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Flow Rate Sensor, SDNC
Flow Rate Sensor, SDNC
Catalog # EGEEP11376
New Product
Flow Rate Sensor, SDNC
Catalog # EGEEP11376
New Product

Specifications

  • Output:
    PNP-NO/NC 150 mA (20 °C)/4 - 20 mA/IO-Link
  • Range:
    0 - 2/5/6 L/min (Detection range water/glycol/oil)
  • Temperature range:
    0...60 °C (Ambient temperature); 0...60 °C (Medium temperature)
  • Description:
    Flow rate sensor, SDNC 503/2 GANPL, 3,5 mm (Int.Ø)
  • Connection:
    M12 connector (Electrical connection)
  • Response time:
    0,5 - 10 s
  • Pk:
    1
  • Housing material:
    PBT
  • Fluid type:
    Water, water/glycol/oil, non liner

Specifications

About this item

SDNC 500 sensors with IO-Link interface are the smart solution for process monitoring. They can record the flow speed and temperature in fluid mediums. To do so, there is a configuration soft- ware which configures the sensors via an IO-Link/USB master.

  • Limit value and range monitoring for flow rate and temperature
  • Adjustable delay for the switching signal
  • Analog output scalable for flow rate or temperature
  • Pulse output for flow rate
  • Logical linking of flow rate and temperature monitoring
  • Teach commands for determining the limit and range values
  • TAG identification programmable
  • Available in the SIO mode analog and switching output

The GAPL models provide flow data for liquid mediums as a linear output signal. The detection range of sensors suitable for all liquid media can be freely configured. Their output signal is not linear.

The flow rate sensors have a G1/4 process connection and can be easily integrated with hoses or pipe connectors in pipes. A special flow adapter shapes the flow profile and ensures a stable signal for the SDNC 502/503/506 GAPL.

In the SDNC 508 GAPL a straight inlet section of 100 mm is sufficient to achieve the specifications. The measuring range of the GANPL variants can be adapted to almost all media. A non-linear signal path results. The robust construction makes the sensors not sensitive to moisture and vibrations.