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General| Output Interface | Ethernet |
|---|---|
| Protection Class | IP65 |
| Field of View | 360° |
| Wavelength | 905 nm |
| Interface | Ethernet |
| Scanning Frequency | 10 Hz ... 50 Hz |
| Laser Class | Class 1 |
| Measurement Frequency | 250 kHz |
Outlines the information provided in the manual regarding product lifecycle phases.
Explains symbols for warning and informative messages used in the document.
Provides essential safety notices and warnings for operating the device safely.
Information regarding the sensor's certification as a Class 1 laser product.
Introduces the sensor, its capabilities, and applications in factory automation.
Explains the Pulse Ranging Technology (PRT) used for distance measurement.
Identifies and describes the buttons, indicators, and their colors on the device.
Details the power supply and multiport M12 connections on the sensor.
Explains how to securely mount the sensor, considering environmental factors.
Details the electrical connection procedures, including IP65 and safety precautions.
Explains the three addressing options (Auto IP, DHCP, Manual IP) for network setup.
Illustrates the hierarchical menu system for device operation and configuration.
Describes how to operate the sensor using the front buttons and the all-round display.
Details various menu items like Ethernet Info, Sensor Setup, Demos, Tools, and End.
Provides guidelines for keeping the device clean and in good working order.
Outlines the procedure for returning a defective device for repair.
Lists common issues and checks for diagnosing sensor malfunctions.
Describes various filters available for preprocessing measured data to improve output.
Explains echo amplitude and its relationship with distance and reflectivity.
Defines technical terms related to the sensor's measurement technology.
Lists and explains the open source software used in the R2000 sensor.
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