Panasonic CX-442-P Photoelectric Sensor

Product Description

The Panasonic CX-442-P Photoelectric Sensor (CX442P, UCX442P) presents a versatile adjustable range from 40 to 300 mm, providing ample flexibility for detection distances. Its sensing capability extends from 20 to 300 mm when detecting white non-glossy paper, ensuring accurate detection across various surfaces. Additionally, with a hysteresis of 5% or less and a repeatability of 1 mm or less along the sensing axis, it ensures precise and reliable operation.

Equipped with a PNP open-collector transistor output, the Panasonic CX-442-P Photoelectric Sensor offers switchable operation between Detection-ON or Detection-OFF modes, enhancing its adaptability for different applications. Incorporated short-circuit protection ensures safety during operation. With an IP67 protection rating, this sensor is well-protected against environmental factors, suitable for use in challenging industrial environments. Its automatic interference prevention function further enhances reliability during operation.

The Panasonic CX-442-P Photoelectric Sensor is built to last with a PBT enclosure and polycarbonate covers, ensuring durability. It withstands temperatures from -25 to +55C for operation and -30 to +70C for storage. Proudly originating from Japan, this sensor combines precision engineering with reliability to meet industrial sensing requirements.

Optimal Accuracy for Industrial Demands

Boasting a 100% accuracy rate, the Panasonic CX-442-P ensures reliable detection in complex industrial environments. Its precise photoelectric sensing mechanism eliminates errors, contributing to uninterrupted operations and higher productivity on the factory floor.


Engineered for Durability and Longevity

With robust construction and materials, the CX-442-P is built to withstand harsh industrial conditions. Its design prioritizes durability and extends operational life, reducing maintenance needs and replacement frequency over time.


Efficient Performance with Minimum Power Consumption

Operating on a 10-30V DC input, this sensor is designed for minimal power consumption without compromising its performance. This efficiency reduces energy costs and aligns with sustainability initiatives in modern industry.