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Mesure d’épaisseur sans unité de traitement, sans effort.
Capteurs de distance laser à triangulation P3

La mesure d’épaisseur s’effectue en plaçant les capteurs de triangulation laser de la série P3 dans des positions opposées. Les capteurs P3 utilisent la méthode de triangulation pour mesurer la distance par rapport à l’objet mesuré, puis calculent l’épaisseur de l’objet à partir des deux valeurs mesurées. Des mesures précises des distances permettent de déterminer avec précision l’épaisseur du matériau. Cette méthode permet non seulement d’obtenir des mesures d’épaisseur extrêmement précises, mais elle est également polyvalente et peut être utilisée dans différentes applications et sur différents matériaux.

无需分析单元即可无接触测量厚度

得益于获得专利的 T 分配器，即插即用，调试简单
无需 IO-Link 接口也可进行配置
通过连接电缆可以单独延长电缆

直接在显示屏上或通过应用程序显示测量结果

由于能够一目了然地读取物体厚度，可以快速地检查应用
传感器设置简便、快速，节省时间
无需额外仪表即可直接设置传感器

在不同工作领域都有多种应用可能性

P3 模拟和数字传感器可以结合使用
不同工作领域可以结合使用
结构形式 3P 与 3E 相结合

数据传输既省时又经济

无需在控制器中进行繁琐的计算或编程
还可通过 IO-Link 过程数据额外传输计算的厚度
在主传感器上可将厚度直接作为模拟信号来读取
可通过一个开关量输出端来分析
PLC 只需要一个模拟输入端

使用光学进行厚度测量的领域和行业

汽车行业的厚度测量

检测车身部件的双层板材
检测车门的双层板材
测量制动盘的厚度

木材行业的厚度测量

测量镶木地板的宽度
测量原木的直径
测量顶梁的厚度

建筑材料行业的厚度测量

测量矿物棉和玻璃棉的厚度
测量橡胶垫
测量塑料板材的厚度

金属行业的厚度测量

测量金属板材的宽度
钢板的宽度测量
钢板的双层检测

其他应用领域

板材的双层检测

当机器人从储料装置中自动取出平整的金属板材时，由于存在磁性电荷，多个金属板材可能相互吸附。为了确保每个装配过程仅抓取一块板材，必须检测板材的厚度。

Width Measurement of Parquet Planks

Boards must be milled to the correct width when making parquet floors. The wood surfaces vary from light to dark and from shiny to matt. The nominal width must be maintained so that the boards can be laid cleanly.

Easy Operation to Measure Thickness

This video shows a practical example demonstrating how quickly and easily the P3 sensors can be set up for thickness measurement. Referencing makes setting for thickness measurement quick and easy. The laser distance sensors with display enable direct reading of the object thickness on the main sensor. It is also possible to configure the sensors via Bluetooth via the weCon app and conveniently call up the measurement results.

FAQ on Contactless Thickness Measurement with P3 Sensors

Is the T-splitter mandatory for thickness measurement?

Der T-Verteiler erleichtert die Inbetriebnahme der Dickenmessung. Er stellt die korrekte Verkabelung zwischen Main- und Secondary-Sensor sicher. Dazu stellen sich die Sensoren bei Verwendung des T-Verteilers automatisch auf den entsprechenden Betriebsmodus ein.

Die Dickenmessung funktioniert aber auch ohne den T-Verteiler, er muss also nicht zwingend verwendet werden. Die Verdrahtung kann auch über Anschlussklemmen in der Steuerung erfolgen und der Betriebsmodus über die verschiedenen Einstellmöglichkeiten parametriert werden.

Le distributeur T peut-il être rallongé ?

Yes, the T-splitter can be extended with a suitable connection cable. Make sure that the secondary sensor is connected via an M12 × 1 5-pin cable. Depending on the pins used, the connection to the control system can be established via 4-pin or 5-pin connection cables.

À quoi sert le référencement ?

To initialize the thickness measurement, a one-off referencing must be carried out after installation. The current distances are taught in so that the main sensor can now calculate the thickness.

Quelles sont les tailles d’objet maximales pouvant être mesurées ?

Objects with a thickness up to 400 m can be measured. It is important that the objects to be measured are always within the two working ranges of the sensors.

如何从模拟量输出端上输出测得的厚度？

As soon as the sensor is in thickness mode, the analog value at the analog output and the IO-Link process data correspond to the calculated thickness. The analog value of 5 V or 12 mA is assigned to the thickness used for referencing. A larger thickness then gives a value between 5 and 10 V or 12 and 20 mA, a smaller thickness results in an analog value between 5 and 0 V or 12 and 4 mA.

Wie kann der Schaltausgang verwendet werden?

A thickness-dependent switching point can be set, which triggers the switching of the switching output. This means that a simple double sheet check is possible, for example.

Product Overview of P3 Laser Distance Sensors

	P3PC00x	P3PC01x P3PC04x	P3PC10x	P3PC18x	P3PC11x P3PC14x	P3PC20x	P3PC21x P3PC24x	P3PC30x P3PC36x	P3PC31x P3PC34x
Working range	30…80 mm		40…240 mm			50…350 mm		60…660 mm
Setting	Teach-in	OLED display	Teach-in	Teach-in	OLED display	Teach-in	OLED display	Teach-in, OLED display	OLED display
Output	2 x NO contacts	Analog	2 x NO contacts	1 x NO contacts, Analog	Analog	2 x NO contacts	Analog	2 x NO contacts	Analog
Laser light type	Red	Red Blue	Red	Red	Red Blue	Red	Red Blue	Red Blue	Red Blue

P3PC00x
P3PC00x	Working range 30…80 mm		Setting Teach-in	Output 2 x NO contacts	Laser light type Red
P3PC01x P3PC04x
P3PC01x P3PC04x	Working range 40…240 mm			Setting OLED display	Output Analog	Laser light type Red Blue
P3PC10x
P3PC10x	Working range 50…350 mm		Setting Teach-in	Output 2 x NO contacts	Laser light type Red
P3PC18x
P3PC18x	Working range 60…660 mm		Setting Teach-in	Output 1 x NO contacts, Analog	Laser light type Red
P3PC11x P3PC14x
P3PC11x P3PC14x	Setting OLED display	Output Analog	Laser light type Red Blue
P3PC20x
P3PC20x	Setting Teach-in	Output 2 x NO contacts	Laser light type Red
P3PC21x P3PC24x
P3PC21x P3PC24x	Setting OLED display	Output Analog	Laser light type Red Blue
P3PC30x P3PC36x
P3PC30x P3PC36x	Setting Teach-in, OLED display	Output 2 x NO contacts	Laser light type Red Blue
P3PC31x P3PC34x
P3PC31x P3PC34x	Setting OLED display	Output Analog	Laser light type Red Blue

Products	P3EC40x	P3EC41x P3EC44x
Working range	150…1,000 mm
Setting	Teach-in	OLED display
Output	2 × NO contacts	Analog
Laser light type	Red	Red Blue

Products
Working range	Setting	Output	Laser light type
P3EC40x
P3EC40x	150…1,000 mm		Teach-in	2 × NO contacts	Red
P3EC41x P3EC44x
P3EC41x P3EC44x	OLED display	Analog	Red Blue