Number of beams: 56.
Protective height: 1,150mm.
Model: PNP.
Easy-to-use Safety Sensor Ideal for.
Simple On/Off Detection Applications.
Provides simple safety functions - saving TCO.
by reducing errors.
Simple wiring with only 4 wires.
Fast response time of 5 ms. Number of beams: 95.
Protective height: 960mm F160-VP PROGRAMMING MANUAL.
Model: NPN output.
Easy-to-use Safety Sensor Ideal for F160-VP
Simple On/Off Detection Applications.
Provides simple safety functions - saving TCO.
by reducing errors.
Simple wiring with only 4 wires.
Fast response time of 5 ms. Number of beams: 12.
Protective height: 270mm.
Model: PNP.
Easy-to-use Safety Sensor Ideal for.
Simple On/Off Detection Applications.
Provides simple safety functions - saving TCO F160-VP PROGRAMMING MANUAL.
by reducing errors.
Simple wiring with only 4 wires.
Fast response time of 5 ms. Number of beams: 74.
Protective height: 1115mm.
Model: PNP output.
Basic Type with a combination of.
performance and functionality.
Up to three sets of series-connected sensors.
The muting function is enabled simply with Muting Key Cap.
Comes standard with interlock and auxiliary output functions F160-VP PROGRAMMING MANUAL. Number of beams: 207.
Protective height: 2080mm.
Model: NPN output.
Easy-to-use Safety Sensor Ideal for.
Simple On/Off Detection Applications.
Provides simple safety functions - saving TCO.
by reducing errors.
Simple wiring with only 4 wires.
Fast response time of 5 ms. Number of beams: 46.
Protective height: 945mm.
Model: PNP output.
Basic Type with a combination of.
performance and functionality.
Up to three sets of series-connected sensors.
The muting function is enabled simply with Mutting Key Cap F160-VP Manual.
Comes standard with interlock and auxiliary output functions. Number of beams: 50.
Protective height: 1025mm.
Model: PNP output.
Basic Type with a combination of.
performance and functionality.
Up to three sets off series-connected sensors F160-VP Manual.
The muting function is enabled simply with Muting Key Cap.
Comes standard with interlock and auxiliary output functions.