Brief: Discover how the SICK 1218666 photoelectric sensor works in this detailed demonstration. You'll see its advanced background suppression technology in action, learn how it reliably detects objects regardless of color or material, and observe its compact design being installed in space-constrained industrial applications. This walkthrough showcases its stable operation and high switching frequency for optimizing automation processes.
Related Product Features:
Reliable background suppression ensures precise object detection within a defined range, ignoring distant backgrounds.
Compact housing design facilitates easy installation in space-constrained industrial applications.
High switching frequency enables detection of rapidly moving objects on high-speed production lines.
Robust metal housing provides enhanced durability and resistance to mechanical impact.
Visible red light spot simplifies sensor alignment and setup during commissioning.
Stable operation insensitive to object color, material, or surface characteristics.
Ideal for demanding applications in packaging, material handling, and assembly automation.
Ensures consistent performance in challenging industrial environments to minimize downtime.
FAQs:
What is the sensing range of the SICK 1218666 photoelectric sensor?
The SICK 1218666 features an adjustable sensing range, with a typical range of 20-100mm, allowing for precise object detection within defined parameters.
How does the background suppression technology work?
The background suppression (BGS) technology ensures precise detection of objects within a set range while reliably ignoring backgrounds beyond this range, making it insensitive to object color, material, or surface finish.
What type of output does this sensor provide?
The SICK 1218666 provides a PNP output type with normally open (NO) configuration, making it compatible with standard industrial control systems.
In which industrial applications is this sensor most suitable?
This sensor is ideal for demanding applications such as packaging, material handling, and assembly automation, particularly in confined spaces and challenging industrial environments.