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MV&HV Transformers
  • Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer
  • Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer
  • Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer
  • Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer
  • Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer
  • Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer
Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer
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Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer

  • 500 - 9999 Pieces
    $1.50
  • 10000 - 99999 Pieces
    $1.30
  • >= 100000 Pieces
    $0.50

Customization:

Customized logo（Min.Order: 5000 pieces）
Customized packaging（Min.Order: 5000 pieces）
Graphic customization（Min.Order: 5000 pieces）
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Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Voltage Generation: Step-up transformer design enables the creation of high-voltage arcs (110V output) for ignition in ozone generators, industrial equipment, and high-voltage lighters.
  • Ozone Production & High-Frequency Power Conversion: Optimized for ozone generation in sterilization systems and high-frequency applications like medical devices or industrial cleaning.

Key features

  • 1. Advanced Material Technology

    • With a ferrite core and transparent plastic casing, you can achieve efficient energy transfer while enabling easy visual inspection for maintenance. The ferrite core ensures minimal energy loss compared to conventional iron cores, enhancing durability and performance.

  • 2. High-Frequency Interactive Design

    • Equipped with a high-frequency operation system, you can achieve rapid ignition cycles for industrial applications, enabling precise control in demanding environments. This design allows up to 20% faster response times than standard low-frequency transformers.

  • 3. Optimized Performance Parameters

    • Delivering a 110V output voltage, you can power high-demand applications requiring stable, precise voltage control. The transformer’s compatibility with high-frequency circuits ensures reliability in scenarios where rapid energy conversion is critical.

  • 4. Industrial Scenario Solutions

    • Designed for commercial and industrial use, you can maintain continuous operation in harsh environments, such as manufacturing or commercial kitchens. Its compact, modular design adapts seamlessly to systems needing reliable high-voltage arcs for ignition.

  • 5. Certified Safety and Compliance

    • With certifications like IEC/EN61347 (international safety standards) and PSPASBRF (quality assurance), you can ensure compliance with global regulations. These certifications guarantee superior safety and performance compared to non-certified alternatives.

Product details

Step up Transformer Ozone Igniter Transformer Ignition Coils High Voltage Arc Lighter Transformer

The Step-Up Transformer Ozone Igniter features a high-voltage arc design optimized for power transformer applications in high-frequency systems. Its compact, modular construction with visible copper windings and transparent plastic casing ensures visibility for quality control while maintaining robust insulation. Certified to PSPASBRF and IEC/EN61347 standards, it delivers 110V output voltage for reliable performance in ozone generation, ignition systems, and industrial arc-lighter applications.

Technical specifications

FeatureSpecificationBenefit
Core MaterialFerrite/Powdered IronEfficient magnetic energy storage for high-frequency applications
Casing MaterialTransparent PlasticInsulation protection with internal visibility for quality assurance
Output Voltage110VMeets industry standards for ozone ignition and arc-lighter systems
CertificationsPSPASBRF, IEC/EN61347Ensures safety, reliability, and compliance with global standards
DesignRectangular cylindrical, multi-windingCompact footprint with customizable inductance via winding adjustments

Customization guide

Adjustable parameters:

  • Windings count: Modify to achieve target inductance values for specific voltage requirements.
  • Core material: Swap ferrite/powdered iron to optimize performance for temperature or frequency constraints.
  • Casing thickness: Adapt insulation properties for harsh environmental conditions.

Get inspired

With its high-voltage arc capability and modular design, this transformer enables precise energy conversion for industrial ozone generators, commercial igniters, and high-frequency power systems. The transparent casing allows real-time monitoring of core integrity, reducing downtime in critical applications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Output Voltage110V150V (+36%)220V (+100%)*
Core MaterialFerritePowdered IronHybrid Ferrite-Ceramic
Winding DensityStandardEnhanced (+20%)Premium (+40%)
Temperature Rating85°C105°C125°C

Supplier's note

  1. Three Technical Breakthroughs:

    • Hybrid Core Material (Pro Model): Combines ferrite and ceramic for 40% higher thermal stability than standard ferrite cores.
    • Enhanced Winding Density: Advanced/Pro models achieve 20-40% faster energy transfer compared to traditional designs.
    • Transparent Casing: Enables non-destructive quality checks, reducing maintenance costs by 15% in industrial settings.

  2. Optimal Version Selection:

    • Base Model: Ideal for small-scale ozone generators or low-power ignition systems requiring 110V output.
    • Advanced Model: Suitable for high-frequency industrial equipment (e.g., plasma cutters) needing 150V and 105°C resilience.
    • Pro Model: Designed for extreme environments (e.g., chemical plants) with its 220V capacity and 125°C rating. With the Pro’s hybrid core, you can sustain operations in temperatures 30% higher than industry benchmarks. Pair its premium winding density with high-frequency applications to achieve 40% faster energy conversion.

Frequently asked questions

  • Which step-up transformer model suits high-frequency ozone generator applications?

  • How to clean and maintain the high-voltage arc lighter transformer’s windings?

  • Ferrite vs. Powdered Iron Core: Which is better for ozone igniters?

  • Can the ignition coils be customized for specific inductance needs?

  • Is the transformer IEC/EN61347 and PSPASBRF certified for industrial use?

  • What applications are suitable for the 110V output voltage?

  • Does the transparent casing affect the transformer’s insulation properties?

  • How does the transformer stabilize voltage in fluctuating current demands?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Output VoltageHigh-voltage ignition systems100V (Industry) ▲110V (Base) ▲120V (Advanced)
(IEC/EN61347 compliant)		Base: Sufficient for most arc lighters.
Advanced: Supports industrial-grade ozone generators.		Industry: Limited to basic applications.
Advanced: Higher cost.
Operating FrequencyHigh-frequency welding/electronics15kHz (Industry) ▲20kHz (Base) ▲25kHz (Advanced)
(PSPASBRF certified)		Base: Reduces energy loss.
Advanced: Enables precise spark control.		Industry: Prone to signal interference.
Advanced: Requires specialized circuitry.
Core MaterialPower transformers in harsh environmentsStandard ferrite (Industry) ▲High-grade ferrite (Base)
▲Ferrite + powdered iron (Advanced)		Base: 20% higher energy efficiency.
Advanced: 30% better heat dissipation.		Industry: Risk of core saturation.
Advanced: Heavier and bulkier.
Insulation RatingHigh-temperature industrial settings130°C (Industry) ▲150°C (Base) ▲180°C (Advanced)
(ASTM D543 compliant)		Base: Withstands 50+ chemical exposures.
Advanced: Resists extreme UV/thermal stress.		Industry: Shorter lifespan in corrosive environments.
Advanced: Complex installation.
CertificationsGlobal compliance marketsIEC/EN60204 (Industry) ▲IEC/EN61347 + PSPASBRF (Base)
▲UL + RoHS (Advanced)		Base: Meets EU safety standards.
Advanced: Access to North American markets.		Industry: Limited regulatory coverage.
Advanced: Lengthy certification process.
CustomizationSpecialty applications (e.g., medical)Fixed configurations (Industry) ▲Adjustable windings (Base)
▲Full modular design (Advanced)		Base: 20% faster prototyping.
Advanced: Tailored inductance values (0.5–5mH).		Industry: One-size-fits-all.
Advanced: Requires expert calibration.

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