrasonic compact gas flowmeter ensures highly accurate billing of low volume flows in high-pressure networks - a perfect complement to the FLOWSIC500. Field of Application This overload-proof, accurate flowmeter is monitored by an intelligent diagnostics system and can be easily integrated into existing measuring stations. When used in transfer and measuring stations

Eight-Beam Underwater Obstacle Avoidance Sensor Measurement Principle The sensor operates on ultrasonic measurement principles. Ultrasonic signals emitted by the probe reflect off liquid or solid media and return to the same probe. Distance measurement is calculated by analyzing the time difference between signal emission and reception. L = (v * t) / 2 L: Distance from probe to material surface (meters) v: Temperature-compensated sound velocity (m/s) t: Sound wave travel time

1.Introduction 1.1 Measuring principle The ultrasonic Doppler flowmeter is a host that collects the flow velocity, water level and temperature of the ultrasonic Doppler flowmeter through RS485, and inputs various channel parameters according to the actual situation on site. The water flow area S (㎡) is calculated using the channel parameters and the collected water level H (m), and the instantaneous flow rate (Q=V*S) is calculated by multiplying the water flow area and the

1.Introduction 1.1 Measuring principle The ultrasonic Doppler flowmeter is a host that collects the flow velocity, water level and temperature of the ultrasonic Doppler flowmeter through RS485, and inputs various channel parameters according to the actual situation on site. The water flow area S (㎡) is calculated using the channel parameters and the collected water level H (m), and the instantaneous flow rate (Q=V*S) is calculated by multiplying the water flow area and the

1.Introduction 1.1 Measuring principle The ultrasonic Doppler flowmeter is a host that collects the flow velocity, water level and temperature of the ultrasonic Doppler flowmeter through RS485, and inputs various channel parameters according to the actual situation on site. The water flow area S (㎡) is calculated using the channel parameters and the collected water level H (m), and the instantaneous flow rate (Q=V*S) is calculated by multiplying the water flow area and the

1.Introduction 1.1 Measuring principle The ultrasonic Doppler flowmeter is a host that collects the flow velocity, water level and temperature of the ultrasonic Doppler flowmeter through RS485, and inputs various channel parameters according to the actual situation on site. The water flow area S (㎡) is calculated using the channel parameters and the collected water level H (m), and the instantaneous flow rate (Q=V*S) is calculated by multiplying the water flow area and the

1.Introduction 1.1 Measuring principle The ultrasonic Doppler flowmeter is a host that collects the flow velocity, water level and temperature of the ultrasonic Doppler flowmeter through RS485, and inputs various channel parameters according to the actual situation on site. The water flow area S (㎡) is calculated using the channel parameters and the collected water level H (m), and the instantaneous flow rate (Q=V*S) is calculated by multiplying the water flow area and the

1.Introduction 1.1 Measuring principle The ultrasonic Doppler flowmeter is a host that collects the flow velocity, water level and temperature of the ultrasonic Doppler flowmeter through RS485, and inputs various channel parameters according to the actual situation on site. The water flow area S (㎡) is calculated using the channel parameters and the collected water level H (m), and the instantaneous flow rate (Q=V*S) is calculated by multiplying the water flow area and the

1.Introduction 1.1 Measuring principle The ultrasonic Doppler flowmeter is a host that collects the flow velocity, water level and temperature of the ultrasonic Doppler flowmeter through RS485, and inputs various channel parameters according to the actual situation on site. The water flow area S (㎡) is calculated using the channel parameters and the collected water level H (m), and the instantaneous flow rate (Q=V*S) is calculated by multiplying the water flow area and the

1.Introduction 1.1 Measuring principle The ultrasonic Doppler flowmeter is a host that collects the flow velocity, water level and temperature of the ultrasonic Doppler flowmeter through RS485, and inputs various channel parameters according to the actual situation on site. The water flow area S (㎡) is calculated using the channel parameters and the collected water level H (m), and the instantaneous flow rate (Q=V*S) is calculated by multiplying the water flow area and the

1.Introduction 1.1 Measuring principle The ultrasonic Doppler flowmeter is a host that collects the flow velocity, water level and temperature of the ultrasonic Doppler flowmeter through RS485, and inputs various channel parameters according to the actual situation on site. The water flow area S (㎡) is calculated using the channel parameters and the collected water level H (m), and the instantaneous flow rate (Q=V*S) is calculated by multiplying the water flow area and the

KUFH2000 Series Handheld Ultrasonic Flow Meter Introduction KUFH2000 handheld ultrasonic flow meter is ideal for flow surveys and closed pipe application where non-invasive measurement of liquids is required. The advantages of high measurement accuracy, good consistency, battery power supply, easy operation and portability make this meter the smallest and lightest flow meter in domestic and a significant portable ultrasonic flow meter. Description of parts Features High

Ecnomical Wireless Flange Type Glass Tube Rotameter Flow Meter GXUFM-2000 Series High Quality and Reliability Open Channel Flow Meter Brief Smart ultrasonic flow meter can be used to measure various kind of fluid in the application field of tap water, heating, water conservancy, metallurgy, chemical industry, machinery, energy indurstry. both sensors and the host can be installed at the pipe. also can be used as calorimeter Product intruduction of ecnomical wireless flange

High performance good price portable ultrasonic open channel flow meter Portable ultrasonic flow meter can realize the flow of liquid, and it is not touch the liquid. The sensor just beeninstalled on the pipe outer wall, then it can finish the measurement of flow. The sensor With small volume, convenient carrying, exact measuring. It can be used in water, heating, water conservancy, metallurgy, chemical industry, machinery, energy and other industries. Also can be used as

Battery Powered Flowmeter Introduction KUFP2000 / KUFH2000 ultrasonic flow meter is designed to measure the fluid velocity of liquid in a full/closed pipe. It is a portable measurement system which is both easy to install and use, which is ideal for flow surveys. Built-in SD card and printer can timely or regularly print pre-set measuring results. Temperature and heat can also be measured by connecting clamp on temperature sensor. The KUFP2000 operates according to the

Introduction The KUF100 ultrasonic flowmeter operates using the time difference method. It sends and receives ultrasonic signals through the fluid and calculates the flow rate by measuring the difference in the propagation time of these signals in the downstream and upstream directions. This method enables precise measurement of fluids with suspended particles or bubbles and is not influenced by the fluid's conductivity. Feature Simple installation and convenient operation.

Introduction Utilizing the transit-time method, the KUF100 ultrasonic flow meter measures flow by transmitting and receiving ultrasonic signals in the fluid. The flow rate is determined by the time difference between signals moving with and against the flow. This method is particularly effective for measuring fluids with suspended particles or bubbles and does not rely on the fluid's conductivity. Feature Simple installation and convenient operation. There is no need to break

Introduction The KUF100 ultrasonic flow meter works based on the time difference method. It transmits and receives ultrasonic signals in the fluid, and uses the difference in ultrasonic propagation time in the downstream and upstream directions to calculate the flow rate, thereby further obtaining the flow value. The advantage of this method is that it can accurately measure liquids containing suspended particles or bubbles and is not affected by the fluid conductivity.

Modbus RS485 Communication Ultrasonic Flow Meter for Water or Other Liquid MediumIntroductionThe KUF100 ultrasonic flow meter works based on the time difference method. It transmits and receives ultrasonic signals in the fluid, and uses the difference in ultrasonic propagation time in the downstream and upstream directions to calculate the flow rate, thereby further obtaining the flow value. The advantage of this method is that it can accurately measure liquids containing

Introduction The KUF100 ultrasonic flowmeter operates using the time difference method. It sends and receives ultrasonic signals through the fluid and calculates the flow rate by measuring the difference in the propagation time of these signals in the downstream and upstream directions. This method enables precise measurement of fluids with suspended particles or bubbles and is not influenced by the fluid's conductivity. Feature Simple installation and convenient operation.