Optoelectronic and photoelectric sensors

The ODP3-64.71.F2U1 infrared photoelectric diffuse sensor for alternating current consists of a transmitter and a receiver located in a parallelepipedal plastic housing 64x30x15mm. The optical sensor has a normally open output. The maximum distance of operation of ...

The ODP3-64.72.F2U1 infrared photoelectric diffuse sensor for alternating current consists of a transmitter and a receiver located in a parallelepipedal plastic housing 64x30x15mm. The optical sensor has a normally closed output. The maximum distance of operation of ...

The ORP1-12.10.FKT infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a cylindrical plastic housing M12x56mm. The output of the optical sensor is PNP type with one normally open ...

The ORP1-12.20.FKT infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a cylindrical plastic housing M12x56mm. The output of the optical sensor is NPN type with one normally open ...

The ORP1-18.10.FKT infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a cylindrical plastic housing M18x65mm. The output of the optical sensor is PNP type with one normally open ...

The ORP1-18.20.FKT infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a cylindrical plastic housing M18x65mm. The output of the optical sensor is NPN type with one normally open ...

The ORP3-60.10.FKTA infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a parallelepipedal plastic housing 36x15x60mm. The output of the optical sensor is PNP type with one normally open ...

The ORP3-60.20.FKTA infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a parallelepipedal plastic housing 36x15x60mm. The output of the optical sensor is NPN type with one normally open ...

The ORP1-30.10.FKT infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a cylindrical plastic housing M30x69mm. The output of the optical sensor is PNP type with one normally open ...

The ORP1-30.20.FKT infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a cylindrical plastic housing M30x69mm. The output of the optical sensor is NPN type with one normally open ...

The ORP1-30.10.FKTL infrared photoelectric retro-reflective sensor for direct operates in a wide range of ambient light. The sensor consists of a receiver and transmitter which are located in a cylindrical plastic housing M30x69mm. The output of the ...

The ORP1-30.20.FKTL infrared photoelectric retro-reflective sensor for direct operates in a wide range of ambient light. The sensor consists of a receiver and transmitter which are located in a cylindrical plastic housing M30x69mm. The output of the ...

The ORP3-60.10.FKT infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a parallelepipedal plastic housing 38x15x60mm. The output of the optical sensor is PNP type with one normally open ...

The ORP3-60.20.FKT infrared photoelectric retro-reflective sensor for direct current consists of a receiver and transmitter which are located in a parallelepipedal plastic housing 38x15x60mm. The output of the optical sensor is NPN type with one normally open ...

The BRT84 reflector for reflective optoelectronic sensors has an effective reflective surface of ø80mm and a reflection coefficient of 1,0. It is made of acrylic. The maximum operating temperature is 65ºC.

The BRT69x51 reflector for reflective optoelectronic sensors has an effective reflective surface of 51x51mm and a reflection coefficient of 1,0. It is made of acrylic. The maximum operating temperature is 65ºC.

The BRT25 reflector for reflective optoelectronic sensors has an effective reflective surface of ø22mm and a reflection coefficient of 1,0. It is made of acrylic. The maximum operating temperature is 65ºC.

The M31H55 reflective tape for reflective optoelectronic sensors has an effective reflective surface of 55x100mm and a reflection coefficient of 0.7. It is made of synthetic resin. The maximum operating temperature is 60ºC. It is also called ...

The M32H50 reflective tape for reflective optoelectronic sensors has an effective reflective surface of 50x100mm and a reflection coefficient of 0.7. It is made of textile. The maximum operating temperature is 60ºC.

The OMP1-18.10.RKT marker type photoelectric sensor for direct current works with red light and consists of a receiver and transmitter which are located in a cylindrical plastic housing M18x65mm. The output of the optical sensor is PNP ...