DESCRIPTION
The LRF0310C-02 is a Class 1 eye-safe laser ranging module utilizing a proprietary 1535nm erbium glass laser. It employs single-pulse ranging technology to achieve a maximum range of ≥3000m for NATO standard targets (2.3m×2.3m).
TECHNICAL SPECIFICATIONS
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Project
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Performance Indicators
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Model
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LRF0310C
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Laser Wavelength
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1535±5nm
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Eye- safety
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Class Ⅰ
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Divergence Angle
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≤0.6 mrad
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Laser Energy
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≥100 μJ
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Launch Lens Diameter
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Φ8 mm
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Receiver Lens Diameter
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Φ16 mm
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Measuring Range
(Reflectance 30%; visibility ≥ 5km.)
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NATO's Goals (2.3m×2.3m) ≥3000m(2.3m × 4.6m target board or vehicle, relative humidity ≤ 60%, visibility ≥ 8km)
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Minimum Range
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≤15 m
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Ranging Frequency
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Single, 1Hz ~10Hz
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Number of multi-target detections
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Up to 3 targets
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Ranging Accuracy
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±1 m
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Range Resolution
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≤0.1 m
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Precision Rate
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≥98%
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False Alarm Rate
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≤1%
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Supply Voltage
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4.5V~16V
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Standby power consumption
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≤ 0.6W
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Average power consumption
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≤1.5W@1Hz
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Peak Power Consumption
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≤7W@12V
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Weight
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≤32±1 g
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Dimension (L×W×H)
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48mm×30.5mm×21mm
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Operating Temperature
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-40~+70 ℃
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Storage Temperature
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-55~+75 ℃
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Impact Resistance
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Meet the MIL-STD-810G testing standard
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Vibration Resistance
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Meet the MIL-STD-810G testing standard
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OUTLINE DIMENSION(mm)
The overall dimensions of the mechanical and optical interfaces are shown in Figure 2.

Figure 2 Mechanical and Optical Interface Diagram
The position of the center of mass is shown in Figure 3.

Figure 3 Schematic Diagram of the Center of Mass Position
PIN INTERFACE
Interface definition: The host computer communicates and tests with the rangefinder through a 6PIN connector. The pin definitions of the power supply and communication ports on the rangefinder side are shown in Table 2.
Table 2 Pin Definitions of Power Supply and Communication Ports on the Rangefinder Side
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Pin
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Definition
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Description
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Cable color
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P-1
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VIN+
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Power supply, 4.5–16V
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P-2
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VIN-
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Power supply, ground
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P-3
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POWER_ON
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Module power switch, TTL_3.3V level;
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P-4
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UART_TX
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Module on (>2.7V), module off (<0.3V)
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P-5
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UART_RX
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Serial port transmitting end, TTL_3.3V level
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P-6
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GND
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Serial port receiving end, TTL_3.3V level
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