1.Brief Introduction
SenseDisc is a new concept of portable digital experimental system with powerful function, which is suitable for experiment teaching for primary and secondary school. It is equipped with wireless & exquisite sensor modules. It creates a simple and safe experimental environment for students.
The appearance of SenseDisc is elegant. Its round design allows seven channels collecting simultaneously. Furthermore, it insets sensors in the ports surround the datalogger and fused them with datalogger perfectly. The system has been designed with built-in 3-Axis accelerometer, GPS, ambient temperature sensor, barometer/altimeter.
SenseDisc is designed with 3.5 inch TFT touch screen, built-in 1800Ah lithium battery and more than 6 month await time. There are two working mode which are independent measurement and measure with external device. When it is connected to external device, it supports Windows, Android, Linux,Mac OS X and iOS. It supports both wired and wireless connection.
Hardware
(1)Standard Configuration
- Integrated design, seven channels collecting simultaneously.
- Built-in 3-Axis accelerometer, GPS, ambient temperature sensor, barometer/altimeter.
- 3.5 inch TFT touch screen, built-in 1800Ah lithium battery and more than 6 month await time.
- Lightning interface is used between the datalogger and the sensor with circumferential plugable design, and sensors can be replaced freely without data cable connection.
(2)Button and Ports
1.Touch screen
2.Sensor module
3.Power button
4.Power indicator
5.Sensor indicator
6.USB port
7.Bracket
8.Threaded hole
9.Stylus slot
10.Reset button
Software:
- Support Windows, Android, Linux,Mac OS X and iOS.
- Support both wired and wireless connection in addition to independent measurement.
- Setting: including time setting, blue-tooth setting, screen brightness adjustment, storage, sensor setting, screen calibration six functions.
- Collection and storage: collection and storage of experimental data; Maximum acquisition interval: 100,000 times/s.
- System information: including basic information such as electric quantity and storage capacity of the datalogger, built-in sensor information such as ambient temperature, barometer, as well as software version information.
Specification
| Item |
Specification |
| Supported platform |
Windows, Android, Linux,Mac OS X and iOS. |
| Built-in sensors |
3-Axis accelerometer, GPS, ambient temperature sensor, barometer/altimeter. |
| GPS |
Supported |
| Independent measurement |
Supported |
| Maximum acquisition interval |
100,000 times/s |
| Resolution |
12-bit |
| Internal storage |
4M |
| Built-in battery |
1800mAh lithium battery |
| Await time |
More than 6 month |
| Screen |
3.5'TFT 480*320 touch screen |
| Port |
USB 2.0 |
| Wireless connection |
Supported |
| Size |
Diameter=170mm, height=46mm |
| Operation temperature |
-10~45 °C |
| Power adapter |
100~240V AC / 5V DC 1A |
| Software |
iLab V12.0 |
| Sensor ports |
7 |
Experiment
- Measure the relative altitude, for example, to obtain a specific height from one height to another.
- Measure the temperature of the surrounding environment. In particular, some experiments can be adjusted according to the current temperature when they have much influence by temperature.
- Measure the atmospheric pressure of the surrounding environment, it can be sensitive to show changes in atmospheric pressure caused by changes in altitude.
- Measure the acceleration values in three vertical directions of space and display them on the screen.
- GPS can record the latitude and longitude of the experiment, and display position coordinates on the screen.
- Physics experiments in senior high school, such as: law of resistance, Volt-ampere resistance, to explore relationship between boiling point and pressure of liquid, to explore the displacement image of uniform linear motion, to explore the trajectory of the object, to explore the dynamic friction force and static friction force, to detect the moving speed of an object, to explore the speed curve of uniform variable linear motion, to explore the uniform circular motion, Boyle's law, etc..
- Physics experiments in junior middle school, such as natural cooling of water, liquid cooling via evaporation, convex lens convergent effect, electromagnet experiment, study on uniform magnetic field, the effect of a magnetic field on an electric wire, magnetic field of single turn coil, study the gravitational attraction between solid molecules, the condition of two forces equilibrium, on the action of fixed pulley, study on the action of pulleys, the force between objects, measure the sound, three key elements of the sound, Magdeburg hemispheres experiment, the force between the air molecules, etc.
Certificate
About us
PATENT
Q. Do you make custom products?
A. Yes, we offer OEM/ODM solutions for our clients.
Q. How long is your lead time for samples?
A. 5-7 days. For bulk orders, 10-30 days depending on the quantity.
Q. What is your terms of payment?
A. 100% for small orders. 30% in advance as deposit and 70% balance before the delivery.
Q. How can we pay?
A. You can pay via T/T, PayPal and Western Union.
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