Pukapuka Tohutohu

1. Kupu Whakataki

This instruction manual provides detailed guidance for assembling and operating your ICStation Line Following Tracking Smart Car (Stepper Motor) Kit. This educational kit is designed to enhance intellectual development, hands-on ability, and understanding of basic electronics and robotics principles. It is suitable for students and beginners interested in STEM learning and soldering practice.

The smart tracking car operates based on the principle of light reflectivity difference. A photoresistance sensor on the board detects red LED light reflected from the ground to determine if it is following a black line.

2. Nga korero haumaru

Please read all instructions carefully before beginning assembly. This kit involves soldering, which requires caution. Always work in a well-ventilated area and wear appropriate safety gear, such as safety glasses. Keep small components away from young children to prevent choking hazards. Adult supervision is recommended for users under 13 years of age.

3. Ihirangi mokete

Me manatoko kei roto i tō kete ngā wāhanga katoa kua whakarārangihia i raro nei:

• Papa Porohita Taa (PCB)
• Parenga kiriata whakarewa
• DIP-8P IC socket
• Self-Locking switch
• Potentiometers
• S8550 transistors
• Pūnga pūngao
• Nga LED Whero
• Nga LED ma
• Mecanum wheels
• Caster support bolts and nuts
• Whakaahua
• Battery case (for 2 AA batteries, batteries not included)
• Puka
• Steel shafts
• Three-way sleeves
• Nihowhiti
• Nga motuka
• LM393 IC
• Various screws and fasteners

Figure 3.1: All components included in the kit.

Whakaatu 3.2: Taipitopito view of the PCB with component placement labels.

4. Nga Tohutohu Huihuinga

4.1. Circuit Installation

1. Install metal film resistors, DIP-8P IC socket, Self-Locking switch, Potentiometer, S8550, Capacitors, and Red LEDs onto the PCB according to the markings on the board.
2. Install Mecanum wheels. Insert the support bolts of the caster into the hole, tighten the nuts screwed into the caster, and finally fit the caster and tighten.
3. Install photoresistors and white LEDs on the reverse side of the PCB.
4. Install the battery case.
5. Whakamātautau Tuatahi: Install two AA batteries (not included). Press the switch. If both white LEDs turn ON, the circuit installation is successful. If the LEDs remain off, please recheck all soldering connections.

4.2. Mechanical Parts Installation

1. Install the four gaskets onto the circuit board.
2. Insert a steel shaft through the center hole of each wheel. Ensure the direction is inserted from the side with the raised sleeve of the wheel. It is best to insert the steel shaft parallel to the smooth side of the wheel.
3. Place a three-way sleeve onto the steel shaft, close to the wheel, followed by a gasket onto the steel shaft, close to the three-way sleeve. Ensure they are installed in place and the three-way sleeve can toggle flexibly.
4. Place a gear onto the steel shaft in the center.
5. Put a three-axis sleeve onto the end of the steel shaft to complete the wheel assembly for the car side.
6. Install the motors.

Whakaahua 4.1: Whakatata view of the assembled circuit board and components.

5. Nga Tohutohu Whakahaere

Once assembled, the smart car is ready for operation. You can design an interesting and winding route using a 1.5-2.0 cm wide black electrical tape on a flat surface. The car will then follow this black line.

Figure 5.1: Multiple assembled smart cars.

Whakaahua 5.2: Example of smart cars following a black line in a competition setting.

5.1. Ataata Whakaaturanga

6. Tiaki

To ensure the longevity and optimal performance of your smart car kit, keep it clean and free from dust and debris. Store components in a dry environment. Regularly check soldered connections for integrity. If the car's performance degrades, ensure the batteries are fresh and connections are secure.

7. Te Raru

7.1. Nga take me nga otinga noa

• Car does not move after power on:
  • Check the S8550 transistors.
  • Check the 10-ohm resistors.
  • Me whakarite kia tika te whakauru me te utu o nga pākahiko.
  • Verify all soldered connections are solid and there are no short circuits.
• Car does not follow the line correctly:
  • Ensure the photoresistors and white LEDs are installed correctly on the reverse side of the PCB.
  • Verify the LM393 IC is installed with the correct orientation.
  • Check the black line's width (recommended 1.5-2.0 cm) and contrast against the surface.
  • Ensure the environment has adequate lighting, but avoid direct strong light that might interfere with the sensors.
• Mahi mokowhiti:
  • Check for loose wires or components.
  • Ensure the battery case connections are secure.

Figure 7.1: Circuit diagram for reference during troubleshooting.

8. Whakatakotoranga

9. Pūtāhui me te Tautoko

For any questions, technical assistance, or support regarding your ICStation product, please contact the manufacturer directly. ICStation is committed to providing professional help and support for product-related issues. Please refer to the product's original packaging or the seller's information on the purchase platform for specific warranty details and contact information.

You can also visit the official ICStation store for more information: ICStation Store on Amazon.

Figure 9.1: ICStation Brand Logo.