Find the operating instructions of OLYMPUS BX60 microscope.

That's an electron microscope. I'm looking for someone else, too You'd better go to the supplier or manual.

After all, I'm just a middle school student! I never touched this thing.

A device that looks like a TV set is enlarged and displayed!

You'd better find someone else

Olympus metallographic microscope BX60, Y-shaped main body reflecting light.

Coaxial coarse focusing handwheel of focusing mechanism; Travel: 25mm, fine focusing 0. 1 mm/circle (1 micron/battery).

Eyepiece WH 10X field of view 22

Reflected light of lighting system: 12V 100W halogen light source.

5-hole objective turntable with DIC slot;

Objective Olympus UIS infinite optical path series bright and dark field objective lens

Stage 4-inch platform, moving range:105x105mm;

Observation tube U-TR30 wide-field three-eye observation tube; Number of visual fields: 22

Optional micro-interference system: u-po; U-AN360，U-DICR

I am a junior high school student. If I had known better, I would have become a genius! ! ! ! ! ! ! !

UM200i/UMT200i series

Orthogonal/transflective metallographic microscope

Used to explain this book.

This manual is applicable to UM200i/UMT200i series metallographic microscope. In order to ensure safety, get the best performance and make you fully familiar with the use of this microscope, we suggest that you read this manual carefully before operating the microscope. For easy reference, please put this manual in an easy-to-get place.

The product information in this manual is subject to change without prior notice!

catalogue

I. Introduction .......................................................................................................................... 1

Second, the product safety signs that ..................................................................................................... 2

III. Symbols in the instruction manual are marked with ................................................................................................. 2.

Four. Name of each part of the product ........................................................................................................ 3

Verb (abbreviation of verb) unpacking .......................................................................................................................... 5

5. 1 Unpacking ................................................................................................................... 5

5.2 Please refer to packing list ........................................................................ 5 for product configuration description table.

Sixth, prepare ............................................................................................................... to use the top 5

6. 1 Install the optical axis seat ......................................................................................................... 5.

6.2 Install the floodlight box ..................................................................................................... 5

6.3 Install observation tube ......................................................................................................... 6

6.4 Install eyepiece ............................................................................................................ 6

6.5 Install the objective lens ............................................................................................................ 6

6.6 Plug in the power cord .......................................................................................................... 6

6.7 Installation of Polarizing Assembly ................................................................................................... VII

6.8 Installation of condenser (only for observing transmitted light) ................................................................... VII

6.9 Install color filter (only applicable to UMT200i series microscope to observe transmitted light) .............................. VII.

6. 10 microscope video system installation (optional) ............................................................................ 8

6. 1 1 Installation of microscope digital photography system (optional) ..................................................................... 8

Seven. Operating .......................................................................................................................... 9

7. 1 Open field observation ............................................................................................................ 9

7. 1. 1 ................................................................................................. for adjusting light intensity 10

7. 1.2 Rapid lifting of mechanical mobile platform (only applicable to UM200i series) ................................ 10

7. 1.3 Place the sample ................................................................................................. 10.

7. 1.4 Screw the 10X objective lens into the optical path and adjust the focusing handwheel ................................................... 10.

7. 1.5 Adjust the lens barrel to adapt to the pupil distance and visual ........................................................... 1 1.

7. 1.6 adjustment of diaphragm ............................................................................................... 1 1

7. 1.7 Screw the required objective lens into the optical path to focus the sample. ............................................ 12

7. 1.8 Adjust the size of the field stop to adapt to the field size. ................................................... 12

7. 1.9 Put the color filter in the optical path ................................................................................... 12.

7.2 polarization observation method ........................................................................................................ 12

Eight. Installation drawing .................................................................................................................... 13

IX. Troubleshooting Guidance .......................................................................................................... 14

X. microscope maintenance ............................................................................................................. 16

10. 1 Notes ......................................................................................................... 16

Replacing light bulbs ......................................................................................................... 16

10.3 power requirements ......................................................................................................... 17

10.4 replacing fuse ..................................................................................................... 17

I. Introduction

Dear users, welcome to use UM200i/UMT200i series metallographic microscope of Chongqing Opal Optoelectronic Technology Co., Ltd. It is our great honor to be our user. In order to make you master the use of UM200i/UMT200i series metallographic microscope as soon as possible, we have specially written this manual for you. We strive to make the product manual comprehensive and concise. From this, we can know the product configuration, operation instructions, troubleshooting and maintenance of UM200i/UMT200i series metallographic microscope. We suggest that you read this manual before using this product, which will help you to better use the UM200i/UMT200i series metallographic microscope produced by our company.

UM200i/UMT200i series metallographic microscope is an efficient and excellent microscope used in laboratory, education and scientific research, material analysis and testing. With its unique design style, excellent optical system and perfect mechanical design, it is a metallographic microscope of UCIS infinite chromatic aberration independent correction optical system with completely independent intellectual property rights. UM200i/UMT200i series microscopes combine many advanced optical and mechanical design concepts in the field of microscopic observation in the world today, so that you can fully enjoy the observation fun and get clearer images at the same time. Thanks to the optical design concept of UCIS infinite chromatic aberration independent correction optical system with completely independent intellectual property rights of OPOP, the optical system composed of eyepiece, objective lens and other accessories allows you to touch the edge of the field of view, with an effective field of view area of 65,438+000%, even at the edge of the field of view, there will be no yellow halo. UCIS optical system shows its unparalleled excellent quality and performance, and is at the forefront of international science and technology.

In the humanized mechanical design of UM200i/UMT200i series metallographic microscope, many patented technologies of UOP are adopted, which can meet the needs of different users. Simple and comfortable coarse and micro height adjustment system can not only improve work efficiency, but also make you feel comfortable and not tired. All the subtle needs of users are perfectly reflected on UM200i/UMT200i series microscopes.

Excellent independent cooling system ensures that the lighting system has enough color temperature for a long time, and at the same time makes the periphery of the main light source of the microscope have lower temperature.

When you choose UM200i/UMT200i series microscope, you will not only benefit from its high-quality imaging and humanized comfortable application, but also get spiritual pleasure because of the improvement of work performance. When you choose Opal, you get not only high-quality products, but also reliable technical support and services provided by UOP.

In order to ensure that you can immediately enjoy the comprehensive after-sales service provided by Opal (website technical problem solving, telephone consultation, on-site maintenance, etc.). ), please register your company information and product information immediately. (For specific methods, please refer to the product after-sales service receipt. )

Two. Description of product safety signs The following signs are marked on the microscope. Please know the meaning of these symbols in detail and use the microscope in the safest way seriously.

symbol

meaning

The surface will be hot, so you can't touch it with your bare hands.

Please read the instructions carefully before use. Improper use will lead to personal injury or instrument damage.

Main switch, open position

Main switch, off position

Three. The symbols in the instruction manual indicate that if you do not pay attention to the warning items in this instruction manual, it will cause personal injury to the operator and damage the instrument (including objects near the instrument).

Note: Failure to observe this manual will cause damage to the instrument.

Prompt comments (for operation and maintenance)

Four. Product part name UM202i illustration

UMT202i diagram

Verb (abbreviation of verb) unpacking 5. 1 After unpacking, please carefully take out the microscope components and their product specifications, packing list and warranty card from the microscope box, and check and count whether the accessories are complete according to the packing list.

5.2 Please refer to the packing list for the product configuration description table.

Mechanical moving platform

When transporting the microscope, fix the movable parts with tape paper to prevent

Stop them from moving and being damaged.

Please don't throw away any packaging materials, which are necessary for the safe storage and handling of the instrument.

Prepare 6. 1 Install the optical axis seat before using intransitive verbs.

1. Loosen the locking screw A at the top of the bracket with the provided Allen key.

2. Insert the dovetail on the optical axis seat into the connecting seat of the bracket.

3. Tighten the locking screw A reliably, but don't use too much force.

6.2 Install the drop box

1. Loosen the locking screw A at the end of the optical axis seat with the equipped Allen key.

2. Insert the dovetail interface on the light box into the connecting seat of the optical axis seat.

3. Tighten the locking screw A reliably, but don't use too much force.

6.3 Install observation tube

1. Loosen the locking screw A on the optical axis seat with the equipped Allen key.

2. Install the dovetail joint on the observation tube into the upper connecting seat of the optical axis seat.

3. Tighten the locking screw A reliably, but don't use too much force.

6.4 Install eyepiece

1. Remove the eyepiece dust cap.

2. Insert the required eyepiece into the eyepiece barrel.

6.5 Install the objective lens

1. Install the objective lens clockwise in order of magnification from low to high.

2. If there is still space on the objective lens converter, please install the dust cap provided by our company on the space of the converter to prevent dust from polluting the optical elements inside the microscope.

6.6 Plug in the power cord 1. Bending or winding the power cord can easily damage the power cord.

When connecting the power cord, be sure to turn the main switch to the "O" position.

3. Make sure to use a three-phase plug connected to the ground wire. Do not use this product if the power supply is not properly connected to the ground wire.

4. If the power cord is close to the lamp room or parts around the lamp room, the power cord may melt, causing the user to get an electric shock. To avoid this, please keep the power cord away from the lamp room.

When observing with incident light, connect the jack on the back of the microscope base with the wall socket with the power cord, and then connect the power cord plug of the halogen lamp box with the aviation socket on the back of the main unit (UM200i series only).

When observing with transmitted light and incident light, insert the power cord on the power box into the socket, and then connect the power cord plug of the halogen box with the aviation socket behind the power box; Connect the socket on the back of the microscope base to the wall socket with the power cord (UMT200i series only).

6.7 install the polarizing assembly a. When observing incident light

1. Insert the polarizer into the socket on the right side of the metallographic mirror.

2. Insert the analyzer into the socket on the left.

3. Rotate and adjust the polarizer to observe polarization.

When observing the transmitted light

1. Install the color filter bracket on the lighting Kohler.

2. Insert the analyzer into the socket on the left.

3. Insert the polarizer into the color filter bracket with the text face up.

4. Rotate and adjust the polarizer to observe polarization.

6.8 Install a condenser (only for observing transmitted light) 1. Turn the coarse focusing knob to raise the mechanical moving platform to the highest position; Turn the height adjustment knob of the condenser to lower it to the lowest position.

2. Loosen the condenser centering screw.

3. Install the condenser into the dovetail joint of the condenser bracket, and insert the pin on the condenser into the groove on the dovetail joint of the condenser bracket.

4. Adjust the center adjusting screw of the condenser to center the condenser.

6.9 Install color filter (only applicable to UMT200i series microscope to observe transmitted light)

1. Move the filter bracket under the condenser bracket to the left.

2. Hold the excircle of the color filter and put it into the color filter holder.

3. Move the filter holder back to the optical path.

6. Installation of10 microscope video system (optional)

1. This part is used to take microscope photos for you, and can be installed selectively according to your needs.

2. Using an Allen wrench, loosen the interface fixing screw on the third eye observation tube and remove the dust cover.

3. Connect the C-type interface of the camera with the C-type interface on the third eye observation tube, and firmly connect the camera with the C-type interface.

4. Tighten the screws.

When you are not using the camera, please take it off and keep it damp-proof. Cover the C connector on the third eye observation tube to prevent dust.

6. Please refer to the instruction manual of the relevant camera for the usage method and circuit connection of the camera.

6. 1 1 Installation of microscope digital photography system (optional) 1. This part is for your use in microscope photography, and can be installed selectively according to your needs.

2. Using an Allen wrench, loosen the interface fixing screw on the third eye observation tube and remove the dust cover.

3. Connect the digital camera interface to the digital camera. Please be careful not to use too much force when connecting, so as not to damage the camera.

4. Connect the connected digital camera and the whole interface to the C interface of the camera eyepiece of the three-eye observation tube.

5. Loosen the locking screw of the camera eyepiece of the three-eye observation tube and adjust the direction of the digital camera (adjust the direction according to the user's habits). Adjust the rear locking screw.

6. When not using the digital camera, please take it out and keep it damp-proof. Cover the C connector on the third eye observation tube to prevent dust.

7. For the usage and circuit connection of the digital camera, please refer to the instruction manual of the relevant digital camera.

Seven. Operation warning: For safety reasons, the power cord has been grounded together with the microscope base, between the power cord and the microscope power base.

Other transfer connections cannot be used, which will invalidate the grounding function; Always use the power cord provided by Opal Optoelectronics. If the designated power cord is not used, the safety and performance of the product will not be guaranteed. It is forbidden to insert metal objects into the vent of the microscope stand, otherwise it will lead to electric shock, personal injury and equipment damage. Don't block the vent under the frame, otherwise it will cause overheating or fire.

7. 1 summary of bright field observation steps (the observation steps of incident light are the same as those of transmitted light), and the polarization observation method will be mentioned in 7.2.

Turn on the main power supply

Place the sample

Put the 10X objective lens into the optical path.

Concerned sample

Adjust lighting

Adjust pupil distance

Adjust diopter

Put the objective lens to be used into the optical path and focus it.

Adjusting the field of view diaphragm

Insert the required color filter into the optical path.

Adjusting aperture

Adjust lighting

observe

7. 1. 1 Adjusting light intensity A. When observed with incident light,

1. Adjust the light intensity adjustment knob to the minimum.

2. Turn on the power through the power control switch on the power box.

3. Adjust the light intensity adjustment knob to make the lighting system produce appropriate light intensity.

4. Adjust the size of the aperture stop to achieve the best image contrast in the field of view of the eyepiece.

When observed with transmitted light

1. Turn the light intensity adjustment knob A counterclockwise to the minimum.

2. Turn on the power of the microscope through the power control switch on the back of the microscope.

3. Adjust the light intensity adjustment knob to make the lighting system produce appropriate light intensity.

4. Adjust the size of the aperture stop to achieve the best image contrast in the field of view of the eyepiece.

Note: knobs in UM200i series are knobs for adjusting the intensity of incident light, and knobs in UMT200i series are knobs for adjusting the intensity of transmitted light.

7. 1.2 rapid lifting of mechanical mobile platform (only applicable to UM200i series) 1. Loosen the quick adjustment screw of the mechanical moving platform with the equipped Allen wrench.

2. Grasp the fixed bracket of the mechanical moving platform and move the platform up and down according to the height of the sample.

3. After adjusting the position, tighten the quick adjustment screw of the mechanical moving platform. 7. 1.3 placing the sample Place the observed sample on the platform and move the sample directly below the objective lens.

7. 1.4 Screw the 10X objective lens into the optical path and adjust the focusing handwheel.

1. Rotate the objective lens converter so that the objective lens of 10X enters the optical path and is in the working position.

2. Slowly turn the coarse focusing handwheel to raise the workbench and observe the eyepiece field of view until the image outline of the sample appears in the eyepiece field of view.

3. Focus the sample with the fine focusing handwheel until the image is clear.

4. Adjust the height of the coarse and fine focus devices to a position suitable for the operator. Turn the torque adjustment ring to the torque of the coarse focusing handwheel, so that the lens barrel can be adjusted by. 1.5 to adapt to the adjustment of the pupil distance and visual acuity A.

1. When observing through the eyepiece, adjust the observation tube until the images of the left and right fields are completely consistent. At this time, the value indicated by the indicator point is the pupil distance of the eye.

Write down your pupil distance, and you can adjust it quickly when you use it next time.

B visual compensation adjustment

1. The left eyepiece barrel has the focusing function to compensate the difference of eye visibility.

2. Focus the sample with the right eyepiece tube until the image is clear.

3. Then focus the left eye with the visibility adjusting ring of the left eyepiece tube until the image is clear. Pay attention to focus the sample with the visibility adjusting ring of the left eyepiece barrel until the image is clear. Do not use the coarse and fine focusing handwheel. 7. 1.6 adjustment of aperture a when observing incident light,

Adjust the handle of the aperture stop up and down, and adjust the size of the aperture stop to the best, so as to achieve the best image contrast.

When observing the transmitted light

1. Image the sample with 10X objective lens.

2. Lower the field stop so that the field stop is basically imaged in the eyepiece field of the microscope.

3. Adjust the handwheel of the condenser, adjust the adjusting screw of the condenser, and adjust the field stop to the center of the eyepiece field of view.

4. Slowly open the field stop until the image of the field stop completely exits the field of view.

5. Adjusting the aperture stop properly can increase the contrast of the field of view and increase the depth of focus, and its size is set to about 70-80% of the aperture stop of the objective lens.

6. The objective lens with different magnification can be set according to the aperture mark of the condenser.

7. 1.7 Screw the required objective lens into the optical path to focus the sample.

7. 1.8 Adjust the size of the field stop to adapt to the field size.

(When observing incident light) (When observing transmitted light)

7. 1.9 When the color filter is placed on the optical path A for observation.

Press the handle of the color filter (A) to make it enter the light path.

B. When observing with transmitted light (see "Installing color filter" on page 8)

7.2 Polarization observation method 1. Insert the polarizer and analyzer into the optical path (please refer to 6.7 Installation of Polarizing Assembly in this manual for this operation).

2. Observe according to the observation method of 7. 1

Eight. installation diagram/drawing

scale

Unit: mm

Nine. Troubleshooting Guide Under certain conditions, some factors other than the defects of the equipment itself may affect the function of this equipment. If there is any problem, please refer to the table below and take appropriate measures according to the guide. If you still can't solve the problem, please ask Opal for help.

Fault phenomenon

probable cause

exclusive method

When the power switch is turned on, the light bulb does not light up.

No light bulb is installed.

Install light bulb

The plug is not plugged in properly.

Check the connection again.

The main power switch is not turned on

Turn the main power switch to "I"

The light bulb is broken.

Change a light bulb.

The fuse tube is broken.

Replace fuse tube

The light bulb flashes or the brightness is unstable.

The bulb socket is not plugged in properly.

Plug it back in.

The light bulb is going out.

Change a light bulb.

The light bulb is on, but the view is dim.

Bulb specifications do not match.

Bad light bulb

The brightness of the bulb is too low.

Adjust the brightness knob to increase brightness.

The objective lens is not properly placed in the optical path.

Rotate the objective lens into position.

The aperture stop of the condenser is too small.

Enlarged aperture diaphragm.

There are stolen goods on the surface of lenses (objective lens, eyepiece, condenser, condenser).

rub down

Condenser position is too low

Adjust the condenser properly.

Condenser center deviation

Adjust the condenser center.

The polarizer and analyzer are in the optical path.

Remove analyzer and polarizer

Blurred vision or uneven lighting.

The height of the condenser does not match the objective lens.

Adjust the height of condenser.

Center deviation of field diaphragm

Centering field diaphragm

The size of the aperture stop does not match the objective lens.

Adjust the aperture size

The objective lens converter is not installed in place.

Install the converter in place.

The color filter is not installed correctly.

Install the color filter in place.

The image is not clear

L contrast difference

L resolution is not enough

L the image is not clear

The cover glass on the sample is not standard (for transmission observation only)

Use cover glass with standard thickness (0.17mm).

Sample inversion (for transmission observation only)

Correct placement of specimens

The surface of the objective lens is dirty.

rub down

Oil-immersed objective lens 100X is not oil-immersed.

Use oil immersion

There are bubbles in the oil immersion.

Move the immersion objective back and forth several times.

Do not use the infinity objective provided by Opal.

Use the infinity objective provided by Opal.

The aperture stop is not suitable in size.

Adjust to the right size

The condenser temperature is too low.

relocate

One side of the image darkens, or the image moves when in focus.

The objective lens is not properly placed in the optical path.

Rotate the objective lens into position.

The sample is not installed correctly.

The platform should be flat and pressed with clips.

See stains or dust in the field of vision

There are stains or dust on the sample.

rub down

There are stains or dust on the front lens of the condenser.

There are stains or dust on the eyepiece, objective lens, condenser and condenser.

Dazzling image

The field stop is too wide.

Lower the field stop.

When changing from low magnification to high magnification, the objective lens touches the sample.

The sample is installed backwards (transmission light observation)

Invert the specimen

Binocular images are not coincident.

Improper adjustment of pupil distance between eyes.

Adjust the pupillary distance to match the eyes.

Incorrect diopter adjustment

Adjust diopter

The left and right eyepieces are different.

Replace two identical eyepieces.

It is very laborious to rotate the coarse and fine focusing handwheels.

The torque adjusting ring is too tight.

Loosen the coarse elastic adjusting ring.

The limit device is locked.

Re-adjust the limit device.

Stage slide

The coarse fretting elastic adjusting ring is too loose.

Tighten the coarse elastic adjusting ring

The coarse focusing handwheel cannot lift the stage to a certain height.

The limit device is locked.

Re-adjust the limit device.

Eyes are easy to get tired when observing.

Improper adjustment of pupil distance between eyes.

Adjust the pupillary distance to match the eyes.

Incorrect diopter adjustment

Adjust diopter

Inappropriate brightness

Adjust the brightness

X. maintenance of microscope 10. 1 notes 1. Wipe off all fingerprints and oil stains on the exposed glass surface with absorbent gauze. Please wipe it with gauze soaked in a mixture of 75% ether and 25% ethanol.

Because organic solvents such as ether and ethanol are flammable and explosive, they must be used with care. Ensure that these chemicals are away from fire sources or places where electric sparks may occur. Remember to use these chemicals only in well-ventilated rooms.

2. Do not use organic solvents to wipe the external surface of the microscope (except glass parts). If cleaning is needed, please wipe it with a soft wet cloth dipped in diluted neutral solvent.

3. Do not disassemble the non-detachable part of the microscope.

4. When not in use, please turn the main switch to the "O" position to ensure that the lamp holder is completely cooled, and then cover the microscope with a dust cover.

10.2 warning: the wire plug must be disconnected before replacing the bulb. The glass shell of the light bulb will be very hot. Do not replace the light bulb until it is completely cooled. When replacing the bulb, do not directly touch the bulb glass shell. If it touches the bulb glass shell, the surface of the bulb must be cleaned with lens paper and mixed cleaning solution before installation.

When observing the falling light

In the configuration of this product, only the lighting lamp needs to be replaced. (The specified 12V and 50W halogen bulbs must be replaced)

1. Please disconnect the instrument before replacing it.

2. Remove the socket head cap screw at the top of the light box with a special socket head wrench, and then remove the light box shell.

3. After the bulb is completely cooled, carefully hold the bulb with lens cloth and take it out of the lamp holder.

4. Wrap the new bulb with lens cloth and put it on the lamp holder. Insert the lamp holder and push it to the bottom.

5. Do not turn on the illumination power of the microscope before the light box shell is safely closed.

When observing the transmitted light

1. Grasp the handle of the lamp room and pull out the lamp holder on the right side of the microscope base.

If you want to replace the light bulb, please pull the burnt light bulb out of the lamp holder.

3. Wrap the bulb with lens cloth. Insert the bulb pin completely into the lamp holder.

4. Push forward the lamp room.

10.3 power requirements warning: electric shock hazard. After the microscope bottom cover is removed, dangerous electrical components will be exposed, which will lead to injury or death once contacted. If maintenance is required, please apply for maintenance service from qualified personnel.

Power supply voltage and frequency: 100-240VAC, 47-63HZ, and the maximum input power is 55W.

Range of environmental conditions: 1. Below 2000 meters above sea level. 2. Working system: continuous operation.

3. Indoor use.

4. The temperature is 5oC-40oC, and the relative humidity does not exceed 80%.

5. Pollution level: Level 2 (according to IEC60664).

10.4 fuse replacement warning: please disconnect the instrument before replacing the fuse.

This product is equipped with a fuse next to the hole of the power socket.

Replacement steps:

1. Turn off the power switch of the product and unplug the power cord on the back of the product.

2. Insert a 200X3.5mm screwdriver into the fuse box, gently pry it out and push out the fuse box.

3. Remove the fuse box, take out the damaged fuse and replace it with a new one.

4. Turn the fuse box back to the power socket and plug in the power cord.

A: fuse of microscope host (UMT200i transmission light source): 5X20mm, 3. 15A, 250V (see the figure below).

( 1) (2) (3)

B: fuses for power box and UM200i: φ5×20mm, 5.00A, 250V (see the figure below).

( 1) (2) (3)