Series: 328
Operating principle: Diffuse reflection principle
Operating range, white 90%: 0.001 - 0.7 m
Operating range, black 6%: 0.005 - 0.28 m
Operating range limit, white 90%: 0.001 - 1 m
Operating range limit, black 6%: 0.005 - 0.4 m
Light source: LED, Red
Switching frequency: 500 Hz
Response time: 1 ms
Protective circuit: Polarity reversal protection, Short circuit protected
Supply voltage: 10 - 30 V, DC
Number of digital switching outputs: 2
Output 1 switching element: Transistor, NPN
Output 1 switching principle: Light switching
Output 2 switching element: Transistor, NPN
Output 2 switching principle: Dark switching
Type of connection: Cable
Cable length: 2000 mm
Design: Cylindrical
Housing material: Stainless steel, V2A, ABS, Plastic
Operational controls: Teach button
Degree of protection: IP 67
Certifications: c UL US

These red light scanners in the sturdy plastic housing with metal thread facilitate robust object detection. The simple adjustment to the object through the teach button with two levels makes installation a piece of cake. These sensors feature the A^2LS active ambient light suppression and easy alignment through brightly visible brightVision light spot. Also available with preset scanning range and infrared for higher color independence.

Energetic reflection light scanner with light/dark switching
Scanning range adjustment via teach-in
Preset scanning ranges (FT 100mm / ET 400mm) for easier use
Axial and 90 degree light beam gate for flexible integration
Sturdy plastic housing with stainless steel threaded sleeve with cylindrical M18 design
Full control through green and yellow indicator LEDs and complementary outputs
High color independence
Special model available for paper label detection



View the complete product specifications

Additional Info

Application Function Teach Input
Brand Leuze
Component Type Photoelectric Sensor Cylindrical
Connection 2000mm Cable Connection
Housing Material Plastic
Leuze Product Series Leuze 328 Photoelectric Sensor Cylindrical
Operating Range 0.001-0.7 m
Sensing Method Energetic Diffuse

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