DAYTECH DT-FS960 Flow Switch

 

 

Suitable for polling applications with remote battery powered monitoring and long term operation for powered Process Control Applications. With <90mA of continuous current, the DT-FS960 is suitable for polling battery operated IoT applications, with poll rates of >5mins. Where power is present, the sensor can be used directly standalone or with an ACORN IoT Node for continuous process control applications. Pair the DT-FS960 with an ACORN wireless mesh node and you have an advanced IoT Monitoring and Control device, with software and web integration.

 

Combine the DAYTECH DT-FS960 Thermal Flow Switch with the DAYTECH ACORN IoT Node for remote wireless monitoring and control of many processes, including liquids such as water and diesel fuel. You can monitor an pipeline or pump using stand alone battery powered 3G/4G or Wifi or a process as well as direct integration to pumps and valve or other actuators for control. Integration with a wide variety of control systems, connected directly to IO or remote battery powered and wirelessly using Zigbee Mesh Networks or LoRa long range star networks! 

 

For application advice and assistance, please contact our engineering applications specialists sales@daytech.io

DAYTECH DT-FS960 Flow Switch

$349.00Price
Output
    • Highly reliable and precise thermal dispersion flow switch;
    • Full stainless steel metal housing;
    • No moving parts, no need for maintenance;
    • Easy installation and setup;
    • Suitable for various different pipe diameters;
    • Switch output has an adjustable control point setting on the face of the sensor, which can be adjusted in process;
    • 6 LEDs displays flow rate (velocity) and switch status in real time.
    • ½”BSP (G1/2) or ¼”BSP (G1/4) process connections, or custom as specified.
    • Different insertion lengths available include 15mm, 18mm, 21mm or 68mm;
    • Electrical connection via M12, 5 pin connector.
    • Pair with the DAYTECH ACORN SmartNode for IoT battery powered, remote monitoring and control with cellular 3G/4G, Zigbee Wireless Mesh, LoRa Long Range Star, or Wifi direct smartphone app control - speak to our engineering team for more information.
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