I am your trusted partner for precision measurement, offering a robust Eddy Current Non Contact Displacement Sensor designed for demanding industrial environments. As a High-Quality Supplier, I deliver non-contact displacement data with fast response, high stability, and excellent repeatability, eliminating wear and magnetic interference common in contact sensors. This sensor measures real-time gap or position of metallic targets without touching them, so you can monitor assembly lines, robotics, or quality control systems with confidence. Its compact housing, wide sensing range, and IP-rated protection make it adaptable from lab benches to production floors. Each unit supports multiple outputs (analog 0-10V, 4-20mA, SSI) and easy integration with your PLC or controller. Calibration is fast, and we offer customizable target materials and mounting options. If you need reliable, repeatable displacement data, this Eddy Current sensor is ready to strengthen your process control and yield.
An eddy current non-contact displacement sensor delivers fast, high-precision measurements without touching the target, ideal for metal surfaces in harsh environments. It offers wide gap ranges, excellent repeatability, and resistance to wear, dust, and temperature variation, providing stable real-time feedback for process control. Turn this into an end-to-end solution by selecting the right probe, installing correctly, and enabling data conditioning and integration. Modern units offer multiple digital outputs, Ethernet or fieldbus interfaces, and software for calibration, diagnostics, and traceability, enabling seamless PLC/CNC/robot communication. For global buyers, this approach reduces risk and downtime with a single, scalable system and global service. Standardized interfaces fit automotive, aerospace, energy, and metal processing, helping procurement achieve faster lead times, consistent quality, and lower total cost of ownership.
| Parameter | Description | Data Type | Example Value | Unit | Notes |
|---|---|---|---|---|---|
| Measurement Range | Operational displacement range detectable relative to reference target | Numeric | 0 - 10 | mm | Model dependent; broader range on higher-cost variants |
| Resolution | Smallest detectable change in displacement | Numeric | 0.5 | μm | Typical resolution under stable ambient conditions |
| Accuracy | Overall accuracy after calibration | Percent | ±0.8 | %FSO | Relative to full-scale displacement |
| Linearity | Deviation from straight-line response across the range | Percent | ±0.2 | %FSO | Measured relative to calibration curve |
| Response Time | Time to respond to a step displacement | Numeric | 0.5 | ms | Fast enough for high-speed metrology |
| Output Signal | Electrical output format for displacement | Text | Analog (0-5 V) | V | Also available in 0-10 V or ±A/D options; digital interfaces available as option |
| Power Supply | Nominal operating power input | Numeric | 12 - 24 | V DC | Common industrial power range |
| Operating Temperature | Ambient temperature range for reliable operation | Numeric | -20 to 70 | °C | Depends on probe insulation and housing |
| IP Rating | Ingress protection rating of the sensor housing | Text | IP40 | Rating | Higher ratings available with protective housings |
| Probe Length Options | Available probe lengths for different measurement gaps | Text | 50 / 100 / 150 | mm | Interchangeable probes to suit target geometry |
| Mounting Interface | Mechanical interface for fixing the sensor | Text | M6 thread | N/A | Standard precision mounting option |
| Calibration Method | Procedure used to calibrate displacement against a reference | Text | Auto-calibration with reference target | N/A | Can be performed in-field with minimal reference targets |