160kVA Epoxy Resin Dry-Type Transformer

160kVA Epoxy Resin Dry-Type Transformer

Model and Specifications: SCB12 Epoxy Resin Dry-Type Transformer, capacity 160kVA, voltage rating 6kV/0.4kV,adopt cast resin type transformer technology with aluminum/copper windings.
Certifications: ISO, SGS, and CE certified, ensuring global quality and compliance.
Key Advantages: The dry resin transformer design offers oil-free environmental protection, fire resistance, and high mechanical strength, ideal for industrial, commercial, and special-environment power supply.
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Functional Features & Benefits of Epoxy Resin Dry-Type Transformer

 

 

160kVA Epoxy Resin Dry-Type Transformer

The Epoxy Resin Dry-Type Transformer leads in industrial power solutions with unmatched safety and performance:

Efficient & Reliable Power Supply: Three-phase output with low losses and high power factor, meeting heavy-load demands in factories, data centers, etc.

Risk-Free Operation: The dry resin transformer's epoxy resin insulation eliminates oil leakage risks, with fire-resistant materials compliant with IEC 60668 standards.

Enhanced Mechanical Strength: The cast resin type transformer structure features high-strength resin-coated windings, boosting shock and vibration resistance by 50% for harsh environments.

Low Maintenance Cost: No oil-level monitoring required; corrosion-resistant resin ensures a 30-year lifespan.

Global Compatibility: ISO/SGS/CE certifications guarantee compliance with international standards for worldwide markets.

 

 

 

Operating Principle

 

The Epoxy Resin Dry-Type Transformer integrates cutting-edge design and technology:

Epoxy Resin Casting Insulation

Epoxy resin fully encapsulates the core and windings, forming a cast resin type transformer structure for dual insulation and mechanical reinforcement.

Material withstands high temperatures (≥120°C), ensuring stable long-term operation.

Natural/Forced Air Cooling (Dry Resin Features)

The dry resin transformer uses air convection cooling via optimized winding channels, eliminating oil-based media to reduce noise and enhance efficiency.

Temperature control systems automatically activate fans for cooling during full-load operation, maintaining safe thermal performance.

Anti-Short Circuit & Structural Reinforcement

Epoxy resin solidifies into a high-strength framework, supporting windings and cores to withstand 30kA/1s short-circuit currents (optimized impedance design).

The cast resin type transformer's symmetric three-phase layout minimizes electromagnetic vibration, reducing noise to ≤65dB.

Environmental & Reliability

Epoxy resin is pollution-free and ROHS-compliant; flame retardancy meets UL 94 V-0 standards.

Aluminum/copper winding combinations balance conductivity and cost, achieving 98.5% energy efficiency.

 

160kVA Epoxy Resin Dry-Type Transformer

 

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Products parameter

 

Technical Parameter
Model Rated Capacity Link Group Label Voltage Combination (KV) No-Load Loss Load Loss(W) No-Load Current Short Circuit Impedance
(KVA) High Pressure Tap Range Low Pressure (W) 120ºC(F) (%) (%)
SC12-30-NX3 30 Yyn0
or
Dyn11
10
6.3
6
±5%
±2×2.5%
or
+3/-1×2.5
0.4 150 710 2 4
SC12-50-NX3 50 215 1000 2 4
SC12-80-NX3 80 295 1380 1.5 4
SC12-100-NX3 100 320 1570 1.5 4
SC12-125-NX3 125 375 1850 1.3 4
SC(B)12-160-NX3 160 430 2130 1.3 4
SC(B)12-200-NX3 200 495 2530 1.1 4
SC(B)12-250-NX3 250 575 2760 1.1 4
SC(B)12-315-NX3 315 705 3470 1 4
SC(B)12-400-NX3 400 785 3990 1 4
SC(B)12-500-NX3 500 930 4880 1 4
SC(B)12-630-NX3 630 1070 5880 0.85 4
SC(B)12-630-NX3 630 1040 5960 0.85 6
SC(B)12-800-NX3 800 1215 6960 0.85 6
SC(B)12-1000-NX3 1000 1415 8130 0.85 6
SC(B)12-1250-NX3 1250 1670 9690 0.85 6
SC(B)12-1600-NX3 1600 1960 11730 0.85 6
SC(B)12-2000-NX3 2000 2440 14450 0.7 6
SC(B)12-2500-NX3 2500 2880 17170 0.7 6

 

 

 

Product details

 

160kVA Epoxy Resin Dry-Type Transformer

160kVA Epoxy Resin Dry-Type Transformer

 

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Why choose us?

 

GNEE Group:

Global Transformer Supply Chain Integration Expert (2008 - Present)

Founded in 2008, GNEE Group has undergone fifteen years of deep industry cultivation, successfully transforming from a regional trader to a global supply chain management expert. As a pioneer in the integration of the steel industry chain, the group has established a full-cycle value system that spans raw material procurement, production coordination, logistics optimization, and terminal services, setting an innovative operational benchmark in the global transformer distribution sector. In the era of Industry 4.0, GNEE Group is accelerating towards its goal of becoming a global integrator oftransformer industry value through digital restructuring and green supply chain construction.

 

SGS certification certificate

160kVA Epoxy Resin Dry-Type Transformer
 

Our factory

160kVA Epoxy Resin Dry-Type Transformer

 

 
FAQ
 

Q1: What application scenarios is the Oil Immersed Transformer suitable for?

A: It is suitable for high-voltage transmission and distribution, industrial production facilities, substations, and other environments that require high load capacity and excellent heat dissipation performance.
Technical Advantage: With 18 years of industry experience, we use a three-dimensional wound core technology to reduce no-load losses by 15% compared to traditional lamination processes, while achieving ±0.5mm precision stacking to ensure long-term stable operation.
User Case: In a large steel plant expansion project, our oil immersed transformer (5000kVA) ensured the stability of continuous power supply thanks to its high load tolerance and low loss characteristics.

Q2: What parameters should be considered when choosing a Dry-type Transformer?

A: Key parameters include rated capacity (50kVA-5000kVA), voltage level, and temperature rise limits.
Core Advantage: We use epoxy resin + fiberglass insulation materials, with a fire resistance rating reaching UL94 V-0 standard, making it ideal for high-safety environments such as shopping malls and hospitals.

Q3: How does an Amorphous Alloy Transformer reduce electricity costs in remote areas?

A: By using amorphous alloy tape cores, no-load losses are reduced by 50%-70% compared to traditional silicon steel transformers, making them particularly suitable for rural grids with fluctuating loads.

 

 

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