1. Introduction
This manual provides comprehensive instructions for the ZYXH series High Voltage Generator modules, including models ZYXH-GZQ, ZYXH-801, and ZYXH-801-2. These modules are designed as high-voltage sources for various applications such as scientific experiments, electronic instruments, negative ion generators, and small scientific projects. Utilizing the Tesla coil principle, they produce high-voltage pulses with a compact size, high efficiency, and strong discharge intensity.
Please read this manual carefully before use to ensure safe and proper operation.
2. Model Overview and Specifications
The ZYXH series includes several models, each with distinct specifications and operating characteristics. Below are the details for each model.
2.1 ZYXH-GZQ High Voltage Generator
Figure 1: ZYXH-GZQ module showing dimensions (length 79.5mm, width 22mm, height 18mm) and input/output wiring.
- Product Name: High Voltage Generator
- Model: ZYXH-GZQ
- Dimensions: Length 79.5mm, Width 22mm, Height 18mm
- Input Voltage: DC 3.7V-7V
- Output Voltage: 20000V (20KV)
- Working Current: 10mA
- Discharge Distance: Within 14mm
- Module Input Wiring: Red wire for positive (+), White wire for negative (-)
- Working Method: Recommended for intermittent operation for short periods.
- Uses: High-voltage production, electronic DIY, product development, high-voltage electronic anti-theft, scientific experiments.
2.2 ZYXH-801 High Voltage Generator
Figure 2: ZYXH-801 module showing dimensions (length 67mm, max diameter 27mm, min diameter 24mm) and input/output wiring.
- Product Name: High Voltage Generator
- Model: ZYXH-801
- Dimensions: Length 67mm, Maximum Diameter 27mm, Minimum Diameter 24mm
- Input Voltage: DC 3V-6V
- Input Current: 2A-5A (related to voltage)
- Output Voltage: DC 700KV
- Input Line Length: Approximately 100mm
- Output Line Length: Approximately 90mm
- Structure: High and low voltage integrated
- Working Mode: Intermittent operation. Continuous operation above 3V should not exceed 5 seconds. Longer working hours are allowed for 3V or below.
- Uses: Small scientific productions, experiments, electronic instruments, negative ion generators.
2.3 ZYXH-801-2 High Voltage Generator
Figure 3: ZYXH-801-2 module showing dimensions (length 67mm, diameter 27mm, cross-sectional diameter 24mm) and input/output wiring.
- Product Name: High Voltage Generator
- Model: ZYXH-801-2
- Dimensions: Length 67mm, Diameter 27mm, Cross-sectional Diameter 24mm
- Input Voltage: DC 6V-12V
- Input Current: 4A
- Output Current: 0.5A
- Input Line Length: Approximately 10 cm
- Output Line Length: Approximately 10 cm
- Structure: Shell integrated
- Discharge Distance: Approximately 0.5-1.5 cm (exceeding this can easily damage the module)
- Uses: High-voltage production, electronic DIY, product development, high-voltage electronic anti-theft, scientific experiments.
3. Setup Instructions
- Power Source Connection:
- Connect the low-voltage input terminals to your battery or power supply.
- For ZYXH-GZQ: Red wire is positive (+), White wire is negative (-).
- For ZYXH-801 and ZYXH-801-2: Red wire is positive (+), Green wire is negative (-).
- Ensure the input voltage matches the specifications for your model (DC 3.7V-7V for ZYXH-GZQ, DC 3V-6V for ZYXH-801, DC 6V-12V for ZYXH-801-2).
- This product does not require an auxiliary circuit and can be directly connected to a battery.
- Output Terminal Adjustment:
- Before powering on, adjust the distance between the two poles of the high-voltage output terminal (the thick wires).
- The arcing distance is proportional to the voltage and capacity of the battery used.
- When testing the arc distance, start with a short distance and gradually increase it.
- Important: Do not exceed the maximum specified discharge distance for your model (within 14mm for ZYXH-GZQ, approximately 0.5-1.5 cm for ZYXH-801-2, and within 1 cm for ZYXH-801). Exceeding this can prevent the high-voltage energy from being released, potentially damaging the module.
4. Operating Instructions
- Power On: Once the input and output connections are secure and the discharge distance is set, apply power to the module.
- Intermittent Operation: These modules are designed for intermittent use, not continuous operation.
- For ZYXH-801 and ZYXH-801-2: Continuous operation above 3V should not exceed 5 seconds. For input voltages of 3V or below, longer working hours are permissible.
- For ZYXH-GZQ: It is recommended to work intermittently for short periods.
- The module's internal heat dissipation is limited, making it unsuitable for prolonged continuous use.
- Battery Capacity:
- To achieve maximum output power, use rechargeable batteries or batteries with sufficient capacity.
- To check if your battery capacity is adequate, measure the battery voltage while an arc is being drawn. If the voltage remains around 6V (for models requiring 3V-6V input), the maximum power can be output.
- For optimal performance, especially with lithium batteries, it is recommended to use batteries with a capacity of 2000mAh or higher, ideally 4000mAh or more.
5. Maintenance
These high-voltage generator modules are generally maintenance-free. However, due to their high power output and limited internal heat dissipation, it is crucial to adhere to the recommended intermittent working mode. Prolonged continuous operation can lead to overheating and potential damage to the module. Keep the module clean and free from dust and moisture to ensure optimal performance and longevity.
6. Troubleshooting
- No Arc or Weak Arc:
- Check Input Voltage: Ensure the input voltage is within the specified range for your module.
- Check Battery Capacity: Insufficient battery capacity can lead to a drop in voltage under load, resulting in a weak or absent arc. Use a battery with adequate capacity (e.g., 2000mAh+ lithium battery).
- Adjust Discharge Distance: The high-voltage output terminals might be too far apart. Gradually reduce the distance between the poles.
- Incorrect Wiring: Verify that the input wires (red/white or red/green) are connected correctly to the positive and negative terminals of your power source.
- Module Damage:
- Exceeding Discharge Distance: If the high-voltage output terminals are set too far apart, the energy cannot be released, which can damage the module. Always adjust the output spacing before powering on and do not exceed the maximum recommended distance.
- Prolonged Continuous Operation: Operating the module continuously for extended periods, especially above 3V for ZYXH-801/801-2, can cause overheating and damage. Adhere to intermittent working methods.
- Improper Voltage: Using an input voltage outside the specified range can damage the module.
7. Warranty and Support
This product is typically covered by a standard manufacturer's warranty against defects in materials and workmanship. Please retain your proof of purchase for any warranty claims. For technical support or inquiries, please contact the seller or manufacturer directly. Damage resulting from improper use, exceeding specified operating parameters, or unauthorized modifications is not covered under warranty.
