Epro PR6424/019-121 16mm Eddy Current Sensor

FAQ

Q1: What does the “121” code represent?
A1: It identifies a specific configuration, typically indicating a longer probe length (about 120 mm) or a special cable arrangement.

Q2: Is this sensor contact or non-contact?
A2: Non-contact; it measures through the air gap using eddy-current principle without touching the shaft.

Q3: What is the static and dynamic measurement range?
A3: Static ±2.0 mm; dynamic 0–1,000 μm.

Q4: What is the minimum shaft diameter required?
A4: Shaft diameter should be at least 80 mm for proper clearance and accurate measurement.

Q5: What air gap is recommended for installation?
A5: About 2.7 mm nominal for stable linear response.

Q6: What temperature and environmental conditions can the sensor withstand?
A6: It can operate from –35°C to +180°C and is resistant to industrial vibration and shock.

Q7: What output does the sensor provide and how is it used?
A7: It outputs an analog eddy-current signal; a compatible driver module is needed to convert it for monitoring systems.

Q8: For what machinery is this sensor suitable?
A8: Suitable for turbines, compressors, pumps, fans, and other rotating machinery to monitor shaft displacement, vibration, eccentricity, and axial/radial position.

16mm Eddy Current Sensor Epro PR6424/019-121

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