395nm 60W High-power UV LED Model. Art. No.:Q404060-06D-UL

Single Linear Array Structure Light Type, High Ultraviolet light energy output. Choose high -performance SMD3535 UV LED Encapsulate products and Pure copper substrate. Used for modification of a variety of small optical curing modules.

Features

※ High -efficiency Heat Dissipation Copper Circuit Board;

※ Thermal And Circuit Separation Process;

※ High Performance, Stable High -power Uv Led;

※ Suitable For Design Of High -power Modules;

※ Various Wavelengths Are Optional Or Customized.

Datasheet 218.1 KB/PDF

Exterior Dimension（mm）	40404.6
light emission area(mm)	24*24
Peak wavelength(nm)	395±2.5
Power Consumption(Max)	60W
Forward voltage(V)	30~40
Type forward current(A)	1.0
Max forward current(Max)	1.5
Irradiance(W/cm²)	6~8
half view angle(Deg)	60°
LED Encapsulation	SMD3535
LED Qty.(pcs)	20
PCB Mat.	Copper
Model Type	UVA
Wiring type	welding

Specifications
Characteristics
Dimensional outline (unit: mm)

Specifications

Optical Specification

Parameter		Symbol	Unit	Q404060-06D-RL	Q404060-06D-TL	Q404060-06D-UL	Q404060-06D-VL	Q404060-06D-WL
Typical Wavelength		λ	nm	365~370	380~390	390~400	400~410	410~420
Peak wavelength(±2.5nm)		λp	nm	367.5	385	395	405	415
Radiant Flux(Max)		øe	mW	18000	23500	24800	24800	23600
UV Irradiance	distance: 0mm	/	W/cm²	12	13	6	15	15
UV Irradiance	distance: 2mm	/	W/cm²	14	16	8	18	18
Viewing Angle		2Ө1/2	Deg	60
Led Design Life		t	h	20000Hrs

Electric Specification

Parameter	Unit	Specification		Noted
Parameter	Unit	Min	Max	Noted
Input Voltage	V	30	40	CC
Input Current	A	/	1.5	CC
Power Consumption	W	/	60	/
Dimensions	mm	40x40x4.6(LWH)		/
Cooling Method	/	Not Included		/
External Control	/	Not Included		/
Drivers	/	Not Included (Suggest Constant current driver)		/

※ These values are measured by RAYTRON within the following tolerances:

-Input Voltage:±0.1V; -Wavelength:±3nm; -Irradiance:±10%

※ Some values may vary slightly depending on the conditions of the test equipment.

※ Maximum uv irradiance within the irradiation area.

※ Average time until the irradiance drops to 70% of the initial level when operated at 25℃.

Characteristics

Simulation of irradiance distribution (longitudinal displacement)

※ The above data is based on the test results of chip manufacturers, and will be updated continuously, and there will be iterative differences. Manufacturers have the right to explain.