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Thank you for buying our product! This unit is a precision optical instrument. Our product has been design to provide the highest level of safety, however, improper operation or negligence in following the instructions in this manual may cause personal injuries and property losses. In order to ensure your safety, prolong the life of this unit and maintain it properly, please read this manual carefully before operating this unit.
Ⅰ.Introduction The MSHOT MI-LED series LED fluorescence attachment takes us of long working life LED as light source, can easily expand an ordinary microscope of infinite optical system into an energy-saving, efficient, easy to operate and super long-life LED lighting fluorescence microscope and do not effect original bright field observation.
Ⅲ. Name of components Fluorescence light path port 2.Fluorescence excitation changing lever 3. Heat dissipation hole 4.Power supply port 5.Brightness control knob 6.Fluorescence attachment fixed slot Function: 1.Fluorescence light path port——allow fluorescence light pass 2.Fluorescence excitation changing lever——can changing-over among BGU lights 3.Heat dissipation hole——reduce machine heating during working 4.Power supply port --used to connect power adapter...
5.Brightness control knob--adjust fluorescence light source brightness 6.Fluorescence attachment fixed slot-- connect the fluorescence attachment to microscope Ⅳ. Installation guide Takes use of one microscope as example: 1.Open package and take out the product as below, accessories includes attachment, power adapter and allen driver.
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Image 02 3.Fix screw in the fluorescence attachment from back of the microscope with allen driver as image 03. Image 03 4.If light center is not correct, can slight adjust screw on the side of the fluorescence attachment as image 04. Image 04 5.
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Image 05 6. Power on the fluorescence attachment and adjust brightness by control knob as image Image 06 7.Put on sample slide to observe as image 07. Image 07...
Ⅴ.Notes 1. The brightness of the LED in the illuminator can be adjusted freely according to the observing sample fluorescence excitation intensity. Lower than the full load current is conducive to extending the service life of the LED lamp. If fluorescence brightness is allowed, it is recommended to adjust the brightness to use below the full load.
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