Flow Controller
No Temperature Compensation Mass Flow Meter Gas 20ms Response Time
Product Introduction The 5000 Series gas mass flow sensor, part of the CAFS 5000 series, leverages a microelectromechanical system (MEMS) flow sensor chip. This sensor is engineered for a variety of applications, including clean and relatively dry small-flow gas measurement and process control. Its distinctive packaging technology allows it to handle a wide range of flow measurements while maintaining high sensitivity, reliability, stability, and cost-effectiveness. Key
1-5 VDC 4-20mA Apolegamy Flow Controller 0-1000splm
It seems like you're providing specifications and performance parameters for the CMF 5000 Series Flow Controller and want to emphasize their unique features and capabilities. Here's a revised version highlighting the key points: --- Performance Specifications Functional Items: Power Supply Voltage:8~24VDC, 50mA (Selectable) Accuracy: ±1.5% Full Scale (FS) Response Time: 65 ms (Selectable) Maximum Pressure: 0.8 MPa (Customizable) Communication Mode: RS 485 (MODBUS) Output
CAFS6000 Flow range0-10000SCCM Calibration conditions0℃, 1 standard atmosphere
Fit & Install Ensure that the sensor is undamaged and the wiring is complete. During installation and connection, ensure that the airflow direction aligns with the sensor's airflow indication direction, and connect the sensor lead line correctly based on the definition. After confirming the correct connection, proceed to connect the power supply to initiate operation. For optimal accuracy, it is recommended to preheat the sensor for 2 minutes before use by connecting it to
CMF9005 Power Supply Voltage 7-24VDC 50mA Customizable Response Time 67 Default Mscustomizable
CMF9005 Power Supply Voltage7~24VDC,50mAVDC customizableresponse time 67 (Default)mscustomizable Features: High sensitivity, with a very small starting dynamic flow rate; Multisensor integration on a single chip achieves a range ratio of 100:1 or even higher: The sensor has a high impact resistance ability, and has a good condensate resistance ability; The sensing wafer adopts thermal quality flow measurement, without temperature and pressure compensation, to ensure the high