Carlo Gavazzi PD180CBT30MU, Photoelectric Sensor Through-Beam 30000 mm Detection Range Relay

Description

Series: PD180CBT30

Electrical Connection: Terminal Block

Detection Type: Through Beam

Output Type: Relay

Detection Range: 30 m

Sensor Style: Barrel

The Carlo Gavazzi PD180CBT30MU represents a pinnacle of precision in the realm of industrial sensing technology. This through-beam photoelectric sensor is engineered to offer unparalleled reliability and accuracy in detecting objects over long distances. With a formidable detection range of up to 30,000 mm (30 meters), this sensor stands out in its class for its ability to monitor wide areas with exceptional clarity. Its robust design and accessible integration features offer a future-proof solution to meet the demanding requirements of modern automation and monitoring systems.

Potential Advantages of Choosing the Carlo Gavazzi PD180CBT30MU, Photoelectric Sensor

• Boasting an impressive 30-meter detection range, the PD180CBT30MU ensures comprehensive coverage.
• Designed with reliability at its core, this sensor minimises false triggers and ensures consistent performance under varying environmental conditions.
• The sensor’s compatibility with a wide range of industrial systems allows for seamless integration into existing setups.
• Constructed with robust materials, the PD180CBT30MU is built to withstand harsh industrial environments.
• Equipped with a relay output, this sensor provides versatile connectivity options.

Typical Applications of the Photoelectric Sensor Through-Beam

The Carlo Gavazzi PD180CBT30MU photoelectric sensor merges extensive detection capabilities with reliability and versatility, making it an essential component in various industrial and security applications, including:

• Security and Surveillance: Ideal for perimeter monitoring and intruder detection, ensuring secure boundaries over large areas.
• Industrial Automation: Enhances efficiency in manufacturing and logistics operations by accurately detecting the presence or absence of objects on conveyor belts or assembly lines.
• Traffic Management: Can be utilised in smart traffic systems for vehicle detection, contributing to smoother traffic flow and enhanced safety.
• Material Handling: Improves accuracy and efficiency in automated storage and retrieval systems by reliably detecting goods at various stages of the handling process.