Thanks to Light Band Technology: a Single Sensor for All Objects

wenglor's Light Band Sensors Accurately Detect Front Edges of Variously Shaped Objects

(PresseBox) ( Tettnang, )
Highly convincing across the board: Thanks to their continuous, homogenous light band, wenglor’s new retro-reflex sensors can also reliably detect objects with irregular or asymmetrical shapes, for example in the field of intralogistics. With three models for different light band heights, high levels of user-friendliness and special logistics functions, wenglor provides an economically efficient and easy-to-use solution, for example in order to prevent bottlenecks and jams in warehouse processes. This results in improved productivity, increased system availability, more flexible production and reduced costs.

Retro-reflex sensors with light band P1EL100 (27 mm light band height), P1EL200 (42 mm light band height) and P1EL300 (54 mm light band height) have been developed as two-dimensional light barriers with homogenous laser light band. They recognize objects with various shapes or perforated surfaces – even dark, transparent or glossy objects are accurately detected – at a range of up to 1.6 m. “In contrast to comparable products available from the market, all of wenglor’s models can detect extremely small parts down to 4 mm throughout the entire range of 0 to 1.6 m thanks to the collimated, homogenous laser light band with laser class 1,” explains wenglor product manager Stefan Reetz. “Beyond this, smart functions integrated into the sensor such as the suppression of uneven conveyor belt areas through the use of dynamic teach-in and dynamic readjustment of the switching threshold, as well as the very narrow housing with a width of just 27 mm, offer tremendous application and installation advantages.”

Quick and Easy Initial Start-Up with Teach-In Key
The sensors with light band can be taught in quickly in an uncomplicated manner by simply pressing a key. Clever: In order to avoid inadvertent contact with the key and to permit flush mounting, the key is located at a slightly recessed area on the housing. External teach-in is also possible via the controller using a 24 V voltage signal.
The dynamic teach-in function is also highly advantageous for use on conveyor belts: Uneven conveyor belt areas can be easily suppressed. Even extremely small parts as little as 4 mm can be reliably detected in the additional precision teach-in mode.

Diverse Mounting Equipment for Any System
The sensors combine emitter and receiver in a single narrow housing with a width of just 27 mm, which can be mounted to the side panels of conveyor systems in just a few easy steps. The sensor’s plug can be rotated up to 180° for flexible installation and matching mounting brackets, M4 through-bolts and press-fit sleeves, as well as reflector sets, simplify precision installation and alignment of the retro-reflex sensor.

The Highlights at a Glance
• Precision front edge detection of variously shaped objects
• Three different light band heights: 27, 42 and 54 mm
• Range up to 1.6 m
• Visible laser light, laser class 1
• Homogenous (collimated) laser light band even detects extremely small parts (≥ 4 mm)
• Reliable detection of dark, transparent and glossy objects
• Suppression of uneven conveyor belt areas thanks to dynamic teach-in function
• Dynamic readjustment of the switching threshold
• Flexible mounting options thanks to 180° rotatable plug
• Compact housing for space-saving installation in systems
The publisher indicated in each case is solely responsible for the press releases above, the event or job offer displayed, and the image and sound material used (see company info when clicking on image/message title or company info right column). As a rule, the publisher is also the author of the press releases and the attached image, sound and information material.
The use of information published here for personal information and editorial processing is generally free of charge. Please clarify any copyright issues with the stated publisher before further use. In the event of publication, please send a specimen copy to