MshOt MF52-N User manual

Guangzhou Micro-shot Technology Co., Ltd
Inverted LED Fluorescence Attachment
MI-BG（U）-LED
MF52-N
User Manual
Website:www.m-shot.com
Email: [email protected]m

MI-BG(U)-LED Fluorescence Attachment

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.
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 or other transmission parts

Content
Ⅰ.Introduction.........................................................................................................................1
Ⅱ.Main Specification...........................................................................................................1
Ⅲ. Name of components.................................................................................................2~3
Ⅳ. Installation guide.......................................................................................................3~5
Ⅴ.Notes..................................................................................................................................6

1
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.
Ⅱ. Main Specification
1. Standard configuration
Excitation type
LED central
wavelength
Excitation filter
Dichroic mirror
Emmision filter
Blue
470-475nm
450-490nm
505nm
515nmLP
Green
530-535nm
510-550nm
565nm
575nmLP
UV
365nm
330-380nm
400nm
420nmLP
2. Optional configuration
Excitation type
LED central
wavelength
Excitation filter
Dichroic mirror
Emmision filter
UV(BP)
365nm
340-390nm
400nm
450/65nm
B(BP)
470-475nm
455-495nm
500nm
535/45nm
G(BP)
530-535nm
525/45nm
560nm
565-625nm

2
Ⅲ. Name of components
1. 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
1
2
3
4
5
6

3
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.
Body Fix slot
Push in the fix slot from side of the microscope bottom as image 01.
Image 01
2.Insert in the fluorescence attachment body along side of the slot slightly as image 02.

4
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. Connect power adapter as image 05.

5
Image 05
6. Power on the fluorescence attachment and adjust brightness by control knob as image
06.
Image 06
7.Put on sample slide to observe as image 07.
Image 07

6
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.
2. During fluorescence observation, the eyepiece shall not directly face the light or natural light, adjust
the position of the condenser to the lowest level, and turn down the diaphragm of the condenser. If the
stray light cannot be eliminated, block the upper end of the condenser with a non reflective black plate to
prevent the reflection from interfering the observation.
3. In the fluorescence observation, avoid the sample fluorescence quenching caused by too long time
lighting. The brightness can be adjusted to the lowest level or the power switch can be turned off directly
during the observation gap.
4. When observing bright field, adjust the excitation block to the UV / O position, then turn off the power
supply.
5. In the installation process, it is necessary to pay attention to the flatness of the attachment body and fix
slot position, otherwise the uniformity of the light may be poor.
6. This power supply must strictly use 12V 2A special adapter, and the customer who uses other adapters
and causes equipment damage shall bear the responsibility.