TF350 Long-Distance LiDAR UART-CAN
◆This Manual provides information necessary for the use of this product.
◆Please read this Manual carefully before using this product and make sure that you have fully understood its contents.
●Usage of Product：
◆This product can only be maintained by qualified professionals and only the original spare parts can be used to ensure its performance and safety.
◆The working temperature of the product is -25°C~60°C; please do not use it beyond this temperature range, so as to avoid risks.
◆The storage temperature of the product is -40°C~85°C; please do not store it beyond this temperature range, so as to avoid risks.
◆Do not open its enclosure for assembly or maintenance beyond this Manual; otherwise, it will affect the product performance.
◆Do not twist the cable forcefully, so as to avoid damage to product.
◆The product can’t be aimed directly to the sun or another TF03, so as to avoid damage the detector by strong light. If there is such an application, please contact our technician.
●Conditions with Potential Product Failure：
◆When the product transmitter and receiver lens are covered by dirt, there will be a risk of failures. Please keep the lens clean.
◆The product will have a risk of failure when immersed completely in water. Do not use it underwater.
◆When detecting objects with high reflectivity, such as mirrors and smooth tiles, the product may have a high risk of failures.
●Description about the line sequence and connection：
Wiring terminal model: MH1.25-7P, core wire: AWG30, diameter:0.254mm, cross-sectional area:0.05mm².
●Electrical Characteristics：
This product has no overvoltage or polarity protection. Please ensure that the wiring and power supply are normal. Voltage of power supply is allowed to fluctuate in the range of ±0.5V.
●Product Structure：
The LiDAR mounting holes are applicable to M3 screws. Note that the length of the screw entering the enclosure shall be no more than 4mm.
●Detection angle descriptions：
TF350 has a 0.35-degree detection angle and rectangular light spots; see Table 3 for simulated diagrams of the light spots. Therefore, at different distances, the spot size, namely detecting range, is different as shown in Figure 4.
●Note: The side length of common objects detected should be greater than that of the detection range of TF350; When the side length of the detected object is less than that of the detection range, the LiDAR effective range will be reduced
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Datasheet |
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Please see the document for details |
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English Chinese Chinese and English Japanese |
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V1.0 |
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2.2 MB |
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