This Retroreflective Photoelectric Switch Reflector Panel PNP Sensor is a type of photoelectric sensor used for detecting the presence or absence of objects by utilizing the principle of light reflection. This sensor is commonly used in automation, industrial processes, and various applications requiring object detection without direct contact.
Features
:
Use highly sensitive sensor head, effective sensing distance 2cm-10cm.
Use the special connector of a handheld inkjet printer for fast printing through a conveyor belt.
Use the diffuse photoelectric switch principle for opaque products to ensure stable use
Special joints, self-locking joints, stable and firm after connection
Line length 1.1m, easy to use, long service life
Specification
:
Brand: Generic (Imported)
Weight (Approx.) : 200 gm
Line length : 1.1 m
Effective sensing distance : 2-10 cm
Suitable for : Inkjet Printer
Note :
Wire color may vary.
This is only suitable for the Inkjet Printer, available on our site and if you purchase the machine from somewhere else then before placing your order kindly check the details entirely. We suggest purchasing spare parts from here if you previously purchased the machine from our site.
Maintenance :
Regular Cleaning : Both the sensor lens and the reflector panel need to be kept clean to ensure proper light emission and reflection. Dust, dirt, or smudges can interfere with the sensor's ability to detect objects.
Inspect Wiring and Connections : Regularly check the wires connected to the sensor for any signs of damage, fraying, or wear. Damaged wiring can cause malfunctions or erratic sensor behavior.
Applications
:
Object Detection : Retroreflective photoelectric sensors are commonly used in automation and robotics to detect objects moving along a conveyor, on production lines, or in packaging systems.
Position Sensing : These sensors can be used to detect the position of moving parts, ensuring that components are in the correct place for further processing or assembly.
Presence/Absence Detection : The sensor is used to detect the presence or absence of products, boxes, or materials without physical contact, making it ideal for sensitive applications where mechanical contact could damage the object or machine.