Product Description

U2-0-Gis a specialized measurement of liquid pipeline type time difference ultrasonic flowmeter. Compared with other ultrasonic flowmeter on the market, he has a high response rate, low power consumption, high stability characteristics. Still continues the independent research and development of TGA technology, TGA is our research ultrasonic time measurement algorithms and reference to existing TDC algorithms, and ultimately succeeded in developing and realizing a high-speed, high-precision measurement of the process time measurement algorithms, TGA time measurement accuracy can reach dozens of ps. At the same time, with the ultrasonic flowmeter installation is simple, easy to use and maintain the characteristics of the flowmeter.

 

Features：

• Easy and convenient installation
• Pipe mounted, maintenance free
• High accuracy, high response rate, low flow rate measurement
• Can be extended to energy meter to measure energy consumption

 

Applications

• Measurement of raw water in rivers, streams and reservoirs.Hot and cold water and drainage for air conditioning; andFlow measurement of water supply and drainage for water treatment.m il well injection water flow measurement.
• Industrial circulating water flow measurement.
• Measurement of water consumption in production process.
• Cooling circulating water flow measurement.
• Pure water for semiconductor production equipment.

 

Installation position

The highest point of the pipe, where gas bubbles tend to accumulate.Installation directly above the downward venting pipe.Downward-facing piping In addition, when installing the flowmeter on a downward draining pipe, it is recommended to install a throttling orifice plate or a section of reducing pipe to prevent the piping from being empty.

Installation direction

Vertical piping

Measuring pipe is full state is the premise of flowmeter correct measurement. If gas accumulates in the measuring pipe or large bubbles form, the error will increase. Therefore, avoid the following installation locations.If it is necessary to install the sensor on a vertical pipe, it is recommended to select a pipe where the fluid direction is downward and upward flow (View A) By selecting this mounting position, when the fluid in the pipe is stationary, the solid medium entrained in the pipe will sink, and the gas will rise up and away from the sensor. Such a pipe can be completely self-emptying of gas bubbles and will not produce solid adhesion.When it is necessary to mount the sensor on a horizontal pipe, it is recommended that it be mounted inarea C shown in (View B) to avoid gas and air buildup at the top of the pipe and the effect on the measure 7ment of deposits at the bottom of the pipe.