PTFE Open Channel Ultrasonic Steam Flow Meter Measurement Instruments

Wall-mounted Ultrasonic Open Channel Flowmeter

Ultrasonic Open Channel Flow Meter for Water is used with weir tank to measure the water flow rate in the open channel. This meter is mainly used to measure sewage plants, sewage outfall of enterprises and institutions, city sewer flows and irrigation channels.
As the meter use the ultrasonic wave through air do the measurement with a non-contact method. Therefore, the meter has a higher reliability than other forms of the instrument, when under the dirt, corrosive liquids case.

Wall-mounted Ultrasonic Open Channel Flowmeter Features:

• Match with various weir tank. Right-angle triangle weir,rectangular weir,groove,parshall flume,throat channel slot.
• Accurate measurement , automatic temperature compensation function, automatic filtering system, strong anti-jamming.
• Multiple functions, with calculating,control,transmitting and other functions.
• Accurate measurement in colder regions with electric heat tracing sensor
• With IR remote control, easy to operate.

Wall-mounted Ultrasonic Open Channel Flowmeter Applications:

Wall-mounted Ultrasonic Open Channel Flowmeter Specification

Company Profile

Lanry Instruments is the professional manufacturer of flow measurement instruments, provides one package service of research and development, production, marketing and after -sales services. Engaged in the production of flow meters more than 20 years, Lanry has been equipped with advanced design capabilities and piled up a wealth of field application experience, which lays a solid foundation for the commitment to the promotion and innovation of high-tech system solution. The corporation has devoted to the production of flow measurement instruments with superior performance, high stability and strong reliability. Currently, Lanry Instruments has developed into two branches as Lanry Instruments(Shanghai) Co.,Ltd. and Lanry Instruments (Dalian) Co., Ltd, which are responsible for different areas and applications.