Features:

• Efficient Conveyance: Conveyors can transport materials continuously and without interruption, greatly enhancing production efficiency.
• High Degree of Automation: Conveyor systems can be integrated with other equipment to achieve automated control, significantly reducing the complexity of manual operations.
• Simple Structure, Easy Maintenance: Conveyor systems usually have simple structures, making them easy to install, commission, and maintain.
• Strong Stability: Conveyor systems operate stably and can work continuously for long periods, reducing downtime caused by equipment failures.
• Energy-Saving and Environmentally Friendly: Conveyors can reduce noise generation during material transport, making them environmentally friendly.

Specifications:

The conveyor belt is supported by an aluminum alloy structure, controlled by a 42 step motor, and equipped with a high-sensitivity infrared sensor to simulate industrial assembly line control; It can control the forward and reverse rotation of the conveyor belt, and the speed can be adjusted.
Infrared sensor signals can be collected to control the operation and stop of the transmission belt.

• Conveyor belt parameters:
  • The size of the conveyor belt is 55cm*10cm*7cm
  • Length: 55cm,
  • Height: 6-8cm,
  • Belt width: 8-10cm
  • Support material: high-density 3D printing
  • Adapter input voltage: 110-230V
  • Adapter input voltage: 12V/3A
  • Controller: UNO board, Arduino code
  • PC Software: Python programmable code
  • The Controller input voltage and current is 12V/3A

• 42 stepper Motor parameters:
  
  • Voltage: 12V
    
  • Motor max speed: 600RPM/min
  • Motor Model: 42 motor
  • Product specification: two-phase four-wire
  • Maximum current: 1.5A
  • Rated voltage: 3.3V
  • Lead style: AWG26 UL1007
  • Braking torque: 2.6N.cm
  • Resistance value: 1010%/
  • Phase step Angle: 1.85% degree /
  • Step inductance value: 2020%MH/ phase
  • Holding torque: 48N.cm
  • Torque of rotor: 68g.cm2
  • Cable: 800mm, XH2.54 terminal