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  • Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV
  • Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV
  • Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV
  • Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV
  • Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV
  • Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV
Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV

Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV

$100.00-$400.00/ Set|1 Set/Sets(Min. Order)
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Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Voltage Power Transmission: Designed to handle 220KV electricity, ensuring efficient and stable distribution of high-voltage energy across extensive networks.
  • Multi-Line Support: Equipped with lattice structure and color-coded insulators to manage multiple power lines, enabling simultaneous transmission of different circuits safely.

Key features

  • 1. Material Technology

    • With corrosion-resistant steel construction, ensure long-term durability in harsh weather and environmental conditions.

  • 2. Interactive Design

    • With color-coded insulators (red, green, blue), easily identify and manage different power circuits during maintenance or emergencies.

  • 3. Performance Parameters

    • With 220KV high-voltage capacity, efficiently transmit power over long distances with minimal energy loss.

  • 4. Scenario Solutions

    • With a customizable lattice design, adapt to urban/suburban environments while optimizing space and wind resistance.

  • 5. Certification Standards

    • With compliance to industry safety standards (e.g., IEC 60092), ensure reliable operation in critical power networks.

Product details

Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV

The Electrical Post Distribution Transformer Octagonal Electric Metal Pole High Voltage 220KV is a robust solution for high-voltage power transmission in urban and suburban environments. Constructed from durable steel and metal, its octagonal lattice design ensures structural stability while efficiently supporting multiple high-voltage power lines. Color-coded insulators enhance safety and circuit identification, making it ideal for long-distance power distribution.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialHigh-strength steel/metal alloyWithstands extreme weather and corrosion
DesignOctagonal lattice structureReduces material usage while maintaining strength
Voltage Capacity220KVLong-distance power transmission
InsulatorsColor-coded (red, green, blue)Urban/suburban areas for circuit clarity
Environmental AdaptabilityWind resistance up to 60 m/sCoastal or high-wind regions

Customization guide

Adjustable parameters include:

  • Insulator color coding to match local standards or circuit identification needs.
  • Tower height and lattice density to optimize for specific wind loads or terrain.
  • Material thickness to enhance corrosion resistance in harsh environments.

Get inspired

With its lattice design and steel construction, this tower combines durability and efficiency for reliable power distribution. The color-coded insulators not only prevent electrical arcs but also simplify maintenance and circuit management.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Voltage Handling220KV220KV + 15% surge tolerance220KV + 30% surge tolerance*
Wind Resistance50 m/s55 m/s60 m/s
Insulation CustomizationStandard colorsCustom color blendsFull-color customization
Installation ComplexityBasic toolsModular assemblyPre-assembled components

Supplier's note

  1. Technical Breakthroughs:

    • Lattice Design: Reduces material usage by 20% compared to solid structures while maintaining strength.
    • Color-Coded Insulators: Enable 30% faster circuit identification during maintenance.
    • Steel Alloy Composition: Offers 25% higher corrosion resistance than traditional steel.

  2. Version Selection Guidance:

    • Base Model: Ideal for standard urban areas with moderate wind conditions.
    • Advanced Model: Suitable for regions requiring surge protection (e.g., industrial zones) and customizable color schemes.
    • Pro Model: Best for coastal/high-wind environments, with its 60 m/s wind resistance and premium corrosion-resistant alloy. With the Pro’s triple-insulated coating, you can ensure uninterrupted power flow even in salt-heavy atmospheres.

*Surge tolerance values are relative to industry-standard 220KV towers.

Frequently asked questions

  • Which electrical transmission tower model is best suited for urban high-voltage power distribution?

  • How do the color-coded insulators on high-voltage transmission towers improve safety?

  • What materials make this steel transmission tower durable for harsh environmental conditions?

  • Can this transmission tower be customized for wind-prone regions?

  • What makes this 220KV tower suitable for long-distance power transmission?

  • Are the insulators on this tower compatible with existing power grid systems?

  • Does this transmission tower require specialized maintenance?

  • Is this tower certified for high-voltage safety compliance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material StrengthCoastal/Corrosive EnvironmentsSteel with 500 MPa tensile strength (Industry: 450 MPa ▲)Exceeds durability for harsh conditions (ASTM A36 compliant)Advanced versions may require thicker coatings (cost ↑15%)
Insulation QualityUrban Power GridsASTM D3802 compliant (200 kV/cm breakdown voltage ▲▲ Advanced: 250 kV/cm)Enhanced safety & circuit identification via color-coded insulatorsAdvanced models need specialized installation tools (+20% labor cost)
Wind ResistanceHigh-Wind Regions (e.g., Coastal Areas)Lattice design withstands 50 m/s winds (Industry: 40 m/s ▲)Stable operation in typhoon-prone zones (ISO 9001 tested)Larger footprint reduces space efficiency in dense areas
Noise EmissionResidential Areas45 dBA noise level (Industry: 50 dBA ▲)Quieter than typical turbines (comparable to a library)Advanced dampening adds 10% weight, complicating installation
Customization OptionsRegulated/High-Security ZonesAdjustable lattice spacing + custom color codes (Industry: Standard colors)Meets local aesthetic/safety standards (e.g., wildfire-resistant coatings)Longer lead times for non-standard configurations (+3 weeks)
Environmental AdaptabilityHumid/Arctic Climates800-hour salt spray resistance (ASTM B117 ▲)Operates in extreme humidity/cold (-40°C to 50°C)Corrosion-resistant materials increase upfront cost by 25%

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