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The operating principle of the classics inductive sensor is that an oscillator coil generates a high-frequency magnetic field and emerges at the sensing face. Any metallic object found in this field absorbs some of the energy，which is in turn detected and evaluated by built-in electronics
Ferromagnetic metals (steel, nickel, cobalt) absorb the most energy. The achievable operating distances are therefore greatest with these metals. Non-ferromagnetic metals with good conductivity, such as aluminum, absorb less energy. As a result, operating distances are lower (approx. 25 ... 45% of those on steel).
Full range, cost-effective, detecting distance up to 65 mm
Sensors achieve detecting distance up to 3x in the market. Connectors su
High resolution to minimum 0.1um
Suitable for permanent operating pressures of 500 bar and peak pressures
Protection class IP68&IP69K. Good resistance to mechanical force and cor
Suitable for operating temperatures up to 230°C, wide temperature range,
Various sizes, free switching between NO and NC, rotatable sensing face
