Brief Function Introduction:
The SICK Wl9-3N2462 photoelectric retro-reflective sensor is a precision automation tool designed for advanced object detection. It excels in various industrial applications, ensuring reliable and accurate sensing performance.
Product Specifications:
| Sensor Detection Principle: | Photoelectric retro-reflective |
| Sensing Range: | 0 m to 0.3 m |
| Supply Voltage: | 10 V DC to 30 V DC |
| Power Consumption: | 30 mA |
| Output Current: | ≤ 100 mA |
| Switching Output: | NPN |
| Connection Type: | M12, 4-pin male connector |
| Weight: | 13 g |
| Dimensions (W x H x D): | 12.2 mm x 52.2 mm x 23.6 mm |
| Application: | Automotive, manufacturing, packaging, material handling |
Product Details:
The SICK Wl9-3N2462 sensor boasts an extended sensing range with high sensitivity, making it ideal for precise object detection in tight spaces.
Featuring autocollimation technology, this sensor maintains consistent performance even under varying lighting conditions, ensuring reliability in diverse environments.
Designed with durability in mind, the compact and robust housing withstands harsh industrial conditions without compromising its operational efficiency.
Easy integration into existing systems through its standard M12, 4-pin male connector, simplifies installation and maintenance processes.
With its low power consumption and efficient output, the SICK Wl9-3N2462 sensor optimizes energy usage, contributing to sustainable production environments.
Notice:
Perhaps you haven't found the exact model you're looking for on our website. Don't hesitate to reach out to our sales team. We boast a robust network that can swiftly connect you with the most affordable and high-quality products once you provide us with detailed specifications of your desired item.
Please note that the images and descriptions on our site may not always be entirely accurate. For precise information, please contact our sales representatives directly. After confirming the specific model, we will provide you with accurate product images and technical details to ensure you make an informed decision.
