SZDOIT TS100 Shock Absorbing Tracked Smart Robot Tank Chassis Kit User Manual

1. Introduction

This manual provides detailed instructions for the assembly, operation, and maintenance of your SZDOIT TS100 Shock Absorbing Tracked Smart Robot Tank Chassis Kit. This kit is designed for enthusiasts and students interested in robotics, offering a robust and versatile platform for various projects, especially those involving Arduino or similar microcontrollers.

The TS100 chassis features an aluminum alloy frame, metal wheels, engineering plastic tracks, and an independent shock-absorbing system for smooth movement across different terrains. It comes equipped with 33GB-520 DC motors, providing high torque for reliable performance.

Figure 1: SZDOIT TS100 Tracked Tank Chassis Kit with 33GB-520 Motor and Independent Shock Absorbing System.

2. Safety Information

• Warning: Not suitable for children under 36 months due to small parts.
• Recommended Age: 6-12 years with adult supervision.
• This product is an unassembled kit and requires careful handling during assembly.
• Ensure all electrical connections are secure and correctly wired to prevent short circuits or damage.
• Do not operate the chassis in wet conditions unless specifically designed for it, as this can damage electronic components.
• No specific warnings regarding hazardous materials are provided for this product.

3. Package Contents

The TS100 kit is shipped unassembled. Please verify all components are present before beginning assembly.

Figure 2: Overview of the kit components.

4. Assembly Instructions

The TS100 chassis is provided as an unassembled kit. Detailed assembly instructions, diagrams, and additional resources can be found on the manufacturer's wiki page:

wiki.doit.am

Please refer to the wiki for step-by-step guides specific to the TS100 model. Below are general steps and illustrative diagrams:

1. Prepare the Chassis Frame: Identify the main aluminum alloy chassis plates.
2. Install Motors: Mount the two 33GB-520 DC motors to the designated positions on the chassis frame using the provided screws. Ensure they are securely fastened.
3. Attach Drive Wheels: Secure the damping drive wheels to the motor shafts.
4. Install Bearing Wheels: Attach the shock absorption bearing wheels to the side plates of the chassis. These wheels are crucial for the independent damping system.
5. Assemble Tracks: Connect the engineering plastic track segments to form continuous loops. Carefully fit these tracks around the drive wheels and bearing wheels.
6. Mount Top Plate: Secure the top plate to the chassis, ensuring all mounting holes for additional components (like development boards or robotic arms) are accessible.
7. Connect Battery Box and LEDs: Install the 18650 battery box (batteries not included) and wire the LED lights as desired.

Figure 3: Exploded view illustrating the assembly process.

Figure 4: Diagram for track and wheel assembly.

Figure 5: Diagram for chassis frame and motor installation.

5. Operation

The TS100 is a chassis kit, meaning it provides the mechanical base for your robot. To operate it, you will need to integrate additional electronic components, such as:

• A microcontroller (e.g., Arduino, Raspberry Pi)
• Motor driver module
• Power source (e.g., 18650 batteries for the provided battery box)
• Remote control system (e.g., Bluetooth, Wi-Fi, or traditional RC receiver)

Once integrated, the chassis is capable of:

• Moving forward and backward
• Turning left and right
• Performing pivot turns
• Utilizing the 2pcs LED lights for illumination.

The chassis is designed for remote control applications, allowing for versatile movement and navigation in various environments.

6. Maintenance

Regular maintenance will ensure the longevity and optimal performance of your TS100 robot tank chassis:

• Cleaning: Periodically clean dust and debris from the tracks, wheels, and motors. Use a soft brush or compressed air.
• Track Inspection: Check the engineering plastic tracks for wear, cracks, or damage. The tracks are freely removable for easier inspection and replacement if necessary.
• Wheel Inspection: Inspect the metal drive and bearing wheels for any signs of wear or damage. Ensure they rotate freely and are securely attached.
• Damping System: Verify the independent damping system components are intact and functioning correctly.
• Motor Check: Listen for unusual noises from the motors during operation. Ensure motor wires are not frayed or loose.
• Fastener Check: Periodically check all screws and fasteners for tightness, especially after initial assembly and heavy use.
• Storage: Store the chassis in a dry, clean environment away from extreme temperatures and direct sunlight.

7. Troubleshooting

If you encounter issues with your TS100 chassis, consider the following common troubleshooting steps:

• Chassis Not Moving:
  • Check power supply: Ensure batteries are charged and correctly installed in the battery box.
  • Verify motor connections: Confirm that the motor wires are securely connected to your motor driver.
  • Inspect motor driver: Ensure your motor driver is correctly wired to the microcontroller and receiving appropriate signals.
  • Check tracks: Make sure tracks are not jammed or too tight/loose.
• Erratic Movement:
  • Review control code: Ensure your microcontroller code for motor control is correct.
  • Check signal integrity: Verify that signals from your remote control system are being received correctly by the microcontroller.
  • Inspect motor wiring: Loose or intermittent connections can cause erratic behavior.
• Unusual Noises:
  • Inspect tracks and wheels for obstructions or damage.
  • Check motor gears for wear or misalignment.
  • Ensure all components are properly lubricated if applicable (refer to wiki for specific recommendations).

For more specific issues, consult the detailed documentation on wiki.doit.am or contact customer support.

8. Specifications

8.1. Tank Chassis Parameters

Figure 6: Chassis dimensions.

Figure 7: Detailed chassis dimensions.

Figure 8: Independent damping system.

8.2. 33GB-520 Motor Specifications

Figure 9: 33GB-520 Motor specifications and diagram.

Figure 10: Detailed view of the 33GB-520 motor.

9. User Tips

• Consult the Wiki: Always refer to wiki.doit.am for the most up-to-date assembly guides, example projects, and technical documentation.
• Power Supply: Remember that batteries are not included. Plan for a suitable 6V-12V power source (e.g., 18650 batteries) and a compatible charger.
• Controller Integration: This chassis is an excellent platform for Arduino or other microcontrollers. Consider your project's needs when selecting a control board and motor driver.
• Expandability: The chassis features multiple mounting holes, making it easy to add sensors, cameras, robotic arms, or other modules to enhance its functionality.
• Wiring Management: Keep your wiring neat and organized to prevent interference and make troubleshooting easier.

10. Support

For technical assistance, detailed documentation, or further inquiries, please refer to the official wiki or contact customer support.

• Online Documentation: Visit wiki.doit.am for comprehensive guides and resources.
• Customer Service Hours: Monday to Friday, 9 AM to 6 PM (Eastern Standard Time).
• When contacting support, please provide your product model (TS100) and a clear description of your issue to facilitate a quicker resolution.