Before use
X D
S – 3FL
Inverted fluorescence microscopesspecially suit for research work for activity cell, tissue, fluidness and sediment,
especially for biology, cytology, oncology, genetics and immunology etc. It is widely used in Lab, university,
medical, epidemic prevention and so on.
Figure 1
1. Notice:
ŁAs the microscope is a precision instrument, a lways
operate it with care, avoiding physical shake during the
operation.
łDo not let the microscope emerge in the sun directly, e
ither not in the high temperature, damp, dusty or acute
shake place. Make sure the worktable is horizontal.
Following environment is required: Indoor temperature:
5ć40 , Max relative humidity:80%.ć
ŃWhen moving the microscope, you should use both
hands to hold ķand ĸas shown on figure, and lay it
down carefully. (Figure 1)
Figure 2 ńFluorescence microscope should be used under dark
environment.
ŅIn order to protect eyes, do not stare at fluorescence light
directly.
ņThe bulb should be vertical under using, the inclined
angle should be less than 15 degrees, otherwise it will
make bulb damage.
ŇFluorescence sample will be faded by ultraviolet
radiation, so it can not for long save. Do not expose the
sample under fluorescence light for long time, it will be
quenched.
Figure 3 ňWhen working, the surface of the lamp holder Ĺand
bulb house ĺwill be very hot. Make sure there is
enough space (especially its above) for the heat
dissipating. (Fig. 1)
ʼnConnect the microscope to the ground to avoid lightning
strike.
ŊMake sure the switch Ļ,ļare at “!” position, cut off power supply and wait all parts cool down before
replace bulbs, fuse the fuse. It would be better to do so after cooling the bulb and the lamp holder. (Fig. 2, 3)
ƾStandard bulb:
Fluorescence light: 100W mercury bulb Transmitted light: 6V30W halogen bulb
ŋPower supply: 90-240V
ŌPlease use the plug provide our company.
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