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Three-channel LED Light Source

ORI-KJ-09-HT01 is a three-channel LED for applications such as microscope illumination, multi-color fluorophore excitation. The device consists of three high-power LED light sources, collimating elements, dichroic frames, radiators and other mechanical parts. The design can realize 7° divergence Angle, stable output power, and and minimal overheating damage. The three-channel LED can realize the flexible wavelength combination, easy assembly and disassembly, continuous or millisecond pulse output through the controller, light intensity continuously adjustable.


Product Classification:

LED fluorescence light source


key word:

Fluorescent Imaging

Three-channel

LED Light Source

fluorescence microscopy


Product Details


ORI-KJ-09-HT01 is a three-channel LED for applications such as microscope illumination, multi-color fluorophore excitation. The device consists of three high-power LED light sources, collimating elements, dichroic frames, radiators and other mechanical parts. The design can realize 7° divergence Angle, stable output power, and and minimal overheating damage. The three-channel LED can realize the flexible wavelength combination, easy assembly and disassembly, continuous or millisecond pulse output through the controller, light intensity continuously adjustable.

Table1. Parameters Table

Category

Three-channel LED Light Source

Wavelength

365-1500nm optionalfor details of NIR (980-1450nm) and UVA-UVC (254-365nm), please consult separately

Optical Power

Details as bellowed table 2

Optical Spot Size (at exit)

D=25mm

Angle of Divergence

<7°

Lifetime

>10000h

Operating Temperature

0~40

Storage Temperature

-40~70

Dimension

224.5×198×50mm

Weight

1050g

 

Operating Environment

The LED will gradually heat up when using, which will lead to the attenuation of optical power and even shorten the life of the LED. We have excellent heat dissipation structure design, which can prolong the lifetime of LED light source and reduce power loss. Please work in a ventilated environment to avoid overheating, to avoid the decrease of optical power and shorten the lifetime of LED.

Table 2. LED Typical Optical Characteristics

Recommendation: Select the wavelength through three ranges, 365-505nm, 510-600nm, 600-750nm, and other combinations are separately consulted.

Peak wavelengthnm

Rangenm

Radiated Optical PowermW

Spectral FWHMnm

365

365-370

450-550

9

380

380-390

550-650

12

400

400-405

400-500

17

410

410-420

350-400

16

420

420-430

350-400

17

430

430-440

300-400

19

455

455-460

300-400

20

470

470-480

400-500

20

480

480-485

200-300

23

520

520-525

120-150

30

535

535-545

80-120

30

550

540-560

60-80

40

560

550-570

60-80

40

590

580-600

60-80

25

625

615-635

300-350

15

660

655-665

200-300

20

730

720-740

200-250

22

 

1.The wavelength error is ±5.0nm, and the radiated optical power error is ±5%. The above parameters are for reference only, and the actual factory test data shall prevail.

2. All Specifications subject to change.

Power Supply

We provide the corresponding light source driver, as shown in the figure below. If you are equipped with a constant current drive power supply, please contact us for the pin diagram and strictly follow it when connecting. At the same time, please ensure that the operating current does not exceed the maximum allowable value, provide sufficient forward voltage, and connect the pins correctly.

Maintenance & Service

To avoid damage, do not expose them to sprays, liquids or solvents, and do not open the outer covering. In case of failure, please contact service@oricszlab.com, we will provide you with after-sales service and technical support as soon as possible.

Warning and safety

This LED is not suitable for home interior lighting, must not be operated in explosive atmospheres, and can only be used with shielded connecting cables.

UV Warning

The LED emits strong light when working. Part of the LED emission spectrum contains UV components. Do not look directly at the LED light during operation, even a short exposure time may be harmful to the eyes. If direct viewing of the beam is required, protective goggles must be worn to avoid eye injury.

 

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