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  • 1064nm Laser Rangefinder & Target Designator - 160mJ
  • 1064nm Laser Rangefinder & Target Designator - 160mJ
  • 1064nm Laser Rangefinder & Target Designator - 160mJ
  • 1064nm Laser Rangefinder & Target Designator - 160mJ
  • 1064nm Laser Rangefinder & Target Designator - 160mJ
  • 1064nm Laser Rangefinder & Target Designator - 160mJ
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1064nm Laser Rangefinder & Target Designator - 160mJ

LR160

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1064nm Laser Rangefinder & Target Designator - 160mJ 1064nm Laser Rangefinder & Target Designator - 160mJ 1064nm Laser Rangefinder & Target Designator - 160mJ 1064nm Laser Rangefinder & Target Designator - 160mJ 1064nm Laser Rangefinder & Target Designator - 160mJ 1064nm Laser Rangefinder & Target Designator - 160mJ

PRODUCT DESCRIPTON

The ERDI LASER LR160 is a compact 1064 nm laser target designator and rangefinder delivering high-energy output for long-range precision engagement. With switchable pulse energy and accurate multi-target ranging, it is designed for integration into UAV gimbals, airborne pods, vehicle turrets, and border or coastal surveillance systems operating in harsh environments.

Key Advantage

  • High-Energy Long-Range Capability
    Switchable 85 mJ / 160 mJ output enables reliable ranging up to 30 km and effective coded laser illumination for extended-range missions.

  • Fast Multi-Target Ranging
    10 Hz ranging with selectable first, second, and last target improves detection efficiency in complex or cluttered scenes.

  • Precision Coding and Synchronization
    Supports accurate frequency and time-code laser designation with microsecond-level timing control and internal/external synchronization.

  • Compact and Integration-Friendly
    Optimized size, weight, and RS-422 digital interface simplify integration into airborne and ground-based electro-optical platforms.

  • Designed for Harsh Environments
    Stable operation across a wide temperature range ensures dependable performance under demanding operational conditions.



 

TECHNICAL PARAMETERS

Laser Wavelength

1064nm±1nm

Laser Energy

85 mJ and 160 mJ (switchable)

Optical Delay

304 μs±1μs

Beam Divergence

≤0.2mrad

Laser Designation Frequency

8～21Hz

Ranging Frequency

10Hz

Laser Pulse Width

l0ns ～l5ns

Power Stability

≤8%

Ranging Range

0.2 m – 30 km
(target size 10 m × 10 m × 8 m, visibility 30 km)

Ranging Error

≤5m

Target Selection

First Target / Second Target / Last Target

Valid Measurement Rate

98%

Trigger Mode

Internal Sync Illumination, External Sync Illumination
(Trigger Delay: 304.0 μs ± 0.1 μs)

Dimensions

≤306×145×94mm

Weight

≤3.3kg

Laser Designation Performance

Laser Designation Center Frequency: 20 Hz

Low/Normal Temperature, 85 mJ Output
Laser designation time: 90 s, rest: 60 s, 5 consecutive cycles

Low/Normal Temperature, 160 mJ Output
Laser designation time: 60 s, rest: 60 s, 5 consecutive cycles

High Temperature, 85 mJ Output
Laser designation time: 90 s, rest: 60 s, 1 cycle

High Temperature, 160 mJ Output
Laser designation time: 60 s, rest: 60 s, 1 cycle

Ranging Performance

Minimum Measuring Distance: ≤ 300 m

Maximum Measuring Distance: ≥ 30 km
(target size 10 m × 10 m × 8 m, diffuse reflectivity ≥ 0.2, visibility ≥ 30 km, relative humidity ≤ 70%)

Ranging Frequency: 10 Hz (up to 3 targets)

Continuous Operating Cycles:

l Low/Normal Temperature:
Operate 5 minutes, rest 4 minutes, 5 consecutive cycles

l High Temperature, 85 mJ Output:
Operate 5 minutes, rest 4 minutes, 2 consecutive cycles

l High Temperature, 160 mJ Output:
Operate 2 minutes, rest 4 minutes, 2 consecutive cycles

 

RS422

External Synchronization Interface

+5 V differential line-driver chip, RS-422 interface (laser emission delay from external sync signal: 304.0 μs ± 0.1 μs)

Coding Mode

Precise frequency coding and time coding

Period Accuracy

  <±1us

Power Supply

DC 24V±4V

Startup Time

< 1 minute (at room temperature)

Low Temperature

Operating temperature: −40 °C
Storage temperature: −45 °C

High Temperature

Operating temperature: +60 °C
Storage temperature: +65 °C

DIMENSION(mm)



INTERFACE

1. The electrical connection interface consists of the J30J-21ZKPand J30J-04ZK
The interface definitions are as follows:

Table 1 — J30J-21ZKP Interface Definition

J30J-21ZKP

Pin

Function

Description

Direction

Remarks

1

TX+

RS-422 TX+

Output

 RS-422 Communication Interface

2

TX-

RS-422 TX−

Output

3

RX+

RS-422 RX+

Input

4

RX-

RS-422 RX−

Input

5

GND

RS-422 GND

GND

6

EN+

Power Enable

 

24 V Power Enable Switch

7

EN-

Power Enable

 

8-13

 

Not Connected / NC

 

 

14

A

External Sync Differential + (A)

Input

A and B are the A/B differential outputs of the RS-422 driver chip

15

B

External Sync Differential − (B)

Input

16

LED+

DC5V

Input

Laser Designation Power Supply

17

LED-

GND

Input

18-21

 

 

 

 

 

Table 2 — J30J-04ZK Interface Definition

J30J-04ZK

Pin

Function

Description

Direction

Remarks

A、B

24V

Power Supply

Input

Red

C、D

GND

Power GND

Input

Black
2. Power Supply Interface:+24 VDC ±10%
3. External Trigger:RS-422 differential signal
  1. Cooling Method:Cooling fan located at the front of the device

Information Download

  • PRODUCT DESCRIPTON

  • TECHNICAL PARAMETERS

  • DIMENSION(mm)

  • INTERFACE

  • Information Download

The ERDI LASER LR160 is a compact 1064 nm laser target designator and rangefinder delivering high-energy output for long-range precision engagement. With switchable pulse energy and accurate multi-target ranging, it is designed for integration into UAV gimbals, airborne pods, vehicle turrets, and border or coastal surveillance systems operating in harsh environments.

Key Advantage

  • High-Energy Long-Range Capability
    Switchable 85 mJ / 160 mJ output enables reliable ranging up to 30 km and effective coded laser illumination for extended-range missions.

  • Fast Multi-Target Ranging
    10 Hz ranging with selectable first, second, and last target improves detection efficiency in complex or cluttered scenes.

  • Precision Coding and Synchronization
    Supports accurate frequency and time-code laser designation with microsecond-level timing control and internal/external synchronization.

  • Compact and Integration-Friendly
    Optimized size, weight, and RS-422 digital interface simplify integration into airborne and ground-based electro-optical platforms.

  • Designed for Harsh Environments
    Stable operation across a wide temperature range ensures dependable performance under demanding operational conditions.



 

Laser Wavelength

1064nm±1nm

Laser Energy

85 mJ and 160 mJ (switchable)

Optical Delay

304 μs±1μs

Beam Divergence

≤0.2mrad

Laser Designation Frequency

8～21Hz

Ranging Frequency

10Hz

Laser Pulse Width

l0ns ～l5ns

Power Stability

≤8%

Ranging Range

0.2 m – 30 km
(target size 10 m × 10 m × 8 m, visibility 30 km)

Ranging Error

≤5m

Target Selection

First Target / Second Target / Last Target

Valid Measurement Rate

98%

Trigger Mode

Internal Sync Illumination, External Sync Illumination
(Trigger Delay: 304.0 μs ± 0.1 μs)

Dimensions

≤306×145×94mm

Weight

≤3.3kg

Laser Designation Performance

Laser Designation Center Frequency: 20 Hz

Low/Normal Temperature, 85 mJ Output
Laser designation time: 90 s, rest: 60 s, 5 consecutive cycles

Low/Normal Temperature, 160 mJ Output
Laser designation time: 60 s, rest: 60 s, 5 consecutive cycles

High Temperature, 85 mJ Output
Laser designation time: 90 s, rest: 60 s, 1 cycle

High Temperature, 160 mJ Output
Laser designation time: 60 s, rest: 60 s, 1 cycle

Ranging Performance

Minimum Measuring Distance: ≤ 300 m

Maximum Measuring Distance: ≥ 30 km
(target size 10 m × 10 m × 8 m, diffuse reflectivity ≥ 0.2, visibility ≥ 30 km, relative humidity ≤ 70%)

Ranging Frequency: 10 Hz (up to 3 targets)

Continuous Operating Cycles:

l Low/Normal Temperature:
Operate 5 minutes, rest 4 minutes, 5 consecutive cycles

l High Temperature, 85 mJ Output:
Operate 5 minutes, rest 4 minutes, 2 consecutive cycles

l High Temperature, 160 mJ Output:
Operate 2 minutes, rest 4 minutes, 2 consecutive cycles

 

RS422

External Synchronization Interface

+5 V differential line-driver chip, RS-422 interface (laser emission delay from external sync signal: 304.0 μs ± 0.1 μs)

Coding Mode

Precise frequency coding and time coding

Period Accuracy

  <±1us

Power Supply

DC 24V±4V

Startup Time

< 1 minute (at room temperature)

Low Temperature

Operating temperature: −40 °C
Storage temperature: −45 °C

High Temperature

Operating temperature: +60 °C
Storage temperature: +65 °C


1. The electrical connection interface consists of the J30J-21ZKPand J30J-04ZK
The interface definitions are as follows:

Table 1 — J30J-21ZKP Interface Definition

J30J-21ZKP

Pin

Function

Description

Direction

Remarks

1

TX+

RS-422 TX+

Output

 RS-422 Communication Interface

2

TX-

RS-422 TX−

Output

3

RX+

RS-422 RX+

Input

4

RX-

RS-422 RX−

Input

5

GND

RS-422 GND

GND

6

EN+

Power Enable

 

24 V Power Enable Switch

7

EN-

Power Enable

 

8-13

 

Not Connected / NC

 

 

14

A

External Sync Differential + (A)

Input

A and B are the A/B differential outputs of the RS-422 driver chip

15

B

External Sync Differential − (B)

Input

16

LED+

DC5V

Input

Laser Designation Power Supply

17

LED-

GND

Input

18-21

 

 

 

 

 

Table 2 — J30J-04ZK Interface Definition

J30J-04ZK

Pin

Function

Description

Direction

Remarks

A、B

24V

Power Supply

Input

Red

C、D

GND

Power GND

Input

Black
2. Power Supply Interface:+24 VDC ±10%
3. External Trigger:RS-422 differential signal
  1. Cooling Method:Cooling fan located at the front of the device

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