40km Laser Target Designator
JV-LRF1540 is revolutionized modern warfare, acting as the "eyes" of precision-guided munitions (PGMs). This product provides the critical link between advanced weaponry and their intended targets, ensuring pinpoint accuracy and minimizing collateral damage.
Features
-Rapid Target Acquisition: Significantly reduces the time required for range measurement, crucial in dynamic situations.
-Enhanced Covertness: Minimizes the laser's "on-target" time, reducing the likelihood of detection by adversaries.
-Improved Accuracy: Reduces the impact of target or platform movement during measurement, leading to more precise distance readings.
Applications
-Laser Ranging -Positioning - Photoelectric reconnaissance
Technical parameter
Parameters / Model | JV-LRF1540 |
Wavelength | 1570nm±5nm |
Main function | a. Single Ranging and continuous ranging b.Optional distance imaging, forward and backward targeting instructions c. self-checking function |
Laser divergence angle | ≥0.6 mrad |
Continuous ranging frequency | 1Hz-20 Hz(adjustable) |
Ranging accuracy | ±5m |
Accurate ranging ratio | ≥98 % |
Maximum range A | ≥40 km |
Maximum range B | ≥16 km |
Minimum range | ≤500 m |
Range resolution | ≤50 m |
Voltage supply | DC18V-36V |
Weight | ≤10 kg |
Power consumption | Average≤200 W;Peak≤500 W |
Dimensions | ≤410*240*166mm |
Operational temperature | -40 - +65℃ |
Storage temperature | -55 - +70℃ |
Communication interface | TTL/RS422 |
NOTE
1. The laser emitted by this rangefinder is 1570nm which is safe for human eyes, although it is a safe wavelength for human eyes, it isn’t recommended to look directly at the laser ;
2. When adjusting the parallelism of the optical axis, please make sure to block the receiving shot.Otherwise the echo will be too strong, then it may lead permanent damage to the detector;
3. the module is non-hermetic, please make sure to ensure that the relative humidity of the usage environment is less than 80%, and ensure that the usage environment is cleanliness and hygiene, in case damage the laser;
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