Brief: In this video, we provide an in-depth look at the Leuze HT46CI4P-M12 high-precision background suppression photoelectric sensor. You'll see how this advanced sensor operates in various industrial settings, learn about its sophisticated infrared optical scanning technology, and discover its practical applications for reliable object detection in challenging environments with complex backgrounds, dust, or strong ambient light.
Related Product Features:
Advanced infrared optical scanning technology with background suppression for accurate detection in complex environments.
Detection range from 0.005-3m for white objects (90% reflectivity) with adjustable range of 120-3000mm.
Dual PNP digital outputs (light-on + dark-on) with supply voltage of 10-30V DC.
Fast response time of 2ms and high switching frequency of 250Hz for rapid detection cycles.
Robust IP67/IP69K protection rating suitable for harsh industrial environments.
Compact dimensions of 20.5×76.3×44mm with M12 4-pin A-coded connector for easy installation.
Wide operating temperature range from -40℃ to 60℃ for versatile industrial applications.
ECOLAB material compatibility and PC-PBT housing for durability in demanding conditions.
Faqs:
What is the detection range of the Leuze HT46CI4P-M12 sensor?
The sensor offers a detection range of 0.005-3m for white objects (90% reflectivity), 0.02-2m for gray objects (18% reflectivity), and 0.05-1.5m for black objects (6% reflectivity), with an adjustable range of 120-3000mm.
What type of outputs does this photoelectric sensor provide?
The HT46CI4P-M12 features 2 PNP digital outputs, providing both light-on and dark-on switching modes for flexible integration into various control systems.
Is this sensor suitable for harsh industrial environments?
Yes, with an IP67/IP69K protection rating, wide operating temperature range of -40℃ to 60℃, and robust PC-PBT housing, it's designed to perform reliably in demanding industrial conditions.
What is the response time of the HT46CI4P-M12 sensor?
The sensor has a fast response time of 2ms and a switching frequency of 250Hz, making it ideal for high-speed automation applications requiring rapid detection cycles.