STA-H0306X 3km Laser Rangefinder Module

STA-H0306X adopts Jioptics' self-developed 1535nm human eye-safe erbium glass laser module, which is characterized by low power consumption, small size, light weight and high accuracy.

Maximum measuring range: 3000m (2.3x2.3m NATO targets) 6000 m (Large target)
Ranging accuracy ± 1m
Measurement accuracy ≥ 98%
Weight ≤ 57g

Details

 

Features of STA-H0306X Miniature Laser Rangefinder Module

 

1. Integrated configuration design and front end face multi-point sealing installation, strong anti-imbalance ability, high durability, long working life, eye safety;

2. Using non-thermal receiving optical design technology, with good optical noise suppression ability, near distance ranging performance and high and low temperature optical performance;

3. The internal interface of the circuit adopts the welding wire direct connection process, which is firm and reliable, which can avoid the short circuit or poor contact caused by the loosening, oxidation and water vapor of the connector, and improve the reliability and life of the product.

 

Applications of 3km Rangefinder Module

 

 

Specifications of STA-D0306X LRF Module

Item

Index

Model

STA-H0306X

Operating wavelength

1535nm ±10nm

Ranging range

20-6000m

Ranging capability

6000m

 Typical Large target, visibility ≥ 16km

3000m

Visibility ≥ 10km, target with 0.3 reflectivity for 2.3m × 2.3m NATO target

Communication Interface

RS422 / TTL(Customizable)

Humidity

≤ 60%

Ranging accuracy

±1m

Accuracy rate

≥98%

Divergence angle

≤0.5mrad

Ranging frequency

1~10hz

Size

48.5mm×36mm×26mm

Voltage

5V

Power consumption

Standby power consumption ≤1W.

Rated power consumption ≤1.6W.

Peak power consumption ≤4W

Working temperature

-40℃+70℃

Storage temperature

-50℃+75

Weight

57g

 

Ranging mode and ranging time

a) Single maximum continuous ranging time: ≥35min;

b) The maximum interval time for continuous distance measurement again: ≤15s.

Laser optical axis stability ≤ 0.1mrad (full temperature range);

Non-parallelism of the laser optical axis to the installation reference ≤0.25mrad;

 

Structure installation interface

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