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A) Application:

   This series microscope is a high precision instrument designed 

and produced by our company. It is specially designed for clinical 
examination and teaching demonstration in medical and health 
establishments, laboratories, agricultural science and technology 
field, research institutes. It is used for routine work and research in 
biology, bacteriology cytology and pharmacology. Providing with 
some optional accessories, the microscope will be enlarged its 
functions in demonstrating, collecting, saving and analyzing of the 
miro-image.

B) Principle:

    The principle of the microscope is showed in Fig 1. The lamp(a) 

illuminates. The light from lamp is introduced to the condenser( b) 
and then converged on the specimen (c) by the condenser. The 
image of the specimen(c) is first magnified by the objective(d) and 
then further magnified by the eyepiece(f). The prism(e) is used to 
change the direction of the light.

    Total magnification=

magnification of objective

multiply

magnification of eyepiece

C) Structure and main specifications:

   The structure of microscope is showed in Fig 2.

1. Eyepiece(1):

   

Usually,the microscope is only equipped with wide-field and 

plano-scope eyepiece WF10X. If you need, we will also provide 

you wide-field eyepieces as WF5X, WF6X, WF12.5X, WF15X, 
WF16X, WF20X, or Huygenian eyepieces as 5X, 6X, 10X, 12.5X, 

15X, 16X. The specifications of WF10X are showed as following:

  

P.1

a

b

e

c

d

f

Fig 1.The Principle Draft

In this microscope, the standard outfit of the objective system is DIN achromatic objectives which are 

4X, 10X, 40X (spring loaded), 100X (spring loaded, oil immersion). The objective 100X is a immersion lens. 
When the 100X objective is used, between its top and the cover glass, should drop some immersion oil and 

be sure to make the air bubble out. If there is some air bubble in oil, you may rotate the nosepiece once 
more, or add more oil again. After finish observing, the top of  the objective(100X and 40X) and the cover 
glass should be cleaned at once. Otherwise the remained dry oil will impair the imaging quality in the next 
observing. According to your requirement, we can also provide you infinity system plane-scope achromatic 
objectives, infinity system achromatic objectives, plane-scope achromatic objectives, and semi-plan 
achromatic objectives.

The specifications of the DIN achromatic objective system are showed as following:

     

with point

Magnification

WF10X

Wide Field Plane-
scope Eyepiece

10

18mm

Diameter of 

Viewing Field

24.95mm

Working 

Distance

Remark

DIN Achromatic 
Objective

R

emark

Numerical 

Aperture

Focal 
Distance

37.5mm

31.04mm

4X

10X

40X

100X

Working 

Distance

100

40

10

4

0.10mm

0.25mm

0.65mm

1.25mm

17.13mm

4.65mm

2.906mm

7.316mm

0.632mm

0.198mm

Cover Glass 
Thickness

 

0.17mm

0.17mm

0.17mm

0.17mm

Spring

Spring, Oil

2. Objective(4):

Magnification

Summary of Contents for A11.1303 Series

Page 1: ...www optoecu com 1 15 sale cnoec com A11 1303 Student Biological Microscope Instruction Manual...

Page 2: ...oubleshoot them by yourself according the manual please contact us or our representative in you area 3 Safety Before change a bulb or need to open the base ensure that the microscope has been disconne...

Page 3: ...Focusing System P 5 10 Illumination System P 5 D How to Use and Assemble P 6 E Trouble Shooting P 7 1 Troubles in Operating P 7 2 Troubles in Optical System P 8 3 Troubles in Electric System P 8 F Mai...

Page 4: ...F20X or Huygenian eyepieces as 5X 6X 10X 12 5X 15X 16X The specifications of WF10X are showed as following P 1 a b e c d f Fig 1 The Principle Draft In this microscope the standard outfit of the objec...

Page 5: ...Down 17 Swtich 18 Plate for Adjusting Brightness 16 Screw for Bulb Changing 8 Screw for Centring the Condenser Fig 2 The Structure Draft 3 Mechanical tube length 160mm 4 Conjugated distance between o...

Page 6: ...process software help you to preview measure compare count save and delete Connecting the CCD camera with the TV the micro image will be showed for teaching V type dual observing head 360 rotatable On...

Page 7: ...screen User friendly sophisticated micro image process software help you to preview measure compare count save and delete 3 Insert the CCD camera with the CCD Linker Connecting the CCD camera with th...

Page 8: ...the knob 25 built in rack and pinion mechanical system controls the condenser up or down Usually raise the condenser higher when 100X or 40X objective is used Down the condenser lower when 10X or 4X...

Page 9: ...b D How to use and assemble 1 Unpack the microscope and its parts carefully Check and sort out all parts according to the packing list 2 For the convenience of packaging and delivering the components...

Page 10: ...e 4X and 10X objectives can never come into contacting with your micro slide specimen because of our built in stop The 40X and 100X objectives may occasionally touch the micro slide specimen But becau...

Page 11: ...ld is dark Image moves while focusing The specimen is not caught stably by the clamp The image is yellow Blue filter is not used The viewing field is too dark P 8 Remove the dust and dirt There are du...

Page 12: ...to choose model XSP21 01V or XSP21 01T microscope 1 See Fig 4 and connect the CCD camera with the microscope as following steps 1 Take the plastic dust cover off from the viewing head and screw the v...

Page 13: ...nd its PL pilot lamp is lighting 3 Whether the TV is turned on the mode AV or VIDEO 4 Whether the rod on the right of trinocular head is pushed out 5 Whether the microscope is focused correctly At thi...

Page 14: ...can observe by using common eyepiece at the same time of showing the micro image in the PC screen The electron eyepiece is also used in model XSP21 01M or XSP21 01B microscope See Fig 6 and connect th...

Page 15: ...een as the following ways 1 Turn the plate 19 to make the illuminator darker 2 Turn the plate 10 to make the diameter of the iris diaphragm smaller 3 Rotate the knob 23 to lower the ABBE condenser Whe...

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