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1.0 General safety instructions

Intended use: As a non-medical device 

This microscope is intended for general observation of cells and tissues. The microscope is intended to be used with 
transmitted/reflected illumination and with the specimen fixed on a slide.

1.1 Dangers associated with the operation 

• 

Improper use could result in injury, malfunction or damage to property. It must be ensured that the operator 
informs every user of existing hazards

• 

Danger of electrocution. Disconnect the power to the entire lighting system before installing, adding or 
changing any component

• 

Not to be used in corrosive or explosive environments

• 

Avoid direct exposure of eyes to the collimated light beam or direct light from the light guides or fibers

• 

To avoid a hazard to children, account for all parts and keep all packing materials in a safe place

1.2 Photobiological safety LED, important safety instructions 

• 

Avoid direct eye exposure to any LED light source while it is on

• 

Before looking into the eyepieces of the microscope, lower the intensity of the LED illumination to a low level

• 

Avoid high-intensity exposure and long exposure to LED light because this can cause acute damage to the 
retina of the eye

1.3 Prevention of biological and infectious hazards 

Infectious or bacterial or viral biohazard substances under observation may be a risk to the health of humans and 
other living organisms. Special precautions should be taken:

• 

Biological hazards: 

keep a logbook of all the biological substances or pathogenic microorganisms that were 

under observation with the microscope and show it to everybody before they use the microscope or before 
they do some maintenance work on the microscope! Agents can be bacterial, spores, enveloped or non-
enveloped virus particles, fungi or protozoa

• 

Contamination hazard:

  

• 

A sample that is properly enclosed with a cover glass, never comes in direct contact with the microscope 
parts. In that case prevention of contamination lies in the handling of the slides, as long as the slides are 
decontaminated before use and are treated normally and are not damaged, there is virtually zero risk of 
contamination

• 

A sample that is mounted on a slide without cover glass, can come in contact with components of the 
microscope and be a hazard to humans and/or the environment. Therefore, check the microscope and 
accessories on possible contaminations. Clean the microscope surfaces and its components as thoroughly 
as possible and should you identify a possible contamination, inform the local responsible person in your 
organization

• 

Microscope operators could be contaminated from other activities and cross-contaminate components 
of the microscope. Therefore, check the microscope and accessories on possible contaminations. Clean 
the microscope surfaces and its components as thoroughly as possible and should you identify a possible 
contamination, inform the local responsible person in your organization. It’s recommended to wear sterile 
gloves when preparing the slides and manipulating the microscope in order to reduce contamination by the 
operator

• 

Infection hazard:

 direct contact with the focusing knobs, stage adjustments, stage and eyepieces/tubes of 

the microscope can be a potential source of bacterial and/or viral infections. The risk can be limited by using 
personal eyeshades or eyepieces. You can also use personal protections such as operation gloves and/or safety 
goggles which can be frequently changed to minimize the risk

• 

Disinfectant hazards

: before cleaning or disinfection check if the room is adequately ventilated. If not, 

wear respiratory protective equipment. Exposure to chemicals and aerosols can harm human eyes, skin and 
respiratory system. Do not inhale vapours. During disinfection, do not eat, drink or smoke. Used disinfectants 
must be disposed according to local or national regulations for health and safety

3

Summary of Contents for 78904-16

Page 1: ...Installation and Operating Instructions MSU 600 Series Compound Microscopes Models 78904 16 18 21 24 27 30 33...

Page 2: ...____________________________________________________________________ 13 5 12 Auto Off Function ______________________________________________________________________ 13 6 0 Phase contrast model 78904...

Page 3: ...enclosed with a cover glass never comes in direct contact with the microscope parts In that case prevention of contamination lies in the handling of the slides as long as the slides are decontaminated...

Page 4: ...or non alcohol based disinfection products for laboratories Before returning a microscope for repair or maintenance through a Cole Parmer dealer a RMA return authorization form and a decontamination...

Page 5: ...se undue force when turning the knobs Make sure that the microscope system can dissipate its heat fire hazard Keep the microscope approximately 15 cm free from walls and obstructions Never turn the mi...

Page 6: ...04 16 Binocular 4x 10x S40x S100x semi plan 48 to 76 mm Rackless integrated X Y mechanical stage 3 W NeoLED 100 240 VAC 50 60 Hz 24 1 lb 10 9 kg 78904 18 Trinocular 4x 10x S40x S100x semi plan 48 to 7...

Page 7: ...e J Nosepiece for 5 objectives C Microscope head K Objectives D Height adjustment condenser L Stage with X Y mechanical stage E Slide protection handle M Condenser with iris diaphragm F Coaxial coarse...

Page 8: ...sure the power switch is turned off the plug removed before replacing the led unit or fuse 4 1 Assembling steps The steps mentioned below are often not necessary but described for your convenience no...

Page 9: ...l Each eyepiece has a rubber eyeshade This prevents damage to the lens and stray light The eyeshade can simply be slipped over the eyepiece Connecting the power cord The MSU 600 series supports a wide...

Page 10: ...of the specimen holder backwards Release the arm slowly clamping the slide with the cover glass facing up Rotating the X and Y axis knob will move the specimen to the center for alignment with the ce...

Page 11: ...one diopter adjustment Position the diopter marking on the zero point Look into both eyepieces and focus on the specimen Close the right eye and look into the eyepiece with diopter adjustment rotate...

Page 12: ...ion is obtained When contrast is low rotate the diaphragm adjustment ring to 70 to 80 of the N A of objective This will improve the contrast of the image The diaphragm is factory pre centered 5 9 Use...

Page 13: ...image appears in the eyepiece 6 2 Using the Phase contrast slider Keep the phase contrast slider face up text up insert it from left to right into the condenser slider socket as the direction of the...

Page 14: ...w If the ring images can t be observed clearly first try and focus the centering telescope If this does not solve the issue raise or decline the condenser If the bright ring and dark ring images are n...

Page 15: ...blow in order to prevent internal damage to the microscope And in most cases replacing with a correctly rated fuse will resolve the issue However should you encounter a blown fuse frequently please co...

Page 16: ...orm the height adjustment procedure above while watching the image on the computer screen In this case once you have obtained parfocality in the device tighten screw A again Screw B is only used to fi...

Page 17: ...___________________________________________________ ___________________________________________________________________________________________________ ________________________________________________...

Page 18: ...11 0 Supplementary Manuals 11 1 Supplementary Manual for Darkfield Model 78904 27 18...

Page 19: ...ndenser by unwinding the screw marked with the arrow Set up the dark field condenser and tighten the screw 3 Lower the condenser slightly place the slide In this way the immersion oil should not yet t...

Page 20: ...is aperture you must also put immersion oil on the prepared slided 9 Focus the lens On the S100x 1 25 oil immersion objective A and S100x 1 25 IOS super contrast objective B you can adjust the backgro...

Page 21: ...11 2 Supplementary Manual for Metallurgical Model 78904 30 21...

Page 22: ...l Model 78904 30 cont Components A Microscope head B Aperture diaphragm C Field diaphragm D Two slots for color filters E Condenser focusing knob F Brightness adjustment knob G Main body of metallurgi...

Page 23: ...ing the Illumination 1 Adjust the condenser knob 1 E to the position where the image brightness in view is homogenous 2 Adjust the field diaphragm 1 C and aperture diaphragm 2 B until the two diaphrag...

Page 24: ...11 3 Supplementary Manual for Polarization Model 78904 33 24...

Page 25: ...e rotation clamping knob 1 is loosened the stage can be rotated 360 horizontally Using the Bertrand Lens By revolving the Bertrand lens dial 3 the Bertrand lens can be selected At the O position the l...

Page 26: ...de approximately half way to the eyepiece crosshairs c 9 Rotate the stage back to its 0 position 10 The 4x objective is equipped with two adjustable screws inside the revolving nosepiece for centering...

Page 27: ...n be rotated 360 degrees turn it until complete extinction is obtained 5 Place the specimen for orthoscopic observation 6 Insert test plates for further observation test and study Conoscopic observati...

Page 28: ...2022 Cole Parmer Instrument Company LLC Toll free 1 800 323 4340 Phone 1 847 549 7600 Fax 1 847 247 2929 coleparmer com 1065Y62_M_CP_MSU 600_Series_Compound Microscopes_Manual...

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