Produktportfolio
The selected altAttribute does not exist!

Subminiatursensoren

  • Zylindrische Sensoren ab Ø3 mm
  • Besonders kurze Bauformen
  • Quaderförmige, flache Sensoren ab 4 mm Tiefe
  • Schaltabstände bis 2 mm
Open in product selector
The selected altAttribute does not exist!

Miniatursensoren

  • Zylindrische Sensoren ab Ø6,5 mm bis M8
  • Quaderförmige Sensoren ab 8 mm Tiefe
  • Schaltabstände bis 2 mm
  • Stecker- und Kabelvarianten
Open in product selector
The selected altAttribute does not exist!

Standardsensoren

  • Baugrössen von 12 bis 30 mm
  • Quaderförmig und zylindrisch
  • Schaltabstände bis 15 mm
  • Auswerteelektronik komplett integriert
  • Kosteneffizient
Open in product selector
The selected altAttribute does not exist!

Grosser Schaltabstand

  • Schaltabstände bis 24 mm
  • Grössere Montagetoleranzen
  • Besserer Schutz vor mechanischer Beschädigung
  • Zylindrische Baugrössen von Ø6,5 mm bis M30
  • Bündige und nicht bündige Varianten
Open in product selector
The selected altAttribute does not exist!

Faktor 1 – gleicher Schaltabstand auf alle Metalle

  • Detektion von Edelstahl, Aluminium und Buntmetalle mit gleichem Schaltabstand
  • Hohe Schaltfrequenzen bis 3 kHz
  • Ab Ø6 mm
Open in product selector
The selected altAttribute does not exist!

Robuste Sensoren für anspruchsvolle Umgebungen

  • Edelstahl- (V4A) bzw. Vollmetallgehäuse für Washdown-Anwendungen
  • Hochdruck- und Hochtemperatursensoren 
  • Schweiss- und magnetfeldfeste Sensoren bis 90 mT
  • ATEX-zertifizierte Sensoren für explosionsgefährdete Bereiche
  • DNV-GL-zertifizierte Sensoren für On- und Offshore-Anwendungen
  • Sensoren für Off-highway-Maschinen
Open in product selector
The selected altAttribute does not exist!

Hygienic design

  • Stainless steel housing – based on EHEDG
  • IP 69K long-term seal – proTect+
  • Impervious to strong temperature fluctuations
  • Wide range of sensing distances 3 ... 12 mm
Open in product selector
The selected altAttribute does not exist!

Inductive sensors with IO-Link

  • Additional process data, e.g. frequency measurement and counter function
  • Acquisition and evaluation of additional diagnostic data
  • Individual and application-specific parameterization
  • Measured value filtering for fast or accurate applications
Open in product selector

Video
Inductive proximity switches from Baumer make solar panels mobile
 

With the worldwide unique solar folding roof Horizon dhp technology sets standards in the market of renewable energies. The inductive proximity switch IFRM 30 notifies the control when the panels have reached the protected home position. Watch the video for more information.


Your benefits
  • Efficient construction and simple machine design
    • Miniature sensors and flat designs for narrow machine designs
    • All-integrated evaluation electronics
  • High process safety even in the most demanding environments
    • Very high repeat accuracy and switching frequency
    • Individual sensor calibration
    • High temperature stability and excellent EMC properties
  • Minimized commissioning and maintenance effort as well as operating costs
    • Fast installation thanks to minimum production lot variations
    • No moving parts for an extremely long service life
    • Excellent price-performance ratio

Applications

Due to their reliability and efficiency, inductive proximity switches are used whenever a metal object has to be detected within just a few millimeters:

  • Presence detection of a machine component
  • Ultra precise referencing of the zero position of a moving machine component (e.g. in robotics)
  • Detection of different positions (e.g. limit switches)
  • Counting metal objects (e.g. in component feed or conveyor technology)
  • Presence detection of objects in process
  • Rotary speed measurement on metal gear wheel

Technology

Inductive sensors detect any metal object, whether moving or stationary. Sensor operation is non-interacting. Due to their high reserve capacities they are impervious to material adhesion such as metal chips on the sensing face. The sensors are ideal for industrial use. They operate on non-contact sensing, are free from wear and capable of high switching frequencies at yet high switching accuracy. In addition, they are reliably protected against vibration, dust and moisture.


Downloads
Technical and Application Reports / White Paper


To the top