This digital laboratory kit SenseDisc Pro in the PHYSICS variant is a complete STEM equipment dedicated to school laboratories, specially designed to modernize physics, mechanics, electricity, and science classes in middle schools, high schools, and universities.

The kit combines the standalone data acquisition console with a total of 14 sensors (10 external SensoLab sensors, 4 sensors integrated directly into the SenseDisc Pro base, and 1 free universal input accompanied by 2 dedicated sensors: force and photogate), accompanied by the dedicated iLab analysis educational software.

Choosing a SenseDisc Pro digital laboratory kit allows students and teachers to conduct scientific experiments both autonomously (thanks to the color touchscreen and rechargeable battery) and by connecting to an interactive screen PC, Mac, iPad, or Android tablet via USB and Bluetooth connection.

The iLab software platform collects, displays, and analyzes experimental data in real time, offering advanced graphical processing tools, calibration functions, data tables, and export capabilities for writing laboratory reports according to the school curriculum.

Key Benefits of the digital laboratory kit SenseDisc Pro PHYSICS

Dedicated Physics Solution for School Labs: A SenseDisc Pro digital laboratory kit brings together in a single portable configuration all the tools needed for modern digital experiments in the physics curriculum.

Complete Package of 14 Sensors: Includes 4 sensors integrated natively into the console and 10 external and universal sensors for an extended range of mechanical and electrical applications.

Dedicated iLab Educational Software: An intuitive interface specially designed for the school environment, allowing data visualization as dynamic graphs, analog indicators, or tables.

Universal Input with Mechanical Accessories: Features a universal input equipped with a force sensor and an optical barrier (photogate) for advanced kinetic and dynamic experiments.

Plug & Play Connection: Sensors connected to the SenseDisc Pro console are automatically recognized by the iLab software without complex technical configurations.

Mobility and Autonomy: The internal rechargeable battery makes the system perfect for field experiments and practical activities conducted outside the classroom.

Technical Specifications

1. SenseDisc Pro Datalogger Console

Total Available Sensors: 14 sensors (4 integrated in the base + 8 external sensors + 2 sensors on the universal input)

Expansion Ports: 1 dedicated universal input for additional modular sensors

Sampling Accuracy: Up to 100,000 samples/second

Display: 3.5” TFT Touchscreen Color (320x240 resolution)

Connectivity: Bluetooth, USB, Wi-Fi (optional)

Internal Storage: Integrated flash memory for over 100,000 records

Power Supply: Rechargeable Li-Po battery (operating autonomy > 8 hours)

Analysis Software: iLab (included, with educational user license)

OS Compatibility: Windows, macOS, iOS, Android, Linux, HarmonyOS

2.iLab Data Analysis Software Specifications

Display Modes: Line graph, analog/digital indicator, data table, GPS map

Analysis Functions: Curve fitting (linear, polynomial, exponential), derivation, integration, statistics

Real-Time Processing: Sampling and live graphical playback of data from all connected sensors

Data Export: CSV, Excel format, graph image, laboratory project saving

Experiment Settings: Adjusting sampling frequency, recording duration, and triggers

3. Sensors Integrated in the SenseDisc Pro Base (4 Sensors)

Altimeter:

Measurement range: -500 m to 9,000 m

Applications: Altitude measurement in outdoor STEM experiments and terrain analysis.

Barometer:

Measurement range: 300 hPa to 1,100 hPa

Applications: Atmospheric pressure monitoring and weather study.

Triaxial Accelerometer:

Measurement range: -6g to +6g (on X, Y, Z axes)

Applications: 3D motion, vibration, and gravity studies.

GPS Sensor:

Applications: Geolocation of data collection points in environmental experiments.

4. External and Universal Sensor Package (8 Sensors + 2 sensors on universal input)

1.Voltage Sensor:

Usage: Measures voltage in an electrical circuit or appliance.

Measuring range: -30V~30V

Accuracy: ±1%

Resolution: 0.02V

Resistance: 2MΩ

Experiments: Voltametric measurement of bulb resistance, observation of capacitor charging and discharging experiments.

2.Millivolt Voltage Sensor:

Measurement range: -500 ~ 500mV

Accuracy: ±1%

Resolution: 0.3mV

Input impedance: 500kΩ

Usage: High-precision measurement of small electrical potential differences in sensitive electronic circuits, electrochemistry experiments (galvanic cell e.m.f.), and thermocouples.

3.Current Sensor:

Measurement range: -30A ~ +30A

Accuracy: ±2%

Resolution: 0.02A

Usage: Measuring electric current intensity in complex direct and alternating current circuits with high amperage values.

4.Temperature Sensor:

Measurement range: -40°C to 135°C

Accuracy: ±0.6°C

Resolution: 0.1°C

Usage: Experiments on heat absorption and dissipation, study of boiling and freezing points, thermodynamic chemical reactions, and Joule's law.

5.Motion / Ultrasound Sensor:

Measurement range: 20cm ~ 600cm

Accuracy: ±2%

Resolution: 0.1cm

Used for measuring the displacement of moving objects. Typical experiments: exploring uniform rectilinear motion, using the displacement sensor to measure trolley movement speed, and other related experiments.

6.Light Sensor:

Measurement range: 0 ~ 55,000 Lux

Accuracy: ±5%

Resolution: 15 Lux

Used for sensitive, precise, and rapid measurement of environmental light intensity. Typical experiments: exploring the relationship between illumination and distance (inverse-square law in optics) and studying photosynthesis.

7.Sound Level Sensor / Sound Meter:

Measurement range: 40dB ~ 92dB

Accuracy: ±4dB

Resolution: 0.1dB

Usage: Sound synthesis, environmental noise measurement, acoustic wave reflection analysis, and sound intensity level studies.

8.Absolute Pressure Sensor:

Measurement range: 0 ~ 400kPa

Accuracy: ±2%

Resolution: 0.1kPa

Used for measuring the absolute pressure of a gas in an atmospheric environment or enclosed space. Typical experiments: atmospheric pressure measurement, chemical reactions of metals with hydrochloric and dilute sulfuric acid, compression ignition device experiments, water boiling study, and the pressure-temperature relationship.

9.Force Sensor (on universal input):

Usage: Measuring traction and compression forces in mechanics.

10.Photogate Sensor (on universal input):

Usage: Measuring the light beam interruption time through the photoelectric gate, as well as determining the velocity, acceleration, momentum, and kinetic energy of moving objects (rapid response and high sensitivity in dynamic experiments).

Usage Scenarios in the School Laboratory with iLab Software

Physics and Electromagnetism: Study of Electrical Circuits: Using voltage, millivolt, and current sensors connected to the iLab software to automatically generate the I-V characteristic curve, verify Kirchhoff's laws, and study series/parallel circuits.

Mechanics and Kinematics: Study of Motion Laws: Using the motion sensor, triaxial accelerometer, and photogate together with the force sensor to determine acceleration, momentum conservation, kinetic energy, and dynamics on an inclined plane.

Thermodynamics and Applied Sciences: Thermal and Environmental Investigations: Continuous recording of temperature, absolute pressure, and noise level variations to understand thermal phenomena and heat transfer.

Package Contents

SenseDisc Pro Datalogger Console (with 4 integrated sensors: Altimeter, Barometer, Triaxial Accelerometer, GPS)

USB data and charging cable

Power adapter

1.Voltage Sensor

2.Millivolt Voltage Sensor

3.Current Sensor

4.Temperature Sensor

5.Motion / Ultrasound Sensor

6.Light Sensor

7.Sound Level Sensor

8.Absolute Pressure Sensor

9.Universal Input Module with Force Sensor

10.Universal Input Module with Photogate Sensor

iLab data acquisition and analysis software suite (compatible with Windows, macOS, iOS, Android, Linux, HarmonyOS)

User manual and quick experiment guide for teachers and students