GLV18 Series photoelectric sensors with Clear Object Detection are clear
object detection models and use reflectors to detect
transparent objects up to 2.5 m away, or opaque objects up to 5 m away. These
sensors can detect transparent objects to a contrast as low as 18 percent,
including objects as transparent as glass or a clear film. They carry the CE
mark, and are UL/cUL Listed.
These sensors come in an
industry-standard M18 threaded cylindrical housing and Pepperl+Fuchs
says that is up to 50 percent shorter and with up to 50 percent lower power consumption
than many competitive models. As a result, they are more likely to fit into
space-critical equipment or installations and are less costly to operate - and
as lower power consumption enables each power supply to power more sensors,
fewer power supplies may be needed in a given application.
GLV18 series sensors
also include a unique flush-mount bracket that allows for a simple, tool-less,
unobtrusive means of mounting the sensor on a conveyor. Ball-and-swivel and
half-clamp mounting brackets are also available.
Status LEDs are highly
visible and placed in dual positions, 180 degrees apart on the housing, for
increased visibility. Additionally, status LED functionality is standardized,
meaning that GLV18 sensors don't just indicate they are powered and see a
target, but also indicate if the sensor's signal strength is lower than it
should be so that corrective action can be taken.
GLVL18 series sensors
are useful in material
handling applications, primarily for detecting clear
shrink-wrap webs or semi-transparent trays or cartons, but are also well suited
for use in packaging
applications including presence detection of clear clamshells, bottles or pouch
webstock. The sensor can be used in other markets such as mylar detection in
printing/paper applications and glass detection in automotive
Parallax Inc. is known for developing the Basic Stamp microcontroller development board and educational accessory kits. In addition to developing a user-friendly educational platform to learn about 8-bit microcontrollers and software programming, it created a multicore 32-bit chip called the Propeller.
Researchers working with additive manufacturing have said multimaterial techniques will allow industry “to fabricate materials with combinations of density, strength, and thermal expansion that do not exist [yet].”
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