Turbine Flowmeter Is Highly Integrated And Small in Size

The integrated turbine flowmeter adopts advanced ultra-low power consumption single-chip microcomputer technology to develop a new type of intelligent instrument integrating turbine flow sensor and display integration. It adopts double-row LCD on-site display, which has compact structure, intuitive and clear readings, and reliability. High, free from external power interference, anti-lightning, low cost and other obvious advantages. The instrument has a three-point correction of the instrument coefficient, intelligently compensates the non-linearity of the instrument coefficient, and can be corrected on site. The high-definition liquid crystal display simultaneously displays the instantaneous flow rate (4 effective figures) and the accumulated flow rate (8 effective figures, with zero clearing function).
The flow meter adopts a new type of intelligent instrument integrating turbine flow sensor and display integration developed by advanced ultra-low power consumption single-chip microcomputer technology. The equation performs temperature and pressure compensation, automatically corrects the compression factor, and displays all the data (instantaneous flow, daily cumulative flow, total cumulative flow, temperature, pressure, time, date, battery power) intuitively on the LCD display, and can output the working data. Condition, standard condition pulse signal, 4-20mA, RS485, IC card signal and other communication signals. The instrument adopts a built-in lithium battery and an external 24VDC dual power supply mode. When the user does not need any signal output function, the instrument does not need to supply the instrument with 24VDC external power supply. The instrument automatically switches to the built-in lithium battery for power supply. The battery can work continuously for more than 3 years.
The intelligent gas turbine flowmeter is a new generation of high-precision and high-reliability gas precision metering instrument developed by itself by absorbing the advanced technology of flow meters at home and abroad, optimizing the design, and integrating the theories of gas mechanics, fluid mechanics, and electromagnetism. Excellent low-pressure and high-pressure metering performance, multiple signal output modes and low sensitivity to fluid disturbance, are widely used in the metering of natural gas, coal-based gas, liquefied petroleum gas, light hydrocarbon gas and other gases. This type of turbine flow product itself does not have the on-site display function, and only transmits the flow signal in the form of a pulse signal. The instrument is cheap, highly integrated, and small in size, and is especially suitable for use with computer control systems such as secondary display instruments, PLC, and DCS.