Sick IQB Series Inductive Rectangular-Style Inductive Proximity Sensor, M12 x 1, 4 mm Detection, PNP Output, 10

Compact design with best-in-class performance. The IQB sensors offer extended sensing ranges of up to 8 mm and state-of-the-art SICK-ASIC technology. Its proven, reliable design with 270° status display is also ideal for more demanding applications.

Extremely rugged VISTAL® housing, innovative hot melt moulding and an IP 68 enclosure rating make the sensors of the IQB product family the first choice for a wide range of applications and ensure the highest possible levels of process reliability and satisfaction.

t a glance
Types: 10 mm x 16 mm x 28 mm or 12 mm x 26 mm x 40 mm
Extended sensing ranges: 2 mm to 8 mm
Electrical configuration: DC 3-/4-wire
Enclosure rating: IP 68
Temperature range: –25 °C to +75 °C
Tough VISTAL™ housing
Small version with 270° output state display

Best mechanical and electronic stability for extra-long service life
Highest levels of process reliability for your application
Long service life that reduce maintenance costs thanks to SICK's ASIC technology and rugged VISTAL® housing
Precise detection and high sensor accuracy enable fast handling and assembly processes
Space-saving integration in every application
High resistance to shock and vibrations reduces maintenance costs
Quick viewing of sensor status from any position in the room reduces maintenance costs
Safe, fast mounting without any need for readjustment saves installation time and maintenance costs

Presence detection of the press tool
Positioning the car body in the reworking station
Rack identification
Presence detection of the press tool
Detecting work piece carriers and checking presence of parts
Reliable track-width adjustment for PCB transport systems
Rotational position of turntable
Monitoring the park position
End position monitoring
Door leaf detection on elevator doors
Zone detection in elevator shafts
Position determination on a revolving door
Door leaf detection on automatic sliding doors
Speed monitoring in escalators with inductive proximity sensors