SICK NAV350-3232 2D LiDAR Sensor for Precision Navigation

Key Features & Scanning Performance

• Brand & Model: SICK NAV350 / NAV350-3232
• Full 360° Coverage: Horizontal aperture angle of 360 degrees for complete situational awareness.
• Long Detection Range: Working range up to 250 meters and up to 70 meters on reflectors.
• High Scanning Frequency: 8 Hz scanning frequency ensures fast environment updates.
• Fine Angular Resolution: 0.25° horizontal resolution for detailed contour mapping.
• Excellent Accuracy: Achieves a positioning accuracy of ±4 mm for reliable navigation.
• Reflector Memory: Can store data for up to 12,000 individual reflector marks.

Technical Data & Interfaces

• Laser Source: Uses a Class 1 eye-safe laser with a 905 nm wavelength.
• Power Supply: Requires a standard 24 V DC voltage with ±15% tolerance.
• Communication: Features both Ethernet (TCP/IP) at 100 Mbit/s and serial RS-232 interfaces.
• Connection: Equipped with three M12 connectors for easy and secure cabling.
• Digital Output: Includes one configurable digital output for control signals.
• Status Indication: Four LEDs provide clear status and diagnostic information.

Robust Mechanical Design

• Enclosure Rating: Housed in an IP65 rated aluminum die-cast casing for dust and water protection.
• High Reliability: Exceptional MTBF of 86 years ensures long-term operational stability.
• Compact Dimensions: Measures 115 mm x 120.5 mm x 222 mm (L x W x H).
• Weight: The unit weighs approximately 2.4 kilograms for solid mounting.
• Temperature Range: Designed to operate in ambient temperatures from 0 °C to +50 °C.

Frequently Asked Questions (FAQ)

• What is this sensor's primary application? It is primarily used for high-precision indoor navigation and positioning of mobile robots.
• Can it detect objects without reflectors? Yes, it detects contours and objects with varying remission factors up to 100 meters.
• Is the laser safe for use around people? Absolutely, it is a Class 1 laser product, which is inherently eye-safe.
• What is the difference between RDI and Contour mode? RDI mode offers higher precision (±10mm) for reflector-based navigation, while Contour mode is for mapping.

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