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Series: 55
Operating principle: Scanning principle with background suppression
Operating range, white 90%: 0.005 - 0.4 m
Operating range, gray 18%: 0.01 - 0.3 m
Operating range, black 6%: 0.015 - 0.2 m
Operating range limit: 0.005 - 0.4 m
Light source: LED, Red
Switching frequency: 1000 Hz
Supply voltage: 10 - 30 V DC
Number of digital switching outputs: 2
Output 1 switching element: Transistor, Push-pull
Output 1 switching principle: Light switching (PNP)/dark switching (NPN)
Output 2 switching element: Transistor, Push-pull
Output 2 switching principle: Dark switching (PNP)/light switching (NPN)
Type of connection: Connector
Thread size: M8
Design: Cubic
Housing material: Stainless steel, AISI 316L
Operational controls: Multiturn potentiometer
Ex device category: 3
Degree of protection: IP 67
Certifications: Ex
Special design: Ex-protected
The sensors are developed for all category 3G and 3D applications. With their small dimensions, they fit even in constrained spaces. The sensors and the protective housing are made of stainless steel and are also suitable for demanding operating conditions. Currently available are retro-reflective photoelectric sensors and scanners with background suppression. The temperature class for explosive gas areas is T4; for explosive dust areas it is 70 degrees Celsius.
Diffuse reflection light scanner with visible red light and adjustable background suppression
Stainless steel device housing and protective housing
Exact scanning range adjustment via 8-turn potentiometer
Very good black/white behavior and reliable switching nearly independent of the object or background properties
Fast alignment through brightVision
A^2LS - Active Ambient Light Suppression
Additional Info
Application Function | Ex-Protected |
---|---|
Brand | Leuze |
Component Type | Photoelectric Sensor for Explosive Areas |
Connection | M8 Plug |
Housing Material | Stainless Steel |
Leuze Product Series | Leuze 55 Sensor for Explosive Areas |
Operating Range | 0.005-0.4 m |
Sensing Method | Diffuse with Background Suppression |