LR160 1064 nm Product Documentation - GST inc

austarsmodel@yahoo.com (Austars Model Pty Ltd) — Thu, 05 Nov 2026 10:41:30 +0800

Detailed LR160 Specifications

The technical material below is retained for this model only. Do not transfer a range, pulse, interface, mechanical or safety value from another 1064 nm product.

Specifications

The tables below retain the supplied model record except for entries explicitly withheld after a comparison with the current model PDF. A value, option or condition from another model is not interchangeable. General explanations are separated from model-specific entries.

Source-review note

The document contains conflicting near-distance statements and differing timing-tolerance wording. The old pulse-width transcription also contains an ambiguous character. A corrected controlled source is required for the withheld fields.

Current LR160 document � source checked 13 September 2026. On a small screen, swipe wide tables horizontally to read every column.

LR160 � TECHNICAL SPECIFICATIONS
Laser Wavelength	1064nm±1nm
Laser Energy	85 mJ and 160 mJ (switchable)
Optical Delay	Withheld pending a corrected, controlled model specification. See the source-review note above.
Beam Divergence	≤0.2mrad
Laser Designation Frequency	8～21Hz
Ranging Frequency	10Hz
Laser Pulse Width	Withheld pending a corrected, controlled model specification. See the source-review note above.
Power Stability	≤8%
Ranging Range	Withheld pending a corrected, controlled model specification. See the source-review note above.
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	Withheld pending a corrected, controlled model specification. See the source-review note above.
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

LR160 � PIN INTERFACE
Pin	Function	Description	Direction	Remarks
J30J-21ZKP
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		24 V Power Enable Switch
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	Laser Designation Power Supply
18-21

LR160 � PIN INTERFACE
Pin	Function	Description	Direction	Remarks
J30J-04ZK
A、B	24V	Power Supply	Input	Red
C、D	GND	Power GND	Input	Black

Technical drawings

LR160 � OUTLINE DIMENSION(mm)

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LR160 1064 nm Product Documentation - GST inc

Detailed LR160 Specifications

Specifications

Source-review note

Technical drawings