Description
The SICK WL11-P430 is a retro-reflective photoelectric sensor designed for reliable object detection in industrial automation applications. This rectangular sensor uses visible red light and a PNP output to detect objects with consistent switching performance. It is engineered for precise sensing in compact installation spaces.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
SICK |
| Category |
Industrial Sensors |
| Part Number |
WL11-P430 |
| Subcategory |
Photoelectric Sensors |
| Sensor Type |
Retro-Reflective Photoelectric Sensor |
| Housing Shape |
Rectangular |
| Light Source |
Visible Red Light |
| Output Type |
PNP |
| Connection Type |
4-pin M12 Connector |
| Operating Principle |
Optical, Retro-Reflective |
| Application |
Object Detection |
| Width |
12 mm |
| Height |
40 mm |
| Depth |
88 mm |
| Weight |
0.4 lbs (approx.) |
Information About WL11-P430
The WL11-P430 is part of SICK’s WL11 photoelectric sensor series, developed for dependable detection using retro-reflective operating principles. It emits visible red light to simplify alignment and setup during installation. The sensor features a compact rectangular housing suitable for space-constrained machinery and conveyor systems. Designed for industrial environments, it connects via a standard 4-pin M12 connector for secure and repeatable electrical interfacing.
Key Features:
- Retro-Reflective Sensing Technology: Detects objects using a reflector for stable and repeatable performance.
- Visible Red Light Emitter: Allows easy alignment and visual confirmation during setup.
- PNP Output Configuration: Compatible with standard PLC and industrial control inputs.
- Compact Rectangular Housing: Designed for installations with limited mounting space.
- Industrial Connector Interface: Uses a 4-pin M12 connector for secure wiring.
- Robust Sensor Design: Built for continuous operation in industrial automation environments.
The WL11-P430 delivers the reliability and precision required for retro-reflective object detection in industrial sensing applications.
