IPF IN991197 SENSOR

  • Extremely High-Temperature Processes: Used for metal object detection and positioning in industrial furnaces, heating tunnels, and drying lines where temperatures up to 230C are continuously or momentarily present.

  • Systems Requiring External Amplifier: Provides reliable sensing in automation systems where signal processing, switching output, and power supply are handled by an external amplifier unit like IV991196. This keeps sensor itself compact.

  • Environments Needing Robustness and Chemical Resistance: Stainless steel housing and Vectra® material on sensing face give sensor high mechanical and thermal resistance.

  • Confined Spaces: Cylindrical M32 design and separate electronic unit allow sensor to be easily mounted in hot and cramped areas.

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    IPF IN991197 is a cylindrical high-temperature inductive proximity sensor with an M32 x 1.5 thread. Sensor's most notable feature is its ability to operate in ambient temperatures ranging from to . This model does not operate directly with voltage; it connects to an external amplifier such as IV991196 for signal amplification and output switching. It has a nominal sensing distance of 13 mm (non-flush mounting). Connection is made via a Lemo connector, which is suitable for high-temperature applications. It is made of stainless steel and supports an NPN output signal configuration.
  • Model: IN991197

  • Housing Type: M32 x 1.5 Cylindrical

  • Sensing Principle: Inductive

  • Mounting Condition: Non-flush

  • Nominal Sensing Distance (Sn): 13 mm

  • Operating Temperature: 25C +230C

  • Connection Type: Lemo Connector (Connection to External Amplifier)

  • Required Amplifier: External (e.g., IV991196)

  • Output Signal: NPN (via Amplifier)

  • Maximum Switching Frequency: 200 Hz

  • Housing Material: Stainless Steel (1.4305)

  • Protection Class: IP50 (with mounted cable socket)