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Attentions:

1. The brightness of the LED in the illuminator can be adjusted freely according to the difficulty of

excitation of the observed sample; generally, lower than the full load current is beneficial to prolong the

service life of the LED lamp bead; if allowed, it is recommended to adjust the brightness below full load

for use.

2. During fluorescent observation, the eyepiece should not directly face the light or natural light; adjust

the position of the condenser to the lowest, and reduce the aperture of the condenser. If stray light cannot

be eliminated, use a non reflective black plate to block the upper end of the condenser to prevent the

reflection from interfering with the observation.

3. In the fluorescence observation, avoid the sample fluorescence quenching caused by too long

illumination. Adjust the brightness to the minimum or turn off the power switch directly in the

observation gap, and then adjust the brightness when observing.

4. Adjust the excitation block to UV / 0, and then turn off the power supply of the fluorescent module;

5. In the installation process, pay attention to the smoothness of the module position, otherwise the

uniformity of the light may become worse.

This power supply must strictly use the special adapter of 12V 2A, and the customer who uses other

adapters shall be responsible for the equipment damage.

Mark

Channels

Empty for bright field observation

Blue LED excitation

Green LED excitation

UV LED excitation

Summary of Contents for MI-BGU-LED-CKX53

Page 1: ...User Manual MI BGU LED CKX53 Inverted LED Fluorescence Illuminator ...

Page 2: ...maintain it properly please read this manual carefully before operating this unit Warning Do not use or place the instrument in the place with high temperature humidity or dust for a long time Suitable working temperature 5 to 35 Suitable relative humidity 20 to 80 25 Note do not immerse the instrument in water or solvent Note do not place accessories not provided by our company in the frame body ...

Page 3: ...Content Ⅰ Introduction 1 Ⅱ Specification 2 3 Ⅲ Installation 3 4 Ⅳ Operation 5 6 ...

Page 4: ......

Page 5: ...rking life LED as light source can easily expand Olympus CKX53 microscope into an energy saving efficient easy to operate and super long life LED lighting fluorescence microscope and do not effect original bright field observation Light port Lever Power plug Fix slot Brigthness knob vents ...

Page 6: ... 1 Specification Excitation group LED wavelength Excitation wavelength Dichroic mirror Emmision filter B 470 475nm 475 30nm 505nm 535 40nm G 530 535nm 540 25nm 565nm 605 55nm UV 365nm 375 30nm 415nm 460 50nm MI BGU LED ...

Page 7: ...B LP 470 475nm 460 490nm 505nm 510nmLP G LP 530 535nm 510 550nm 570nm 575nmLP Y optional 560nm 540 580nm 600nm 610nmLP Ⅲ Installation Unpack and take out the corresponding accessories including LED fluorescence module power adapter fluorescence module fixed base plate LED fluorescence module Power adapter 12V 2A Fluorescence module fixed base plate ...

Page 8: ...in fluorescent module fixed bottom plate on the microscope base and the bottom plate is fixed on the microscope by tightening the screws Clip the fixing groove of fluorescence module into the installed bottom plate track and slowly push it into the microscope light path along the track Tighten the screws behind the fixing base plate of the fluorescent module to fix the fluorescence module on the m...

Page 9: ...e sound of click that is the light source has been turned on Continue to turn the knob to increase the brightness Adjust the fluorescence to the appropriate brightness Put the sample on the stage switch to the 10x objective lens and adjust the thickness of the quasi focus spiral focusing Push and pull the fluorescent rod to exchange different fluorescence channels ...

Page 10: ...condenser to prevent the reflection from interfering with the observation 3 In the fluorescence observation avoid the sample fluorescence quenching caused by too long illumination Adjust the brightness to the minimum or turn off the power switch directly in the observation gap and then adjust the brightness when observing 4 Adjust the excitation block to UV 0 and then turn off the power supply of ...

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