2D Laser Scanning Rangefinder HOKUYO Ltd. UTM-30LX-EW
Basic Information
Name: | 2D Laser Scanning Rangefinder | |
Manufacturer: | HOKUYO Ltd. | |
Model: | UTM-30LX-EW | |
Facility: | Chair of Photogrammetry | |
Partner: | Technische Universität Dresden (TUD) |
Description
Model | UTM-30LX-EW |
---|---|
Light Source | Laser Semiconductor λ = 905nm Laser Class 1 |
Power Source | 12VDC ± 10% |
Supply Current | MAX : 1A, Normal : 0.7A |
Power Consumption | Less than 8W |
Detection Range and Detection Object | Guaranteed Range: 0.1 to 30m(White Kent Sheet)*2 Maximum Range: 0.1 to 60m Minimum detectable width at 10m: 130mm(Vary with distance) |
Accuracy | 0.1 to 10m : ±30mm,10 to 30m : ±50mm(White Kent Sheet)*2 Under 3000lx : White Kent Sheet : ±30mm*1(0.1 to 10m) Under 100000lx : White Kent Sheet : ±50mm*1(0.1 to 10m) |
Measurement Resolution and Repeated Accuracy | 1mm 0.1 to 10m : σ<10mm,10 to 30m : σ<30mm(White Kent Sheet)*2 Under 3000lx : σ=10mm*1(White Kent Sheet up to 10m) Under 100000lx : σ=30*1(White Kent Sheet up to 10m) |
Scan Angle | 270° |
Angular Resolution | 0.25°(360°/1440) |
Scan Speed | 25ms(Motor speed : 2400rpm) |
Interface | Ethernet 100BASE-TX(Auto-negotiation) |
Output | Synchronous Output 1-Point |
LED Display | Green : Power supply. Red : Normal Operation(Continuous),Malfunction(Blink) |
Ambient Temperature | -10 to +50 degrees C |
Ambient Humidity | Less than 85%RH(Without Dew,Frost) |
Storage Temperature | -25 to +75 degrees C |
Environmental Influence | Measured distance will be shorter than the actual distance under rain, snow and direct sunlight*2. |
Vibration Resistance | 10 to 55Hz Double amplitude 1.5mm in each X, Y, Z axis for 2hrs. 55 to 200Hz 98m/s2 sweep of 2min in each X, Y, Z axis for 1hrs. |
Impact Resistance | 196m/s2 In each X, Y, Z axis 10 times. |
Protective Structure | Optics: IP67(Except Ethernet connector) |
Insulation Resistance | 10MΩ DC500V Megger |
Weight | 210g (Without cable) |
Case | Polycarbonate |
External Dimension (W×D×H) |
62mm×62mm×87.5mm |
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Last Update
Last updated at: 24 July 2017 at 14:05:54