Sensor Data Logger — Arduino-Based Educational Kit
Features & Specifications
Multi-Sensor Integration:
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MPU-6050 accelerometer and gyroscope module on I2C bus for 3-axis motion sensing
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DHT-11 temperature and humidity sensor with digital interface
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Arduino microcontroller (MCU) for data acquisition and USB communication
PC Connectivity & Software:
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Mini-USB connection to PC with FT232 USB-to-serial drivers
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COM port communication at 115200 baud rate
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Dedicated Sensor Data Logger software for real-time telemetry display
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Live readings panel showing temperature, humidity, acceleration, and gyroscope data
Data Logging & Export:
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One-click start/stop logging with session statistics
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Records logged counter for tracking data points collected
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CSV (comma-separated values) output format for easy analysis in Excel or text editors
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Configurable log file directory and filename
Educational Design:
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Designed primarily as an education tool for sensor data acquisition
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Low-fidelity uncalibrated datasets for learning purposes
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No external calibration capabilities — values are approximate
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Plug-and-play setup with minimal configuration
Applications
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STEM Education: Electronics prototyping courses and physics experiments
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IoT Introduction: Teaching sensor data acquisition and real-time monitoring concepts
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Workshop Demonstrations: Hands-on learning with motion, acceleration, and environmental sensors
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Data Analysis Training: CSV export enables analysis in Excel, Python, MATLAB, and other tools
Highlights
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Complete Kit: Includes sensor box, Arduino controller, and all necessary sensors
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Real-Time Visualization: Live telemetry display with immediate feedback
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Standard CSV Output: Compatible with Excel, Python, MATLAB, and other analysis tools
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Beginner-Friendly: No programming required — connect and start logging
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Portable: Compact form factor suitable for classroom and field use
Contact us to discuss pricing, bulk orders, and custom sensor configurations for your educational institution or training program.
