Price negotiable, discounts for large quantities!

1、 Product Overview

      AMS2106The digital gas mass flowmeter series is based on the thermal principle, which calculates the mass flow rate of the measured gas by measuring the change in resistance. The product is independently developedMEMSThe flow sensor chip has good accuracy over the entire range, excellent performance, stability, and reliability. It is intuitive, accurate, stable, resistant to high and low temperatures, has good linearity, and responds quickly. It has two modes of power supply: battery power supply and external power supply, realizing the advantages of flexible use and cumulative flow measurement, and meeting customers' high cost-effectiveness requirements for products.
This series has multiple range options, suitable for different application scenarios. Every product undergoes strict testing and calibration before leaving the factory to ensure high-quality delivery.

                                                                     AMS2106 Model and Range Comparison Table

2、 Application scope

       AMS2106Applied to monitor the mass flow of dry, clean, and non corrosive gases such as air, nitrogen, and oxygen (excluding flammable and explosive gases), it can be widely used in industries such as university research, fire protection, environmental monitoring, tobacco, smart agriculture, and food.

3、 Technical features

      ▪ Integrated measurement of mass flow and temperature

      ▪ Range from0～50mL/minto0～300L/min

      ▪ Good repeatability

      ▪ Support multiple gas measurements

      ▪ Configurable parameters

      ▪ standardModbus-RTUcommunication

      ▪ Segment code screen display

      ▪ Available batteries or9～24V DCpower supply

      ▪ defaultNPTConnection, customizable according to customer needsGThreads or other interfaces

4、 Product customization

      Customized development can be carried out according to customer requirements. For details, please consult customer service personnel. 

Technical Specifications