High Power IR Laser Module

FEATURES:

1.  3W IR Laser Illuminator.

2.  15° / 30° Divergence angle meet Class I Eye Safe laser regulation.

3.  9~36 VDC operation.

4.  This module has integrated optic, laser diode, and APC driver circuit.

5.  APC Driver Circuit enables the Laser output power safe and constant.

6.  CW to 10K HZ stable power output for demanding power and speed are of important.

7.  15° - Mid Range Application 30 meters to 100 meters.

     30° - Short Range Application 10 meters to 50 meters.

Laser products manufactured by Quarton inc. meet the international safety standards:

USA: FDA Class I, II, IIIa
Japan: PSC(JQA)
Europe: EU60825, CE & TUV-GS

Quarton inc. places emphasis on laser safety

About APC (automatic power control) circuit:

The Laser output power must be stable especially in safety reason.
But the Laser power is related to the Junction Temperature (Tj) of the LD. It means that as the different Tj, the Laser power will be increased or decreased.
An APC (automatic power control) circuit is used to compensate the varying Laser output power to constant.
As shown in the picture, The principle of the APC circuit is monitoring portion of the laser light from the LD by the built-in PD and real-time feedback to control the laser output power constant and safety.

Where to buy

Comparison sheet

Model Number Specifications	VLM-780-01 series VLM-850-01 series	VLM-780-03 series VLM-850-03 series	VLM-780-04 series	VLM-850-81 series	VLM-850-82 series	VLM-850-83 series
Dimensions	Ø10.5 x 19 mm	Ø7 x 21mm	Ø6.55 x 21.1mm	Ø16 x 17.5 mm	Ø16 x 29 mm	Ø22 x 27 mm
Operating voltage	2.6~6 VDC	2.6~6 VDC	2.6~6 VDC	4~6 VDC	9~36 VDC	4~6 VDC
Operating current	Less than 40mA	Less than 40mA / 30mA	Less than 40mA	Less than 300mA	Less than 600mA	Less than 600mA
Laser power output	Less than 0.7mW / 3mW	Less than 0.7mW / 3mW	Less than 0.7mW / 3mW
Laser class	Class I / Class IIIb	Class I / Class IIIb	Class I / Class IIIb	Class I, Eye safe	Class I, Eye safe	Class I, Eye safe
Wavelength	770~795nm / 840~865nm	770~795nm / 840~865nm	770~795nm	850nm	850nm	850nm
Collimating lens	Plastic lens	Plastic lens	Plastic lens	Glass lens	Glass lens	Glass lens
Output aperture	7mm	5mm	5mm	5mm	5mm	12.6mm
Beam shape	Ellipse	Ellipse	Ellipse	Round	Round	Round
Spot size	5±1mm at 5M	6±1mm at 5M	6±1mm at 5M	15°: 2.4M at 10M 30°: 4M at 10M	15°: 2.4M at 10M 30°: 4M at 10M	Less than 2M at 10M
Divergence (Half Angle)	0.5 mRad	0.6 mRad	0.6 mRad	15° / 30°	15° / 30°	6°
Beam alignment	Less than 3°	Less than 3°	Less than 3°	Less than 3°	Less than 3°	Less than 3°
Operating temp. range	+10°C ~+40°C	+15°C ~+30°C	+15°C ~+30°C	-10°C ~+50°C	-10°C ~+50°C	-10°C ~+50°C
Storage temp. range	-20°C ~+65°C	-20°C ~+65°C	-20°C ~+65°C	-20°C ~+65°C	-20°C ~+65°C	-20°C ~+65°C
Housing material	Brass	Steel	Zinc alloy	Bronze	Bronze	Bronze
Potential of housing	VDD(+)	VDD(+)	VDD(+)	VDD(+)	VDD(+)	VDD(+)
Electrostatic discharge (ESD)	30KV	20KV	20KV	30KV	30KV	30KV
Moisture sensitivity level (MSL)	Level 1 - acc to JEDEC J-STD-020E.	Level 1 - acc to JEDEC J-STD-020E.	Level 1 - acc to JEDEC J-STD-020E.	Level 1 - acc to JEDEC J-STD-020E.	Level 1 - acc to JEDEC J-STD-020E.	Level 1 - acc to JEDEC J-STD-020E.
Wire type	1007-26AWG / Spring	1007-26AWG	1007-26AWG / Spring	1007-26AWG	1007-26AWG	1007-26AWG
Cable length	115±15mm / 8±1mm	115±15mm	115±15mm / 4±1mm	115±15mm	115±15mm	115±15mm
Mean time to failure (MTTF) 25°C	5000hrs	5000hrs	5000hrs	10000hrs	10000hrs	10000hrs
Application	General purpose	Economic type	Economic type	IR high power illumination	IR high power illumination	IR high power illumination
Suggestion work distance	1~30 meters / 3~100 feet	1~10 meters / 3~40 feet	1~10 meters / 3~40 feet	10~100 meters / 40~300 feet	10~100 meters / 40~300 feet	50~200 meters / 150~600 feet
Datasheet download	Download Download	Download Download	Download	Download	Download	Download

** Operation temperature: it means within this temperature range, the laser spot/line will not be affected to change the spot size/line width. It can still work over this range, but the laser spot size or laser line width will be larger.