Advanced sensor experimental system

MOd : FT- PTK106

The Advanced Sensor Experimental System is designed for hands-on learning and research on various sensor technologies. It includes a wide range of sensors such as PIR motion, humidity, temperature, gas, sound, and light sensors, enabling students and professionals to study real-time data acquisition and sensor interfacing. The system is compatible with microcontrollers like Arduino, making it ideal for IoT applications, automation projects, and industrial monitoring experiments. Perfect for universities, research labs, and technical training institutes.

Description

Advanced sensor experimental
system

Technical Specifications:

Arduino IDE provided
Completely compatible with Arduino Standard Shield
Programmable immediately to block program just with
basic circuit without wiring
Designed for wiring to desired pin
The latest version Arduino 1.0.5
Bread board and various Powers usable for application
20 kinds of I/O device and sensor devices

MCU Board:
MCU: ATmega2560
Operating Voltage: 5V
Input Voltage: 7-12VDC
Max. Input Voltage: 6-20VDC
GPIO: 70 pin, current 50mA (Including PWM pin)
ADC: 16ch
Flash Memory: 256Kbyte
SRAM: 8Kbyte
EEPROM: 4Kbyte
Clock: 16Mhz
Compatible Shield: Compatible with Arduino Shield

Sensor Board:
PIR sensor: PIR motion sensing sensor, adjustable Sensi-
tivity and Response Time
Humidity sensor: Measuring Analog output value by
Humidity, 0~100% humidity measured
Step motor: 1.8°/pulse, Wheel provided
DC motor: DC current 1.2A, max. 3.2A, Wheel provided
Sound sensor: Sensing after amplifying noisy around.
Microphone provided
Temperature sensor: Digital Temperature Measurement
sensor, error <0~125°C (±0.5°C)
Light sensor: Analog output by brightness, 20 lx ~
100 lx, connected with ADC
Gas sensor: LNG, LPG, Propane, Butane measurable,
2,000~10,000 PPM measurable
Tilt sensor: Analog output included, measurable of
Tilt
Ultrasonic sensor: Pulse / SDCF / Frequency: 2400 ~
405Hz, Current consumption: Max. 3.3mA / SPL: Min.
90dB
LED strip: Red LED 8ea. Controlled with I2C chip
RGB LED: Various colors displayable with adjusting
brightness of each Red, Green, Blue
TEXT LCD: 16×2 Line
FND:
Piezo sensor: Used as Buzzer or Speaker. Responded
to Shock and Sound
waves around Capacitance 10nF ± 30%
Ultrasonic Distance sensor: NT-TS601 20cm ~400cm
distance measurable
Bluetooth module: Connectable directly with Chip
Antenna, Smart phone
DC voltage (+12V, +5V, +3.3V)
Wiring port (corresponded to no.21 port)
Bread board
13.56MHz RFID reader
WLAN module
16EA Buttons

Educational content List:
• AVR Microcontroller
• Ardunio Development Environment
• Basic Structure of Arduino Program
• LED, FND control
• Text LCD, Buzzer control
• DC motor control
• Step motor control
• Light sensor, Sound sensor control
• PIR sensor control
• Temperature, Humidity and Gas sensor control
Ultrasonic Distance sensor
• Piezo sensor, Gyro sensor control
• RFID reader test , Bluetooth test
• Wi-Fi test

Accessories:

Connecting Wire: 1 set,  
User Manual: 2 Nos.   
Installation, Operation ,Testing & Training 

Others:

Brand: FaboTronix
Country of Origin: China, taiwan, japan.
Manufacturing: Assemble in Bangladesh
Training

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