Pepperl+Fuchs 3RG6023-3AC00-PF Ultrasonic Proximity Sensors

Operating Principle:Ultrasonic

Detection Range:Up to 60mm

Resolution:0.1mm

Accuracy:+/- 2% of reading

Switching Frequency:0-3000Hz

Operating Voltage:DC 10V to 30V

Operating Temperature:-25°C to +85°C

Environmental Protection:IP67

Connection:M8 x 1 connector, 3-pin

    The Pepperl+Fuchs 3RG6023-3AC00-PF Ultrasonic Proximity Sensors are engineered to deliver unparalleled precision and reliability in harsh industrial settings. These sensors are ideal for applications requiring non-contact detection, such as conveyor systems, robotic automation, and material handling processes. Their robust design withstands extreme temperatures, ensuring consistent performance throughout various industrial environments.

    Featuring an advanced ultrasonic technology, these sensors can detect objects with high accuracy within their extensive range, making them suitable for applications where minimal error margins are crucial. The sensors operate on a PNP/Pull-up type electrical output, compatible with a wide range of control systems and industrial automation equipment.

    Withstanding temperatures from -40°C to +85°C, these sensors are built to endure the most demanding conditions without compromising functionality. Their ability to operate on a power supply voltage ranging from DC 9V to 30V provides flexibility in installation and integration into existing systems.

    The 3RG6023-3AC00-PF Ultrasonic Proximity Sensors come equipped with a durable and compact housing, designed for easy installation in tight spaces. Their sleek design minimizes interference with other machinery, enhancing operational efficiency. Moreover, they are capable of switching at frequencies up to 3kHz, ensuring quick and responsive detection.

    These sensors are not only versatile in their application but also easy to integrate into existing industrial setups. Their compatibility with a wide range of control protocols and systems makes them an excellent choice for retrofitting or new installations, significantly reducing downtime and improving productivity in manufacturing and automation sectors.