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3B 300 LED (115 V) 1013368 Instruction Manual

300 LED (230 V) 1013144

Made by: 3B
Type: Instruction Manual
Category: Microscope
Pages: 2
Size: 0.06 MB

 

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3B SCIENTIFIC

®

 PHYSICS 

 

 
 
 

Binocular Course Microscope Model 300 LED (115 V)   1013368 
Binocular Course Microscope Model 300 LED (230 V)   1013144 

 

Instruction Manual 

01/14 ALF 

 

 

1 Eyepiece 
2 Tube 

3 Revolver 

with 

objectives 

4 Object 

guide 

5 Object 

stage 

6 Condensor 

with 

iris 

diaphragm and filter holder 

7 Lamp 

housing 

8 Illumination 

control 

9 Mains 

switch 

10  Adjustment knob for 

mechanical stage 

11  Adjustment knob for fine 

and coarse focusing 

12  Lock screw for object stage 

13  Head lock screw 

14 Stand  

 

1. Safety notes 

• 

For power supply use only electrical sockets 
with ground contact. 

 
 

2. Description, technical data 

The binocular course microscope allows two-
dimensional viewing of objects (thin sections of plant 
or animal specimen) in 40x to 1000x magnification. 

The microscope 1013368 is for operation with a 
mains voltage of 115 V (±10%), and the 
1013144 unit is for operation with 230 V (±10%). 

Stand: Robust, all metal stand with arm perma-
nently connect to the base. Focussing by means of 
separate knobs for coarse and fine adjustment 
located on either side of the stand and operated by 
rack and pinion drive with ball bearings, adjustable 
stopper for protecting the object slides and objective 
Tube:  Binocular Siedentopf head, 30° viewing 
angle, 360° rotatable head, viewing distance 
adjustable between 54 and 75 mm, ±5 dioptric 

compensation for both eyepieces 
Eyepiece: Pair of wide field eyepieces WF 10x 
18 mm  
Objectives: Revolver with 4 DIN achromatic 
objectives 4x / 0.10, 10x / 0.25, 40x / 0.65, 100x 
/ 1.25 oil (with specimen protection) 
Magnification: 40x, 100x, 400x, 1000x 
Object stage: x-y cross table, 125 x 130 mm

2

with object guide and coaxial adjustment knobs 
perpendicular to the object stage, adjustment 
range 70 x 30 mm

2

 

Illumination: Adjustable LED lighting integrated 
in base 

Power supply: Via plug-in power supply 6 V 
DC, 200 mA 

Mains connection: 1013368: 115 V, 50/60 Hz; 
1013144: 230 V, 50/60 Hz 
Condenser: Abbe condenser N.A.1.25 NA 0.65 
with iris diaphragm , filter holder and blue filter, 
focussed via rack and pinion drive 
Dimensions: 282 x 148 x 357 mm³ approx. 
Weight: 5.2 kg approx. 

 


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3B Scientific GmbH • Rudorffweg 8 • 21031 Hamburg • Germany • www.3bscientific.com 

Subject to technical amendments 

© Copyright 2014 3B Scientific GmbH 

3. Unpacking and assembly 

The microscope is packed in a molded styro-
foam container.  

• 

Take the container out of the carton remove 
the tape and carefully lift the top half off the 
container. Be careful not to let the optical 
items (objectives and eyepieces) drop down. 

• 

To avoid condensation on the optical compo- 
nents, leave the microscope in the original pack-
ing to allow it to adjust to room temperature. 

• 

Using both hands (one around the pillar and 
one around the base), lift the microscope from 
the container and put it on a stable desk. 

• 

The objectives will be found within individual 
protective vials. Install the objectives into the 
microscope nosepiece from the lowest 
magnification to the highest, in a clockwise 
direction from the rear.  

• 

Put the head onto the top of the stand and 
tighten the head-lock-screw. Insert the eye-
pieces into the tube. 

 
 

4. Operation 

• 

Set the microscope on a level table. 

• 

Place the object to be observed in the center 
of the object plate. Use the clips to fasten it 
into place. Make certain that the specimen is 
centered over the opening in the stage. 

• 

Connect the mains cable to the net and turn 
on the switch to get the object illuminated. 

• 

Make certain that the specimen is centered 
over the opening in the stage.  

• 

Adjust the interpupillary distance so that one 
circle of light can be seen. 

• 

Make the necessary eyepiece dioptre ad-
justments to suit your eyes. 

• 

To obtain a high contrast, adjust the back-
ground illumination by means of the iris dia-
phragm and the variable illumination control. 

• 

Rotate the nosepiece until the objective with 
the lowest magnification is pointed at the 
specimen. There is a definite “click” when 
each objective is lined up properly. 

NOTE: It is best to begin with the lowest power 
objective. This is important to reveal general 
structural details with the largest field of view 
first. Than you may increase the magnification 
as needed to reveal small details. To determine 
the magnification at which you are viewing a 
specimen, multiply the power of the eyepiece by 
the power of the objective. 

• 

Adjust the coarse-focusing-knob which 
moves the stage up until the specimen is fo-

cused. Be careful that the objective does not 
make contact with the slide at any time. This 
may cause damage to the objective and/or 
crack your slide. 

• 

Adjust the fine-focusing-knob to get the im-
age more sharp and more clear. 

• 

Colour filters may be inserted into the filter 
holder for definition of specimen parts. Swing 
the filter holder out and insert colour filters. 

• 

Use the knobs of the mechanical stage to 
move the slide side-, back- and forwards. 
The vernier provides accurate location of the 
specimen area. 

• 

Always turn off the light immediately after 
use. 

• 

Be careful not to spill any liquids on the mi-
croscope. 

• 

Do not mishandle or impose unnecessary 
force on the microscope. 

• 

Do not wipe the optics with your hands. 

• 

Do not attempt to service the microscope 
yourself. 

 
 

5. Storage, cleaning, disposal 

• 

Keep the microscope in a clean, dry and 
dust free place. 

• 

When not in use always cover the micro-
scope with the dust cover. 

• 

Do not expose it to temperatures below 0°C 
and above 40°C and a max. relative humid-
ity of over 85%. 

• 

Always unplug the mains plug before clean-
ing or maintenance. 

• 

Do not clean the unit with volatile solvents or 
abrasive cleaners. 

• 

Do not disassemble objective or eyepieces 
to attempt to clean them. 

• 

Use a soft linen cloth and some ethanol to 
clean the microscope.  

• 

Use a soft lens tissue to clean the optics. 

• 

The packaging should be disposed of at 
local recycling points. 

• 

Should you need to 
dispose of the equip-
ment itself, never throw 
it away in normal do-
mestic waste. Local 
regulations for the dis-
posal of electrical 
equipment will apply.