AMS2106 Digital Display Gas Mass Flow Meter 0-200 L/min for Oxygen (O2), Nitrogen (N2), and Air

AMS2106 Digital Display Gas Mass Flow Meter - 0-200 L/minAMS2106 digital display gas mass flowmeter series is based on the thermal principle and calculates the mass flow rate of the measured gas by measuring the resistance change. The sensor adopts the self-developed MEMS mass flow chip, which has excellent performance, stability, and reliability, and has the characteristics of high accuracy, good stability, high and low-temperature resistance, good linearity, and quick response.AMS2106 is used to monitor the mass flow of oxygen (O2), nitrogen (N2), air and other dry, clean, and non-corrosive gases (except flammable and explosive gases). It can be widely used in scientific research in universities, fire protection, environmental monitoring, tobacco, smart agriculture, food, medicine, and other industries.SpecificationsModel: AMS2106Measure Range: 0-200 L/min (Customizable with different ranges)Range: 0-200 L/min, Fitting: NPT 1/2Output: RS485Accuracy: ±3% F.S.Repeatability: 0.5% F.S.Response time: ≤2sPower supply: battery or external 9~24V DCDisplay: segment code screenWorking pressure: 0.8MPaStandard Calibration Gas: air (25°C, 1atm)Operating temperature: -10~+60°CWire: Type-CPower consumption: ≤1WShell material: ABSDuct material: 6061 aluminum alloy

• MASS FLOW MONITORING: AMS2106 is used to monitor the mass flow of oxygen (O2), nitrogen (N2), air and other dry, clean, and non-corrosive gases (except flammable and explosive gases). It can be widely used in scientific research in universities, fire protection, environmental monitoring, tobacco, smart agriculture, food, medicine, and other industries.
• MEASURING RANGE: The measuring range is 0~50mL/min to 0~300L/min with good repeatability. (Customizable with different ranges)
• MULTI-GAS SUPPORT: Support multiple gas measurement.
• MODBUS RTU: Standard Modbus-RTU communication, segment code display, battery, or 9~24V DC power supply.
• NPT CONNECTION: NPT connection.