The SICK HTB18-P3D2BAD02 is a high-performance through-beam photoelectric sensor engineered for demanding industrial applications that require long-range, precise detection. Designed as part of the HTB series, this sensor excels in environments where reliability, accuracy, and durability are critical. With a maximum sensing range of 30‚ÄØmeters, it is particularly effective for detecting objects across long distances, making it ideal for material handling, packaging, and automated production lines.

Equipped with a visible red LED light source, the HTB18-P3D2BAD02 delivers highly precise object detection. The clearly defined light beam ensures accurate triggering and minimizes false detections, even when detecting small, transparent, or reflective objects. This makes it highly suitable for applications that involve variable object types or challenging ambient lighting conditions.

The sensor features dual complementary PNP outputs, offering both light and dark switching modes. This flexibility allows seamless integration into a variety of industrial control systems and provides versatile options for automation and safety applications. Its through-beam configuration further enhances detection reliability, ensuring consistent operation even in complex production setups.

Constructed with a rugged VISTAL® plastic housing, the HTB18-P3D2BAD02 is designed to withstand harsh industrial environments. Rated IP67 and IP69K, it offers superior protection against dust, water ingress, and high-pressure cleaning processes, ensuring long-term reliability and minimal maintenance requirements.

The sensor also operates efficiently across a wide temperature range from -40 °C to +70 °C, making it suitable for both cold storage and high-temperature production environments. Its combination of long-range sensing, precise detection, and robust construction ensures reliable performance in a wide array of applications, including conveyor monitoring, machine safety, and object counting.

In summary, the SICK HTB18-P3D2BAD02 photoelectric sensor combines long-range through-beam detection, high-precision sensing, dual output flexibility, and rugged industrial design. This makes it an ideal choice for automated systems where accurate, reliable, and durable sensing is essential, providing operational efficiency and minimizing downtime in demanding industrial processes.