1
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
Managing Director
Matti Pehkonen
Sales Director
Jorma Louhenvirta
Freedom to create new skills
The right to learn and get education is a basic right of every
Tools to support teaching
child. To ensure that this right is realized in the best possible
IS-VET is a Finnish company specialized in providing the cus-
way, it is necessary to obtain information about learning, its
tomers with appropriate teaching tools and special furniture for
results and background factors from all over the world.
the purpose of teaching natural sciences. Our teaching system
The Program for International Student Assessment (PISA)
encompasses more than 30,000 demonstrative teaching tools
is administered by the Organization for Economic Coopera-
together with special furniture that makes their use easier. We
tion and Development (OECD) to ascertain the capabilities of
work in constant collaboration with schools of different fields to
15-year-old teenagers in reading literacy, mathematics and
be able to offer the most up-to-date products at all times.
natural sciences at an interval of three years. Each time Finland
Our goal is above all to support high-level education and teach-
has made its way to the top league.
ing. You are served by a group of former students of the Finnish
The study is not a mere ranking list but also an account of
the environmental conditions and attitudes that surround our
school system − top professionals with a shared desire to promote learning and help customers do the same.
children when they attend school. It is worth noting that the PISA
study measures in particular the ability to apply knowledge to
practice in everyday life and in work; not knowledge learnt by
heart.
How do we actually create skills?
Freedom to learn and discover
Learning is most rewarding in cases where the students conduct experiments themselves and can experience the joy of
discovery. The best way to learn to solve problems and apply
the learnt knowledge to practice is by studying and doing the
There are many answers to this question. One is up to the system
experiments yourself. Excellent tools and functional facilities
and culture: in Finland, the teachers are highly educated, the
allow the teacher to focus on improving interaction and creating
school system offers equal opportunities to everyone, and the
a situation which supports learning, instead of mere routines.
society encourages people to get education.
Another answer is found from inside the school walls. Appro-
IS-VET offers compatible devices, furniture and teaching
materials − everything for a perfect teaching situation. Our rep-
priate facilities together with first-rate learning materials and
ertoire also includes maintenance of the products and delivery
teaching tools all support learning and teaching. The school is
of spare parts. We make sure that you can concentrate on the
no separate island but a vital part of the ever developing society.
essential − creating new knowledge and skills.
This is why the tools used in learning must also be up to date.
1
Contents
Primary school
. ................................................................................................
2–4
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5–7
.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
8–9
Mechanics
Heat
Optics
.........................................................................................................
Electricity
.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Electronics
.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Measurement
.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Power supplies
Furniture
10 – 11
12 – 16
17 – 22
23 – 24
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Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
25
26 – 28
2
Primary school
70560 Science kit ’’Measurement’’
(11 work cards) This kit allows the students to practice
classification, assessment, measurement and comparison with the
most important magnitudes: length, time, temperature and mass.
It also enables them to learn the principle of measurement and
to calculate areas and volumes. The package is suited for use in
mathematics lessons, too.
70561 Teacher’s guide (70560), Measurement
For efficient working
79101 Transfer trolley
The transfer trolley can be
used for easily transferring 10
science kits into the classroom
from storage. The trolley
comes with 10 pairs of shelf
brackets (without science kits).
Dimensions:
500 x 450 x 850 mm
The new science kits enable experiments in the teaching
of natural sciences. The science kits related to various
topics in natural sciences contain the equipment used in
the experiments and laminated work cards. The science
kits are easy to store, and the equipment stays in order
in them.
The teacher’s guide contains unambiguous instructions for each work card.
What happens in the work? Why? What is the work related to?
Equipment needed in the work.
Easily copied picture from the work card.
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
Primary school
3
70566 Science kit “Mechanics”
(14 work cards) The science kit in Mechanics helps the students
understand what they have learned and make conclusions
through observations.
The science kit can be used for studying the following phenomena:
•
•
•
•
•
•
Force
Buoyancy
Inclined plane
Lever
Sliding friction
Rolling friction
•
•
•
•
•
•
Bearing
Centre of gravity
Centre of gravity and load
Gears
Idler gear
Elasticity
70567GB Teacher’s guide (70566), Mechanics
70546 Science kit “Electricity and Magnetism”
(15 work cards) The science kit contains equipment for studying
frictional electricity, electric circuit, electric conductors, liquids,
various connections, electric couple and magnetism.
The science kit can be used for studying the following phenomena:
• Frictional electricity
• Parallel connections:
- opposite charges
- light bulbs
- similar charges
- batteries
• Electric circuit
• Electromagnet
• Electric conductors
• Electric current and magnet
and insulators
• Electric couple
• Connection in series:
• Magnetization
- light bulbs
• Permanent magnet
- batteries
• Magnetic lines of force
• Compass
70547GB Teacher’s guide (70546), Electricity and Magnetism
70530 Science kit “Light and Colour”
(14 work cards) The science kit can be used for studying the
linear propagation of light, reflection of light from a straight and
bent mirror, refraction of light with various types of lenses, and
mixing of colours.
The science kit can be used for studying the following phenomena:
• Propagation of light
• Refraction
• Shadows
• Concave and convex lens
• Reflection
• Microscope
• Concave and convex
• Telescope
mirrors
• Filtering
• Different types of mirrors
• Complementary colours
• Two mirrors
• Mixing colour lights
• Total reflection
70531GB Teacher’s guide (70530), Light and Colour
70555 Science kit “Energy”
(12 work cards) The science kit can be used for studying what
a generator is, what it can be used for, and how it works. Other
uses of the kit include experimenting with how electricity can be
obtained from a potato, building a water-wheel, and experimenting with how energy is derived from the sun and wind.
The science kit can be used for studying the following phenomena:
•
•
•
•
•
•
•
Voltaic pair
•
Water-wheel •
Turbine
Heating element
1
2 •
Heating element
•
Solar cell
•
Electric motor
Wind generator
Wind generator and
electric motor
Wind generator and light bulb
Energy transformation
Voltage change
70556GB Teacher’s guide (70555), Energy
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
4
Primary school
70504 Science kit “Chemistry”
(14 work cards) The science kit introduces solutions and mixtures
as well as various separation methods such as filtering and
evaporation. The science kit can be used for studying alkaline and
acid solutions and their neutralisation, and how oxygen and carbon
dioxide affect burning and chemical reactions.
The science kit can be used for studying the following phenomena:
• Solution
• Alkaline solution
• Solubility
• Neutral solution
• Separation methods: • Burning and oxygen
– filtering
• Burning and carbon dioxide
– evaporation
• Recognizing substances
– chromatography
• Chemical reaction and reaction
• Crystals
product
• Acid solution
• Chemical reaction and heat energy
70505GB Teacher’s guide (70504), Chemistry
70572 Science kit “Air and water”
(14 work cards) The science kit can be used for studying whether
air can be compressed. The kit also introduces the physical
properties of water, and it can be used for experimenting with
how a siphon works.
The science kit can be used for studying the following phenomena:
•
•
•
Surface tension
– elastic film-like surface of water
– role of the base
– force that keeps things together
Density: saltwater
Pressure
– ball and fast flow
– pipes and fast flow
– compressing gas
– decompressing gas
•
•
•
Gravity
– spirit level
– siphon
Matter
– Jacuzzi
– fountain
Weather
– rainfall
– air temperature
70573GB Teacher’s guide (70572), Air and water
70510 Science kit “Sound”
(7 work cards) The science kit can be used for studying the
origin, propagation, amplification, pitch and isolation of sound.
A line telephone can also be built of the equipment.
The science kit can be used for studying the following phenomena:
•
•
•
Origins of sound
– wave movement
– model of vocal cords
Propagation of sound
– cup phone
– metal frame
Amplifying sound
– sound boards of the
classroom
•
•
Isolating sound
– different materials
Pitch
– shortening the tube
– size of bars
– changing the tube length
– shortening the string
– tightening the string
– shortening a reed whistle
70511GB Teacher’s guide (70510), Sound
70520 Science kit “Heat”
(7 work cards) The topics cover melting, conduction and radiation heat, and expansion of gas, liquid and solid matter.
The science kit can be used for studying the following phenomena:
•
•
•
•
Conduction of heat
– plastics
– metals
Heat radiation: effect of colour
Conduction of heat: heat
insulations
Thermal expansion
– solid matter
– gas
– liquids
– density of liquid
•
•
Changes in temperature
– condensation of gas
– solidification
– evaporation
Heat sources
– heating element
– friction
– chemical reactions
70521GB Teacher’s guide (70520), Heat
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
Mechanics
27029 Science set, “Mechanics”
The science kit can be used for experimenting with
the following topics:
Basic measurements
• Mass, length, volume, time and density
Static and dynamic force
• Dynamometer
• Friction
• Rolling resistance
Uniform motion
• Walker, runner and cyclist
Accelerating and decelerating motion
• Cycling
• Free fall
5
Work
• Horizontal plane
• Inclined plane
Mechanical machines
• Single-stage and double-stage lever
• Balance scale and steelyard scale
• Pulley block and lifting tackle
• Gearwheels
Pressure and hydrostatic pressure
• Pressure on various platforms
• Hydrostatic pressure
Conversion of energy
• Various forms of energy
Contents of 27029 Science set “Mechanics”
11061
27040B
27040
27041
27042
27002
27003
35012
28005
35018
35016
35026
34010
27048
27001
27005
27013
27080
27082
72011
27060
27014
27031
27015
51032
51026
52004
54011B
50012
53004
57013B
76150E
Terminating plate
Weight 10 g, with hook (2 pcs)
Weight 20 g, with hook
Weight 50 g, with hook (6 pcs)
Weight 100 g, with hook
Spring balance 2N/200g
Spring balance 5N/500g (2 pcs)
Bearing balls, series
Cubes for determining density
Tape measure 2 m
Vernier calliper 120 mm, metallic
Micrometer 0-20 mm
Digital stopwatch, electronic CE
Polyester rope
Helical spring 5 N
Friction board, different surfaces
Hard board for friction
Pulley, single sheave
Pulley, triple sheave (2 pcs)
Magnetic holder (3 pcs)
Inclined plane
Dynamic trolley
Angle gauge for inclined plane
Lever arm
Stainless steel rod 39 cm, M10 (2 pcs)
Rod with hook (2 pcs)
Rod
Extension sleeve (2 pcs)
Test tube 50 ml, 30x115 mm (2 pcs)
Measuring cylinder 100 ml, tall form
Beaker 100 ml, low form (2 pcs)
Petri dish, plastic, diam. 60 mm
Shelf 39x45 cm, green (2 pcs)
Triangle plate
Rectangular prism
Indicator
Cylinder
Irregular pieces (series)
Balance pan (2 pcs)
Hanger (2 pcs)
Scale
Balanced piece
Bearing ball diam. 14.0 mm (8 pcs)
Gearwheel 141 mm, 40 teeth
Gearwheel 76 mm, 20 teeth
Gearwheel 43 mm, 10 teeth
Cube, yellow 10 mm
How to determine force.
Equal arm
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Unequal arm
Steelyard
6
Mechanics
27010 Weight set 500 g, magnetic
500 g, magnetic. Magnetic weights made of chrome-plated steel.
Our first weights that stem from 1972 are still in use.
Content:
4 pcs 100 g, 2 pcs 50 g, storage plate
Dimensions: 4 x 50 x 70 mm
27007
27008
27009
27039 Set of weights
The set contains 9 weights 10 g each.
27040
27040B
27041
27042
27042B
27042C
27042D
Weight 100 g, magnetic
Weight 50 g, magnetic
Weight 50 g, magnetic, with hook
27015 Lever arm
A steplessly adjustable, robust lever arm for student’s
experiments. Suited for use both with a magnetic weight or a
weight with a hook.
27015B Axle for lever
Weight 20 g, with hook
Weight 10 g, with hook
Weight 50 g, with hook
Weight 100 g, with hook
Weight 200 g, with hook
Weight 500 g, with hook
Weight 100 g, with hook
38009 Weight set 6 pcs/50 g
Equal-arm lever
27020 Set of weights in a box
• 1 x 200 g
• 1 x 100 g
• 1 x 50 g
• 2 x 20 g
• 1 x 10 g
• 1 x
2g
• 1 x
1g
• 1 x500 mg
• 2 x200 mg
• 1 x 50 mg
• Forceps
27020B
• 1 x
• 1 x
• 2 x
• 1 x
• 1 x
• 1 x
Set of weights 10 mg to 100 g
50 g
20 g
10 g
5g
2g
1g
38012
38013
38014
35018
35015
35016
35016B
35019
35026
Steel rule 10 m
Steel rule 20 m
Steel rule 5 m
Tape measure 3 m
Vernier calliper 160 mm
Vernier calliper 120 mm, metallic
Vernier calliper 120 mm, plastic
Ruler meter 1 meter long
Micrometer 0-20 mm
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
Mechanics
27060 Inclined plane
A plane made of stainless steel. The other end of the plane is
furnished with holes to enable its fastening to a stand. A rough
friction base (27061) or a Teflon friction base (27062) can be
placed on the inner side of the plane to enable friction studies on
different surfaces.
Dimensions: 15 x 85 x 500 mm
Additional equipment: 27061 Friction base
27062 Friction base, Teflon
27031 Angle gauge for inclined plane
27057 Friction cylinder
7
Work – Friction
Equipment:
72018 Friction board
27012 Friction surface series
27013 Hard-board for friction
72019 Rod, metal, 10 x 90 mm
It is easy to detect how friction changes by pulling a friction
board 72018 over different types of bases. Rolling friction can be
compared with sliding friction by adding plastic rods under the
friction board.
27004 Friction board, surfaces of different sizes
Dimensions: 17 x 70 x 140 mm
27005 Friction board, different surfaces
One side is made of steel plate, while the other side is of
sandpaper.
Dimensions: 18 x 70 x 140 mm
27014 Dynamics trolley
A trolley made of chrome-plated steel. Its mass is easy to
increase with magnetic weights. A simultaneous weighing of
the trolley complete with its weights is possible with a spring
balance (27003). The structure also enables the use of weights
with a hook.
Mass: 100 g
Dimensions: 15 x 75 x 95 mm
27080
27081
27082
Pulley Single Sheave
Pulley Double Sheave
Pulley Triple Sheave
• made of shock-proof plastic
• sheave ø 50 mm
35005
Pulley (3 pcs)
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
8
Heat
For studying the specific heat capacity of solid matter.
31050 Science set “Heat”
• How to make a thermometer
• How to measure temperature
• Specific heat capacity of solid matter
• Temperature and thermal energy of liquids
• Friction heat
• Heating efficiency of gas burner
• Thermal radiation
• How to determine melting point
• How to determine boiling point
• How to determine the melting temperature of ice
Contents of 31050 Science set “Heat”
11061 Terminating plate
28006 Calorimeter jar, foam plastic
28011B Thermal conductivity of various metals
59845 Beeswax, yellow, 100 g
29001 Radiation indicator, bright
29003 Radiation indicator, black
29035B Apparatus for coefficient for thermal expansion
35016 Vernier calliper 120 mm, metallic
51032 Stainless steel rod 390 mm, M10 (2 pcs)
51026 Rod with hook
52005 Clamp 25mm
Extension sleeve (3 pcs)
Coupling hook
51017 Thermometer, red spirit -10..+150°C (2 pcs)
57027 Thermometer -10...+50°C/0.5°C
53005 Beaker 250 ml, low form
53030 Flask, flat bottom, 100 ml
53016 Erlenmeyer flask 100 ml, narrow neck (2 pcs)
53017 Erlenmeyer flask 250 ml, narrow neck
50012 Measuring cylinder 100 ml, tall form
54008 Test tube 16x160mm, round bottom
54011B Test tube 50 ml, 30x115 mm
Stopper diam. 13 - 16 mm
Stopper diam. 21 - 24.5 mm
60107 Stopper 34-41 mm, 2 holes
60016 Glass tube with angle
Rubber tubing 3/5mm, 0.5m
51014 Pipet, glass
Glass tube diam. 5 mm, 45 cm
Plastic spoon
59001 Melting point determination tubes 100 pcs
54007 Watch glass, ground rim, diam. 70 mm
59541 Paraffin, solid 20 g
59825 Pumice stone, 25 g
59806 Food colouring, blue 4 g
76150B Shelf, 39x45 cm, red
• Heat bound in evaporation
• Changes of state
• Thermal conductivity
• Convection
• Heat radiation
• Thermal expansion of various metals
• Thermal expansion of various liquids
• Thermal expansion of gas
• How to determine the temperature coefficient of air volume
For studying thermal conductivity.
For studying thermal expansion.
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
Heat
29035B
9
28011B
29035 Apparatus for coefficient of thermal expansion
When hot steam is led through pressurized pipes, the thermal
expansion value can be read from the dial. Substances studied:
Aluminium, brass and iron. As the device is equipped with a
stand, it is not necessary to use an optical bench.
29035B Apparatus for coefficient of thermal expansion
28011 Thermal conductivity of various met
The basin is filled up with hot water. It is detected what the differences in thermal conductivity are for wood, iron, aluminium and
brass. The change in temperature is displayed on a digital scale.
Dimensions 70 x 140 x 190 mm.
28011B Thermal conductivity of various met
29040 Iron flask for freezing
Comprising a thick-walled cast iron flask approximately
95 x 25 mm, which can be sealed by means of a well-fitting
screwed-in iron plug. The flask is completely filled with water and
partly immersed in an ice and salt freezing mixture. After a few
minutes the flask will be seen to crack and burst apart due to the
internal pressure exerted by the freezing water.
Radiation indicators
38001 Ball and ring
It is first shown how the ball goes through the hole in the ring.
Then the ball is heated up for about 1 min with a Bunsen lamp.
The thermal motion of the structural particles gets livelier as the
temperature rises. This results in an expansion in the volume of
the piece. When hot, the ball is too big to go through the hole. If
the hot ball stays on the hole for a while, it will soon drop down.
As the ball gets cooler, its volume shrinks. Similarly, as the plate
gets hotter, the area of the hole increases.
29001 Radiation indicator, bright
29003 Radiation indicator, black
Both dishes are filled with an equal amount of water of equal
temperature (over 80°C) to enable monitoring how the temperature changes as a function of time. The observation made is that
the black surface emits thermal radiation better than the bright
surface.
Note! It is necessary to put sheets of expanded polystyrene
under the dishes to prevent thermal energy from being conducted away through the dish bottoms.
29001A Insulating plate, pair
Suited for use as an insulating plate.
29001 and 29003 can be used as the bottom and lid of radiation
indicators.
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
10 Optics
Efficient halogen light source – does not require darkening the room, with magnet mounting to an optical stand; quick and easy way to work. The lenses stay in
place in their holder.
39080 Science set “Optics”
The science kit can be used for experimenting with
the following topics:
Origin of light
• Origin of light
Propagation and visibility of light
• Propagation and visibility of light
• Shadows
• Pinhole camera
• Darkening
• Lighting
Reflection of light
• Reflection of light
• Visibility of an object
• Concave and convex mirror
Refraction of light
• Refraction of light
• Total reflection
• Concave and convex lens
• Image formed by lens
Contents of 39080 Science set “Optics”
39031 Optical bench, 60 cm
39200 Optical lamp 12 V 10 W, halogen
39036 Lens with holder, +50 mm, magnetic
39037 Lens with holder, +100 mm, magnetic
39038 Lens with holder, +250 mm, magnetic
39039 Lens with holder, -100 mm, magnetic
39061 Holder, magnetic (3 pcs)
39013 Screen
39140 Lens model, convex
39141 Lens model, concave
39172 Lens model, bi-convex
39170 Lens model, bi-concave
39173 Lens model, semicircular
39175 Lens model, triangular
39174 Lens model, rectangle
39185 Slit, one slit
39186 Slit, three slits
39187 Slit, five slits
39165 Mirror
39041 Object holder (2 pcs)
39035 White screen
40035 Slit plate, two holes
39046 Polaroid filter
43008 Crown glass prism
39146 Colour filter
39145 Spectral grate
Filter, red
Filter, blue
Optical instruments
• Camera
• Eye and spectacles
• Projector
• Galilei’s telescope
• Astronomical telescope
• Microscope
White light
• White light
• Filtering of light
• Spectroscope
Light is wave motion
• Polarisation
• Polarisation of reflected light
convex lens
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
focal length
Optics
Student experiments in ray optics
39185
39186
39187
43023
Slit, one slit
Slit, three slits
Slit, five slits
Object, arrow
39140
39141
39145
39146
Lens model, convex
Lens model, concave
Spectral grate
Colour filter
39200 Optical lamp 12 V 10 W, halogen
A point lamp with robust construction. Suited for use in an optical
bench, together with 39061 holder (2 pcs). Can be used in the
experiments of ray optics when making a test on a table. The
lamp is equipped with a built-in fixed focus lens. Halogen burner
12 V, 10 W, G4. Connection wire. Dimensions 161 x 80 x 74 mm.
39200B Electric cable for optical lamp
Accessories:
38011C Power pack DC 1.5 V...12 V 500 mA
23017 Halogen lamp 12 V 10 W
When experimenting with the set of ray optics, the experiment
is conducted directly on the table surface. Separate optical
benches, stands or lens mounting clamps are not necessary.
The stable, safe and efficient halogen light source points the light
directly along the table surface. If desirable, a point light source
can be mounted on the optical bench. The lenses are equipped
with a grip to protect them from fingermarks, facilitate handling
and prevent them from scratching. The optimal distance of the
lenses is easy to find. You can reproduce optical phenomena by
drawing if you place a piece of paper under the beam. It is easy
to use an angle scale to study how big the refraction and reflection angles are. The set includes seven different lens models, a
mirror model and three slits.
Lens models, acrylic
39165
39170
Mirror model, plane-convex-concave
Lens model, bi-concave
39171
39172
Lens model, bi-convex
Lens model, bi-convex
39173
39174
Lens model, semi-circular
Lens model, rectangle
39175
39176
Prism model, triangular, 90˚x45˚x45˚
Prism model, 60˚x60˚x60˚
39033 Optical lamp 6 V 25 W, magnetic
39033B Optical lamp 12 V 25 W, magnetic
A point light source with an incandescent lamp for optics-related
experiments by the student. Lamp base Ba15S.
39031 Optical bench, 60 cm
39031B Optical bench, 100 cm
An optical bench made of chrome-plated steel. It is designed for
use with the student’s optics tools with magnetic mounting.
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
11
12
Electricity
For studying the parallel connection of electric resistances.
23100 Science set “Electricity”
The science kit can be used for experimenting with the following
topics:
Static electricity and electric charge
• Static electricity
• Force between electric charges
• Electrical conductivity
• Distribution of electric charges
Measurements in circuits
• Circuit
• Voltage and electric current
• Series and parallel connection of lamps
• Series and parallel connection of batteries
• Resistance of metal conductor
• Dependence of resistance on the length, cross sectional area and temperature of the conductor
• Power of electric current, hot-wire cutter
• Fuse
• Series and parallel connection of resistances
For studying the parallel connection of electric resistances.
Contents of 23100 Science set “Electricity”
11061DTerminating plate
11001 Stand (2 pcs)
12003 Rotating stand
12036 Polyethene, white 10x133x163 mm
25005 Glow lamp
25003 Glass rod, diam. 15 mm, length 330 mm
25004 Ebonite rod (2 pcs)
12021 Wool for electrostatics tests
25027 Silk cloth for electrostatics tests
70023 Insulating series
70024 Conductive series
11044 Battery holder 1.5 V (3 pcs)
11039 Lamp holder E10 (2 pcs)
23012 Spare lamp 1.5 V, 90 mA, E10 (3 pcs)
23013 Spare lamp, 3.8 V, 300 mA, E10
23014 Spare lamp 6V, 50 mA, E10 (2 pcs)
11033 Electric motor 1.5-4 V
11047 Key switch OFF-ON
11065 Connecting plug (6 pcs)
11064 Connecting plug
14008 Resistance wire, 3 rolls
13100 Resistor 10 ohm 9 W
13105 Resistor 22 ohm 9 W
13110 Resistor 33 ohm 9 W
23010 Crocodile clips, red
23010BCrocodile clips, black (2 pcs)
76150DShelf, 39x45 cm, blue
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Magnetism
13
For studying how a transformer works.
23110 Science set “Magnetism”
The science kit can be used for experimenting with
the following topics:
• Magnetic field
• Compass
• Magnetic field of the Earth
• Magnetization of steel
• Magnetization of iron
• Magnetic properties of electric current
• Electromagnet and impact of electric current on the intensity
of the magnetic field
• Electromagnet and impact of number of winds in a coil
on the intensity of the magnetic field
• Electromagnet and impact of core material in a coil
on the intensity of the magnetic field
• Magnetization and demagnetization using electric current
• Electromagnet
• Loudspeaker
• Relay
• Electric motor
• Electromagnetic induction
• Transformer
• Generator
• Solar panel
Contents of 23110 Science set “Magnetism”
11061DTerminating plate
11001 Stand (2 pcs)
13006BMagnetic rods ALCOMAX 60x15x5
Iron file powder
24018 Plotting compass
24019 Model of the magnetic field
24002 Knitting needle, diam. 3 mm
24004 Steel thread 1 m
72042 Nails
12003 Rotating stand
12022 E-core
13001 Transformer yoke
12901 Coil 100r
12902 Coil 200r
12903 Coil 300r
28005 Cubes for determining density
11044 Battery holder 1.5 V
11047 Key switch OFF-ON
23010 Crocodile clips, red
23010BCrocodile clips, black
11013 Hammer interrupter
11040 Lamp holder Ba15S
23011 Spare lamp 6 V 25 W Ba15S
11035 Electric motor, sensitive
11033 Electric motor 1.5-4 V
17037 Solar panel
57023 Container, 0.3 l, plastic
Coil wire diam. 0.4 mm
Petri dish, diam. 90 mm
76150DShelf, 39x45 cm, blue
For studying the magnetic field of the Earth.
Magnetization and demagnetization.
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14
Electricity
25002 Fur for electrostatics tests
12021 Wool for electrostatics tests
25027 Silk cloth for electrostatics tests
25003 Glass rod, 15 x 330 mm
25004 Ebonite rod
Ø 15 mm, length 330 mm
12034 Polystyrene sphere
The plastic plate is rubbed with a piece of fur to make it electric.
A metal-coated ball is placed on the plate and the students
attempt to get hold of it. The observation is that it escapes from
fingers as the charge discharges through the hand.
12033 Pith ball
A metal-coated light plastic ball for electrostatics experiments.
12004 Electroscope
The electroscope can also be used as an electrometer, because
it is equipped with a scale. Furnished with three different top
pieces. The transparent protective casing prevents the tongue
from being damaged. Dimensions: 100x130x145 mm.
70009 Balloons (3 pcs)
A balloon is rubbed against hair to generate a charge. The
observation is that the balloon stays in place on the wall or
ceiling. Charges of opposite signs attract each other.
12035 Electrophoresis couple
The electrophoresis couple enables the generation of both
positive and negative electric charges. Charge plate 12036
functions as a source of frictional electricity when rubbed with
wool 12021 or a piece of fur. Each part of the electrophoresis
couple is charged by placing it on a rubbed base.
25005
Glow lamp
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Electricity
15
Colour-coded coils for student’s experiments
12087 Waltenhofen`s pendulum
This equipment makes it possible to demonstrate how eddy
currents affect metal pieces of different shapes.
Industrial transformer
A transformer for student’s
experiments
New colour-coded coils together with an E-core and yoke of the
transformer correspond to the transformer structure which is
common in industrial use.
Three separate coils that are colour-coded in accordance with the
number of turns. Two desired coils can be mounted in an E-core
of transformer 12022. It is easy to study the transformation ratios
of various coils.
12901
12902
12903
13005
Coil 100 turns, cross-section 28x28 mm
Coil 200 turns, cross-section 28x28 mm
Coil 300 turns, cross-section 28x28 mm
Aluminium circular ring ø 46 mm
12022 E-core, cross-section 28 x 28 mm
A laminated transformer core intended for transformer-related
experiments is suited for use with coils 12901, 12902 and 12903.
Dimensions: 27 x 55 x 85 mm.
13001 Transformer yoke
Made of sheet metal suited for transformers, laminated.
Dimensions: 15 x 25 x 95 mm.
Demonstration coils
12962 Coil 60 turns, cross-section 30x30 mm
12963 Coil 90 turns, cross-section 30x30 mm
12964 Coil 180 turns, cross-section 30x30 mm
12965 Coil 300 turns, cross-section 30x30 mm
12966 Coil 600 turns, cross-section 30x30 mm
12967 Coil 1200 turns, cross-section 30x30 mm
12968 Coil 3600 turns, cross-section 30x30 mm
12969 Coil 12000 turns, cross-section 30x30 mm
Dimensions: 70 x 75 x 115 mm.
Cross-section: 30 x 30 mm.
23015B Extension cord with switch
When demonstrating the operation of the Jakob’s ladder or an induction furnace, it is safe to use an extension cord with a switch.
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
16
Electricity
Induction furnace
The experiment is conducted so that coil 12966 with 600 turns
is mounted on one of the branches of U-core 12950. Coil 12960
with chute is mounted on its other branch. A small amount of
water is poured in the chute. Then the coil with 600 turns is
connected with 220 V alternating current supply. The observation is that the chute gets hot and the water starts to boil as a
result of eddy currents that are created in the aluminium chute.
12960 Coil 1 turns, cross-section 30x30 mm
Dimensions: length 180 mm, Ø 75 mm.
Welding experiment
When the nail burns until it breaks, what happens to the
incandescent lamp?
The primary circuit has coil 12966 with 600 turns and the secondary circuit has demonstration coil 12961 with 6 turns. Metal
strips are placed between the demonstration coil arms. Welding
can be demonstrated by connecting the primary circuit with 220
V voltage supply. In this experiment, it is also possible to connect an incandescent lamp with the secondary circuit, as in the
nail burning experiment.
Remark 1: As the connection used in the experiment is a socalled open connection, the equipment must be connected with
220 V voltage supply only after the experiment arrangement is
fully ready.
12961 Coil 1 turn, cross-section 30x30 mm
12961B Metal strips for welding experiment
Contents of the package: 10 pcs of metal strips
24005 Nails for burning test, 1 kg
12950 U-core
Dimensions: 30 x 100 x 105 mm
12954 Holder for U-core
Remark 2: If the nail used in the nail burning experiment is
galvanized, the scintillation of zinc may ruin the table surface.
Therefore, a smothering blanket must be placed under the
equipment.
12951 Transformer yoke, massive
Dimensions: 30 x 30 x 100 mm.
12951B Iron core
Massive, 30 x 30 x 200 mm
12952 Transformer yoke, laminated
Dimensions: 30 x 30 x 100 mm.
12953 Coil hanger
Dimension: 30 x 55 x 65 mm.
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Electricity / Electronics
10005 Science set, ”Electronics”
The science set can be used for studying the following
phenomena:
1. Studying resistance
2. Changing resistances
3. Connecting resistors in series
4. Connecting resistors in parallel
5. Voltage divider
6. Studying the capacitor
7. Connecting capacitors in series
8. Connecting capacitors in parallel
9. Studying the diode
10. Studying the Light Emitting Diode (LED)
11. Studying how the transistor works
12. Function of the transistor as an amplifier
13. Function of the transistor as a switch (dimmer switch)
14. Function of the transistor as an oscillator
15. Studying how the thyristor works
16. Fire alarm
17. Touch-sensitive switch
17
Contents of the Science set, ”Electronics”:
11039
23013
11047
11058
11061D
11065
15044
13100
13105
13155
13160
13205
13220
13265
16032
16033
13355
16037
16035
12054
13550
13635
15042
15043
13071
16031
Lamp holder E10
Spare lamp 3.8 V 300 mA E10
Key switch OFF-ON
Connecting rail, pair
Terminating plate
Connecting plug
Loudspeaker 100 ohm 0.15 W
Resistor 10 ohm 9 W
Resistor 22 ohm 9 W
Resistor 100 ohm 4 W
Resistor 220 ohm 4 W
Resistor 1 kohm 0.6 W
Resistor 4.7 kohm 0.5 W
Resistor 100 kohm 0.6 W
LD-resistor
PTC-resistor
Variable resistor 4.7 kohm 0.25 W
Silicone diode 1 A 200 V
Zener diode 3.6 V 5 W
Led, red
Capacitor 0.1 uF 250 V
Electrolytic capacitor 470 uF 40 V
PNP-transistor
NPN-transistor
Transistor, Darlington
Thyristor 6 A 600 V
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2 pcs
2 pcs
1 pc
1 pc
2 pcs
10 pcs
1 pc
1 pc
1 pc
1 pc
2 pcs
2 pcs
1 pc
1 pc
1 pc
1 pc
1 pc
1 pc
1 pc
1 pc
2 pcs
2 pcs
1 pc
2 pcs
1 pc
1 pc
18
Electricity / Electronics
11061D Terminating plate
A little terminating plate for student experiments.
Spacing of holes: 15 mm
Material: impact-resistant polystyrene.
Threaded sleeve M10
Dimensions: 160 x 130 mm



11061 Terminating plate
Spacing of holes: 30 mm
Material: impact-resistant polystyrene.
Three threaded sleeves M10
Dimensions: 326 x 386 mm


Connecting plugs
Connection interval 30 mm
11061C Holder pair for terminating plate
Terminating plate 11061 can be placed in a horizontal or vertical
position with a holder pair to make working easier.
 11058 Connecting rail, pair
 11064 Connecting plug
3 connecting plugs
 11065 Connecting plug
 11069 Connecting plug with 3 plugs
 11070 Connecting plug




 11001 Stand
Insulation stand, finished to be comfortable to handle. Connection 4 mm.
 11001B Stand for terminating plate
Can be fastened to terminating plate 11061 and 11061D.
Connection 4 mm.
 11002 Stand
Similar to insulation stand 11001 but without a 4 mm connecting plug. Two 4 mm connection holes in the upper part.
 11003 Stand 5 kV
Stand, thread M10.
11056 Connecting plug
ø 4 mm
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
Electricity / Electronics
13100
13105
13110
13115
13150
13155
13157
13160
13165
13170
13200
13205
13210
13215
13225
13235
13240
13245
13250
13255
13265
13270
13275
13310
13315
13320
13330
13350
13355
13360
13365
13375
13380
13385
13390
13500
13505
13510
13515
13520
13525
13540
13550
13555
13560
13605
13610
13615
13620
13625
13630
13635
13640
Resistor 10 ohm 9 W
Resistor 22 ohm 9 W
Resistor 33 ohm 9 W
Resistor 39 ohm 9 W
Resistor 39 ohm 9 W
Resistor 100 ohm 4 W
Resistor 150 ohm 4 W
Resistor 220 ohm 4 W
Resistor 330 ohm 4 W
Resistor 470 ohm 4 W
Resistor 680 ohm 0.6 W
Resistor 1 kohm 0.6 W
Resistor 2.2 kohm 0.6 W
Resistor 3.9 kohm 0.6 W
Resistor 5.6 kohm 0.6 W
Resistor 10 kohm 0.6 W
Resistor 12 kohm 0.6 W
Resistor 22 kohm 0.5 W
Resistor 33 kohm 0.6 W
Resistor 47 kohm 0.6 W
Resistor 100 kohm 0.6 W
Resistor 1 Mohm 0.6 W
Resistor 10 Mohm 0.6 W
Potentiometer 100 ohm 4 W
Potentiometer 220 ohm 4 W
Potentiometer 470 ohm 4 W
Potentiometer 4.7 kohm 4 W
Variable resistor 1 kohm 0.25 W
Variable resistor 4.7 kohm 0.25 W
Variable resistor 10 kohm 0.25 W
Variable resistor 22 kohm 0.25 W
Variable resistor 47 kohm 0.25 W
Variable resistor 100 kohm 0.25 W
Variable resistor 500 kohm 0.25 W
Variable resistor 1 Mohm 0.25 W
Capacitor 100 pF 400 V
Capacitor 220 pF 400 V
Capacitor 330 pF 400 V
Capacitor 470 pF 400 V
Capacitor 1 nF
Capacitor 2.2 nF 400 V
Capacitor 22 nF 400 V
Capacitor 0.1 uF 250 V
Capacitor 0.22 uF 250 V
Capacitor 0.47 uF 250 V
Electrolytic capacitor 22 uF 40 V
Electrolytic capacitor 4.7 uF 40 V
Electrolytic capacitor 10 uF 40 V
Electrolytic capacitor 47 uF 40 V
Electrolytic capacitor 100 uF 40 V
Electrolytic capacitor 220 uF 40 V
Electrolytic capacitor 470 uF 40 V
Electrolytic capacitor 1000 uF 40V
19
Electrical and electronics
components are connected to
transparent 4 mm enclosures and
fastened by pressing.
International connection
designations are printed on the
enclosure.
The enclosures can be opened
to enable maintenance of the
components.
Resistor 9 W
Potentiometer 4 W
Capacitor
Resistor 0.6 and 4 W
Variable resistor 0.25 W
Electrolytic capacitor
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
16034 NTC thermistor
Temperature-dependent
resistor with negative
temperature coefficient
(NTC thermistor).
Resistance at 25 ˚C: 47 Ω
Max. power dissipation: 0.25
16033 PTC resistor
Temperature-dependent
resistance with positive
temperature coefficient
(PTC thermistor).
Resistance at 25 ˚C: 50 Ω
Max. power dissipation: 0.25 W
20
Electricity / Electronics
16032 Photoresistor LDR
Illumination resistance:
75 – 300 Ω (1000 lx)
12054 Light emitting diode (LED)
Red top
Dark resistance: > 10 MΩ
Vmax: 100 V
Pmax: 200 mW
12070 VDR resistor
Voltage-dependent resistor
whose resistance decreases with
increasing voltage.
12054B Light emitting diode (LED)
Yellow top
Resistance at 2 V: approx. 500 Ω
Resistance at 6 V: approx. 140 Ω
Resistance at 10 V: approx. 50 Ω
Power dissipation: max. 0.8 W
16037 Diode
Diode 1N 4007
VRRM: 1000 V
IAV: 1 A
12054C Light emitting diode (LED)
Green top
16035 Zener diode
Zener diode IN5335B
VZ: 3.9 V
12055 Photodiode
Smax : 620 – 700 nm
Peak sensitivity
Dark current ID : 200 pA
16036 Diode bridge
Diode: 4 x IN4007
IAV : 1A
17037 Solar cell
Rated voltage, Vm: 0.5 V
Rated current, Im: 200 mA
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Electricity / Electronics
21
15042 Transistor PNP
Transistor MJE 2955T
60 V
Vceo : 10 A
Ic :
15043 Transistor NPN
Transistor MJE 3055T
60 V
Vceo : 10 A
Ic :
16073 Amplifier
Operating voltage: 9-15 V DC
Output:
8Ω
13059 Transistor NPN
Transistor BC 547B
45 V
Vceo : 0.1 A
Ic :
13071 Transistor, Darlington
Transistor TIP 141
80 V
Vceo : 10 A
Ic :
16031 Thyristor
Thyristor TIC 126M
VDRM: 600 V
It :12 A
16048 Ferrite antenna, 6 turns
16047 Ferrite antenna
Inductance:
25 – 400 H.
15050 Antenna lead, 12 m
Functions as an antenna when building a radio receiver.
Length: 12 m.
15044 Loudspeaker
Impedance: 100 Ω
Output:
0.15 W
15032 Microphone
Frequency range: 50 Hz – 10 kHz
Output impedance: 2 Ω
Coupling capacitor: 0.1 – 4.7 μF
Power supply: 1.5 – 10 V DC, 5 mA
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22
Electricity / Electronics
15038 Relay
Electromagnetic switch with two
positions for open and closed
circuits.
Coil voltage:
5 V DC
Coil resistance: 50 Ω
Contact voltage: max 125 V AC
max 30 V DC
Contact current: max 500 mA AC
max 2 A DC
Switching
functions:
ON-OFF, OFF-ON
Change-over
Switching
output:
max 60 VA
11047C Key switch
Mechanical pushbutton with
2 positions.
Switching functions: ON-OFF
11047B Change-over switch
Switching functions: ON-OFF
OFF-ON
change-over
11039 Lamp holder E10
Lamp holder with an E10 screw
thread.
11039B Lamp holder 3 x E10
Lamp holder with an E10 screw
thread (3 pcs).
11040 Lamp holder Ba15S
Lamp holder with a Ba15S thread.
11033 Motor-generator
Operating
voltage:
1.5 – 4 V DC
Motor speed: 5600 – 6800 rpm
Continuous
current:
0.15 – 0.67 A
Also works as a generator with
11035 Micromotor.
11035 Micromotor
Operating
voltage:
0,5 – 1,5 V DC
Motor speed:
15300 rpm
Continuos
current:
0,044 A
11044
Battery holder 1 x LR20
11047 Key switch
Mechanical pushbutton with 2
positions.
Switching functions: OFF-ON
11030
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Battery holder
3 x LR20
Measurement
23
Spring balances
As the balances are equipped with both g and N scales, they
can be used for both weighing and force measurement.
– The sturdy spring cannot be broken by twisting
– Metal parts made of stainless steel
– Can be calibrated
– Clear, transparent construction
36017 Triple beam, max 2610 g
Weighing up to 600 g with sliding masses. The capacity can
be increased up to 2610 g by additional weights. The delivery
includes the weights.
– Capacity 2610 g
– Precision 0.1 g
27002A Spring balance 1N/100g
27002 Spring balance 2N/200g
27006 Spring balance 3N/300g
27003 Spring balance 5N/500g
27003B Spring balance 10N/1kg
27011F Spring balance 3000 g
38010 Triple beam balance
A sliding weight balance made of high-quality materials. Thanks
to its well-balanced structure, the balance does not need any
level setting.
– Light-metal die-casting in the stand and balance back
– Bearings made of agate, knife-edge bearings made of steel
– Damping magnets made of alnico
– One-level 3-point stand
– Capacity 311 g
– Precision 10 mg
38011 Electronic precision balance 2000g/1g
An easy to use, multi-purpose balance for quick weighing. Two
pushbuttons only. Functions both with 1.5V AA (LR6) alkaline
batteries and a power supply unit. CE-marked.
– LCD display
– Taring within the whole capacity area
– Several weighing units
– Stabilizing time < 3 s
– Automatic shut-off
– Signal lamp shows when the battery is low
– Optimum operating temperature 18 - 25°C
– External pushbutton calibration (the delivery does not include
calibration weights)
– Weighing level 145x133 mm, stainless steel
– Dimensions 205x140x40 mm
– Capacity 2000 g
– Precision ± 1 g
– The delivery includes three 1.5 V AA alkaline batteries and
power supply unit.
38011B Digital balance 200 g/0.1 g
– As the model above
– Capacity 200 g
– Precision ± 0.1 g
24010 Alkaline cell 1.5 V
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24
Measurement
11120 Voltmeter 0-30V, AC/DC
Robust meter for student’s experiments. Made of shock-proof
ABS plastic. AC/DC measurement. All ranges are protected up to
300 V.
Measuring ranges: 0 – 3 V AC/DC
0 –15 V AC/DC
0 –30 V AC/DC
11130 Galvanometer
Measuring ranges: 0 –100µA
0 – 1 mA
0 – 10 mA
11110 Ammeter 0...5A, AC/DC
All ranges equipped with overcurrent protection up to 10 A,
momentarily up to 20 A.
Measuring ranges: 0 – 50 mA AC/DC
0 –500 mA AC/DC
0 –
5 A AC/DC
Digital meters
• Good precision, LCD display
• Battery-operated
• Compact size
11121 Voltmeter 0-10V, DC
11135 Coulomb meter
This digital meter displays the magnitude of charge imported
into the input terminals of the device, by measuring the voltage
difference caused by this charge in the capacitor located in the
input channel of the meter. A collector plate is attached to the
positive terminal. As a result of the high internal capacitance (1
µF) of the device, the capacitance of the object measured may be
lower than 0.01 µF. The meter is equipped with a pushbutton that
enables short circuiting of the input channel and thus resetting
of the display. The display of the meter is a 13 mm LCD display.
The measuring range is 0-1999 nC. The device needs a 9 V (PP3)
battery. Dimensions 130 x 92 x 55 mm.
11126 Voltmeter 0...20V, DC, digital
A robust enclosed meter for student’s experiments.
Measuring range:
0 – 20 V DC
Resolution:
10 mV
Int. resistance:
10 Mohm
Display:
13 mm LCD
Dimensions: 140 x 100 x 90 mm
11116 Digital ammeter 0...10A, DC, digital
A robust enclosed meter for student’s experiments.
Measuring range:
0 – 10 A DC
Resolution:
0.01 A
Protection:
20 A
Int. resistance:
0.01 ohm
Display:
13 mm LCD
Dimensions: 140 x 100 x 90 mm
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Power supplies
25
15020 Power supply
A sturdy power source designed for experiments carried out by
the students. The power source is certified in accordance with
standard EN6101-1:2001. The product fulfils the safety requirements required by the CE marking of the Low Voltage Directive
2006/95/EC.
15150 Power supply
A sturdy power source designed for experiments carried out by
the students. The power source is certified in accordance with
standard EN6101-1:2001. The product fulfils the safety requirements required by the CE marking of the Low Voltage Directive
2006/95/EC.
Output:
0 – 6 V 4 A, ac
– stepped control
– automatic overcurrent protection
0 – 12 V 2.5 A, ac
– stepless control
– electronic overcurrent protection
Dimensions: 345 x 230 x 145 mm
Weight:
4.5 kg
Output:
0 – 12 V 4 A, ac
– stepped control
– automatic overcurrent protection
Dimensions: 345 x 230 x 145 mm
Weight:
4.4 kg
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26
IS-VET furniture system
Furniture
IS-VET furniture system makes it easy
to supervise the valuable equipment.
Each teaching aid has its own designated
place. This maintains good order and
minimises losses. You can use the transfer
trolley to move the equipment easily and
quickly from the storage to the classroom.
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IS-VET furniture system
27
IS-VET furniture system
The IS-VET tray, which can be divided into compartments with
partitions of different heights, is the standard shelf in the furniture system. The colour of the shelf tray indicates the topic; in
this way, it is easy to find the right cabinet for the tray.
The contents of the shelves are marked on the shelf tray using
name labels. You can use the transfer trolley to move the trays
easily from the storage to the classroom. The transfer trolley
is available in an open model or with sliding doors. The sliding
doors can be provided with locks.
The equipment sets for the teaching of the various topics in
physics are also available on pre-packed trays. The tray has a
specific place for each item, so the items can be easily taken
out for the experiments and returned to the correct place on the
tray after the lesson.
In addition to easy use, the trays also contribute to the improved condition of the equipment, which makes its life time
longer. Each set is packed on trays with different colours, and
the sets are also equipped with name labels to facilitate identification. The equipment sets can be transferred easily on the
transfer trolleys.
As an alternative to complete sets, all equipment can also be
ordered separately and placed on the trays as required. In this
case, you can determine the contents of the tray and the size of
the compartments on the basis of the items.
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28
IS-VET furniture system
The IS-VET tray, which can be divided into
compartments with partitions of different
heights, is the standard shelf in the furniture
system.
It is easy to mark the contents of the shelves.
The edge of the tray has 5 name label holders,
in which the name labels are placed. In this
way, it is easy to see the contents of the shelf
and change the name label.
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
IS-VET furniture system
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570
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30
T004.0610
Kilpivirrantie 7, FI-74120 Iisalmi, Finland, tel. +358 (0)17 - 832 31, fax +358 (0)17 - 832 3570
Helsingintie 44 B, FI-04430 Järvenpää, Finland, tel. +358 (0)9 - 5655 4310, fax +358 (0)9 - 5655 4350
[email protected] www.isvet.fi
Kilpivirrantie 7, FI-74120 Iisalmi, Tel. +358 (0)17 832 31, Fax +358 (0)17 832 3570