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Miniature pressure sensor campaign motif

weFlux²micro – Smallest Format, Highest Performance

With the innovative weFlux²micro pressure sensor in a miniature housing with a diameter of 14 mm and a small M5 threaded connection, wenglor makes it possible for the first time to use high-precision pressure sensors in very confined mounting spaces and compact system components – in short, anywhere where the pressure measurement of liquids and gases was previously technically impossible.

The Advantages

Comparison of the miniature pressure sensor with a battery 1

Measure Where Others Reach Their Limits

Laser-welded housing with Ø 14 mm made of stainless steel 316L for harsh environments
Lightweight (13 g) for ideal use on moving components such as robot arms and suspended machine parts
Standard process connection with M5 thread
IP68 degree of protection for harsh industrial applications
Wide pressure range from –1 to +25 bar

Miniature pressure sensor for lubricant monitoring on valve blocks 3

Quick and Robust in a Compact Combination

Fast response time of 1 ms
Small measuring error of ≤1.6%
Analog 4…20 mA output signal for perfect integration
No external analysis module required
Positive-locking segmented cable compression for increased protection against tensile and rotational loads

weFlux²micro – Small Sensor, Wide Range of Applications

Miniature pressure sensor in hydraulic and pneumatic clamping systems 1

在要将工件、装置或机器元件与机床或机器人安全、快速并可重复地连接在一起的场合，需要使用液压和气动夹紧系统。在夹紧和松开过程中必须准确监测气缸的内部压力。为此，在微型壳体中集成一个压力传感器来检测发生的压力变化。由于结构很小，自重轻，可以将传感器直接放入壳体内。模拟输出信号被传送到上级控制器。

润滑滚珠轴承、链条、齿轮和直线导轨时可以使用自动润滑系统。如此可以提高效率和安全性。为此，用泵将加压的润滑脂输送到所需的位置。然后通过总管路将润滑剂输送到设有多达十个小孔的分配器。装在狭小空间的其中一个微小压力传感器 (Ø 14 mm) 凭小孔来监测润滑点的介质压力。传感器通过模拟信号将管路的功能状态信息输送给上级控制器。