Eddy Current Displacement Sensor Analog - China Manufacturer

I’m proud to offer the Eddy Current Displacement Sensor Analog engineered for high-precision non-contact position measurement in harsh industrial environments. As a China-based Manufacturer, we design and manufacture robust sensors with fast response, low drift, and excellent repeatability. This sensor uses eddy current principles to deliver linear, analog displacement signals, ideal for CNC, robotics, and material testing lines. You’ll get stable output across temperatures, with IP-rated housing and easy integration to your control system via standard analog (0-5V/4-20mA) interfaces. In practice, our customers in China and abroad rely on its compact form factor and plug-and-play wiring to minimize down-time. We support customization: sensing range, cable length, and connector types to fit your machine design. I stand behind our calibration, traceability, and prompt technical support to ensure seamless deployment. If you need reliable displacement sensing with minimal maintenance, this Eddy Current Displacement Sensor Analog is made for you.

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Eddy Current Displacement Sensor Analog Is The Best Stands Out

The Eddy Current Displacement Sensor with Analog Output stands out for global automation. It provides true non-contact displacement data with no wear parts, combining fast response and high resolution across a wide range. This makes it ideal for precision positioning, alignment, and condition monitoring in harsh environments. Rugged by design, it resists dust and oils and requires minimal maintenance. The analog output yields a straightforward signal to PLCs, data loggers, and SCADA systems, enabling simple integration and real-time control. For global buyers, the key advantages are consistency, scalability, and lower total cost of ownership. Standardized interfaces and durable housings support deployment across multiple facilities, while configurable cables and mounting options fit diverse applications. With reliable supply and global technical support, engineers can accelerate automation projects, improve throughput, and achieve tighter process control without sacrificing reliability.

{ Eddy Current Displacement Sensor Analog Is The Best Stands Out }
Model Measurement Range (mm) Linearity (%FS) Resolution (nm) Repeatability (nm) Output Sensitivity (V/mm) Operating Temp (°C) Response Time (ms) Supply (V/DC)
A1 0.5 - 5.0 0.02 2 2 0-5 V 0.60 -20 to 70 0.7 12-36 V, 12 mA
A2 0.2 - 2.0 0.03 3 3 0-5 V 0.55 -15 to 75 0.8 12-33 V, 15 mA
A3 0.8 - 8.0 0.02 2 2 0-5 V 0.50 -25 to 80 0.9 12-36 V, 10 mA
B1 0.0 - 1.5 0.01 1 1.5 0-5 V 0.70 -20 to 60 0.5 12-30 V, 12 mA
C1 1.0 - 15.0 0.03 2 3 0-5 V 0.67 -10 to 70 1.2 15-30 V, 15 mA

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Eddy Current Displacement Sensor Analog Delivers Unmatched Quality More Than a Supplier - A Partner

数据维度标题:位移传感器在不同批次中的误差分布

New Data Perspective: Comparative Bar Chart of Displacement Measurement Quality

本数据图表展示在六个不同批次中的位移传感器测量误差分布。每个批次代表同一型号在相同测试条件下的重复测量结果,单位为纳米。柱状高度反映了平均误差水平,误差越小表示传感器稳定性越好。通过这种对比,可以初步评估工艺波动、温度漂移和装配差异对测量精度的影响。数据来自对同一工作点的多次重复测量,采用简单的平均值与最大最小值区间描述,以便从宏观层面观察趋势。该图对质量控制、供应链评估和生产改进具有参考价值。需要注意的是,样本容量有限,且仅代表特定测试条件下的结果,实际应用中应结合温度、振动、湿度等环境参数进行综合分析。对比结果显示,Batch 3与 Batch 6的误差显著高于其他批次,提示可能存在装配公差偏大或材料不稳的问题;而 Batch 1、2、4、5相对稳定。
This chart presents displacement measurement quality across six different batches of a sensor under controlled testing conditions. Each bar represents the average displacement error in nanometers observed for a batch, with higher values indicating larger measurement deviations and potentially lower consistency. By comparing these batches, one can assess manufacturing variability, assembly tolerances, and the impact of environmental factors that may influence sensor performance. The visualization uses a single metric—Displacement Error (nm)—to facilitate quick cross-batch comparison and to support decisions related to quality control, supplier evaluation, and process improvement. While the data provide a clear snapshot of performance differences, it is important to acknowledge the limited sample size and controlled test conditions. For robust conclusions, additional tests across broader environmental conditions (temperature, vibration, humidity) and larger sample sizes would be recommended. The results show that Batch 3 and Batch 6 exhibit noticeably higher errors, suggesting possible issues in assembly tolerance or material stability, whereas Batches 1, 2, 4, and 5 demonstrate relatively stable performance.

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