Photoelectric and optical barrier sensors, DC
M8 through-beam photoelectric sensor OBM1-08.11.FK
Sn=1m, PNP/NO, 9-36VDC, 250mA, M8x46mm
The OBM1-08.11.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two cylindrical metallic housings M8x46mm. The receiver is with output type PNP, with one normally open contact. The ...
M8 through-beam photoelectric sensor OBM1-08.12.FK
Sn=1m, PNP/NC, 9-36VDC, 250mA, M8x46mm
The OBM1-08.12.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two cylindrical metallic housings M8x46mm. The receiver is with output type PNP, with one normally closed contact. The ...
M8 through-beam photoelectric sensor OBM1-08.21.FK
Sn=1m, NPN/NO, 9-36VDC, 250mA, M8x46mm
The OBM1-08.21.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two cylindrical metallic housings M8x46mm. The receiver is with output type NPN, with one normally open contact. The ...
M8 through-beam photoelectric sensor OBM1-08.22.FK
Sn=1m, NPN/NC, 9-36VDC, 250mA, M8x46mm
The OBM1-08.22.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two cylindrical metallic housings M8x46mm. The receiver is with output type NPN, with one normally closed contact. The ...
M12 through-beam photoelectric sensor OBP1-12.10.FK
Sn=5m, PNP/NO+NC, 9-36VDC, 250mA, M12x56mm
The OBP1-12.10.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two cylindrical plastic housings M12x56mm. The receiver is with output type PNP, with one normally open and one ...
M12 through-beam photoelectric sensor OBP1-12.20.FK
Sn=5m, NPN/NO+NC, 9-36VDC, 250mA, M12x56mm
The OBP1-12.20.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two cylindrical plastic housings M12x56mm. The receiver is with output type NPN, with one normally open and one ...
M18 through-beam photoelectric sensor OBP1-18.10.FK
Sn=10m, PNP/NO+NC, 10-30VDC, 250mA, M18x65mm
The OBP1-18.10.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two cylindrical plastic housings M18x65mm. The receiver is with output type PNP, with one normally open and one ...
M18 through-beam photoelectric sensor OBP1-18.20.FK
Sn=10m, NPN/NO+NC, 10-30VDC, 250mA, M18x65mm
The OBP1-18.20.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two cylindrical plastic housings M18x65mm. The receiver is with output type NPN, with one normally open and one ...
M18 through-beam photoelectric sensor OBP1-18.10.FKL
Sn=20m, PNP/NO+NC, 9-36VDC, 250mA, M18x65mm
The OBP1-18.10.FKL infrared photoelectric through-beam sensor for direct current operates in a wide range of ambient light. The sensor consists of a receiver and a transmitter which are located in two cylindrical plastic housings M18x65mm. The receiver ...
M18 through-beam photoelectric sensor OBP1-18.20.FKL
Sn=20m, NPN/NO+NC, 9-36VDC, 250mA, M18x65mm
The OBP1-18.20.FKL infrared photoelectric through-beam sensor for direct current operates in a wide range of ambient light. The sensor consists of a receiver and a transmitter which are located in two cylindrical plastic housings M18x65mm. The receiver ...
Square through-beam photoelectric sensor OBP3-60.10.FK
Sn=10m, PNP/NO+NC, 10-30VDC, 250mA, 36x15x60mm
The OBP3-60.10.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two parallelepipedal plastic housings 36x15x60mm. The receiver is with output type PNP, with one normally open and one ...
Square through-beam photoelectric sensor OBP3-60.20.FK
Sn=10m, NPN/NO+NC, 10-30VDC, 250mA, 36x15x60mm
The OBP3-60.20.FK infrared photoelectric through-beam sensor for direct current consists of a receiver and transmitter which are located in two parallelepipedal plastic housings 36x15x60mm. The receiver is with output type NPN, with one normally open and one ...
Square through-beam photoelectric sensor OBP3-60.10.FKL
Sn=20m, PNP/NO+NC, 9-36VDC, 250mA, 36x15x60mm
The OBP3-60.10.FKL infrared photoelectric through-beam sensor for direct current operates in a wide range of ambient light. The sensor consists of a receiver and a transmitter which are located in two parallelepipedal plastic housings 36x15x60mm. The receiver ...
Square through-beam photoelectric sensor OBP3-60.20.FKL
Sn=20m, NPN/NO+NC, 9-36VDC, 250mA, 36x15x60mm
The OBP3-60.20.FKL infrared photoelectric through-beam sensor for direct current operates in a wide range of ambient light. The sensor consists of a receiver and a transmitter which are located in two parallelepipedal plastic housings 36x15x60mm. The receiver ...
M30 through-beam photoelectric sensor OBP1-30.10.FKL
Sn=50m, PNP/NO+NC, 9-36VDC, 250mA, M30x80mm
The OBP1-30.10.FKL infrared photoelectric through-beam sensor for direct current operates in a wide range of ambient light. The sensor consists of a receiver and a transmitter which are located in two cylindrical plastic housings M30x80mm. The receiver ...
M30 through-beam photoelectric sensor OBP1-30.20.FKL
Sn=50m, NPN/NO+NC, 9-36VDC, 250mA, M30x80mm
The OBP1-30.10.FKL infrared photoelectric through-beam sensor for direct current operates in a wide range of ambient light. The sensor consists of a receiver and a transmitter which are located in two cylindrical plastic housings M30x80mm. The ...
Through-beam photoelectric and optoelectronic sensors and switches for direct current, DC
These are through-beam type infrared photoelectric and optoelectronic sensors and optical switches which are used in industrial systems, as electronic automation equipment for switching at 3-wire and 4-wire electrical circuits of direct current. Receiver and transmitter are located one against the other. When passing a nontransparent object between them the optical connection breaks and the receiver's output switches. The through-beam type infrared photoelectric sensors have a longer period of work due to contactless switching of the electrical circuits in which are included.