UTM-30LX-EW

Feature

• Supply voltage 12V
• Measurement distance 30m
• Field of view 270°
• Interface Ethernet
• Multi-echo
• IP67

Specifications

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	TGuaranteed 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	hernet 100BASE-TX(Auto-negotiation)
Output	Synchronous Output 1-Point
LED Display	Green : Power supply. Red : Normal Operation(Continuous),Malfunction(Blink)
Ambient Condition (Temperature,Humidity)	-10 to +50 degrees C Less than 85%RH(Without Dew,Frost)
Storage Temperature	-25 to +75 degrees C
Environmental Effect	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

*1 Under Standard Test Condition (Accuracy can not be guaranteed under direct sunlight.)
*2 Indoor environment with less than 1000lx.
Please perform necessary tests with the actual device in the working environment.
Use data filtering techniques to reduce the effect of water droplets when detecting objects under the rain.

External dimension