Company Overview

Labotrix Group Limited, WORLDDIDIAC member, professional education company/factory which manufacturering Interactive Whiteboard, Multi-media Projector, Touch-TV, Touch Frame, School education sensors, General Education Equipments, etc. that we supplied to more than 33 countries in the past 10 years.

Products Specification

1, Data-logger

Teachers and pupils are able to use the autonomous device for display, registration and storage of experimental results, shall with or without a computer during experiments. Such autonomous device is able to display, record and store experimental results in the memory of the device. Operating in autonomous mode, a data recorder allows to change settings and select options via its own settings menu. The device has at least 4 MB of memory to store at least 150,000 data units. Operating in the data recording mode, the device allows to set the total amount of data to be recorded and recording intervals. The device has at least the following recording interval options: 1.25 ms, 2.5 ms, 5 ms, 10 ms, 20 ms, 50 ms, 100 ms, 200 ms, 500 ms, 1 sec, 2 sec, 5 sec, 10 sec 20 sec, 1 min., 2 min., 5 min., 10 min., 20 min. and 1 hours. The amount of recorded data is 1- 59999.

Device is controlled with the help of TFT buttons which is vandal-proofed and can protect the device from water and dust.

The device has:

- 3-inch LCD display with a resolution of 128 x 64 pixels; - integrated lithium-ion battery. Battery ensures at least 150 hours of work in standby mode. Battery is charged with the help of a USB cable or a universal mains charger with a USB output;

- integrated ambient temperature sensor;

- USB 2.0 ports for connecting to a computer. (1 port), Bluetooth (1);

- port for connecting digital sensors (4 ports);

- port for connecting an external device (1 port) (printer, keyboard, etc.).

The autonomous device for display, recording and storage of experimental results is come with a USB cable for connecting the device to a computer (a cable), cables for connecting sensors - (based on the number of sensors), universal charger for outlets with a USB-port -1.The cables for connecting sensors are at least 0.3 meter long, have UTP connectors and are suitable for connecting sensors to the autonomous device for display, recording and storage of experimental results.

Sensor Proble for PHYSICS

1, CO2 sensor

It is designed for CO2 concentration measurement in the air. The sensor is comply with the following specifications:

- It contains NASICON type solid electrolyte (or its equivalent) as its sensory element;

- It is equipped with a socket to interface with the data recorder;

- It has a mounting hole for its fixation during experiments;

- Measurement range: from 0 ppm to 10,000 ppm;

- Resolution: ≥10 ppm.

2, O2 sensor

It is designed for O2 content measurement in the air. The sensor complies with the following specifications:

- It is equipped with a socket to interface with the data recorder

- It has a mounting hole for its fixation during experiments

- Measurement range: from 0% to 100%;

- Resolution: ≥0.1%;

- Accuracy: ≤0.2%.

3, Humidity sensor

The sensor is designed to measure relative humidity and meets the following requirements:

- Measuring range: 0 to 100%;

- Measurement error: no more than ± 2%;

- Resolution: not less than 0.1%.

The sensor has a connector for connecting to a standalone device to display, record and store the results of experiments.

The sensor has a mounting hole for mounting it in the experiments.

The sensor has a function auto-detection does not require calibration.

4, Atmospheric pressure sensor

The sensor is designed to measure atmospheric pressure and meets the following requirements

- Measuring range: 0 to 700 kPa;

- Measurement error: no more than ± 0,3 kPa;

- Resolution: not less than 0.5 kPa.

The sensor has a mounting hole for mounting it in the experiments.

The sensor has a function auto-detection does not require calibration.

5, Force Sensor

The sensor is designed for force measurement in physical experiments and complies with the following specifications:

- It's equipped with a tensoresistor-based sensory element converting applied force into electric potential;

- It's equipped with a socket to interface with the data recorder;

- It has a mounting hole for its fixation during experiments;

- Measurement range: at least from -50 N to +50 N;

- Resolution: ≥0.1 N.

6, Magnetic field sensor

The sensor is designed for magnetic field density measurement in physical experiments and complies with the following specifications:

- It's equipped with a Hall's semiconductor element-based sensory element installed in the end part of the probe;

- It's equipped with a socket to interface with the data recorder;

- It has a mounting hole for its fixation during experiments;

- Movement measurement range: at least from -64 mTesla to +64 mTesla;

- Resolution: ≥0.01 mTesla;

-Accuracy: ≤0.05 mTesla.

7, Distance Sensor (Motion sensor)

The sensor is designed for measurement of object movement parameters in physical experiments complies with the following specifications:

- It's equipped with a socket to interface with the data recorder;

- It has a mounting hole for its fixation during experiments;

- Movement measurement range: at least from 20 cm to 200 cm;

- Resolution: ≥1 mm;

-Accuracy: ≤±2%.

8, Acceleration sensor

It is designed for performing experiments in the Physics course. The sensor complies with the following specifications:
- It is equipped with a socket to interface with the data recorder;
- It has a mounting hole for its fixation during experiments;
- Measurement range: at least from -6 g to +6 g;
- Resolution: ≥0.0005 g±0.01g;
-Accuracy: ≤±0.01g.

9, Voltage sensor

The sensor is designed for AC and DC voltage measurement in the designated range and complies with the following specifications: - Measurement range: -25 V to +25 V;
- Resolution: ≤10 mV;
- Intrinsic resistance: ≥2 MΩ.

10, Current Sensor

The sensor is designed for current measurement and complies with the following specifications: - Measurement range: -1 A to +1 A;
- Resolution: ≤10 mV;
- Intrinsic resistance: ≥0.2 MΩ.

11, Photoelectric sensor

It is designed for performing experiments in the Physics course. The sensor complies with the following specifications:

- It is equipped with a socket to interface with the data recorder;

- It has a mounting hole for its fixation during experiments;

- Measurement range: from 1 μs to 99 s;

- Resolution: ≥1 μs;

- Accuracy: ≤±2%.

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