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WTB12-3N1711 Datasheet, PDF (2/7 Pages) SICK AG – Photoelectric proximity sensor, energetic | |||
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Photoelectric sensors
W12-3, Photoelectric proximity sensor, Background suppression
Type
Part No.
> WTB12-3N1711
> 1041430
At a glance
⢠State of the art technology provides precise background suppression
⢠Withstands harsh environments
⢠PinPoint LED technology with highly visible light spot; variants available with IR
LED for highly critical applications
⢠Rugged die-cast zinc housing, with optional Teflon® coating
⢠Versatile mounting options due to dovetail mounting - mounting holes and oblong
holes
⢠Flexible sensing ranges and hysteresis settings
⢠Key lock function, remote teach, quality monitoring
⢠Diagnostics messages (contamination and short-circuit)
Your benefits
⢠State of the art technology, e.g. OES3 provides precise background suppression
and reliable detection of challenging objects
⢠High immunity to ambient light, optical reflections and crosstalk ensures fewer
false readings and less downtime
⢠Highly visible status LEDs simplify sensing distance adjustments and reduce
installation time
⢠A rugged metal housing withstands high-pressure cleaners and cleaning agents,
reducing downtime
⢠Complementary outputs in one housing reduce inventory and procurement costs
⢠IO-Link enables quick remote diagnostics and maintenance (optional)
⢠Easy installation using SICK accessories
Illustration may differ
Features
Sensor/detection principle:
Photoelectric proximity sensor, Background suppression
Dimensions (W x H x D):
15.6 mm x 48.5 mm x 42 mm
Housing design (light emission):
Sensing range max.:
Rectangular
20 mm ... 600 mm 1)
Sensing range:
20 mm ... 600 mm
Type of light:
Light source:
Infrared light
2)
LED
Wave length:
850 nm
Adjustment:
Potentiometer, 5 turns
Light spot size (distance):
15 x 15 mm (200 mm)
1)
2)
Object with 90 % reflectance (referred to standard white DIN 5033) Average service life of 100,000 h at T = +25 °C
A
Photoelectric sensorsAAAAAAAAAAAAA© SICK AG. Subject to change without notice.AAAAAAAAAAAAA3/2/2016 5:07:13 AM
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