PR9268/017-100 EPRO 涡流传感器

PR9268/017-100 EPRO 涡流传感器

概述

这PR9268/017-100 EPRO 涡流传感器是非接触式的，设计用于测量位移的高精度涡流传感器，各种物体的位移振动和各种物体的位置。它利用涡流原理来检测目标物体的电导率和接近度的变化，提供准确可靠的测量。

PR9268/017-100 EPRO 涡流传感器的主要特点：

非接触式测量：无需与目标物体进行物理接触即可进行测量，zui大限度地减少磨损，防止损坏脆弱的表面。

高精度测量：提供高精度和可重复的位移测量，振动和位置。

测量范围广：提供宽广的测量范围，满足各种应用要求。

线性输出：具有线性输出信号，简化数据处理和解释。

Rugged Construction: Built for harsh industrial environments,确保在苛刻的条件下可靠运行。

PR9268/017-100 EPRO 涡流传感器的应用：

精密加工：用于精密加工应用以监测刀具磨损，工件位置，和振动水平。

质量管理：用于质量控制应用以测量产品尺寸，检测缺陷，并确保产品一致性。

无损检测（NDT）：部署在无损检测应用中，以检查材料中的裂纹、腐蚀和其他结构缺陷。

PR9268/017-100 EPRO 涡流传感器

summarize

This PR9268/017-100 EPRO Eddy current sensor is a non-contact, high-precision eddy current sensor designed to measure displacement, displacement vibration of various objects and the position of various objects. It uses the eddy current principle to detect changes in the conductivity and proximity of the target object, providing accurate and reliable measurements.

PR9268/017-100 EPRO Eddy Current sensor features:

Non-contact measurement: Measurements can be made without physical contact with the target object, minimizing wear and preventing damage to fragile surfaces.

High Precision measurement: Provides high precision and repeatable measurement of displacement, vibration and position.

Wide measuring range: Provides a wide measuring range to meet various application requirements.

Linear output: Has a linear output signal to simplify data processing and interpretation.

Rugged Construction: Built for harsh industrial environments to ensure reliable operation in harsh conditions.

PR9268/017-100 EPRO Eddy current sensor application:

Precision machining: Used in precision machining applications to monitor tool wear, workpiece position, and vibration levels.

Quality Management: Used in quality control applications to measure product dimensions, detect defects, and ensure product consistency.

Nondestructive testing (NDT) : Deployed in nondestructive testing applications to check for cracks, corrosion, and other structural defects in materials.