Laser Through Beam Sensors(Laser Break Beam Sensors)

CBR’s laser through beam sensor  offer a long range, and the visible light beam makes it easy to adjust the transmitter and receiver over long distances and at different angles.

The angle between the transmitter and the receiver can range from 0 to 70 degrees. It is not necessary to face the transmitter and receiver precisely. This feature provides flexibility and quick installation. To learn more, watch the video on this page.

The transmitter emits a small diameter red spot light suitable for detecting small objects.

The receiver has ambient light rejection and a fast switching speed, making it suitable for high-speed measurements in industrial applications with interfering ambient light.

These sensors are best suited for cross and parallel installation, e.g. in compensators for ceramic tiles, where the transmitter and receiver are cross paired.

Transmitter Specifications:

• Voltage : 10-30V DC
• Current Consumption : 30mA
• Transmitter Beam Pattern : Dot (Round Beam)
• Transmitter  Beam Diameter : 8mm @ 2 meter
• Transmitter Wavelength : 620nm – 680nm
• Modulation frequency : 10-18Khz
• Connection : Brown (+), Blue(-), Black(Not Connect)
• Protection : Reverse Polarity

Receiver Specifications:

• Voltage : 10-30V DC
• Current : 30-40mA
• Output Type : NPN/PNP
• Output Logic : NO+NC
• Indication : Red (Power)+ Green (Sensing)
• Switching Frequency : 500-800Hz (Based on Object Size)
• Sensing wavelength : 600nm-680nm
• Connections: Brown (+), Blue(-), Black (NO), White(NC)
• Protection : Over Current , Short Circuit , Reverse Polarity

Applications

• Industrial Automation.
• Cross and Parallel object sensing in Industries.
• Ceramic Compositors.
• Security Systems.
• Break Beam/Through beam applications.
• Wall Tiles , Vitrified Tiles  Manufacturing Industries

Note : In the event of a transmitter or receiver failure, the customer only needs to replace the defective part; there is no need to buy a complete pair if only one transmitter or receiver fails.