Panasonic EX-L211-P Laser Thru-Beam Sensor

Product Description

The Panasonic EX-L211-P Laser Thru-Beam Sensor (LX211P, ULX211P) offers a versatile sensing range of 1 meter, suitable for various industrial applications. Compliant with CE Marking and RoHS directives, it ensures adherence to quality and environmental safety standards. Equipped with an PNP open-collector output and IP67 protection, it delivers reliable performance in demanding environments.

Equipped with a PNP open-collector transistor output, this sensor offers a maximum sink current of 50 mA. It also allows for selectable Light-ON/Dark-ON operation, providing flexibility in output functionality. It features built-in short-circuit protection and inverse polarity protection for added safety. This ensures protection against potential electrical hazards. Additionally, it boasts a quick response time of 0.5 ms or less. This enhances efficiency in object detection tasks by providing rapid feedback.

Designed for durability and reliability, the EX-L211-P boasts IP67 protection, ensuring resistance to dust and water ingress. It operates reliably within a wide temperature range of -10 to +55 „ and can withstand vibrations and shocks in industrial environments. Additionally, its red semiconductor laser emitter meets stringent safety standards, providing precise detection while complying with FDA regulations.

For ease of installation and operation, this sensor comes with a continuously variable sensitivity adjuster, along with LED indicators for output status and power. With a robust construction featuring polybutylene terephthalate enclosure and glass lens, the Panasonic EX-L211-P Laser Thru-Beam Sensor offers long-term performance and stability. Made in Japan, it reflects Panasonic™s commitment to quality and innovation, making it an ideal choice for industrial automation applications.

Our engineers acts wisely inputted all the required details of this sensor in accordance with the datasheet. Nevertheless, it™s imperative to recognize that errors may arise during this process. Despite our sincere efforts, it™s important to remain cautious. Inaccuracies can still occur nonetheless.