PRECISION MEASUREMENT / CONDITION MONITORING ENGINEERED AROUND YOUR APPLICATION
Condition monitoring

Eddy current displacement sensors

Explore non-contact position and displacement sensing for conductive targets and rotating equipment.

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Eddy current displacement sensors concept illustrationILLUSTRATIVE SENSING CONCEPT
THE PRINCIPLE

Follow the motion of metal.

An electromagnetic field induces eddy currents in a conductive target. Changes in the interaction are used to determine the probe-to-target gap.

APPLICATION DISCUSSION

Typical measurement tasks

  • Shaft radial displacement
  • Conductive target position
  • Dynamic displacement monitoring
BEFORE YOU SELECT

Bring the right details.

These points help narrow the technology and identify what should be checked with sample testing.

01

Target material and calibration

02

Probe diameter and installation clearance

03

Linear range and mounting gap

04

Temperature and required bandwidth

No model-specific range, accuracy, certification or compatibility is implied by this overview. Final selection requires confirmed product data and application review.

START WITH THE APPLICATION

What do you need
to measure?

Tell us about your target, environment and measurement goal. Build a clear brief for the next conversation.

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