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  3. Inclination / acceleration sensors
  4. Static inclination sensors
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High precision inclination sensors for latest safety standards

GIM600R

  • Accuracy up to ±0.1°
  • Stable precision over temperature
  • Protection class up to IP 69K
  • Corrosion resistance CX (C5-M)
  • E1 compliant design
  • 1- or 2-dimensional versions
  • Interface CANopen, SAE J1939
  • Installation height 24 mm
  • Redundant versions
  • Applicable up to PLd (ISO 13849-1:2023)
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Design 52 mm – compact two-dimensional

Compact inclination sensors

GIM500R

  • Accuracy up to ±0.1°
  • Protection class up to IP 69K
  • Corrosion resistance CX (C5-M)
  • E1 compliant design
  • 1- or 2-dimensional versions
  • Interface CANopen, SAE J1939, Analog
  • Installation height 24 mm
  • Applicable up to PLd (ISO 13849)
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Ultra compact inclination sensors

GIM140R

  • Accuracy up to ±0.2°
  • Protection class up to IP 69K
  • Corrosion resistance CX (C5-M)
  • E1 compliant design
  • 1- or 2-dimensional versions
  • Interface CANopen, Analog
  • Installation height 14 mm
  • Redundant versions
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Your benefits
  • Precise positioning by high measuring accuracy
    • Absolute accuracy up to ±0,1°, reliable output signal by user-configurable low pass filter
  • Reliable performance in rough environment
    • Extended temperature range  –40 ... +85 °C, high shock and vibration resistance up to 200 g / 20 g, protection rating up to IP 69K, corrosion-resistant compliant to CX (C5-M)
  • Secure availability status through redundancy 
    • Redundant solution in a robust compact housing  
  • Connectivity with ease and flexibility
    • Available with standard interfaces SAEJ1939 and CANopen® DS410  and with 4 ... 20 mA, 0...5 V, 0.5...4,. V and 0...10 V as analog variant
  • Maximum flexibility by high-compatible connection technology
    • Optionally with one or two flange connectors M12 (CAN-in, CAN-out), cable outlet or cable with attached DEUTSCH connector
  • Capable of safety functions up to PLd level
    • E1-compliant design, applicable up to PLd (ISO 13849), optional redundant use
Applications

Easy and reliable angular measurements at

  • Construction and agricultural machinery
  • Utility vehicles
  • Cranes and hoists
  • Industrial trucks
  • Solar energy systems
  • General machine and plant engineering
Technology
Function principle of inclination sensors

Function principle of inclination sensors

  • Tilt sensors measure the inclination angle of an object relative to the gravity of the earth without contact.
  • Thanks to the use of highly developed capacitive MEMS technology, tilt sensors are very precise and extremely robust, even in harsh environments.
  • One-dimensional sensors measure the inclination of an axis in the range of 360°. Two-dimensional sensors simultaneously measure two axes up to a maximum of ± 90°.

MEMS technology

  • Baumer tilt and acceleration sensors use sensor elements based on capacitive MEMS technology (micro-electro-mechanical system).
  • Compared to alternative technologies, capacitive MEMS sensor elements exhibit the advantage of a small size, no moving parts and high cost-efficiency, as well as the highest reliability under the harshest conditions.
  • The capacitive MEMS sensor elements used by Baumer are especially qualified for the tough application in industrial and mobile automation, while their long-term availability is assured.
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