• 1.Target illumination guidance 2.Target distance measurement 3.Encoded laser output 4.Overvoltage, overcurrent, and over-temperature protection, with reverse polarity protection for the power supply Differential signal external trigger function
  • 1.Target illumination guidance 2.Target distance measurement 3.Encoded laser output 4.Overvoltage, overcurrent, and over-temperature protection, with reverse polarity protection for the power supply Differential signal external trigger function
  • 1.Target illumination guidance 2.Target distance measurement 3.Encoded laser output 4.Overvoltage, overcurrent, and over-temperature protection, with reverse polarity protection for the power supply Differential signal external trigger function
  • 1.Target illumination guidance 2.Target distance measurement 3.Encoded laser output 4.Overvoltage, overcurrent, and over-temperature protection, with reverse polarity protection for the power supply Differential signal external trigger function
  • 1.Target illumination guidance 2.Target distance measurement 3.Encoded laser output 4.Overvoltage, overcurrent, and over-temperature protection, with reverse polarity protection for the power supply Differential signal external trigger function
  • 1.Target illumination guidance 2.Target distance measurement 3.Encoded laser output 4.Overvoltage, overcurrent, and over-temperature protection, with reverse polarity protection for the power supply Differential signal external trigger function

60mJ Laser Rangefinder Target Designator

60mJ Laser Rangefinder Target Designator

Model: LDR60K2
Request a Quote This laser rangefinder target designator adopts a unique light source design, achieving up to 60mJ laser output with a pulse width greater than 10ns, all within a very compact size. The initial laser divergence angle is 50% smaller than that of conventional products. The emitter uses a combined aperture design for both emission and reception, which makes the structure compact and suitable for applications such as optoelectronic pods and vehicle-mounted ranging systems.

Main Parameters of Laser Light Sources

Laser Wavelength

1064nm±1nm

Pumping Method

Semiconductor pumping

Repetition Rate

1～20Hz

Output Energy

≥60mj@20Hz

Irradiation Distance

≥6km

Pulse Width

10ns~20ns

Beam Divergence Angle

≤0.3mrad

Optical Axis Stability

＜0.1mrad

Pulse Energy Stability

<5%(RMS,within one irradiation cycle)

Operating Time@20Hz

Work for 1 minute,rest for 0.5 minute;after 8 cycles,rest for 15 minutes before continuing to work.

Power Supply

DC 28V±4V

Power

Standby power consumption≤20W;Peak power consumption≤120W

Encoding Type

Built-in precise frequency encoding, variable interval code, supports pseudo-random encoding

Encoding Accuracy

≤1.5μs@20Hz

Range Measurement System Specifications

Ranging Mode

Pulse ranging

Ranging Frequency

1~10Hz

Maximum Measurement Distance

> 10Km (3m × 3m target board, visibility > 23km, target reflectivity > 20%)

Minimum Measurement Distance

≤500m

Ranging Accuracy

±5m

Measurement Success Aate

≥98%

Interfaces And Structure

Serial Port

RS422 serial port, external synchronization input at 422 level, 0-5V external synchronization irradiation

Product Dimensions

≤198X109X75.5mm

Weight

≤1400g

Cooling Method

Air cooling

Environmental Adaptability

Operating Temperature

-40℃～+60℃

Storage Temperature

-50℃～+75℃

Vibration

Meets the frequency range and power density requirements specified in MIL-STD-810G (frequency 5Hz to 500Hz, duration 12 minutes)

Shock

Meets the functional shock requirements of MIL-STD-810G
2D Dimension Image
Communication Interface
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