Panasonic CX-412-P Photoelectric Sensor

Product Description

The Panasonic CX-412-P Photoelectric Sensor embodies advanced technology. It is designed to meet the stringent demands of industrial environments. Compliant with CE Marking Directives, including the EMC Directive and RoHS Directive, it ensures regulatory adherence. This guarantees reliability and safety during operation. With a sensing range of 15 meters, the CX-412-P provides precise detection capabilities. It is suitable for a wide range of industrial applications.

Crafted with durability and longevity in mind, the CX-412-P features an IP67 protection rating, safeguarding against dust and water ingress. Its robust construction, including an enclosure made from polybutylene terephthalate (PBT) and acrylic lens and indicator cover, ensures resilience in harsh environmental conditions. Additionally, the sensors PNP open-collector transistor output with incorporated short-circuit protection enhances safety and reliability in demanding industrial settings.

Manufactured in China, the Panasonic CX-412-P Photoelectric Sensor embodies quality craftsmanship and innovation. From its modulated infrared LED emitting element to its robust cable extension capabilities, every aspect of the CX-412-P sensor is meticulously designed to deliver exceptional performance in industrial sensing applications, providing reliable detection and efficient operation.

Exceptional Detection Precision

The CX-412-P promises 100% accuracy, ensuring that every object detection is both consistent and reliable. Its advanced photoelectric sensing technology is perfect for applications that demand unwavering performance and minimal error tolerance.


Robust Design for Demanding Environments

Engineered for durability, this sensor can withstand the challenging conditions of industrial workspaces. Its long service lifespan helps minimize maintenance and replacement costs, making it an efficient investment for any business.


Energy-Efficient Operation

The sensor's very low power consumption allows operations to remain sustainable while reducing overall energy costs. This feature is especially valuable in settings where multiple sensors are deployed for continuous workflow.