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Iot Based Smart Motorized Jack

8000     10000
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  • Availibility: In Stock

Components Required:

  1. Motorized Jack (Electric or servo motor-based jack)
  2. Microcontroller (e.g., Arduino, ESP32, or NodeMCU)
  3. WiFi Module (e.g., ESP8266 for Arduino, if not using ESP32)
  4. Relay Module (For controlling the motorized jack)
  5. Motor Driver (To control the motor of the jack)
  6. Power Supply (Suitable for the motor and microcontroller)
  7. Sensors (e.g., limit switches for position feedback, load sensors if required)
  8. IoT Platform (e.g., Blynk, Thingspeak, or custom web server)
  9. Mobile App/Web Interface (For remote control and monitoring)
  10. Connecting Wires
  11. Breadboard/PCB (For circuit assembly)


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Description


Project Description: The IoT-based smart motorized jack project involves integrating a motorized jack with IoT technology to enable remote control and monitoring. The project will require students to:

  1. Assemble the Motorized Jack: Connect the motorized jack to the motor driver and relay module.
  2. Integrate the Microcontroller: Program the microcontroller to control the motor based on inputs from the IoT platform.
  3. Connect the WiFi Module: Enable the microcontroller to communicate with the IoT platform via the WiFi module.
  4. Develop the Mobile App/Web Interface: Create or use an existing application to send control commands and receive feedback from the jack system.
  5. Implement Sensors: Install sensors to provide position feedback and integrate them with the microcontroller for precise control.

Operation:

  • Remote Control: Users can control the jack’s lifting and lowering functions remotely via the mobile app or web interface.
  • Monitoring: The system provides real-time feedback on the jack’s position and any other relevant data (e.g., load) through the IoT platform.
  • Automation: Based on user commands or pre-defined settings, the jack operates automatically, improving efficiency and convenience.

Applications:

  • Remote operation of heavy equipment or machinery
  • Automated lifting systems in various industrial and domestic applications
  • Enhancing user convenience and control through IoT technology

 


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