Sincerity Ultrasonic Flow Meter Clamp Wall Mount Water Flow Sensor Ultrassonic Flow Meter For Liquid is an ultrasonic flowmeter used to measure the flow rate of liquids in closed pipes. The transducer is a non-contact, clamp-on type, which will provide the benefits of contamination-free operation and ease of installation. The transit time flowmeter employs two transducers, which act as ultrasonic transmitters and receivers. Accuracy: +/-1.0% of FS Wide range: DN15mm-DN6000mm Measuring clean liquids Power supply: 24VDC/85VAC-2265AC Communication: RS485
Ultrasonic Flow meter electromagnetic flow meter handheld clamp on flowmeter is simple to install and is suitable for large diameter pipes requiring monitoring and flow measurement, as well as a wide network of smaller supply lines. Ultrasonic Flow meter electromagnetic flow meter handheld clamp on flowmeter provide the tools needed to meet the diverse requirements of such a demanding industry. Accuracy: +/-1.0% of FS Wide range: DN15mm-DN6000mm Measuring clean liquids Power supply: 24VDC/85VAC-2265AC Communication: RS485
China supplier lcd displayer digital water flow meter and ultrasonic flow meter price is an ultrasonic flowmeter used to measure the flow rate of liquids in closed pipes. The transducer is a non-contact, clamp-on type, which will provide the benefits of contamination-free operation and ease of installation. The transit time flowmeter employs two transducers, which act as ultrasonic transmitters and receivers. Accuracy: +/-1.0% of FS Wide range: DN15mm-DN6000mm Measuring clean liquids Power supply: 24VDC/85VAC-2265AC Communication: RS485
Clamp-on ultrasonic liquid water flow meter proven transit-time ultrasonic measurement technology This technology can be used for permanent installations where intrusive flow meters are not economically viable for permanent installations on large pipelines and for all the different process fluids encountered in the network. Accuracy: +/-1.0% of FS Wide range: DN15mm-DN6000mm Measuring clean liquids Power supply: 24VDC/85VAC-2265AC Communication: RS485
The sensor with advanced processing technology and liquid airproof is of long natural life and of nice resistance to shaking leakage.It guarantees the instrument good precision and stability .
Electromagnetic water meter GSM/GPRS remote monitoring management can set multiple operators at different levels, play data hierarchical management, and realize data sharing of user LAN.
Electromagnetic water meter is of high reliability without lining in the measuring pipe . The wide range of the nominal bore is suitable for all the pipe size between DN50 and DN300.
Size DN50 to DN300 pipe line Suitable for all conductive liquids No moving parts Near zero pressure drop Wide range in electrode: SS316, Ti, HC, HB, Ta, Pt Multi-choice in flange: DIN, GB, ANSI, JIS, EN, etc
LCD display with multiple FlowUnits Selectable ‘Flow Only’¡®Flow + Pressure”Flow +Temperature. Digital Signal Processing,Stablemeasurement,High Accuracy,Strong Anti-interference Capability
Electromagnetic water meter is widely used in iron and steel, electric power, petroleum, chemical industry, coal, metallurgy,Papermaking, water supply and drainage, food, medicine and other industries.
A variety of electrodes and linings are available for a variety of complex working conditions. It is unaffected by changes in temperature, density, viscosity, concentration and electrical conductivity.
GSM/GPRS remote monitoring management software system can query, count, analyze and display the water usage of each measuring point in the form of graphs or curves.
LCD display, display Cumulative flow,lnstantaneous flow Forward flow, Reverseflow Units: L/h. L/m. L/s. m3/h. m3/m. m 3/s.GPM Language: English, ltalian, Spanish,Russian Japanese, Korean, etc.
Electromagnetic water meter use a magnetic field to generate and channel liquid flow through a pipe. It have high accuracy and stability. The battery’s working life is mor than 8 years.
Forward and reverse flow measurement. Measure pulp and slurry, water and wastewater, food and beverage, acid and alkaline. Multiple output communication (pulse, GPRS, RS485),
Full digital signal processing, stable measurement, high measurement accuracy Automatic two-way flow measurement, on-site instantaneous flow, positive and negative cumulative total display
Self-diagnosis fault alarm GSM data infinitely transmitted LCD display cumulative flow£¬instanta- neous flow£¬ flow rate,flow percentage,etc.
No Moving Parts RS485 Standard,HART standard is available. Suitable for Pipes Up to DN300 Pulse, Gprs output Standard 5 points calibration Included
Measuring Range :0~12m/s ; Conductive Ratio of the Medium :5¦Ìs/cm Medium Temperature : -10¡æ~55¡æ ; Power Supplied : 3.6V DC in-built Lithium ion battery power supplied , continually working for more than three years.
Application: Outdoor,underground.Especially Without power supply places. Battery Powered: 3.6V lithium battery Communication Interface:RS485 Wireless Communication:GSM¡¢GPRS¡¢CDMAProtection:IP68
Easy Setup Minimal Straight Pipe Forward or Reverse flow and Total IP65,IP67 ,IP68 Rated (optional) Virtually No Pressure Loss
Various liner materials are available:PTFE, FEP, PFA, F46, Rubber Wide rang in communication:RS485, Modbus, ,GPRS IP68 protection class is for remote type
Electromagnetic water meter GSM/GPRS remote monitoring management topology diagram 4. This system introduces more humanized management such as data backup, SIM card cost statistics and so on.
With simple structure ,the flow meter is of high reliability without lining in the measuring pipe . The wide range of the nominal bore is suitable for all the pipe size between DN2 and DN600. Measurement is independent of fluid density ,viscosity ,humidity ,temperature pressure and conductivity.
With simple structure ,the flow meter is of high reliability without lining in the measuring pipe . The wide range of the nominal bore is suitable for all the pipe size between DN50 and DN300.
Electromagnetic water meter use a magnetic field to generate and channel liquid flow through a pipe. A voltage signal is created when a conductive liquid flows through the flowmeter¡¯s magnetic field.
