In most procurement cycles, NAV350-3232 is considered with Sick Diffuse Sensor, Sick Tim310 1030000 and Sick Photoelectric Sensor Gl, giving decision-makers confidence that theyβve chosen the most dependable component.
Sick NAV350-3232 LiDAR Sensor
The Sick NAV350-3232 LiDAR Sensor offers a 0.5 m ... 250 m (0.5 m ... 70 m on reflectors) working range, 24 V DC, Β± 15 % power supply, and 3 x M12 male connector/female connector connection. Manufactured by Sick under the LiDAR Sensor category, this model belongs to the LMS Series.
| Brand | Sick |
| Product Type | Lidar Sensor |
| Model Number | NAV350-3232 |
Sick NAV350-3232 LiDAR Sensor β Technical Specifications
| Specification | Value |
|---|---|
| Application | Indoor |
| Light source | 905 nm |
| Laser class | 1 (IEC 60825-1:2014, EN 60825-1:2014) |
| Aperture angle | Horizontal, 360Β° |
| Scanning frequency | 8 Hz, Β± 5 % |
| Angular resolution | 0.25Β° |
| Heating | - |
| Working range | 0.5 m ... 250 m (0.5 m ... 70 m on reflectors) |
| Scanning range | At 10% remission factor, 35 m. At 90% remission factor, 100 m. |
| Connection type | 3 x M12 male connector/female connector |
| Supply voltage | 24 V DC, Β± 15 % |
| Power consumption | 36 W |
| Housing | Aluminum die cast |
| Housing color | Light blue (RAL 5012) |
| Enclosure rating | IP65 |
| Protection class | III |
| Weight | 2.4 kg |
| Dimensions (L x W x H) | 115 mm x 120.5 mm x 222 mm |
| MTBF | 86 years |
| MTTFD | > 100 years |
| Detectable object shape | Almost any |
| Systematic error | Β± 10 mm (RDI), Β± 15 mm (Contour) |
| Statistical error | 15 mm (Contour) |
| Ethernet | β , TCP/IP. Data transmission rate, 100 Mbit/s |
| Serial | β , RS-232. Data transmission rate, 19.2 kBaud ... 115 kBaud |
| Digital outputs | 1 (digital) |
| Optical indicators | 4 LEDs (status displays) |
| Ambient operating temperature | 0 Β°C ... +50 Β°C |
| Storage temperature | β20 Β°C ... +80 Β°C |
The Sick NAV350-3232 LiDAR Sensor is a high-precision 250m LiDAR Sensor designed and manufactured by Sick, a global leader in automation and sensor technology. Known for its long-range performance and accuracy, this LiDAR Sensor is built for industrial navigation, mapping, and positioning applications that demand consistent results and reliable data acquisition across large indoor areas.
The NAV350-3232 operates using a 905 nm light source with a 360Β° horizontal aperture angle and an 8 Hz scanning frequency, ensuring smooth, full-area coverage in every rotation. With an angular resolution of 0.25Β°, it delivers precise contour and reflector-based measurements, achieving a working range of up to 250 m and 70 m on reflectors. It can detect targets effectively at 35 m with 10% remission and up to 100 m with 90% remission, providing excellent sensitivity in varied surface conditions. The sensor is powered by a 24 V DC supply and consumes about 36 W, making it energy-efficient for continuous operation. Its robust aluminum die-cast housing (RAL 5012) ensures high mechanical strength with an IP65-rated enclosure for dust and water protection. Connectivity is flexible through Ethernet (TCP/IP) and Serial (RS-232) interfaces, while integrated LED indicators simplify device status monitoring. Compact and durable, with dimensions of 115 Γ 120.5 Γ 222 mm and a weight of 2.4 kg, the Sick NAV350-3232 delivers long-term reliability with an MTBF of 86 years and MTTFD over 100 years, ensuring dependable performance for industrial-grade automation.
The Sick NAV350-3232 LiDAR Sensor is ideal for indoor navigation systems, automated guided vehicles (AGVs), and industrial robot mapping tasks where high precision and repeatability are essential. Its 250 m detection capability enables accurate path mapping and contour-based localization in warehouses, manufacturing plants, and automated storage systems. Engineers rely on this model for smooth integration with navigation software, fast data transmission, and consistent results under varying reflectivity levels. The NAV350-3232 is also suitable for logistics automation, crane alignment, and vehicle positioning systems, where distance accuracy directly impacts operational safety and speed. Built on Sickβs trusted engineering standards, this sensor combines advanced optics, proven electronics, and reliable mechanical design to ensure long-term performance in industrial environments.
Professionals interested in the Sick NAV350-3232 can explore the NAV350-3232 datasheet and NAV350-3232 manual for complete installation and configuration guidance. To plan automation projects efficiently, checking the current NAV350-3232 price from authorized Sick distributors helps ensure cost-effective procurement. Recognized for its precision, robust housing, and long detection range, the Sick 250m LiDAR Sensor remains a preferred choice for engineers aiming to achieve seamless indoor navigation and accurate position tracking. The NAV350-3232 continues to showcase Sickβs innovation and reliability in high-performance LiDAR technology for industrial automation.
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