Omron OPE-3 D Photoelectric Switch
Photoelektrischer Schalter Der Omron OPE-3 D Photoelektrische Schalter bietet fortschrittliche optische Erkennung, großen Erfassungsbereich und Widerstand gegen Umgebungslichtstörungen. Entwickelt für industrielle Anwendungen, die eine präzise Objekterkennung erfordern, gewährleistet er zuverlässige Leistung in anspruchsvollen Umgebungen.
Omron OPE-3 D Photoelectric Switch
The Omron OPE-3 D Photoelectric Switch is an advanced optical sensor designed to provide precise and reliable object detection in industrial automation systems. This photoelectric switch uses light to detect objects, offering highly accurate and non-contact sensing, ideal for applications requiring reliable detection over a distance.
The OPE-3 D is equipped with advanced technology that ensures reliable performance even in challenging environments. It features a wide sensing range and offers exceptional resistance to ambient light interference, making it an excellent choice for industrial applications where environmental conditions might affect traditional mechanical switches. Its compact and durable design ensures versatility for installation in tight spaces, while its robust construction ensures long-lasting, dependable operation.
With a high degree of reliability, the Omron OPE-3 D Photoelectric Switch is well-suited for automation systems requiring object presence detection, counting, or positioning in environments where non-contact sensing is necessary.
Manufacturer: Omron
Type: Photoelectric Switch
Model: OPE-3 D
Part No: OPE3-44A033G
The Omron OPE-3 D Photoelectric Switch is the ideal choice for accurate and reliable object detection in a wide range of industrial applications. Its advanced technology, durable design, and exceptional performance make it an excellent addition to automation systems.
| Sensing Range | Wide range for object detection |
| Technology | Optical sensing |
| Resistance to Ambient Light | Excellent resistance to interference |
| Compact and Durable Design | Suitable for tight spaces and industrial environments |
