LUGB2310NT1-120Y-10 Intelligent Vortex Flow Meter Parameter Setting

LUGB2310NT1-120Y-10 Intelligent Vortex Flow Meter Parameter Settings:

The parameter setting of LUGB2310NT1-120Y-10 intelligent vortex flowmeter involves hardware wiring, menu operation, and key parameter adjustment, which need to be configured according to specific measurement requirements. The following summarizes the main setup steps and precautions based on common operating procedures.

Basic process of parameter setting

Wiring and power supply: Firstly, ensure that the power supply is connected correctly and supports power supply methods such as+12VDC (three wire pulse output),+24VDC (three wire pulse or two wire current output), or 3.6V lithium battery. When wiring, it is necessary to match the output signal type (such as pulse or 4-20mA current). ‌

Enter the setting mode: usually enter the parameter setting menu through key operations (such as pressing the "S" key to exit, "E" key to confirm). Some models require a password to modify parameters, which may be empty by default or require reference to the manual. ‌

LUGB2310NT1-120Y-10 Intelligent Vortex Flow Meter:

1. Measurement medium: gas, liquid, vapor;

2. The caliber specification for flange card mounted calibers is 25, 32, 50, 80, and 100;

3. The selection of flange connection caliber is 100, 150, 200;

4. The normal measurement range for flow rate is Reynolds number 1.5 × 104 to 4 × 106; Gas velocity of 5-50m/s; Liquid 0.5-7m/s;

5. Measurement accuracy level 1.0 and 1.5

6. Temperature of the tested medium: normal temperature -25 ℃ -100 ℃; 7. High temperature -25 ℃~150 ℃ -25 ℃~250 ℃;

7. Output signal pulse voltage output signal high level 8-10V low level 0.7-1.3V;

8. Pulse duty cycle of about 50%, transmission distance of 100m;

9. Pulse current remote transmission signal 4-20 m

Main characteristics of vortex flowmeter

No mechanical movable parts, not easily corroded, stable and reliable, long service life, long-term operation without special maintenance.

Using 16 bit computer chips, it has high integration, small size, good performance, and strong overall functionality.

According to the requirements of different users, there are various converters (electronic meter heads) available in high, medium, and low configurations.

According to user requirements, dual detection technology can be used to effectively improve the detection signal strength and suppress interference caused by pipeline vibration.

You can choose a converter (electronic meter head) with domestic intelligent seismic technology, which effectively suppresses the interference caused by vibration and pressure fluctuations.

Optional dot matrix display screen with Chinese and English menus, displaying multiple digits. The reading is intuitive and convenient, and can directly display multiple parameters.

The converter (electronic meter head) can output frequency, pulse, equivalent, three wire 4-20mA and two wire 4-20mA, analog signal, RS485 interface, Hart protocol output, etc. Adopting EEPROM technology, parameter settings are convenient and can be saved.