SICK Magnetic proximity sensors


  • Detection of magnets
  • Long sensing distances up to 60 mm or even more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

  • Detection of magnets
  • Long sensing distances up to 60 mm or even more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

  • Detection of magnets
  • Long sensing distances up to 60 mm or even more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

  • Detection of magnets
  • Long sensing distances up to 60 mm or even more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency

  • Detection of magnets
  • Operating distances up to 60 mm or more based on the magnet strength
  • NAMUR as per EN 60 947-5-6

  • Detection of magnets
  • Operating distances up to 60 mm or more based on the magnet strength
  • NAMUR as per EN 60 947-5-6

  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency

  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency

  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency

  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency

  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency

  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency

  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency

  • Detection of magnets
  • Operating distances up to 90 mm or more based on the magnet strength
  • High switching frequency

  • Detection of magnets in explosive areas
  • Operating distances up to 70 mm or more based on the magnet strength
  • NAMUR as per EN 60 947-5-6

  • Detection of magnets
  • Operating distances up to 70 mm; Advanced series up to 120 mm or more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

  • Detection of magnets
  • Operating distances up to 70 mm; Advanced series up to 120 mm or more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

  • Detection of magnets in explosive areas
  • Operating distances up to 70 mm or more based on the magnet strength
  • NAMUR as per EN 60 947-5-6

  • Detection of magnets in explosive areas
  • Operating distances up to 70 mm or more based on the magnet strength
  • NAMUR as per EN 60 947-5-6

  • Detection of magnets
  • Operating distances up to 70 mm; Advanced series up to 120 mm or more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

  • Rugged stainless steel housing with fine thread M18 x 1 mm
  • Detection of magnets
  • Operating distances up to 70 mm; Advanced series up to 120 mm or more based on the magnet strength

  • Detection of magnets
  • Operating distances up to 70 mm; Advanced series up to 120 mm or more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

  • Detection of magnets
  • Operating distances up to 70 mm; Advanced series up to 120 mm or more based on the magnet strength
  • Short-circuit, reverse polarity and power-up pulse suppression protection

  • Long sensing distance in a small, compact rectangular plastic housing with an IP 67 enclosure rating
  • Detection of permanent magnets through non-ferromagnetic materials such as stainless steel, aluminum, plastic, or wood
  • Solves high-temperature applications by installing the temperature-resistant magnet in the high-temperature area and the sensor behind an insulated area

in international format without spaces