330180-50-00  接近传感器  能够检测物体的接近和存在信息

GE / Bently Nevada 330180-50-00 5/8毫米接近传感器

探头和延长线单独出售。

配置:

•总长度和安装选项:5米系统长度，面板安装

•机构批准选项:不需要

GE / Bently 3300 XL 5/8mm Proximitor传感器与所有5和8mm 3300和3300 XL探头兼容。3300 XL Proximitor传感器与以前的设计相比进行了许多改进。它的物理包装允许您在高密度的DINrail安装中使用它。您也可以将传感器安装在传统的面板安装配置中，其中它与旧的Proximitor传感器设计共享相同的4孔安装“足迹”。安装基础的任何一个选项提供电气隔离，消除了需要单独的隔离板。

部件号:330180-50-00

接近传感器是一种非接触式传感器，能够检测物体的接近和存在信息，并将其转换为电气信号。这种传感器通常用于自动化控制系统，如机床、冶金、化工、轻纺和印刷等行业，作为限位、计数、定位控制和自动保护环节。

330180-50-00接近传感器的工作原理主要基于位移传感器对接近物体的敏感特性。根据检测方式的不同，接近传感器可以分为电感式、电容式和超声波式等类型。

电感式接近传感器通过改变线圈的磁场强度来检测物体的接近。当一个金属物体接近传感器的感应区域时，它会改变线圈的电感，从而改变传感器的输出信号。这种传感器通常用于检测铁磁和非铁磁物体。

电容式接近传感器则是通过检测电容的变化来检测物体的接近。当一个导体物体接近传感器的感应区域时，它会改变传感器的电容，从而改变传感器的输出信号。这种传感器通常用于检测导体物体。

超声波接近传感器则是利用超声波的反射和传播特性来检测物体的接近。当一个物体接近传感器的感应区域时，它会反射超声波，并改变超声波的传播时间或强度，从而改变传感器的输出信号。这种传感器通常用于检测物体的距离和存在。

总的来说，330180-50-00接近传感器是一种高效、准确的非接触式检测方式，具有使用寿命长、工作可靠、重复定位精度高、无机械磨损、无火花、无噪音、抗振能力强等特点。随着工业自动化的发展，接近传感器的应用范围越来越广泛，其自身的发展和创新的速度也是极其迅速。

The 330180-50-00 Proximity sensor is capable of detecting the proximity and presence of objects

GE/Bently Nevada 330180-50-00 5/8mm proximity sensor

Probes and extension cords are sold separately.

Settings:

• Total length and mounting options :5 m system length, panel mounted

• Agency approval option: Not required

The GE/Bently 3300 XL 5/8mm Proximitor sensor is compatible with all 5 and 8mm 3300 and 3300 XL probes. The 3300 XL Proximitor sensor features a number of improvements over previous designs. Its physical packaging allows you to use it in high-density DINrail installations. You can also mount the sensor in a traditional panel mount configuration, where it shares the same 4-hole mount "footprint" as the older Proximitor sensor design. Either option of mounting the base provides electrical isolation, eliminating the need for separate isolation panels.

Part number :330180-50-00

A proximity sensor is a non-contact sensor that detects the proximity and presence information of an object and converts it into an electrical signal. This sensor is commonly used in automated control systems, such as machine tools, metallurgy, chemical, textile and printing industries, as a limit, counting, positioning control and automatic protection links.

The working principle of the 330180-50-00 proximity sensor is mainly based on the sensitive characteristics of the displacement sensor to the approaching object. According to the different detection methods, proximity sensors can be divided into inductive, capacitive and ultrasonic types.

Inductive proximity sensors detect the proximity of objects by changing the magnetic field strength of the coil. When a metal object approaches the sensing area of the sensor, it changes the inductance of the coil, which changes the output signal of the sensor. Such sensors are commonly used to detect ferromagnetic and non-ferromagnetic objects.

Capacitive proximity sensors detect the proximity of objects by detecting changes in capacitance. When a conductor object approaches the sensing area of the sensor, it changes the capacitance of the sensor, thus changing the output signal of the sensor. Such sensors are usually used to detect conducting objects.

Ultrasonic proximity sensor is the use of ultrasonic reflection and propagation characteristics to detect the proximity of objects. When an object approaches the sensing area of the sensor, it will reflect the ultrasonic wave and change the propagation time or intensity of the ultrasonic wave, thus changing the output signal of the sensor. Such sensors are commonly used to detect the distance and presence of objects.

In general, the 330180-50-00 proximity sensor is an efficient and accurate non-contact detection method, with long service life, reliable work, high repeated positioning accuracy, no mechanical wear, no spark, no noise, strong vibration resistance and other characteristics. With the development of industrial automation, the application range of proximity sensors is more and more extensive, and the speed of its own development and innovation is also extremely rapid.