As a core instrument in machinery condition monitoring, the EPRO PR9376010-011 specializes in non-contact measurement of metallic surfaces, translating minute mechanical movements into precise electrical signals. Its primary role is to capture dynamic vibrations, shaft eccentricity, and thermal growth with sub-micron resolution, enabling engineers to monitor the health of rotating components in real time. Whether integrated into a distributed control system (DCS), a supervisory control and data acquisition (SCADA) network, or a standalone condition monitoring unit, this sensor acts as the eyes and ears of industrial machinery, providing actionable insights to optimize maintenance strategies and enhance operational safety.

Label	Specification
Model Number	PR9376010-011
Brand	EPRO
Type	Eddy Current Vibration & Displacement Sensor
Measurement Range	Axial displacement: ±2.5 mm; Vibration: 0–5000 Hz (peak-to-peak)
Resolution	0.1 μm (displacement); 0.01% F.S. (vibration)
Output Signal	4–20 mA (displacement); ±10 VDC (vibration, differential)
Excitation Voltage	24V DC (18–30V DC wide-range input)
Operating Temperature	-40°C to +125°C (extended high-temperature tolerance)
Frequency Response	0–10 kHz (flat response for transient analysis)
Linear Range	80% of nominal gap (1.5–3.5 mm nominal probe tip distance)
Mounting Style	Threaded probe with integral cable (M10 x 1 mm thread for easy alignment)
Cable Length	5m standard (custom lengths available up to 20m)
Certifications	CE, IEC 61000-4-2 (ESD protection), IP67 (probe head)

PR9376010-011

The EPRO PR9376010-011 stands out for its combination of measurement precision and rugged durability, making it a trusted choice for harsh industrial environments. Its eddy current technology offers non-contact operation, eliminating wear and tear from mechanical contact, while the high-frequency response captures even the most rapid vibrations, critical for detecting early signs of imbalance or misalignment in high-speed machinery. The sensor’s dual-output design provides both analog displacement and vibration signals, enabling versatile integration with existing monitoring systems without additional signal conditioning modules.​

Engineers appreciate the PR9376010-011 for its ease of installation and calibration. The threaded probe design allows precise alignment with the target shaft, while the integral shielded cable minimizes electromagnetic interference (EMI), a common challenge in industrial settings with heavy motor loads or high-power equipment.

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