接近探头330104-00-16-10-02-05 用于密封探头尖端和外壳之间的压差

·品牌: Bently Nevada

·产品编号:330104-00-16-10-02-05

·产品类型:3300 XL 11 mm接近探头。美国制造

。外壳长度选项:050 = 50mm

。总长度选项:10=1.0米(3.3英尺)

。连接器和电缆类型选项:02=微型同轴ClickLocTM连接器，标准电缆。机构批准选项:00=不需要

。探头电缆规格:75﹖三轴氟乙丙烯（(FEP）绝缘探头电缆，探头总长度如下:1、5或9米。·探头尖端材料:聚苯硫醚(PPS)。

·探头外壳材料:AISI 304不锈钢(SST)。

探头压力:330XL探头设计用于密封探头尖端和外壳之间的压差。探头密封材料由氟橡胶⑧O形圈组成。探头在装运前未进行压力测试。如果您需要为您的应用测试压力密封，请联系我们的定制设计部门

·装运重量: 1 Kg

:330104-00-16-10-02-05接近探头是一种用于检测物体接近或存在的传感器。它通常通过感应物体与探头之间的距离或接近程度来触发信号或输出。

接近探头可以基于不同的原理和技术实现，常见的类型包括：

1. 电磁式接近探头：:330104-00-16-10-02-05利用电磁场的变化来检测物体的接近。当物体靠近探头时，电磁场会受到干扰，从而触发探头的输出信号。

2. 光电式接近探头：利用光的反射或遮挡来检测物体的接近。当物体靠近探头时，光线会被反射或遮挡，从而改变探头接收的光强度，触发输出信号。

3. 超声波接近探头：:330104-00-16-10-02-05利用超声波的传播和反射来检测物体的接近。探头发出超声波信号，当物体靠近时，超声波会被反射回来，探头接收并分析反射信号，从而确定物体的距离。

4. 电容式接近探头：利用物体对电容的影响来检测接近。当物体靠近探头时，探头与物体之间的电容会发生变化，从而触发输出信号。

330104-00-16-10-02-05接近探头广泛应用于自动化控制、工业检测、安全防护、机器人感知等领域。它们可以用于检测物体的接近、存在、位置或距离，并提供触发信号给控制系统或其他设备。接近探头具有快速响应、非接触式检测和长寿命等特点，能够在各种环境下可靠地工作。

接近探头330104-00-16-10-02-05 用于密封探头尖端和外壳之间的压差

· Brand: Bently Nevada

· Product Number :330104-00-16-10-02-05

· Product type :3300 XL 11 mm proximity probe. Made in the USA

. Shell length option :050 = 50mm

. Total length options :10=1.0 m (3.3 ft)

. Connector and cable type options :02= Miniature coaxial ClickLocTM connector, standard cable. Agency approval option :00= Not required

. Probe cable specification :75? Triaxial fluoroethylene propylene (FEP) insulated probe cable, the total length of the probe is as follows :1, 5 or 9 meters. · Probe tip material: polyphenylene sulfide (PPS).

· Probe housing material :AISI 304 stainless steel (SST).

Probe pressure: The 330XL probe is designed to seal the pressure difference between the probe tip and the housing. The probe sealing material is composed of fluorine rubber ⑧ O-ring. Probes are not pressure tested prior to shipment. If you need to test pressure seals for your application, please contact our custom design department

· Shipping weight: 1Kg

:330104-00-16-10-02-05 A proximity probe is a sensor used to detect the proximity or presence of an object. It usually triggers a signal or output by sensing the distance or proximity between the object and the probe.

Proximity probes can be implemented based on different principles and techniques, common types include:

1. Electromagnetic proximity probe: :330104-00-16-10-02-05 Using changes in the electromagnetic field to detect the proximity of objects. When the object is near the probe, the electromagnetic field is disturbed, which triggers the output signal of the probe.

2. Photoelectric proximity probe: The use of light reflection or occlusion to detect the proximity of objects. When the object is near the probe, the light is reflected or blocked, which changes the intensity of light received by the probe and triggers the output signal.

3. Ultrasonic proximity probe: :330104-00-16-10-02-05 The use of ultrasonic propagation and reflection to detect the proximity of objects. The probe emits an ultrasonic signal, which is reflected back when the object is near, and the probe receives and analyzes the reflected signal to determine the distance of the object.

4. Capacitive proximity probe: use the influence of objects on capacitors to detect proximity. When the object is near the probe, the capacitance between the probe and the object changes, which triggers the output signal.

330104-00-16-10-02-05 Proximity probes are widely used in automation control, industrial inspection, security protection, robot perception and other fields. They can be used to detect the proximity, presence, position or distance of objects and provide trigger signals to control systems or other devices. The proximity probe has the characteristics of fast response, non-contact detection and long life, and can work reliably in a variety of environments.