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Gaqqee DC 4.2-9V to AC 10-20KV Boost Step Up Power Module

User Manual

High Voltage Arc Generator DC 4.2-9V to AC 10-20KV Step Up Boost Module

Brand: Gaqqee | Model: DC 4.2-9V to AC 10-20KV Boost Step Up Power Module

1. Introduction

This manual provides essential information for the safe and effective use of your High Voltage Arc Generator Module. This compact and reliable module is designed to convert a low DC input voltage into a high AC output voltage, capable of generating a high-temperature arc for various applications, including experiments and DIY ignition devices.

2. Safety Information

WARNING: This product generates high voltage. Improper use can result in serious injury or death. Always exercise extreme caution when handling this module.

  • Do not touch the output electrodes when the module is powered.
  • Ensure proper insulation for all connections, especially the high-voltage output.
  • Keep away from flammable materials during operation.
  • Use only within the specified input voltage and current ranges.
  • This product can expose you to chemicals including lead, which is known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.
  • Always disconnect power before making or changing connections.
  • Supervise children and ensure they do not handle this device.

3. Product Overview and Components

The module consists of a boost circuit with a high-voltage coil, input terminals, and output electrodes. Some variants may come with a protective shell.

Labeled diagram of the high voltage arc generator module components
Figure 1: Labeled components of the bare board module, showing the High Voltage Pack, Switch Button, MOS Tube, Capacitor, Input Wire (red positive, black negative), and Electrodes.
Top and bottom view of the bare board module
Figure 2: Top and bottom view of the bare board module, illustrating its compact design.

4. Specifications

Parameter Value
Type Voltage Regulator
Brand Name Gaqqee
Origin Mainland China
Condition New
Input Voltage DC 4.2-9V
Input Current 1-3A
Output Voltage 10-20KV
Rated Power Consumption 10W
Output Wire Length 10CM
Input Cable Length 15CM
Width 21.1mm
Length 35.2mm
Discharge Distance 5-12mm
Package Type SOP
Product Parameters table and bare board module
Figure 3: Visual representation of product parameters and the module.
Dimensions of the bare board module
Figure 4: Dimensions of the bare board module, including width, length, and recommended discharge distance.

5. Setup and Installation

  1. Power Supply: Connect a DC power supply within the range of 4.2V to 9V to the input wires. The red wire is positive (+), and the black wire is negative (-). Ensure the power supply can provide 1-3A of current.
  2. Output Connection: The module comes with flame-retardant silicone wires for the high-voltage output. These wires are designed for long-term use and to prevent damage to the high-voltage package. Ensure the ends of these wires are positioned appropriately for your application, maintaining a discharge distance of 5-12mm for optimal arc generation.
  3. Mounting: The compact size of the module allows for flexible installation in various projects. Secure the module in a stable position, away from sensitive electronics and flammable materials.
Input voltage connection diagram
Figure 5: Diagram illustrating the DC 4.2-9V input connection and adaptability to various power supplies.

6. Operation

  1. Once the input power supply is connected correctly, the module is ready for operation.
  2. If your module includes a switch button (as shown in Figure 1), press it to activate the high-voltage output.
  3. A purple high-temperature arc will be generated between the output electrodes. This arc can be used to ignite wood chips, cardboard boxes, and similar materials.
  4. To stop the arc, release the switch button or disconnect the input power.
Demonstration of 10-20KV arc generation
Figure 6: The module generating a 10-20KV high-voltage arc, capable of igniting materials.

Operation Video

Video 1: Demonstration of the high voltage arc generator in action, showing the arc between the output wires.

7. Maintenance

  • Keep the module clean and free from dust and debris.
  • Avoid exposing the module to moisture or extreme temperatures.
  • Regularly inspect the input and output wires for any signs of damage or wear. Replace damaged wires immediately.
  • Ensure proper ventilation if the module is enclosed in a project to prevent overheating.

8. Troubleshooting

  • No Arc:
    • Check if the input voltage is within the 4.2-9V range.
    • Ensure the input current is sufficient (1-3A).
    • Verify that the input wires are connected with correct polarity (red to positive, black to negative).
    • Check if the switch button (if present) is pressed.
    • Ensure the output electrodes are within the recommended discharge distance (5-12mm).
  • Weak Arc:
    • Confirm the power supply can deliver adequate current.
    • Check for loose connections.

9. User Tips

  • For DIY projects, consider enclosing the module in a non-conductive, heat-resistant casing for added safety and protection.
  • When experimenting, always start with the minimum recommended input voltage and gradually increase if needed, while monitoring performance and heat.
  • The flame-retardant silicone output wires are designed for durability; avoid cutting them unnecessarily to maintain their protective properties.

10. Additional Resources

A more detailed user manual in PDF format, titled "User manual (PDF)", is available for download. Please refer to the seller's product page or contact customer support for access to this document.

11. Warranty and Support

For warranty information, technical support, or any inquiries regarding this product, please contact the seller or manufacturer directly. Keep your purchase records for reference.

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