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  • 1535nm High-Precision TOF Sensor 8km
  • 1535nm High-Precision TOF Sensor 8km
  • 1535nm High-Precision TOF Sensor 8km
  • 1535nm High-Precision TOF Sensor 8km
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1535nm High-Precision TOF Sensor 8km

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Delivery Time

3-5 days after payment

Shipment

Air freight

DESCRIPTION

The LRF0818C-02 Mini Laser Rangefinder Module is a small-sized, high-accuracy optoelectronic device tailored for professional distance measurement scenarios. It works with an eye-safe 1535 nm wavelength, sending out laser pulses to a target and computing the distance based on the time-of-flight (TOF) mechanism.

TECHNICAL SPECIFICATIONS

Parameter

Specification

Operating wavelength

 1535 nm ± 10 nm

Eye safety

Class Ⅰ

Applicable standards

MIL-STD-810G

Transmitting aperture

Φ12 mm

Receiving aperture

Φ26 mm

 Maximum range

Under visibility ≥ 12 km and relative humidity ≤ 60%, tested against a 0.3-reflectivity panel (or equivalent target)

Vehicle (2.3 m × 4.6 m): ≥ 8000 m

Human (0.5 m × 1.7 m): ≥ 4500 m

UAV (0.2 m × 0.3 m): ≥ 2600 m

Minimum range

≤ 20 m

Range accuracy

≤ ±2 m

Ranging rate

Single shot, 1 Hz, 2 Hz, 3 Hz, 4 Hz, 5 Hz, 10 Hz

Beam divergence

≤ 0.4 mrad

Operating temperature

−40 °C to +60 °C

Storage temperature

−50 °C to +70 °C (to be qualified at the system level)

Vibration

5→50→5 Hz sweep, 1 octave/min, 2.5 g (system-level qualification)

Shock

1200 g, 1 ms (system-level qualification)

Overall dimensions

≤ 59.5 mm × 26 mm × 32 mm

Weight

≤ 65 g

Communication interface

TTL

Supply voltage

4.5 V–16 V

Power consumption

Standby ≤ 1 mW;

Operating ≤ 4 W;

Peak ≤ 14 W @ 12 V

Structural dimensions

LRF0818C Mini Laser Rangefinder

Overall dimensions: ≤ 59.5 mm × 26 mm × 32 mm

Figure  — Mechanical and Opto-Mechanical Interface Diagram

ELECTRICAL INTERFACE

a) Supply voltage:5 V–16 V
b) Power consumption:standby ≤ 1 mW; operating ≤ 4 W; peak ≤ 14 W @ 12 V
c) The host computer connects to the rangefinder via a 6-pin connector for interface and testing.
 The pin assignment of the rangefinder’s power and communication port is shown in Table 1.

Table 1 — Pin assignment of the rangefinder power and communication port

Pin #

Pin No.

Remarks

P-1

VIN+

Power input, 4.5–16 V

P-2

VIN-

Power ground (GND)

P-3

POWER_ON

Module power enable (TTL, 3.3 V logic level);
Module ON (> 2.7 V), module OFF (< 0.3 V)

P-4

UART_TX

UART TXD (serial transmit), TTL, 3.3 V logic level

P-5

UART_RX

UART RXD (serial receive), TTL, 3.3 V logic level

P-6

GND

Serial ground (SGND)

a) Supply voltage: 4.5 V–16 V b) Power consumption: standby ≤ 1 mW; operating ≤ 4 W; peak ≤ 14 W @ 12 V c) The host computer connects to the rangefinder via a 6-pin connector for interface and testing.  The pin assignment of the rangefinder’s power and communication port is shown in Table 1. Table 1 — Pin assignment of the rangefinder power and communication port Pin # Pin No. Remarks P-1 VIN+ Power input, 4.5–16 V P-2 VIN- Power ground (GND) P-3 POWER_ON Module power enable (TTL, 3.3 V logic level); Module ON (> 2.7 V), module OFF (< 0.3 V) P-4 UART_TX UART TXD (serial transmit), TTL, 3.3 V logic level P-5 UART_RX UART RXD (serial receive), TTL, 3.3 V logic level P-6 GND Serial ground (SGND)

Connector Pin 1 Location

 
1535nm High-Precision TOF Sensor 8km 1535nm High-Precision TOF Sensor 8km 1535nm High-Precision TOF Sensor 8km 1535nm High-Precision TOF Sensor 8km

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