Description
The SICK KT5P1212 is a photoelectric contrast sensor designed for precise detection of contrast differences in industrial automation systems. This sensor uses a defined optical lens configuration and a PNP switching output to provide reliable signal evaluation. It is engineered for accurate registration and mark detection in high-speed production environments.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
SICK |
| Category |
Industrial Sensors |
| Part Number |
KT5P1212 |
| Subcategory |
Contrast Sensors |
| Sensor Type |
Photoelectric Contrast Sensor |
| Lens Type |
Lens 212 |
| Sensing Distance |
20 mm |
| Output Type |
PNP |
| Supply Voltage |
10–30 VDC |
| Operating Principle |
Optical Contrast Detection |
| Application |
Print Mark / Contrast Detection |
| Installation Environment |
Industrial |
| Series |
KT5 Series |
| Weight |
0.4 lbs (approx.) |
Information About KT5P1212
The KT5P1212 is part of SICK’s KT5 contrast sensor series, developed for detecting printed marks and surface contrast variations. It utilizes Lens 212 with a fixed 20 mm sensing distance to ensure consistent and repeatable detection accuracy. The sensor operates on a wide DC voltage range, making it compatible with standard industrial power systems. Designed for industrial applications, it integrates easily into PLC-controlled systems using a PNP output interface.
Key Features:
- Contrast Detection Technology: Designed to reliably detect printed marks and contrast differences.
- Fixed 20 mm Sensing Distance: Optimized for precise and repeatable contrast sensing applications.
- Lens 212 Optical Configuration: Provides controlled illumination and focused detection geometry.
- PNP Switching Output: Compatible with standard industrial PLC and control inputs.
- Wide DC Operating Voltage Range: Operates from 10 to 30 VDC for flexible system integration.
- Compact Industrial Sensor Design: Suitable for space-constrained and high-speed automation systems.
The KT5P1212 delivers the reliability and precision required for contrast-based photoelectric detection in industrial automation and registration control applications.
