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will bring a serious damage to the instrument. 

8. 

Always use the power cord provided by manufacturer. 

 

Ⅴ、

  Maintenance and Care 

1.  All  the  lenses  have  been  adjusted  properly,  do  not  dismount  them  by  yourself 

please. 

2.  The nosepiece and coarse and fine focusing parts are so delicate that it is forbidden 

to disassemble them carelessly by your-self. 

3. 

Keep  the  instrument  clean,  wipe  dust  every  day,  and  do  not  pollute  the  optical 

element  when  wiping  away  the  dust  on  the  instrument.  Clean  the  Objective  by 

professional staff once a month.

 

4. 

The contaminations on the prism, as finger mark and oil, could be gently wiped with 

a  piece  of  lens  tissue  which  has  been  immersed  in  a  small  amount  of  the  mixture  of 

xylene(70%) and alcohol

30%

Note that the xylene and the alcohol are all burned 

easily. When in use, do not operate the power switch of various electrical equipment, and 

do not let them near the fire. Please make sure the room is ventilation.

 

5. 

Don’t use organic solvent to wipe the non-optical elements, when you need to clean, 

use the soft detergent, please. 

6.  When using, if the microscope is splash by liquid, cut off the power at once, and wipe 

up the moisture. 

7.  Do  not  disassemble  any  parts  of  the  microscope.  That  will  affect  the  function  or 

decline the performance of the microscope. 

8.  Place the instrument in a cool, dry position. After using the microscope, remember to 

cover it with dust helmet. Do wait for the lamp house cooling completely before cover. 

9.  Using environment: 

          a

Use indoor; 

          b

Working temperature: 0

~40

          c

Maximum relative humidity: it is 80% for temperature of 31

, the following is the 

linear decrease, 70% for 34

, 60% for 37

, 50% for 40

;   

          d) The highest elevation is 2000m

 

10.  Storage and transport environment:   

          a

Range of working temperature: -25

~+65

 

          b

Range of relative humidity: 0%~90% 

Warnings

It  may  harm  the  safety  of  the  users  if  not  operating  in  accordance  with  the 

instructions.  In  addition,  it  may  damage  the  microscope.  Please  operate  the  microscope 

strictly  according  to  this  instruction.  Transmitted  light  sources  (condenser  or  collector)  may 

produce  harmful  optical  radiation.  Do  not  look  directly  at  the  transmitted  light,  which  may 

cause eye damage   

 This microscope will not cause radiation and the electromagnetic interference to the 

surrounding environment, totally accordance with the EMC certification standards.

         

                 

 

 

 

This instruction uses these symbols to mark prominent words: 

  means  it  will  hurt  the  operator  or  damage  the  equipment  (objects  around  included) 

without paying attention to the warnings in this instruction. 

 

 

means it will damage the equipment if not following the instruction.

 

 

means comments

 

for operating and maintenance) 

Summary of Contents for A12.1061

Page 1: ...nd obtain satisfactory performance please study this instruction manual thoroughly before start to use your instrument A12 1061 A12 1062 Laboratory Biological Microscope A16 1062 LED Fluorescent Micro...

Page 2: ...cimen 18 5 Digital Viewing Head 19 5 1Digital Viewing Head 19 5 2 Installing 19 6 Fluorescent Observation 20 6 1Fluorescent Set 20 6 2Installing 20 6 3Method of Application 20 7 Phase Contrast Observa...

Page 3: ...nd and being damaged 2 Do keep the microscope out of direct sunlight high temperature or humidity dusty and easy shaking environment Make sure the stage is flat horizontal and firm enough 3 When movin...

Page 4: ...ect the function or decline the performance of the microscope 8 Place the instrument in a cool dry position After using the microscope remember to cover it with dust helmet Do wait for the lamp house...

Page 5: ...5 1 Components Name A12 1062 Condenser Eyepiece Digital viewing head Encoded nosepiece Stage Main body Objective A12 1061 Nosepiece Condenser Eyepiece Stage Viewing head Objective Main body...

Page 6: ...ponents The numbers indicate the order of assembly When assembling the components make sure that all parts are free of dust and dirt and avoid scratching any parts or touching glass surfaces Keeping t...

Page 7: ...ion to be easier during using A12 1062 Model Turn on the power supply The corresponding objective magnification on the LCD screen will be highlighted as shown in figure 3 when the nosepiece moves to a...

Page 8: ...ct the same standard cord please Insert the power adapter into the hole to charge for charging model Wrap the power cord around the back cover I when not in use Make sure that used voltage is consiste...

Page 9: ...endors 1 Loosen the screw I of brightness adjustment knob to take the brightness adjustment knob down Loosen six screws of the bottom plate to open the bottom plate 2 Loosen screw to take the LED lamp...

Page 10: ...t Diagram A12 1061 Tension Adjustment Collar Interpupillar Distance Indicator Aperture Diaphragm Main Switch Brightness Adjustment Knob Left Coarse Focus Knob Left Fine Focus Knob Collector Phase Cont...

Page 11: ...11 Portrait Adjustment Knob Lateral Adjustment Knob Power Socket Right Fine Focus Knob Locking Knob...

Page 12: ...m 0 to 100 the change value is 5 for one grid Solid blue dot Number adjustable LCD Screen Phase Contrast Slider Main Switch Brightness Adjustment Knob Left Coarse Focus Knob Tension Adjustment Collar...

Page 13: ...13 Portrait Adjustment Knob Lateral Adjustment Knob Power Socket Right Fine Focus Knob Locking Knob USB Interface...

Page 14: ...SLEEP appears on the screen as shown in figure 13 Click again to eliminate the state the SLEEP on the screen disappears and the normal working state is displayed 2 Long press the knob for 3s choose t...

Page 15: ...d rotation switch to up lighting 5 Press downward rotation switch to down lighting LOCK means that the user sets specific brightness when using a certain magnification objective and uses the lock func...

Page 16: ...ieces move both eyepieces until the left and right fields of view coincide completely 3 2 4 Focusing the Specimen Fig 19 1 Focus the specimen with 10X objective To avoid the objective touching the spe...

Page 17: ...ent knob it means the tension of the coarse adjustment knob is too low Turn the collar in the direction of the arrow to increase the tension 3 2 6 Aperture Iris Diaphragm Adjustment Fig 21 Turn the ap...

Page 18: ...the condenser when using the high magnification objective and descend it when using the low magnification one Centering the Condenser 1 Adjust the condenser focus knob to the highest position 2 Focus...

Page 19: ...face of CCD or CMOS according to the path into the video attachment 4 2 Focusing the Specimen After obtaining clear image by binocular observation observe the image on the computer or the monitor If i...

Page 20: ...ScopeImage 9 0 should be installed on the computer to process image 2 On the wireless digital viewing head is connected to the mouse is the power socket connected to the power supply is the HDMI inter...

Page 21: ...cent set is connected to the USB interface on the back of microscope which is powered by the microscope 6 2 Installing Fig 32 1 Mount the fluorescent set according to the assembly path in Fig 32 into...

Page 22: ...ntrast objective while the opening is used for bright field 7 2 1 Installing the Phase Contrast Slider Fig 34 The phase contrast slider has been installed before leaving factory so the user needn t to...

Page 23: ...iver until the center of bright ring and the dark ring are coincided 6 The 10 the 20 and 40 phase contrast objective use the same diaphragm on the phase contrast slider the center of the bright ring a...

Page 24: ...rk filed component forward then insert it into the corresponding hole of condenser After inserting tighten the screws on the left and right sides When observation in the dark filed a drop of cedar oil...

Page 25: ...Polarization Set Fig 39 41 1 Place the polarizer directly over the collector as shown in figure 39 2 Open the stopple on the nosepiece and insert the analyzer as shown in figure 41 9 2 2 Process of Ob...

Page 26: ...Head Inclined At 30 Interpupillary Distance 47 78mm Eyepiece Tube Dia 30mm Light Path Switchable 0 100 100 0 Tilting Binocular Head Inclined 5 35 Interpupillary Distance 47 78mm Eyepiece Tube Dia 30mm...

Page 27: ...ty Plan Objective 4x 0 10 W D 30 0mm 10x 0 25 W D 10 2mm 20x 0 40 W D 4 8mm 40x 0 65 W D 1 5mm 60x 0 80 W D 0 30mm 100x 1 25 Oil W D 0 3mm 100x 1 10 Water W D 0 2mm NIS60 Infinity Plan Phase Contrast...

Page 28: ...Epi Fluorescence Attachment 3W LED Epi Fluorescence Attachment Fly Eye Lens Illumination With 2 Filter Position Bright Field Position Switch Quickly With Attachable UV Shield B G Filters Filter U Filt...

Page 29: ...e mm Conjugate Distance Plan Achromatic Objective NIS45 4 0 10 20 6 10 0 25 17 9 20 0 40 6 4 40 0 65 1 5 100 Water 1 1 0 16 Plan Achromatic Objective NIS60 2 0 06 7 5 4 0 10 30 10 0 25 10 2 20 0 40 4...

Page 30: ...thickness of the cover glass is not suitable Use standard cover glass with thickness of 0 17mm Specimen is placed reversely Turn it over Dry objective has oil on it especially for 40X objectives Clea...

Page 31: ...cus when using high magnification objective The specimen is placed inversely The coverslip is too thick Turn inversely Use the standard coverslip 0 17mm 2 The objective touch the specimen when changed...

Page 32: ...out suddenly Use a unspecified lamp The voltage is too high Use the specified lamp to replace if the problem is not solved contact with maintenance department 3 The brightness is not enough Use a unsp...

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