What to do if my FJDynamics FJD Trion P1 Scanner P1 shuts down during use?
If your FJDynamics Scanner P1 shuts down unexpectedly, first check the battery level to ensure it is not low. Also, verify that the battery is properly connected within the device.
Why my phone or PC cannot access the scanning screen of FJDynamics FJD Trion P1 Scanner P1?
If your phone or PC is unable to access the scanning screen, ensure that it is connected to the P1 Wi-Fi network. If connected, try refreshing the screen and attempt to access the scanning function again.
How to fix FJDynamics FJD Trion P1 Scanner P1 when initialization fails?
If the initialization process fails, ensure that the FJDynamics Scanner P1 remains still during the process. Avoid any vertical movement of the device while it is initializing.
What to do if my FJDynamics Scanner P1 cannot be powered on?
If your FJDynamics Scanner P1 fails to power on, check whether the battery is properly installed in the device. Also, make sure that the battery has sufficient power to operate the scanner.
Device complies with laser safety standards IEC 60825-1 and 21 CFR 1040.10/11.
Avoid covering charger, blocking LiDAR rotation, and repeatedly plugging/unplugging cables.
Do not immerse batteries in water, store them properly, and charge with the provided charger.
Provides an overview of the FJD Trion P1 LIDAR scanner, including its components and features.
Lists detailed technical specifications of the FJD Trion P1 LIDAR scanner, including dimensions, accuracy, range, and more.
Instructions for assembling the FJD Trion P1 LIDAR scanner and connecting its components, including the base, handle, and camera.
Covers starting the device, connecting to Wi-Fi, and initial setup procedures.
Details on camera settings, calibration procedures (3.3.2-3.3.3), and colorizing point clouds (3.3.4) for enhanced data visualization.
Guidance on using the P1 LIDAR scanner in various environments, including indoor, outdoor, and underground scenarios.
Best practices for loop closure to ensure mapping accuracy and minimize cumulative errors during scanning.
Tips for transitioning between rooms, indoor-outdoor, and making U-turns to maintain scanning quality.
Proper techniques for holding the P1 LIDAR scanner to maximize feature capture in different scanning conditions.
Recommended walking speeds for different environments to ensure effective scanning and data accuracy.
Information on the effective scanning range of the P1 LIDAR, including minimum and maximum distances for optimal data capture.
Guidelines for dividing large surveys into manageable scan tasks to optimize map size and avoid storage failures.
Advice for scanning specific challenging scenarios like narrow corridors with smooth walls for improved mapping accuracy.
Procedures for cleaning, handling, and general upkeep of the FJD Trion P1 LIDAR scanner to ensure its longevity.
Identifies common operational issues with the P1 LIDAR scanner and provides step-by-step solutions for resolution.
Instructions for environmentally safe disposal of the product and its electronic components according to local regulations.
General| Weight | 1.05 kg |
|---|---|
| Dimensions | 110 mm x 110 mm x 170 mm |
| Laser Wavelength | 905 nm |
| GNSS | Optional |
| Laser Class | Class 1 |
| Type | LiDAR |
| Laser Safety | Class 1 |
| Single Echo Accuracy | ±1 cm |
| Scanning Range | 0.1 m to 120 m |
| IMU | Built-in |
| Accuracy | ±1 cm |
| Working Distance | 0.1 m to 120 m |
| Output Formats | LAS, PLY, PCD |
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