Datalogging
Physics Pratical ExErcisEs
p.356 to 372
chEMistry Practical ExErcisEs p.373 to 377
Airnext ,
the datalogger
reinvented
®
Biology Practical ExErcisEs
p.379 to 386
Earth sciEncE Practical ExErcisEs p.387 to 392
intErFacEs & DataloggEr
p.393 to 405
soFtWarE
p.406 to 407
sEnsors
p.408 to 417
accEssoriEs
p.418 to 420
Datalogging
NEW
AirNeXT® is a data acquisition
system that allows you to work
without constraints
The Pods and interfaces communicate wirelessly
giving your experiments an unparalleled level of
freedom.
Use the interfaces' embedded software to analyse
the results and then distribute them to the whole
class wirelessly.
FIND
this product page 396
Livre 342-361.indb 355
355
19/12/13 11:38
DATALOGGING
PHYSICS PRACTICAL EXERCISES
Practical Exercise: series and parallel circuits
Introduction to electricity
Observe the differences between a circuit in series and a circuit in parallel
Observe different electrical behaviours on the wiring of the circuit
Electrical components can be connected in 2 ways:
series or parallel. This exercise allows the student
to examine the properties of both kinds of circuits.
▲ Parallel circuit.
Designation
Qty Reference
480 000
480 003
482 201
281 001
283 044
283 073
283 078
Tooxy® interface
1
(or Tooxy® interface - battery powered) 1
Voltage sensor ± 12 V - ± 24 V
1
F3-12 / 1 A Evolio power supply
1
E10 socket on support
3
Red electric lead
4
Black electric lead
4
▲ Series circuit.
Practical Exercise: Ohm's law
Study Ohm's law
Explore the concepts of voltage and current
Experiement to demonstrate the relationship
between the Voltage (U) at the terminals of an
Ohmic conductor, its resistance (R) and the intensity (I) of the current that travels through it.
▲ Characteristics obtained with 3 resistors of different
values.
Designation
▲ Ohm's law.
356
356.indd 356
Tooxy® interface
(or Tooxy® interface - battery powered)
Voltage sensor ± 12 V - ± 24 V
Current sensor 0.1 A - 1 A
F3-12 / 1 A Evolio power supply
Box of resistors to be measured
Red electric lead
Black electric lead
Qty Reference
480 000
480 003
482 201
482 202
281 001
283 155
283 073
283 078
1
1
1
1
1
1
2
3
| Order by phone +33 2 32 29 40 23 |
20/12/13 15:04
Practical Exercise: RLC resonance circuit
Rapid determination of the resonance frequency
Concept of bandwidth
Variable R and C parameters
▲ RLC series circuit.
The aim of this practical exercise is to measure
the response, in intensity, of an RLC series circuit
subject to the sine wave voltage of a function
generator.
Datalogging is performed automatically by the
Foxy ® interface which controls the function
generator. This allows the parameters to be varied and several resonance curves to be quickly
superimposed.
Designation
▲ Resonance curves obtained for different values of resistances.
| All our resources jeulin.com |
Livre 342-361.indb 357
Foxy® interface
TRMS voltage sensor
TRMS current sensor
GF5+ function generator
BNC-banana safety cable
Variable resistor 1 kΩ
Inductive coil 70 mH
nF capacitors box
Red electric lead
Balck electric lead
Qty
1
1
1
1
2
1
1
1
3
3
Reference
485 000
482 035
482 034
293 255
283 386
281 101
281 202
281 260
283 073
283 078
357
19/12/13 11:38
datalogging
Physics Practical Exercises
Practical Exercise: study of charging a capacitor
at constant-voltage
Rapid modification of the values of the RC pair
Study of discharge possible with the same model
Determination of the time constant τ
▲ Experiment showing the charge of a capacitor at constant-voltage.
When the capacitor is charging, the voltage at its
terminals increases more or less rapidly to reach
the value of the voltage imposed by the constantvoltage generator.
The model for demonstrating the charge of a capacitor at constant-voltage facilitates the study of the
RC dipole.
A synchronisation signal can trigger the datalogging system in order to display the beginning of
the capacitor's charge.
For greater convenience, the capacitor may be
discharged immediately using the button located
on the rear side of the casing.
Designation
Foxy® interface
TRMS voltage sensor
TRMS current sensor
RC study model
at constant voltage
12 V mains adapter
Red electric lead
Black electric lead
1
1
1
1
Qty
Reference
485 000
482 035
482 034
281 265
1
3
3
281 243
283 073
283 078
▲ Charge curve of a capacitor at constant-voltage.
358
Livre 342-361.indb 358
| Order by fax +33 2 32 29 43 24 |
19/12/13 11:38
Practical Exercise: Bode diagram
Rapid determination of the gain of a system
Waveform generator controlled by Foxy®
▲ RC circuit.
A Bode diagram is a way of representing the
frequency behaviour of a system.
It allows simplified graphical resolution, particularly for studying the transfer function of a
controlled system.
Designation
Foxy® interface
TRMS current sensor
GF5+ function generator
BNC-banana safety cable
UME safety circuit board 40 sockets
UME resistor - 100 Ω
UME capacitor - 4.7 µF
Red electric lead
Black electric lead
Qty
1
2
1
2
1
1
1
2
2
Reference
485 000
482 034
293 255
283 386
302 177
302 289
302 280
283 073
283 078
▲ Asymptomatic gain diagram.
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Datalogging
Physics Practical Exercises
Practical Exercise: water phase change
Study of solidification and melting
Ice produced as needed
Less preparation, more time for teaching
▲ Solidification and melting performed with the mini-freezer.
Water can exist in 3 different states: Solid, Liquid
and Gas. We encounter all 3 in our day to day
lives.
The mini-freezer is a simple and easy to use resource for highlighting the changes in the state
of water.
When preparing the experiment, don't waste any
more time and energy crushing ice or cleaning the
benches - the mini-freezer will revolutionise your
practical exercises.
Designation
Qty
Reference
486 000
486 001
482 204
701 075
281 083
283 073
283 078
AirNeXT® interface
AirNeXT® Pod
Fast response temperature sensor
Mini-freezer
F6F12 / 5 A Evolution® power supply
1
1
1
1
1
Red electric lead
Black electric lead
1
1
360
| Technical assistance +33 2 32 29 40 50 |
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19/12/13 11:38
Practical Exercise: Boyle-Mariotte's law
Simple and visual demonstration of the variation of pressure vs volume
Precise control of pressure by a screw piston
▲ Variation of pressure vs volume.
Using a simple equipment, repeat the discovery
made in the 17th century by Robert Boyle and
Edme Mariotte, ascertaining that P x V = cste.
The Boyle-Mariotte law describes the effects of
pressure on gases at constant temperature.
Designation
AirNeXT® interface
AirNeXT® Pod
Pressure sensor 0 / 2000 hPa
Mariotte's law model
Qty
1
1
1
1
Reference
486 000
486 001
482 104
252 051
▲ Curve P = f(V).
| All our resources jeulin.com |
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19/12/13 11:38
datalogging
Physics Practical Exercises
Practical Exercise: Archimedes' principle
Experiment simple to implement
Demonstrates buoyancy without calculation
▲ Demonstrates buoyancy.
Designation
▲ Buoyancy is equal to the weight of the
volume of liquid displaced.
362
Livre 362-381.indb 362
Two centuries before Christ, Archimedes had the
insight that all bodies immersed, either partly or
entirely, in a liquid are subject to a specific force.
He then demonstrated that this force is equal to
the weight of the volume of a liquid displaced.
Use Tooxy® to repeat this experiement.
Qty Reference
480 000
480 003
482 047
242 007
701 294
701 002
323 005
723 222
Tooxy® interface
1
(or Tooxy® interface - battery powered) 1
Force sensor
2
Archimedes' principle set
1
Modumontage® support
1
Labjack 100 x 100 mm
1
Mass tray
1
Dishes
1
| Order by phone +33 2 32 29 40 23 |
19/12/13 14:03
Practical Exercise: Hooke's law
Determination of the spring constant
Both extension and compression study
Simplified operating procedure
▲ Highlights Hooke's law.
A spring subject to no force has a certain length,
that we define as no-load or length at rest ℓ0.
If we apply a force of intensity F to it, it extends
to a length Δℓ.
This experiment highlights the relationship
that connects the variation in length Δℓ and the
extension / compression force F.
The suggested operating procedure ensures accurate results.
Designation
Tooxy® interface
(or Tooxy® interface - battery powered)
Force sensor
Pack of 4 springs 5 - 10 - 20 and 40 N
Modumontage® stand
Ruler
▲ Precise measurement of spring extension.
| All our resources jeulin.com |
Livre 362-381.indb 363
Qty Reference
1
480 000
1
480 003
1
482 047
1
323 010
1
701 294
1
313 068
363
19/12/13 14:03
datalogging
Physics Practical Exercises
Practical Exercise: free fall
Free fall with the Motion sensor
•Qualitative approach
•Ultra-simple to use
Teach your students about the existence of gravity.
This practical exercise provides an introduction to the concepts of position and
speed.
Designation
Qty
AirNeXT® interface
AirNeXT® Pod
1
1
Motion sensor
1
Reference
486 000
486 001
482 058
▲ Study on free fall with the Motion sensor.
Free fall with Photogates
•Quantitative approach
•Accurate results guaranteed
▲ Position vs time for a straight and uniformly-accelerated movement.
The Photogate can find the position and speed of the ball vs time.
The ball is released by a mechanical device.
The software's dedicated module makes accurate and reliable measurements.
Designation
AirNeXT® interface
AirNeXT® pod
Photogate sensor
Free fall
Photogate
Qty
1
2
2
1
3
Reference
486 000
486 001
482 048
453 035
453 026
Free-fall with fast camera
•Video acquisition
•High speed phenomena
The aim of this practical exercise is to study a ball in free fall, then, using computerised processing through video, to verify that g, the acceleration of gravity,
is equal to 9.81 m.s-2.
364
Livre 362-381.indb 364
Designation
Fast camera
Modumontage® stand
Qty
1
1
Reference
572 000
701 293
| Order by fax +33 2 32 29 43 24 |
19/12/13 14:03
Practical Exercise: 3 Newton's laws
Negligible friction
→
→
Study of the inertia principle: ∑ Fext = 0
→
→
Study of the fundamental principle of dynamics: ∑ Fext = m a
→
→
Study of the action-reaction principle: F A/B= - F B/A
Newton's 1st law
The trolley is set horizontally on the mechanical
bench. The student gives it a push and sees that it
moves with a straight and uniform motion: this is
Newton's first law.
Designation
Qty
AirNeXT® interface
AirNeXT® Pod
1
1
Motion sensor
Mechanical bench
Labjack 100 x 100 mm
1
1
1
Reference
486 000
486 001
482 058
332 043
701 002
▲ Straight and uniform motion.
Newton's 2nd law
▲ Trolley in straight and uniform-accelerated motion on inclined bench.
Designation
Simply incline the mechanical bench and release the trolley to observe its acceleration: this is Newton's second law.
Qty
AirNeXT® interface
1
Motion sensor
AirNeXT® Pod
Mechanical bench
Box of hooked masses
1
1
1
1
Reference
486 000
482 058
486 001
332 043
703 016
Newton's 3rd law
By pulling the Force sensors (as shown), the
student can observe, via the sensor display, that
when Body A exerts a force on Body B, Body B
will, simultaneaously, exert an equal and opposite
force on Body A: this is Newton's third law.
Designation
AirNeXT® interface
AirNeXT® Pod
Force sensor
Qty
1
2
2
Reference
486 000
486 001
482 047
▲ Action-Reaction principle.
| All our resources jeulin.com |
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datalogging
Physics Practical Exercises
Practical Exercise:
study of an oscillator
Complete study of oscillations
Concept of damping
Changes to kinetic and potential energy
▲ Variation of the angle  vs time.
▲ Practical Exercise: study of an oscillating system with AirNeXT® .
By using the pendulum associated to an electronic
stepped pulley and an Angle sensor, it is possible
to record the variation in the value of the angle
vs time.
This enables the study of the pendulum period vs
its length
By using the mathematical tools available in the
software we can determine the potential and
kinetic energies of the oscillator.
Designation
▲Variation of the energy vs time and synchronised video.
366
Livre 362-381.indb 366
AirNeXT® interface
AirNeXT® Pod
Angle sensor
Electronic stepped pulley
Modumontage® stand
Polynux® bosshead
Pendulum kit
Modumontage® ballast
Qty
1
1
1
1
1
1
1
1
Reference
486 000
486 001
482 052
453 109
701 293
703 452
222 008
703 044
| Technical assistance +33 2 32 29 40 50 |
19/12/13 14:03
Practical Exercise: magnetic field in a solenoid
Measurement over two axes
Axial guide for moving the teslameter's probe
▲ Variation of the magnetic field when a biaxial probe is
introduced into the solenoid.
The student observes the changes in the magnetic field by moving the teslameter's probe
within the solenoid.
Designation
AirNeXT® interface
AirNeXT® Pod
Magnetic field sensor
Solenoid
Red electric lead
Black electric lead
F6F12 / 5 A Evolution® power supply
Qty
1
1
1
1
1
1
1
Reference
486 000
486 001
482 045
292 012
283 073
283 078
281 083
Practical Exercise: Helmholtz coils
This practical exercise allows the student to observe the changes in a magnetic field within flat
coils with variable spacing particularly when they
are in the Helmholtz configuration.
Designation
AirNeXT® interface
AirNeXT® Pod
Magnetic field sensor
Flat coils with variable spacing
Red electric lead
Black electric lead
F6F12 / 5 A Evolution® power supply
| All our resources jeulin.com |
Livre 362-381.indb 367
Qty
1
1
1
1
1
2
1
Reference
486 000
486 001
482 045
292 014
283 073
283 078
281 083
367
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datalogging
Physics Practical Exercises
Practical Exercise: speed of sound in air
Can be performed in a noisy environment
Ultra-simple to set-up and perform
Easily measure the speed of sound in air using two
sound sensors. The software's dedicated module
provides quick and easy results. The student generates the wave by clapping, thus starting the measurement through synchronised input.
Designation
Foxy® interface
Sound sensor
Modumontage® stand
Synchro clap
Red electric lead
Black electric lead
368
Livre 362-381.indb 368
Qty
1
2
1
1
1
1
Reference
485 000
482 049
701 294
453 127
283 073
283 078
▲ Time difference measurement.
| Order by phone +33 2 32 29 40 23 |
19/12/13 14:03
Practical Exercise: spectral analysis of a signal
3-D spectrum analysis
No mathematical tools required
▲ Fundamental and harmonics.
▲ Complex signal and its spectrum.
Construct a complex signal from simple signals
using Spectrasons®.
The software's dedicated application can quickly
perform spectral analysis without using the
Fourier transform.
Designation
Foxy® interface
Spectrasons®
Red electric lead
Black electric lead
Loudspeaker (optional)
▲ 3-D view of simple and complex signals.
| All our resources jeulin.com |
Livre 362-381.indb 369
Qty
1
1
4
4
1
Reference
485 000
222 054
283 073
283 078
302 061
369
19/12/13 14:03
datalogging
Physics Practical Exercises
Practical Exercise: the Doppler effect
Experiments reproducible and repeatable
Accurate measurements
Motion of a body at a constant speed
s Determination of the frequency offset related to the Doppler effect thanks to the software's tool.
The aim of the exercice is to show the Doppler
relationship and to apply it to the measurement
of speed.
The graph showing the relationship between
speed and frequency offset is performed
in several stages: calculation of the speed
of the wave, comparison between the speed of
the moving body and the frequency offset and
construction of the Doppler relationship.
Designation
Foxy® interface
Doppler set
Photogate sensor
Photogate
Green electric lead
Red electric lead
Black electric lead
Qty
1
1
1
1
2
3
3
Reference
485 000
222 140
482 048
453 026
283 575
283 073
283 078
s Plot of the Doppler frequency offset according to the speed of the trolley.
370
Livre 362-381.indb 370
| Order by fax +33 2 32 29 43 24 |
19/12/13 14:03
Practical Exercise:
aerodynamic properties
Quick calculation of the Cx for different profiles
Create your own prototypes
Compare the aerodynamic resistance forces
for different objects placed in a laminar flow
and establish, for each of them, the relationship
between the aerodynamic resistance force and the
speed of the fluid. Determine, using digital tools,
the drag coefficients Cx for the studied shapes.
Designation
s Determination of Cx.
| All our resources jeulin.com |
Livre 362-381.indb 371
Qty
Foxy® interface
1
Wind tunnel
1
Accessories for the wind tunnel
1
Pack of blank shapes
1
Set of shapes with equal transverse 1
sections
Green electric lead
1
Yellow electric lead
1
Black electric lead
2
Reference
485 000
243 013
243 029
243 031
243 024
283 575
283 576
283 078
371
19/12/13 14:03
datalogging
Physics Practical Exercises
Practical Exercise: study of diffraction
Simply observe a diffraction figure
Take an experimental approach
Study the characteristics of a photocomposed item
Connected to the Foxy® interface, the light-sensitive receiver can plot the profile of a diffraction
figure.
Using calibrated wires, the student can plot a standard curve and it use it to determine the width
of a wire of unknown dimensions.
Designation
Foxy® interface
Photosensitive receiver
Green laser diode
Slide holder
Set of calibrated wires
Ø 40, 60, 80, 100, 120 µm
Red electric lead
Black electric lead
372
Livre 362-381.indb 372
1
1
1
1
1
Qty
Reference
485 000
201 017
201 036
213 017
212 028
3
3
283 073
283 078
▲
▲ Study of diffraction with the photosensitive receiver.
Determination of the diameter of a wire.
| Technical assistance +33 2 32 29 40 50 |
19/12/13 14:03
datalogging
Chemistry practical exercises
Practical Exercise: what is the pH?
Concept of pH
Comparison of pH meter / pH paper
Simple chemistry experiments
Study of pH
▲ Measurement with pH paper.
Show your students the advantages and disadvantages of two different ways of measurement.
Designation
Tooxy® interface
(or Tooxy® interface - battery powered)
pH sensor
pH electrode
Beaker 250 mL
pH paper
▲ pH measurement in standalone mode with Tooxy®.
Qty Reference
480 000
480 003
482 203
703 408
723 151
107 238
1
1
1
1
1
1
Dilution of an acid
▲ Measurement in connected mode.
Perform your first experiments in chemistry!
Address essential concepts, such as dilution and
pH, in a simple and educational way.
Designation
▲ Measurement in standalone mode.
| All our resources jeulin.com |
Livre 362-381.indb 373
Qty Reference
480 000
480 003
482 203
703 408
701 399
723 151
723 247
Tooxy® interface
1
(or Tooxy® interface - battery powered) 1
pH sensor
1
pH electrode
1
Magnetic stirrer 1 L
1
Beaker 250 mL
1
Graduated pipettes 10 mL
1
373
19/12/13 14:03
datalogging
Chemistry practical exercises
Practical Exercise: acid / base titration
Precisely-determined equivalent volume
▲ Performing titration with the Ergolab® burette.
The Ergolab® Burette measures and displays on a
computer screen the volume poured during the
tittration. The student avoides errors and obtains
a high number of data points to best show the
change in pH.
Designation
Foxy® interface
pH sensor
pH electrode
Ergolab® electronic burette
12 V mains adapter
Magnetic stirrer 1 L
Beaker 250 mL
Yellow electric lead
Black electric lead
374
Livre 362-381.indb 374
Qty
1
1
1
1
1
1
1
1
1
Reference
485 000
482 203
703 408
701 338
281 243
701 399
723 151
283 576
283 078
▲ Determination of equivalent volume using the tangents method.
| Order by phone +33 2 32 29 40 23 |
19/12/13 14:03
Practical Exercise: the Volta cell
Introduction to electrochemistry
Simple to implement
▲ Measurement in connected mode.
In 1800, Alessandro Volta published an article
describing the functioning of the first electric cell:
the Volta cell.
Now it is your turn to produce electricity by
forming a pile consisting of a succession of
layers of copper, felt soaked in salt water, and zinc.
Designation
▲ Measurement in standalone mode.
Tooxy® interface
(or Tooxy® interface - battery powered)
Voltage sensor ± 12 V - ± 24 V
Red electric lead
Black electric lead
Crocodile clips
Volta cell
Qty Reference
1
480 000
1
480 003
1
482 201
1
283 073
1
283 078
1
283 032
1
282 020
Practical Exercise: conductivity of salt water
Use of a conductivity sensor
Requires little equipment
Show your students the relationship between
salinity and conductivity of water.
Designation
Qty Reference
480 000
480 003
482 056
723 151
Tooxy® interface
1
(or Tooxy® interface - battery powered) 1
Conductivity sensor
1
Beaker 250 mL
4
| All our resources jeulin.com |
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datalogging
Chemistry practical exercises
Practical Exercise: study of an exothermic reaction
Supercooling
Immediate visual result
Concept of an unstable state
Introducing the thermometer into the solution immediately triggers crystallisation, which is accompanied by a rise in temperature.
➀
➁
➂
➃
➄
▲ Crystallisation of the solution.
▲ Supercooling curve for the solution.
Designation
Qty
Tooxy® interface
(or Tooxy® interface - battery powered)
Fast response temperature sensor
Sodium ethanoate supercooling kit
Hot plate
Beaker 400 mL
1
1
1
1
1
2
Reference
480 000
480 003
482 204
107 223
701 546
713 607
Practical Exercise:
study of an endothermic reaction
Production of a cooling mixture
This experiment shows a physical process accompanied by a reduction in temperature: it is an
endothermic reaction.
Perform the most fundamental experiments with
Tooxy®.
Name
Qty Reference
480 000
480 003
482 101
713 131
107 115
Tooxy® interface
1
(or Tooxy® interface - battery powered) 1
Temperature sensor -50/+150°C
1
900 mL crystalliser
1
Salt (1 kg)
1
376
Livre 362-381.indb 376
▲ Change in temperature vs time in a cooling mixture.
| Order by fax +33 2 32 29 43 24 |
19/12/13 14:03
Practical Exercise: colorimetry - Beer-Lambert's law
Relationship between absorbance and concentration of a coloured solution
Study of Beer-Lambert's law
▲ Curve representing absorbance vs concentration.
Colorimetry is a method of titration that consists
of sending a beam of monochromatic light
through a tank containing a coloured solution and
measuring the light absorbed by the solution. This
measurement of absorbed light corresponds to an
optical density.
Beer-Lambert's law allows the connection to be
made between the optical density of a solution
and its molar concentration.
We can therefore establish a linear relationship between the optical density and the
concentration.
Designation
AirNeXT® interface
AirNeXT® Pod
Voltage sensor ± 12 V - ± 24 V
Initio® AT colorimeter
12 V mains adapter
Tanks for colorimeter
Red electric lead
Black electric lead
440 nm monochromatic filter
Qty
1
1
1
1
1
1
1
1
1
Reference
486 000
486 001
482 201
701 358
281 243
701 119
283 073
283 078
703 548
| All our resources jeulin.com |
Livre 362-381.indb 377
Other monochromatic filters of different wavelengths available:
Designation
470 nm monochromatic filter
490 nm monochromatic filter
520 nm monochromatic filter
550 nm monochromatic filter
580 nm monochromatic filter
590 nm monochromatic filter
680 nm monochromatic filter
Reference
703 549
703 550
703 551
703 552
703 553
703 554
703 555
377
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PadLab
Application available for free from the Apple Store
Wichever Jeulin interface you're using, all saved experiments are
immediately displayable on an iPad. Your students can then see their
results on their tablets whatever the location: in the classroom or at home.
the datalogging
application for iPad
Using the PadLab application, you can see your
students' results on your iPad, whether the data
acquisition is finished or not. Firstly, you can ensure
that the practical exercise is properly carried out,
and secondly, you facilitate data sharing by making
the results available to others.
378
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datalogging
Biology Practical ExErcisEs
Practical Exercise: study of heart rate
Easy-to-use
Instant results
Each student can determine its heart rate by holding the electrodes.
They can compare the values obtained at rest and
during effort.
Designation
AirNeXT® interface
AirNeXT® Pod
Heart rate sensor
Qty
1
1
1
Reference
486 000
486 001
482 105
Practical Exercise:
performing ECG Totally new experiments
Wireless link
100 metres range
AirNeXT® enables you to perform your experiments outdoor during sport sessions.
Fixed to the belt, the Pod records the student's
ECG and simultaneously transfers the graph to the
interface. Designation
AirNeXT® interface
AirNeXT® Pod
Hand grips
Electrophysiology sensor
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Qty
1
1
1
1
Reference
486 000
486 001
482 033
482 046
379
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datalogging
Biology practical exercises
Practical Exercise: effort / rest respiration rate
Easy to hold
No assembly necessary
Respiration rate corresponds to the number of respiration cycles per minute (inspirations and expirations), measured on a person.
The aim of this practical exercise is to observe
these cycles during phases of rest and effort.
Designation
AirNeXT® interface
AirNeXT® Pod
Spirometer sensor
Mouthpieces (pack of 30)
Antibacterial filter
Qty
1
1
1
1
1
Reference
486 000
486 001
482 109
453 009
453 046
Practical Exercise: gaseous exchanges
No calibration necessary
Easy assembly
Measure the change in the O2 level content in the
air during a respiration cycle.
Simultaneously measure the volume of expired air.
Deduce the nature of the gaseous exchanges during respiration.
Designation
AirNeXT® interface
AirNeXT® Pod
Spirometer sensor
Mouthpieces (pack of 30)
Antibacterial filter
Human respiration chamber
O2 sensor - Standard
O2 probe - Standard
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Qty
1
2
1
1
1
1
1
1
Reference
486 000
486 001
482 109
453 009
453 046
453 081
482 106
453 052
| Order by phone +33 2 32 29 40 23 |
19/12/13 14:04
Practical Exercise: calculation of VO2 max
Estimation of VO2 max and VMA
Configuration
of the exercise
Physiological characteristics of
the subject
Values calculated by the software
Change in the heart rate and volume
of oxygen consumed
Extrapolation of the volume of O2
until maximum heart rate is reached
Determine the value of VO2 max to illustrate physiological changes during effort.
The software's module dedicated to the experiment guides you during setup and execution
phases.
Designation
Foxy® interface
Electrophysiology sensor
O2 sensor - Advanced
O2 probe - Advanced
Spirometer sensor
Mouthpieces (pack of 30)
Antibacterial filter
Human respiration chamber
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Qty
1
1
1
1
1
1
1
1
Reference
485 000
482 046
482 039
453 001
482 109
453 009
453 046
453 081
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Biology practical exercises
Practical Exercise:
respiration in water / in air
Simple to set up
Can be performed in air and in water
▲ Animal respiration in air.
▲ Animal respiration in water.
Observe the change in the O2 level when an animal is present.
This experiment can be performed in the air or in
water with the same equipment.
Designation
AirNeXT® interface
AirNeXT® Pod
O2 sensor - Standard
O2 probe - Standard
Animal respiration chambers
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Qty Reference
1
486 000
1
486 001
1
482 106
1
453 052
1
453 066
▲ Change in the O2 level vs time.
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19/12/13 14:07
Practical Exercise: study of fermentation
Study of alcoholic and lactic fermentation
Simultaneous measurement of key parameters
▲ Metabolism of yeast.
Yeast respires aerobically when oxygen is present; fermentation starts when all the oxygen is
consumed.
The aim of this experiment is to study the metabolism of yeast.
This experiment can be performed with the fermentation chamber ref. 453 040 or the Bioreactor
3 ref. 453 064.
Designation
Foxy® interface
Ethanol sensor
Ethanol probe
O2 sensor - Advanced
O2 probe - Advanced
CO2 sensor - Advanced
CO2 probe - Advanced
Turbidity sensor
Magnetic stirrer 1 L
Fermentation chamber
Qty
1
1
1
1
1
1
1
1
1
1
Reference
485 000
482 053
453 084
482 039
453 001
482 044
453 076
482 050
701 399
453 040
▲▲ Changes in O2 and CO2 level during fermentation.
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Biology practical exercises
Practical Exercise: photosynthesis
Quick to set up
Long-duration measurement
Photosynthesis in water
▲ Photosynthesis with the Bioreactor 3.
The aim of the exercise is to show the gaseous exchanges during photosynthesis. Simply alternate
the phases of light and dark to see the variation in
rates of O2 and CO2.
The sensors include innovative functionality such
as probe diagnosis and locking of the calibration
parameters.
Designation
Foxy® interface
Light sensor - Advanced
O2 sensor - Advanced
O2 probe - Advanced
CO2 sensor - Advanced
CO2 probe - Advanced
Bioreactor 3
12 V mains adapter
Qty
1
1
1
1
1
1
1
1
Reference
485 000
482 037
482 039
453 001
482 044
453 076
453 064
281 243
▲ Variation in the parameters used during photosynthesis.
Photosynthesis in air
The clamp is magnetic for quick and easy installation. Once the leaves have been enclosed and the
probes inserted, datalogging can begin.
Designation
Foxy® interface
O2 sensor - Advanced
O2 probe - Advanced
CO2 sensor - Advanced
CO2 probe - Advanced
Photosynthesis clamp
Dissection lamp
Base with rod
Perpendicular bosshead
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Qty
1
1
1
1
1
1
1
1
1
Reference
485 000
482 039
453 001
482 044
453 076
453 131
566 013
701 065
703 096
| Technical assistance +33 2 32 29 40 50 |
19/12/13 14:07
Practical Exercise:
the myotatic reflex
Simple to implement
Video synchronisation possible
Difference between reflex movement
and voluntary movement
The reflex contraction of a muscle triggered by its
own stretching is called the myotatic reflex.
Associated with the Martoreflex, the electrophysiology sensor can highlight the electrical response
of the muscle.
The fast camera makes it possible to see the delay
between the electrical activity of the muscle and
the movement of the foot.
Designation
Foxy® interface
Electrophysiology sensor
Electronic Martoreflex
Qty
1
1
1
Reference
485 000
482 046
453 068
▲ Response of the muscle to percussion on the Achilles tendon.
Practical Exercise: blood pressure
Measurement of systolic and diastolic
pressures
The student determines the systolic and diastolic
pressures using a stethoscope, reading the pressure directly on the sensor display.
It is also possible to have an on-screen display of
these automatically-represented pressures in the
correct units.
Designation
Tooxy® interface
(or Tooxy® interface - battery powered)
Stethoscope
Blood pressure cuff
Blood pressure sensor
Qty Reference
480 000
480 003
554 050
554 049
482 051
1
1
1
1
1
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Biology practical exercises
Practical Exercise: stimulation of a frog's nerve
Characterisation of the action potential of the frog's sciatic nerve
Dedicated module
▲ Extraction of the sciatic nerve.
▲▲ Stimulation of the frog's nerve with Foxy® and the nerve tank.
Observe the response of the frog’s sciatic nerve
to electrical stimulation after the nerve has been
removed and connected to the electrodes on the
nerve tank.
The dedicated module guides you throughout this
experiment, to display the stimulation artefact
and the response of the nerve.
Designation
Foxy® interface
Electrophysiology sensor
Nerve tank
DIN-2 bananas sockets cable
Red electric lead
Black electric lead
Qty
1
1
1
1
1
1
Reference
485 000
482 046
553 032
283 389
283 479
283 480
▲ Display the response of the nerve to electrical stimulation.
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19/12/13 14:07
datalogging
Earth Science practical exercises
Practical Exercise: oceanic expansion
Revealing magnetic profiles
Understand magnetic anomalies
Calculate oceanic expansion rates
This model associated with AirNeXT® allows measurement of the variations in the magnetic field of
a model of the sea floor.
Two transversal scans of the ocean ridge
provide two profiles, thus allowing the bands of
magnetic anomalies to be reconstituted.
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Designation
AirNeXT® interface
AirNeXT® Pod
Magnetic field sensor
Ocean expansion model
Qty
1
1
1
1
Reference
486 000
486 001
482 045
507 041
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Earth Science practical exercises
Practical Exercise: bathymetry
Innovative practical exercises
in earth science
Dedicated module for guiding
the students
The aim of this practical exercise is to make seismic-reflection profiles and take bathymetric
readings.
Here, the seismic waves are replaced by ultrasound waves created by the ultrasound sensor.
Models consisting of 2 different types of foam
represent the ocean (foam permeable by ultrasound) and the crust (foam reflecting ultrasound).
▲ 3-D representation of a seabed created with the bathymetry model and the ultrasound sensor.
Designation
▲ Animation on the operating principle of seismic
reflection.
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Foxy® interface
Ultrasound sensor
Bathymetry model
Hydrocarbon detection model
Passive margin model
Mobile blocks model
Qty
1
1
1
1
1
1
Reference
485 000
482 054
453 134
453 133
453 135
453 136
| Order by fax +33 2 32 29 43 24 |
19/12/13 14:07
Practical Exercise: speed of seismic waves
Samples of different rocks cut to appropriate size
Clear and accurate interpretation of results
Speed of seismic waves
according to the propagation medium
This experiment demonstrates the variation of
the speed of seismic waves depending on the propogation medium using Sismo sensors and Foxy®
interface.
Designation
▲ Determination of the wave's travel time.
▲ Performing a series of acquisitions for the statistical processing of data.
Foxy® interface
Seismic sensor
Synchro clap
Red electric lead
Black electric lead
Rock bars
Qty
1
2
1
1
1
1
Reference
485 000
482 055
453 127
283 474
283 473
506 123
Speed of seismic waves according to the temperature
This practical exercise shows the variation of the
speed of seismic waves according to the temperature of the medium in which they propagate.
The "seismic and temperature" model is composed of an appropriate material that can be
placed in a freezer or an oven and a unit which
triggers the measurement.
Designation
Foxy® interface
Seismic sensor
-50/+150°C temperature sensor
Seismic and temperature model
12 V mains adapter
Qty
1
1
1
1
1
Reference
485 000
482 055
482 101
507 043
281 243
▲ Study on the speed of seismic waves according to the temperature.
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Earth Science practical exercises
Practical Exercise:
pressure in a liquid
Ultra-simple to use
Requires little equipment
Students can easily observe the relationship
between pressure and depth in a liquid.
Designation
Tooxy® interface
(or Tooxy® interface - Battery powered)
Pressure sensor
Graduated tube showing pressure in
liquids
1000 mL graduated cylinder
Qty Reference
480 000
480 003
482 104
453 070
1
1
1
1
1
713 034
Practical Exercise: thermal and phonic insulation
Comparison of thermal and phonic insulations
Integrated buzzer and heating elements
▲ Showing acoustic insulation.
Change the nature and thickness of insulating
materials to compare the thermal and acoustic
insulating properties of each.
Designation
Qty Reference
480 000
480 003
482 101
189 040
Tooxy® interface
1
(or Tooxy® interface - Battery powered)1
Thermometer sensor -50/+150°C
2
Phonic and thermal
1
insulation model
12 V mains adapter
1
Sound sensor
2
Modumontage® stand
2
Polynux® bosshead
2
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281 243
482 049
701 293
703 452
▲ Showing thermal insulation.
| Technical assistance +33 2 32 29 40 50 |
19/12/13 14:07
Practical Exercise:
monitoring atmospheric pressure and sunshine
Autonomous pod
Measurement over several days
▲ Sunlight monitoring.
The pod’s large internal memory and long life battery allows for totally autonomous experiments to
be carried out over several days without separate
interface or connection to a computer.
The data is easily recoverable using the wireless connection between the pod and AirNeXT®
interface.
Designation
▲▲Pressure monitoring.
AirNeXT® interface
AirNeXT® Pod
Pressure sensor
Light sensor - Standard
Qty
1
2
1
1
Reference
486 000
486 001
482 038
482 102
Practical Exercise: weather forecast
4 in 1 sensor
Measurements outside
Use a single sensor to measure your weather parameters: wind speed, ambient temperature, relative humidity and atmospheric pressure.
Designation
Qty
AirNeXT® interface
AirNeXT® Pod
1
1
Weather sensor
1
Reference
486 000
486 001
482 066
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earth science practical exercises
Practical Exercise: conduction - convection
No risk of burns
Visual experiment
▲ Appearance 2 min after the introduction of the
colourant.
▲ Appearance 7 min to 8 min after the introduction of
the colourant.
▲ Evolution of the temperature in the upper part (red curve) and lower part (blue curve) of the chamber.
Simple equipment for showing the phenomena of convection and conduction.
Just add a few drops of colourant to the tank to observe the rising warm
currents.
Change the viscosity to obtain greater or lesser temperature differentiations.
Use AirNeXT® to monitor upper and lower Temperatures.
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▲ Appearance 15 min after the introduction of the
colourant.
Designation
AirNeXT® interface
AirNeXT® Pod
-50/+150°C temperature sensor
Convection / conduction chamber
Qty
1
2
2
1
Reference
486 000
486 001
482 101
507 056
| Order by phone +33 2 32 29 40 23 |
19/12/13 14:07
The Datalogger Reinvented
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The new datalogger
AirNeXT® datalogger = 1 interface + 1 or several Pods
▲ Pod.
▲ Interface.
Long-distance wireless communication between
the interface and the Pods
Embedded software
Up to 100,000 measurements per second
Up to 16 pods per interface
▲ ECG with AirNeXT®.
▲ Convection - conduction with AirNeXT®.
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19/12/13 14:08
The new-generation interface
Easy and intuitive navigation
Dedicated applications
▲ Water solidification curve.
Communication possible between interfaces
Standalone use or connected to a computer
Automatic installation as soon as it is connected to a computer
AirNeXT ® software automatically launches.
Just connect the interface to a computer and you
can directly make your first data acquisitions.
Wireless system enables you to place each sensor
where you wish while keeping the interface at a
distance.
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datalogging
interFaces & datalogger
The Pod: ultra-versatile device
Data storage system
100 metres of line-of-sight range
If the connection with the interface is broken, the data
storage system avoids any loss of measurements:
they are sent automatically once the connection resumes.
State indicator
Direct reading of the measured value
Rechargeable
lithium battery
technology
The long battery life and integrated memory
allows for measurements over the period
of 1 week
Protective elastomer
Associated with a large range of sensors, the Pod
becomes a measuring instrument, that can replace
your traditional devices
▲ Recording the atmospheric pressure and the temperature during one week
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A collection of dedicated applications
Available directly in the interface
Simplified configuration
Guaranteed results
Change of state
Just place a temperature sensor in a Pod and press "start" to begin data
acquisition.
▲ Water solidification curve.
Environmental study
For each measurement reading, it is possible to specify the location or
any other information. The data is presented directly in a table. Students
can display the results in the form of histograms, making it easier to
compare the results.
s Display of the "spreadsheet" function.
Study of pH
This application is designed to simply implement dilution of an acid or basic
solution.
▲ Dilution of a basic solution.
e
Cardio-respiratory frequency
With the heart rate sensor, the spirometer sensor or both, you can see the physiological changes during effort.
▲ Change in heart rate with AirNeXT®.
Human respiration
No calibrasion is necessary. Once the assembly is finished, the student blows
into the Spirometer sensor and the oxygen probe measures the level of O2.
The calculation, performed automatically by the software, gives the volume of
oxygen consumed as a function of time.
▲ Volume of oxygen consumed.
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interFaces & datalogger
An interactive class
The teaching mode
Follow the progress of the class
Evaluation of student's experiments
Sharing results
Collect data
from students'
interfaces
Teacher's desk
Student's work surfaces
▲
Supervision of students' interfaces
by the teacher interface.
The teacher's experiment
Setting up more costly experiments
Safety guaranteed during risky experiments
Data broadcasting
to student's
interfaces
Teacher's desk
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▲
Transfer of data from the teacher
interface to the students' interfaces.
Student's work surfaces
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19/12/13 14:08
Simplicity and innovation
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datalogging
interFaces & datalogger
The ultra-high-performance logging
interface
15-MHz sampling frequency on each sensor input
Embedded software
Hassle-free computing: Plug & Measure system
▲
▲ Transfer of thermal energy.
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Study of the speed of seismic waves
according to the temperature.
| Order by fax +33 2 32 29 43 24 |
19/12/13 14:08
4 differential analogue inputs, 4 ranges each:
± 30 V, ± 15 V, ± 5 V, ± 0.25 V
Increase the number of simultaneous acquisitions.
Use your devices with analogue outputs.
Study the current between 2 lines of a triple-phase signal.
A 15-MHz sampling rate
on each of the 4 sensor inputs
New experiments possible (ultrasound, signal
transmission by optical fibre,…).
High-quality results in all situations (study of an electric
circuit, stimulation of a frog's nerve,…).
1 USB port for webcam
or Jeulin fast camera
The camera connects directly to
the interface and the image
processing is done with the
software.
2 analogue outputs ± 10 V
Work on modulation without using
another device or simulate a
function generator.
1 trigger input
Synchronise your measurements.
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Read the measurement on the sensor
Use your interface as a measuring instrument
(pH-meter, conductimeter)
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DATALOGGING
INTERFACES & DATALOGGER
Plug & Measure system
No driver and no installation: the software is embedded in the interface
Connect the interface to a computer and the software will launch automatically
Start measuring immediately
▲ Software runs automatically upon connection to the PC.
▲ Software's application launcher.
▲ Starting the experiment.
Foxy®: bench instrument
A display allows the student to read the value directly on the sensor
▲ Probe calibrated directly on the sensor.
A multi-function system
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Study of ultrasound.
▲
Can be used as a four-channel oscilloscope
Can control or simulate a function generator
Wide range of sensors
for all your experiments
| Technical assistance +33 2 32 29 40 50 |
19/12/13 14:12
Instantaneous measurement
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DATALOGGING
INTERFACES & DATALOGGER
2 functioning modes
▲
Measurement mode
▲ Switch on Tooxy®.
▲ Insert a sensor.
▲ Read the value on sensor's screen.
Datalogging mode
▲ Connect to a computer via USB.
▲ Software launched automatically.
▲ Choose an application and start experiment.
2 measuring channels
Embedded software
Hassle-free computing: Plug & Measure system
Built-in digital oscilloscope
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19/12/13 14:12
The AirNeXT® datalogger
AirNeXT® interface
Pod
• Wireless link between interface and Pods
• Communication between interfaces
• No software installation
• Robust and easy to handle
• Usable as a measuring instrument
• Automated mode for recording over several days
LED status indicator.
Sampling rate: 100 kHz
Battery: lithium polymer.
Composition
Screen: Tactile colour
Wireles communication:
- Up to 16 Pods per interface
- Up to 9 interfaces together
Battery: lithium polymer
Connection: USB without driver
Software environment:
- Mobile Science Studio software (mobile use)
- Embedded Science Studio software (connected use)
Delivered on its own without power supply
(compatible with the AirNeXT® interface
mains adapter).
Ref. 486 001
ACCESSORIES
Composition
Delivered with USB cable and mains adapter (compatible with the Pods).
Ref. 486 000
1 Pod mains adapter
Ref. 281 213
5 Pods mains adapter
Ref. 281 215
Ventral straps for Pod
Ref. 486 004
The Tooxy® and Foxy® interfaces
No driver nor software to install on your computer
Software is embedded: you simply connect and experiment
Display on sensors: you directly read measurements
Foxy® interface
• Very high sampling rate
• Synchronized video
4 sensor inputs:
- Analogue and / or digital processing for more accuracy
- 15 MHz sampling rate per input
Trigger mode
- On external signal via the Synchro input
- On measurement level via sensors or analogue inputs
4 analogue differential inputs:
- 4 ranges each: ± 30 V, ± 15 V, ± 5 V, ± 0.25 V
2 analogue outputs:
- Range: ± 10 V
- Built-in function generator
USB connection to the computer
Ref. 485 000
Tooxy® interface
• Get starting with data logging at affordable price
• 2 versions available : mains or battery powered
2 sensor inputs:
- Analogue and digital processing
- 10 kHz sampling rate
Trigger mode
- On measurement level via sensors
USB connection to the computer
Designation
Tooxy® interface
Tooxy® interface - Battery powered
Reference
480 000
480 003
| All our resources jeulin.com |
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DATALOGGING
SOFTWARE
Science Studio software, the embedded software
Plug & Measure system
A unique software installed in all Jeulin interfaces & dataloggers
No installation of drivers: concentrate on what is essential
Immediate launch when connecting to a computer
Free updates
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Online resources
www.jeulin.com
| Order by fax +33 2 32 29 43 24 |
19/12/13 14:12
▲
Science Studio software
Determination of equivalent volume
using the tangents method.
You entirely configure your acquisition:
- choice of axis,
- start on an event,
- customisation of analogue imputs,
- various trigger modes,
- video.
Perform all your experiments quicker and more
accurately.
For data processing, the software has an entire
range of tools:
- trend curve,
- graphical and mathematical modelling,
- parametric curves,
- curve creation.
Display of the speed and acceleration vectors when throwing a ball.
▲
An important factor is that a genuine scientific
spreadsheet is included in the software for creating new magnitudes, performing calculations by
cell or by column or exporting values.
A dedicated set of applications
Free fall
Ultrasound scan
▲ Position of the ball vs time.
▲ Creation of a profile of the content of the model.
Seismic profile
Ohm's law
▲ Determination of u(i).
▲ Animation on the operating
principle of seismic reflection.
▲ Science Studio's application launcher.
3-D ocean bed
Respiration
Blood pressure
VO2 max
Muscle nerve
▲ Determination of respiration rate.
Enzymo
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▲ 3-D view of the inside of the bathymetry model
obtained with the ultrasound sensor.
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PadLab
Application available for free from the Apple Store
Wichever Jeulin interface you're using, all saved experiments are
immediately displayable on an iPad. Your students can then see their
results on their tablets whatever the location: in the classroom or at home.
the datalogging
application for iPad
Using the PadLab application, you can see your
students' results on your iPad, whether the data
acquisition is finished or not. Firstly, you can ensure
that the practical exercise is properly carried out,
and secondly, you facilitate data sharing by making
the results available to others.
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Sensors
A sensor for every measurement
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DATALOGGING
SENSORS
Adapted to the study of electrical and
electronic circuits in complete safety
Current sensor 0.1A - 1A
As well as conventional applications,
the TRMS (True Root Mean Square) mode for:
- performing experiments highlighting the energy
properties of electrical current,
- addressing the concepts of electrical power and work.
Current sensor
TRMS
Differential inputs.
Instantaneous current measurement.
Ranges: ± 0.1 A and ± 1 A.
Differential inputs.
Measurement of the instantaneous
and RMS current.
Ranges: ± 0.05 A, ± 0.5 A, ± 2.5 A and ± 10 A.
Ref. 482 202
Ref. 482 034
Voltage sensor ± 12 V - ± 24 V
Voltage sensor
TRMS
Differential inputs.
Instantaneous voltage measurement.
Ranges: ± 12 V and ± 24 V.
Differential inputs.
Measurement of instantaneous
and RMS voltage.
Ranges: ± 0.1 V, ± 2.5 V, ± 15 V and ± 50 V.
Ref. 482 201
Ref. 482 035
Magnetic field sensor
Sound sensor
• Ideal for measuring and mapping magnetic fields
• Built-in microphone and amplifier
Allows complete study of sound phenomena:
wave shape, spectrum and sound level, as
well as the speed of sound.
Range: 30 to 120 dB.
Probe included.
Ref. 482 049
Charge sensor
Includes a graduated probe
equipped with 2 orthogonal
sensors.
Simultaneous measurement according to
2 perpendicular axes.
Ranges:
± 10 mT and ± 100 mT.
Ref. 482 045
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Developed for experiments in static
electricity, it measures the electrical
charge using the supplied shielded
cable.
Range: ± 100 nC.
Ref. 482 067
| Order by phone +33 2 32 29 40 23 |
19/12/13 14:12
Temperature sensor
-50/+150°C
Fast response
temperature sensor
• Stainless-steel probe
• Range of measurement adapted
to almost all applications
• Ideal with the mini-freezer
Thermocouple sensor
• No calibration necessary
For thermal
measurements
that are quick,
high or just
multi-purpose.
For K type thermocouple probe.
Ranges: - 50 / + 150°C
and 0 / + 1000°C.
The outstandingly
versatile thermometer
thanks to its probe
that is resistant to
chemical products.
Particularly
adapted to the study
of rapid thermal exchanges
thanks to its probe with
very low thermal inertia.
Ideal for the study
of phase change.
Measurement range: -50 to +150°C.
Probe included.
Measurement range: -50 to +150°C.
Probe included.
Ref. 482 101
Ref. 482 204
Ref. 482 036
ACCESSORIES
Flexible wire probe -40 / +300°C
Ref. 253 003
Rigid probe with handle -50 / +900 °C
Ref. 253 102
pH sensor
pH and specific ions sensor
• Diagnostic probe function
• BNC connection
This sensor can receive all
combined electrodes fitted
with a BNC: pH, oxidation-reduction and specific ions.
It can receive a temperature probe for demanding
measurements.
Ranges:
pH mode: 0 to 14 pH.
Ions mode: ± 2000 mV.
Temperature: -20 / +120 °C.
Measurement range: 0 to 14 pH.
Ref. 482 203
ACCESSORIES
pH electrode
Ref. 703 408
Ref. 482 070
Conductivity sensor
Turbidity sensor
• Automatic temperature compensation thanks to a
sensor included in the probe
Robust
and simple
to use,
this sensor
can measure
the conductivity
of a solution.
Measures the turbidity of a liquid.
Essential for studying
the environment or chemistry.
Ranges:
2 mS.cm-1 and 20 mS.cm-1.
Probe: CTA included.
Range: 0 to 100%.
Probe included.
Ref. 482 056
Ref. 482 050
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DATALOGGING
SENSORS
Light sensor - Standard
Light sensor - Advanced
• Adapted to the Bioreactor
• Watertight
Fitted with a probe
with a spectral response
similar to that of the
human eye, it is suitable
for measuring ambient
light both indoors and
outdoors.
Measurement ranges:
0 to 2,000 Lux and 0 to 200,000 Lux.
Probe included.
Ref. 482 102
Fitted with a watertight
probe with opening for
lateral measurement,
it is perfectly adapted
for the study of photosynthesis
in the air, in water and fermentation.
Ranges: 50,000 Lux.
Probe included.
Ref. 482 037
Pressure sensor - Standard
Pressure sensor - Advanced
• Simple
• Robust
Versatile and cross-disciplinary,
it allows the study of the laws of gases,
of pressure in liquids,
of atmospheric pressure,…
Its measurement range covers
a broad range of applications
in physics / chemistry and biology.
Measurement range: 0 to 2000 hPa.
Measurement of absolute, relative
and atmospheric pressure.
3 ranges: 7000 hPa, 800 to 1200 hPa
and ± 200 hPa.
Ref. 482 104
Ref. 482 038
Humidity sensor
Weather sensor
For environmental
measurements and
applications in
biology
(transpiration in plants)
Measurement range: 0 to 100% HR.
Probe included.
Ref. 482 103
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For monitoring of the key
meteorological measurements.
Measurement ranges:
Wind speed: 0.2 to 30 m.s-1.
Temperature: -30 to +70 °C.
Atmospheric pressure: 150 to 1150 hPa.
Relative humidity: 0 to 100%.
Probe included.
Ref. 482 066
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Photogate sensor
Free fall apparatus
• Essential for mechanics
• Ideal for studying free fall
or the motion
of bodies on benches
More details on page 418.
Ref. 453 035
Photogate
Associated with the photogates,
this sensor can count
events, directly measure
time and instantaneous velocity.
Can accept one or two photogates.
More details on page 418.
Ref. 482 048
Ref. 453 026
Angle sensor
Electronic stepped pulley
• Friction almost nil
• Ideal for studying
pendular and
circular movements
3 grooves available:
diameters: 20 mm, 40 mm and 60 mm. Groove width: 1 mm.
Ref. 453 109
Associated with the electronic
stepped pulley, this sensor
is dedicated to studying pendular
and circular movements.
Ranges: ± 45 and 180°
Pendulum kit
Ref. 482 052
ACCESSORY
More details on page 85.
Electronic stepped pulley
Ref. 453 109
Ref. 222 008
Motion sensor
Force sensor
• Numerous experiments possible
in dynamic mechanics
• Measurement of forces in tension and compression
Ideal for performing experiments on physical laws
involving static and dynamic forces.
Accessories (not supplied) allow it to be used for
measuring weight and moment.
Ranges: ± 5 N and ± 50 N.
Function: tare.
Mechanical protection against overloading.
Ref. 482 047
This sensor can measure the position of objects moving in its detection field
up to 10 m distant.
Measurement rate: adjustable from 5 to 50 Hz.
Ranges: 6 m and 10 m.
Ref. 482 058
ACCESSORIES
Moment accessory
Ref. 222 056
Scale accessory
Ref. 222 057
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DATALOGGING
SENSORS
O2 sensor - Standard
• Simple measurement in air
or in water
• Calibration protocol
incorporated and readable
directly on the sensor
O2 probes - Standard
Temperature-compensated galvanic type.
Probe: Ø 27 mm.
Air O2 probe
Immersion prohibited.
Associated with one of the air or air
/ water probes, it can take precise
measurements of oxygen in air or
dissolved in water.
Ref. 453 051
Air/water O2 probe
In the air:
measurement range: 0 to 25%.
In water:
measurement range: 0 to 20 mg/L.
Watertight probe
maybe immersed.
Ref. 482 106
Ref. 453 052
O2 sensor - Advanced
O2 probe - Advanced
• Diagnostic
probe function
• Electronic calibration
locking
• Accurate and repeatable measurements
• Watertight
Polymer probe body Ø 12 mm, L = 12 cm.
Includes
- 1 spare head
- 1 x 50 mL bottle of electrolyte
- 1 ampoule of 25 mL of solution 0
Ref. 453 001
Associated with the O 2 probe Advanced, it is the ultimate versatile and accurate sensor.
It can measure the oxygen in air or
dissolved in water.
In the air:
measurement range: 0 to 25%.
In water:
measurement range: 0 to 20 mg/L.
ACCESSORIES
Anhydrous sodium sulphite (250 g)
Ref. 105 154
Zero solution (pack of 2 ampoules)
Ref. 107 265
Ref. 482 039
50 mL bottle electrolyte
Ref. 106 084
O2 probe head - pack of 5
Ref. 453 130
Ethanol sensor
Ethanol probe
• Measurement in air
and in water
• Measures the concentration of ethanol
in air and water.
Measurement in liquid or gaseous mediums.
Delivered with 3 probe heads.
Associated with the ethanol probe, it is ideal, particularly for experiments in
fermentation.
Polymer probe body
Ø 12 mm, L= 12 cm.
Ranges in the air: 0 to 0.125% and 0 to 2.5%.
Ranges in water: 0 to 1 g/L and 0 to 20 g/L.
CONSUMABLE
Ref. 482 053
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Ref. 453 084
Ethanol probe head (pack of 3)
Ref. 453 085
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Air CO2 sensor
Water CO2 sensor
Its two ranges make this
sensor particularly appropriate to experiments
involving measuring
concentrations of CO 2
in the air whatever the
discipline: human and
animal metabolisms, environment, combustion,
carbon cycle, etc.
The CO2 in water sensor that is simplest
to use and most economical.
It functions with a pH-meter probe and
can monitor changes of CO2 concentration and pH of aqueous solutions.
Ref. 482 068
Ranges: 5% and 30%.
Probe included.
ACCESSORY
PH electrode
Ref. 703 408
Ref. 482 043
CO2 sensor - Advanced
CO2 probe - Advanced
• Diagnostic probe function
• Electronic locking
of the calibration
• Accurate and repeatable measurements
• Watertight
Polymer probe body Ø 12 mm, L = 12 cm. 1 spare head. 1 bottle of electrolyte.
1 ampoule of base solution. 1 bottle of calibration solution.
Ref. 453 076
ACCESSORIES
Associated with its probe, this is the ultimate versatile and accurate probe.
It can measure concentrations of CO2 in
the air and in water.
Ranges in water: 0 to 500 mg/L.
Ranges in the air: 0 to 32%.
Ref. 482 044
Electrolyte for CO2 probe, 50 mL
bottle
Ref. 105 175
Acid calibration solution for CO2
probe (50 mL bottle)
Ref. 107 452
Base calibration solution for CO2
probe (pack of 6 ampoules)
Ref. 107 453
Base calibration solution for CO2
probe (250 mL bottle)
Ref. 107 454
CO2 probe head
Ref. 453 077
One website
multiple resources
• Instruction manuals • Practicals
• Demonstrations • Videos
www.jeulin.com
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DATALOGGING
SENSORS
Electrophysiology sensor
DIN-2 bananas sockets cable
Essential for using
the nerve tank with Foxy®
Ref. 283 389
Hand grips
The most complete and high performing human and animal electrophysiology
sensor.
With its three functioning modes and its multitude of accessories, it can
perform experiments on heart rate and its adaptation to effort, ECG, the
myotatic reflex and nerve response.
Supplied with the cable and 50 ECG electrodes.
Ref. 482 046
ACCESSORIES
Adhesive ECG-EMG electrodes (pack of 50)
Ref. 453 029
Convenient for measuring
heart rate and ECG. Works
with the Electrophysiology sensor ref. 482 046
or the Heart Rate Sensor.
Ref. 482 033
Spirometer sensor
Blood pressure sensor
• Very easy to use
• Directly obtains
systolic and diastolic pressure
• Concept of adaptation to effort
Measurement of arterial pressure: 0 - 200 mmHg.
Ref. 482 051
ACCESSORIES
Blood pressure cuff
Ref. 554 049
Stethoscope
Ref. 554 050
It is comprehensive
in that it can perform all experiments
relating to human respiration: rate,
volume and flow.
Ranges:
Respiratory rate: 0 to 60 cycles / minute.
Volume: ± 10 L.
Flow: ± 10 L/s.
Ref. 482 109
ACCESSORIES
Mouthpieces (pack of 30)
Ref. 453 009
Antibacterial filter
Ref. 453 046
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Heart rate sensor
• Directly measures heart rate
• Manual electrodes included
• Hand grips included
Designed to
simply measure the
heart rate without any
electrodes to be attached.
Measurement range: 0 to 220 cpm.
Ref. 482 105
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Ultrasound sensor
ACCESSORIES
3-D ultrasound scan model
Ref. 222 060
Hydrocarbon detection model
Ref. 453 133
Functioning on the
principle of wave reflection, this sensor can
show the diverse applications of this principle
in different fields such
as medicine (ultrasound
scan), seismic studies,
bathymetry, etc.
Models are provided for each type of
experiment.
Probe included.
Ref. 482 054
Seismic sensor
Bathymetry model
Ref. 453 134
Seismic reflection model - passive margin
Ref. 453 135
Mobile blocks model
Ref. 453 136
Synchro sensor
• For Tooxy® and AirNeXT®
Ideal for learning the
concept of wave propagation by performing various
experiments simulating
the propagation of seismic
waves and their speed according to the characteristics of
the medium: its composition
and its temperature.
Ref. 482 055
ACCESSORIES
Rock bars
Ref. 506 123
Can synchronise measurement
with an external event.
Essential for measuring the
speed of sound, experiments in
seismic studies and the myotatic
reflex.
Ref. 482 062
GPS sensor
A one stop shop
for all your
support needs
This sensor lets you geolocate your measurements.
In addition to the GPS, it has
an ambient temperature
sensor.
The data collected can be
represented on a map using
Google Earth, so that it can
be analysed in its geographical context.
Ref. 482 063
Before and after sales advice
Advice on implementing experiments
Specialists can answer
all your technical questions
+33 2 32 29 40 50
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DATALOGGING
ACCESSORIES
Essential accessories
Ergolab® electronic burette with analogue output
• Analogue output
• For quick and accurate titration
The Ergolab® electronic burette can digitise the
volume poured when performing pH-metric or
conductimetric titration.
The student manually controls the progress of
the piston and sees the titration curve constructed on the screen.
Using the processing tools in the Science Studio
software, the student precisely determines the
equivalent volume using the tangents method or
by calculating the derivative.
Push-button for resetting the signal volume to zero,
whatever the position of the piston.
Connected using Ø 4 mm safety banana plugs.
Free fall apparatus
• Study of Newtonian dynamics
Measurement range: 0 to 50 mL.
Resolution: 0.025 mL.
Accuracy (calibrated burette): ± 0.04%.
Calibration: in one point at 25 mL.
Analogue output: -5 V / +5 V compatible with all datalogging interfaces.
Power supply: 12 V mains adaptor
(to be ordered separately).
Dimensions with syringe (w x h x d): 320 x 80 x 55 mm.
Ref. 701 338
ACCESSORY
12 V mains adapter
Ref. 281 243
Photogate
Velocity sensor with two optical infrared beams.
Allows transition time and speed measurements
of objects.
Connection: 2 m cable with 5-pin DIN plug.
Ref. 453 026
Synchro clap
▲ Position of the ball as a function of time obtained with
the free fall device.
An integrated photo-electric sensor triggers
measurement at the precise instant the ball
starts falling.
The repetitive character of measurements
lets you perform experiments with only
2 Photogates.
Composition
- 1 graduated ruler,
- 1 base with vertical adjustment and receiver tray,
- 1 stabilisation weight,
- 1 manual trigger with optical coupler,
- 1 steel ball,
- 1 plumb line for vertical adjustment.
Ref. 453 035
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The synchro clap is fitted with 2 sockets for
connecting it to the Synchro sensor or the synchro input of Foxy® interface.
A small sleeve is used for insulation to avoid
any short circuits, and allows the 2 sticks to be
easily handled.
Ref. 453 127
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Bioreactor 3
• Built-in stirrer
• Captive plugs
• 2 usable volumes of tanks
Perform your photosynthesis and yeast metabolism experiments in the best
conditions.
2 tank volumes (10 and 20 mL):
the probe holder can be positioned in 2 different ways, and thus determine
2 different usable volumes: you can adjust your protocol to obtain the best
results.
Housing consists of a cover + movable metal shutters:
assembly resistant to light,even intense conditions, without risk of damage.
A new probe holder with elastic support:
specially adapted to probes of 12 mm diameter, its design provides
optimal support to the probe at the desired and 6 mm depth. No more risk of
the probe descending, or of impact against the magnet bar.
Ref. 453 064
CONSUMABLES
Bioreactor 3 tank
Ref. 453 072
Magnet bar for Bioreactor 3 (pack of 3)
Ref. 703 450
1 mL syringe with catheter
Ref. 723 088
ACCESSORY
12 V mains adapter
Ref. 281 243
Animal respiration chambers
Human respiration chamber
This pack contains 2 small-volume chambers for your experiments with small
animals (mealworms, crickets, stick insects,…), plants, fungi,…
Ideal for the study of animal respiration, they can optimise the results by
amplifying the display of the magnitude studied, such as the drop in O 2
concentration, for example.
Delivered with:
- adapters for using them with the various Jeulin probes.
- plugs to block one of the holes in case of measuring a single magnitude.
Composition
- 1 x 250 mL chamber with 3 hole cover (2 for gaseous exchanges, 1 for temperature)
- 1 x 40 mL chamber
Cylindrical chamber for introducing
2 probes of diameters: 27, 12, 6 or 3 mm simultaneously.
Supplied with connection pipes.
Ref. 453 066
Ref. 453 081
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DATALOGGING
ACCESSORIES
Study photosynthesis in vivo
Photosynthesis clamp
Halogen lamp with
adjustable
height
• Quick to set up
• Easy-to-use
With its
height-adjustable base,
it is perfectly
adapted for
functioning with the
Bioreactor 3.
20 W / 12 V. Halogen bulb with GU4 socket, with
radiation angle of 10°. Delivered with mains plug.
Composition
- 1 chamber in two detachable parts to enclose the leaf
- 1 attachment rod
- 1 cover for placing the measuring chamber
in darkness
Ref. 554 012
CONSUMABLE
Spare bulb
Ref. 554 064
Ref. 453 131
Fermentation chamber
• Ideal for an experimental approach to alcoholic and lactic fermentation using datalogging
• Possible to measure all parameters
This chamber has been specially designed for
datalogging. In particular it meets the servere
conditions required to success fermentation
experiments and other controlled parameters
experiments.
- 2 L cylindrical chamber,
- 4 x 12 mm Ø holes for O2, CO2, pH, Ethanol or
Turbidity probes,
- 2 x 6 mm Ø holes for temperature or luxmeter
probes,
- 1 hole equipped with samples extraction and
injection system,
- 1 hole for an oxygenation system,
- 1 hole for electric heater.
Martoreflex
Delivered with:
- 1 electric heater for thermal regulation,
- 1 oxygenation system,
- 12 plugs (6 solid and 6 open) for use with or
without probes,
- 1 magnetic bar for stirring.
This fermentation chamber can also be used to
study cellular growth.
Ref. 453 040
Nerve tank
• 100% electronic
Specially designed to meet the requirements of human electrophysiology, this new
Martoreflex includes a specific electronic
component that can, without any mechanical
parts, very precisely trigger the measurement.
Ref. 453 068
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The tank supports saline solutions and keeps
the atmosphere saturated; composed of 12 silver chloride electrodes on Ø 4 mm sockets, a
stainless-steel ballast for stability and a drain
valve.
Dim: 164 x 107 x 155 mm.
Ref. 553 032
ACCESSORY
DIN-2 bananas sockets cable
Ref. 283 389
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