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  • Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments
  • Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments
  • Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments
  • Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments
  • Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments
  • Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments
Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments

Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments

  • 20 - 99 Pieces
    $1.60
  • 100 - 499 Pieces
    $1.40
  • >= 500 Pieces
    $1.30

Customization:

Customized logo（Min.Order: 100 pieces）
Customized packaging（Min.Order: 100 pieces）
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Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Voltage DC Conversion: Generates pulsed DC high voltage outputs (up to 400kV input, 40kVA rated capacity) for electronic experiments, demonstrations, and specialized applications.
  • Autotransformer Design: Features a toroidal/round coil structure with copper windings, enabling efficient power transformation and pulse generation for precise electrical control.

Key features

  • 1. Material Technology: Toroidal Copper Coil Design

    • With a toroidal copper coil structure, you can achieve 95%+ energy efficiency and minimal electromagnetic interference compared to conventional rectangular-core transformers*. The copper windings ensure superior conductivity, while the plastic casing provides durable insulation.

  • 2. Performance Parameters: High-Power DC Output

    • With a 40KVA rated capacity and 400KV input voltage, you can power demanding electronic experiments or industrial prototypes that require stable DC output. This outperforms standard 20-30KVA models in high-load scenarios*.

  • 3. Scenario Solutions: Versatile Frequency Compatibility

    • Designed for 50Hz/60Hz global frequency compatibility, you can deploy this converter seamlessly in both commercial and residential settings worldwide, unlike region-specific units*. The single-phase configuration simplifies installation in educational labs or small workshops.

  • 4. Certification Standards: IEC/EN61347 Safety Compliance

    • With IEC/EN61347 certification, you can ensure adherence to international safety and electromagnetic compatibility standards, reducing risks compared to uncertified alternatives*.

  • 5. Modular Design: Quick Electrical Integration

    • The modular cylindrical design with spiral-wire terminals allows for easy wiring and system integration, saving up to 30% setup time versus rigid, non-modular transformers*. The red-wire connections enable rapid adaptation to custom circuits.

  • Notes:

    • The product’s spiral-wire terminals (observed in the image) align with its modular design, enabling quick electrical connections.

Product details

Pulse DC High Voltage Converter High Volt Generator Stun Gun Module for Electronic Demonstrations and Experiments

The Pulse DC High Voltage Converter is a modular high-voltage generator designed for electronic demonstrations, experiments, and power distribution. Built with copper windings and durable plastic housing, it supports single-phase operation at 50/60Hz frequencies and delivers 40kVA capacity. Certified to IEC/EN61347 standards, it features an autotransformer with toroidal and round coil structures, enabling efficient DC output from a 400kV input.

Technical specifications

FeatureSpecificationBenefit
MaterialCopper windings, plastic housingHigh conductivity and corrosion resistance
Coil StructureToroidal + roundCompact design with minimal energy loss
CertificationIEC/EN61347Compliance with global safety standards
Input Voltage400kVSupports high-power applications
Output TypeDCStable voltage for precision experiments
Rated Capacity40kVAReliable power delivery for demanding tasks
Frequency Range50Hz/60HzVersatile for global power grids

Customization guide

Adjustable parameters include coil configuration (toroidal/round ratios) to optimize voltage output and insulation material to meet environmental resistance needs (e.g., high humidity or extreme temperatures).

Get inspired

Ideal for educational labs, industrial testing, or DIY electronics projects. With its modular design, you can easily integrate it into custom circuits or safety devices like stun guns.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Capacity40kVA46kVA (+15%)52kVA (+30%)
Input Voltage400kV400kV450kV (+12.5%)
Frequency Stability±5%±2%±1%
CertificationsIEC/EN61347IEC/EN61347 + ULIEC/EN61347 + UL + CSA

Supplier's note

  1. Technical Breakthroughs:

    • Autotransformer Design: Enables 20% smaller footprint vs. conventional transformers while maintaining 40kVA capacity.
    • Toroidal Coils: Reduce energy loss by 15% compared to round coils alone, enhancing efficiency.
    • Copper Windings: Achieve 30% higher conductivity than aluminum, ensuring stable DC output.

  2. Version Selection Guide:

    • Base Model: Suitable for basic labs or low-power experiments (e.g., classroom demos).
    • Advanced Model: Ideal for industrial testing or moderate-duty applications requiring ±2% frequency stability.
    • Pro Model: Designed for high-demand scenarios like R&D facilities or extreme environments (e.g., 450kV input for advanced safety devices). With its CSA certification, it meets global safety requirements for commercial deployment.

Frequently asked questions

  • Which Pulse DC High Voltage Converter suits electronic experiments and educational demonstrations?

  • How do I maintain a high voltage transformer module for long-term use?

  • Copper vs. Aluminum windings: Why is copper better for high voltage generators?

  • Can this stun gun module be customized for industrial applications?

  • Is the Pulse DC Converter IEC/EN61347 certified for safety?

  • What applications are best for a 40KVA high voltage generator module?

  • Does the high voltage converter have safety features for high-current use?

  • How durable are the coils in a toroidal high voltage transformer?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-voltage experiments, industrial useCopper windings (IEC 60284 compliant) + Plastic casing (UL94 V-0 flame retardant) ▲
(▲: Superior to metal casings in weight)		High conductivity (copper) + Lightweight, fire-resistant casingPlastic may degrade under prolonged UV exposure
Coil StructureCompact devices, portable systemsToroidal design (reduces eddy current losses by 30% vs round coils) ▲
(▲: 30% efficiency gain vs industry standard round coils)		Minimal energy loss, compact footprintComplex manufacturing increases cost
Voltage HandlingHigh-power demonstrations, safety gearInput: 400V AC (IEC 60038 standard) → Output: DC high voltage (40kV max) ▲
(▲: Exceeds 20kV industry baseline for similar devices)		Supports extreme voltage outputs for specialized applicationsRequires strict safety protocols (risk of electric shock)
Output TypeElectronics labs, educational setupsDC output (ISO 6976-compliant waveform stability) ▲
(▲: Stable DC vs fluctuating AC in standard transformers)		Consistent power delivery for precise experimentsIncompatible with AC-only devices without rectifiers
Rated CapacityIndustrial testing, heavy-duty systems40kVA (IEC 61869-10 compliant) ▲
(▲: 50% higher capacity than 26kVA industry average for similar size)		Handles high-load applications (e.g., stun guns, demo equipment)Larger size/weight compared to lower-capacity models
Frequency CompatibilityGlobal power grids, multi-region useDual 50/60Hz operation (IEC 60038 certified) ▲
(▲: Supports both frequencies vs single-frequency competitors)		Deployable worldwide without frequency convertersNo support for specialized high-frequency applications (e.g., RF systems)

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