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  • LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale
  • LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale
  • LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale
  • LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale
  • LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale
  • LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale
LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale

LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale

  • 5 - 9 Pieces
    $150
  • >= 10 Pieces
    $50

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Precision Current Measurement: Utilizes a flyback topology and dual copper windings to accurately monitor current in power systems, supporting voltages up to 415V/220V.
  • Non-Contact Through-Core Design: Enables safe installation around conductors without direct contact, ideal for high-voltage environments.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With a copper and resin composite body, ensure long-term durability in harsh industrial environments. The non-conductive resin coating provides superior insulation compared to all-metal designs, reducing the risk of electrical faults.

  • 2. Through-Core Design for Seamless Installation

  • With a cylindrical through-core design, easily install around conductors without interrupting live circuits. The central opening allows compatibility with wires of various diameters, simplifying retrofitting in existing systems.

  • 3. High-Precision 10P10 Rating for Reliable Performance

  • With a 10P10 accuracy class, handle up to 10x rated current without saturation, ensuring stable operation during power surges. The 0.5 accuracy class guarantees precise measurements for critical monitoring applications.

  • 4. Versatile Flyback Topology for Commercial Use

  • Designed for indoor commercial and industrial settings, the flyback topology provides galvanic isolation and supports multiple output voltages (220V-480V), adapting to global power systems.

  • 5. IEC 60076 Certification for Global Compliance

  • With IEC 60076 certification, meet international safety and performance standards for power transformers. Ensures compatibility with over 150 countries' regulations for commercial and industrial use.

Product details

LMZC-10 High-Current Through-Core Instrument Transformer 415V 220V Flyback Topology for Indoor Competitive Wholesale

The LMZC-10 High-Current Through-Core Instrument Transformer combines precision engineering and robust materials to deliver reliable current measurement in high-voltage indoor environments. With a flyback topology and dual copper windings, it ensures accurate voltage conversion and isolation, while its resin-insulated body and metal mounting bracket guarantee safety and durability.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialCopper windings, resin body, steel bracketWithstand harsh industrial environments
Accuracy Class0.5 (IEC 60076 certified)Precision measurement in power distribution systems
Overload Rating10P10Safe operation during transient overloads
Frequency Range50Hz/60HzGlobal compatibility for grid applications
TopologyFlybackIsolated voltage conversion in flyback circuits
Mounting DesignMetal bracket with 2 holesQuick installation on conductors or panels

Customization guide

Adjustable parameters:

  • Output Voltage: Customize between 220V, 415V, 440V, or 480V to match grid requirements.
  • Coil Windings: Modify turns ratio for specific current ranges (e.g., 1000A input to 5A output).
  • Bracket Configuration: Adapt mounting holes spacing for space-constrained installations.

Get inspired

Ensure seamless integration into your power systems with the LMZC-10’s compact round design and flyback topology. Its resin insulation and copper windings provide unmatched reliability in substations, industrial plants, and commercial buildings.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Accuracy0.5 class0.2 class (+20%)0.1 class (+40%)*
Overload Capacity10P1020P20 (+100%)30P30 (+200%)
Max Output Voltage220V415V480V

Supplier's note

  1. Technical Breakthroughs:

    • 0.5 Accuracy Class: Meets IEC 60076 standards for precise current monitoring in smart grids.
    • 10P10 Overload Rating: Handles 10x rated current without saturation, critical for fault detection.
    • Flyback Topology: Enables isolated voltage conversion, reducing interference in sensitive circuits.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard substations needing 220V output and basic overload protection.
    • Advanced Model: Suitable for industrial facilities requiring 415V and double the overload tolerance of competitors.
    • Pro Model: Designed for high-power applications (e.g., data centers) with triple the industry-standard overload capacity and 480V output.

With the Pro’s 30P30 rating, you can safely monitor currents during extreme surges, paired with its copper windings to minimize energy loss. The Advanced Model’s 415V output aligns perfectly with European grid standards, while the Base Model offers cost-effective solutions for residential grids.

Frequently asked questions

  • Which model of through-core CT is suitable for 415V/220V indoor applications?

  • How do I clean the resin-coated body of the LMZC-10 CT?

  • Why is copper used in the coil of the LMZC-10 instead of aluminum?

  • Can the LMZC-10 CT be customized for different current ratings?

  • Is the LMZC-10 CT IEC 60076 certified for safety compliance?

  • What are the benefits of the flyback topology in the LMZC-10 transformer?

  • How is the LMZC-10 CT installed on metal brackets for indoor use?

  • How does the LMZC-10 ensure accuracy at 0.5 rating and 10P10?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-voltage environmentsCopper windings with resin encapsulation (IEC 60076 compliant) ▲Enhanced insulation, corrosion resistance, and durabilitySlightly heavier than all-plastic alternatives
Coil StructureSubstations requiring precise measurementTwo toroidal windings (ISO 9713) ▲ (industry standard: single winding)Reduced phase shift, improved accuracy (±0.5% error)Complex manufacturing increases cost
Voltage HandlingIndustrial power distributionInput 220V, Output 415V/480V (IEC 61869-10 compliant) ▲Supports high-output voltages for diverse applicationsRequires voltage regulation equipment for optimal performance
Frequency CompatibilityGlobal installations (50/60Hz regions)Dual-frequency operation (50/60Hz) (IEC 60044-1) ▲Versatile for international useSlightly higher cost due to dual-design complexity
Certification StandardsCompliance-critical industriesIEC 60076 certification ▲ (exceeds ISO 60900 baseline)Ensures reliability, safety, and regulatory complianceCertification adds to production costs
Topology & PhaseFlyback applications in single-phase systemsFlyback topology with single-phase design (IEC 61869-10) ▲Efficient energy transfer in isolated systemsLimited to single-phase applications (not suitable for three-phase systems)

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