Mass Gas Flow Sensor alternate to Honeywell sensor AWM43300V, AWM43600V, AWM40000 Series.

The S6000 of mass airflow sensors are fabricated using microelectromechanical systems (MEMS) flow sensing chips for clean, relatively dry, low flow gas measurement and process control for a variety of applications. Unique packaging technology enables products to meet different ranges of flow. Measurement ensures high sensitivity, high reliability, high stability and low cost. S6000 is based on MEMS flow sensing unit and high precision digital processing and calibration circuit (MCU). The integrated delta-sigma A/D converter and logic circuit with internal calibration function and MCU processor ensure the real-time effective sensing signal. Acquisition, accurate flow signal, and internal compensation algorithm processing, so no need to do any external calibration compensation, can ensure high-precision flow output; friendly digital output communication, users can easily get Communication gets the corresponding data information; the product application range is very broad.

Application

■ Oxygen generator 

■ Anti-virus mask and respirator

■ Sprayer 

■ Anesthesia delivery 

■ Leak detection

■ Spectrometer 

■ Continuous positive airway pressure ( CPAP) equipment 

■ Mass flow controllers

■ Communication systems

■ Environmental climate control system

Feature

■ High precision ( 1.5 %FS accuracy)

■ Linear output and no temperature compensation required

■ Maintain long-term stability with minimal zero drift

■ Solid-state sensing core (no surface void or fragile membrane), anti-blocking and pressure shock

■ Analog output ( 1 - 5 V) ( I2C digital output is also available )

■ Fast response time ( 65 ms response time)

■ Flow range is 0sccm - 12000sccm

■ Can adapt to relatively humid gas measurement

Maximum rating

■ Operating temperature: -15°C to 70°C

■ Storage temperature: -25°C to 85°C

■ Humidity: 0 ~ 100% RH *

■ Sensor anti- shock up to 100 g

■ The sensor is resistant to condensation

Parameter

Linear Output

Flow = [(VOUT -1 V) / 4 V] × full scale flow

For example: S6000 has a full-scale flow of 1000 sccm. When the output voltage is read at 2.5V, the instantaneous flow rate is [（2.5V-1V）/4V×1000 sccm] =375sccm

Communication

(1)Default communication method: I2C .  If digital communication is required, please contact us.

(2)Communication method: RS485 (MODBUS) . If digital communication is required, please contact us.

Dimension