SUP-FLM200 Micro Turbine Flow Meter

Micro turbine flowmeter simple structure, high accuracy, easy to install and maintain, can be used for real-time monitoring of the liquid flow and temperature in the pipeline, support flow and temperature (4 ~ 20) mA signal or 485 communication, alarm switch output, and the use of OLED real-time display of the fluid flow and temperature, to achieve the pipeline in the flow of the temperature of the one-monitoring function. This product is widely used in petrochemical, electric power, gold, steel mills, paper, food processing, water treatment, battery factory and other industries.

Characteristics

Nonimal diameter DN10,DN15,DN20,DN25

Accuracy ± 1.5%,± 1

Direct measurement variableflow rate,temperature

Communication output:RS485,MODBUS-RTU

Level of protection:IP65

Specification

  • Introduction

Micro turbine flowmeter simple structure, high accuracy, easy to install and maintain, can be used for real-time monitoring of the liquid flow and temperature in the pipeline, support flow and temperature (4 ~ 20) mA signal or 485 communication, alarm switch output, and the use of OLED real-time display of the fluid flow and temperature, to achieve the pipeline in the flow of the temperature of the one-monitoring function. This product is widely used in petrochemical, electric power, gold, steel mills, paper, food processing, water treatment, battery factory and other industries.

  • Specification

 Product  Micro turbine flow meter
 Model  SUP-FLM200
 Measured variable  Flow rate,temperature
 Nominal diameter & flow range  DN10:3~20 L/min
 DN15:10~100 L/min
 DN20:12~120L/min
 DN25:16~160 L/min
 Communication output  RS485,MODBUS-RTU
 Temperature range  0...100℃
 Power supply  24 VDC
 Accuracy  Flow:± 1.5%;Temperature:± 1℃
 Medium type  Liquid(water or water-soluble liquids such as glycol, lubricants, etc.)
 Process pressure  6.3MPa
 Protection level  IP65

 


  • Measuring principle

In the pipeline inside the flowmeter is equipped with a small magnetic impeller, when the fluid through the pipeline, the impact of the impeller blades, so that the impeller rotates, due to the rotational angular velocity of the impeller and the fluid flow rate is proportional to the rotation of the impeller at the same time, the rotating impeller will make the induction Hall switch produces a flow rate is proportional to the frequency of the pulses, and then the transmitter will be converted into an electrical signal output frequency of the pulses, and finally transmitted to the display instrument, can display the instantaneous and cumulative flow rate of the fluid Then the transmitter will convert the pulse frequency into an electrical signal output, and finally transmit it to the display instrument, then it can display the instantaneous flow rate and cumulative flow rate.

 

 

Features

Benefits

  • Low pressure, low maintenance cost, capable of measurement under high temperature and high pressure environments
  • Multiple structural forms, including in-line and insertion types
  • Zero drift-free, extremely stable performance
  • High reliability, good long-term stability, simple structure, easy maintenance
  • Employs multiple protection modes, surge resistant, and strong adaptability

Automated &factory

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