High Voltage Copper Winding Three Phase Cast Resin Dry Type Distribution Transformer

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Product Description

Basic Info
Model NO. SCB
Core Core-type Transformer
Cooling Method Dry-type Transformer
Winding Type Two-winding Transformer
Certification ISO9001-2000, ISO9001
Usage Distribution Transformer
Frequency Characteristics Power Frequency
Shape of Core EI
Key Distribution Transformer
Product Name Cast Resin Dry Type Transformer
Vector Group Dyn11/Yyn0
Rated Capacity 30kVA-2500kVA
Rated H.V. 6/6.3/6.6/10/10.5/11/13.2/13.8kv
Rated L.V. 0.4/0.415/0.42/0.433/0.46/0.48kv
Winding Material Copper/Aluminum
Frequency 50/60Hz
Design Customized
Transport Package Standard Export Package
Specification Based on the product
Origin China
HS Code 85049019
Production Capacity 1000tons/Months
Packaging & Delivery
Package Size 120.00cm * 100.00cm * 170.00cm
Package Gross Weight 2000.000kg
Product Description
💡

Three phase cast resin dry type distribution transformer is with features of low loss, compact and light weight, low noise level, clamp-proof, anti-fouling, high mechanical strength, flame resisting, strong overload ability and low partial discharge quality, they are application to power transmission and distribution system, hotel, restaurant, commercial building, stadiums, chemical plants, stations, airports, offshore drilling platforms, especially to heavy load centers and places with special fire protection requirements.

High Voltage Copper Winding Three Phase Cast Resin Dry Type Distribution Transformer
Product Features:
  • Safe, flame-retardant, explosion-proof, fireproof, no pollution, can be directly installed in the load center;
  • Maintenance free, easy installation, low overall operation cost;
  • Good moisture-proof performance, can operate normally under 100% humidity;
  • Low loss, low partial discharge, low noise, strong heat dissipation capacity, forced air cooling conditions;
  • Equipped with perfect temperature protection and control system to ensure the transformer to run in a safe and reliable way;
  • High reliability. The reliability index of the products has reached the international advanced level.
Normal Environment Conditions:
  • Ambient Temperature: Max +40℃, Min -25℃, Monthly average max +30℃, Yearly average max +20℃.
  • Altitude: No more than 1000m.
  • Voltage Waveform: The power supply voltage's wave is similar to sine wave.
  • Phase Symmetry: Three-phase power supply voltage is approximately symmetrical.
  • Humidity: Relative humidity should be less than 93%. No water droplets on the coil surface.
  • Installation Site: Indoor or outdoor.
High Voltage Copper Winding Three Phase Cast Resin Dry Type Distribution Transformer
Technical Specifications
Rated Power (kVA) Rated Voltage (kV) Vector Group No-load loss (W) Load loss (W) Impedance (%)
HV LV
3011
10
10.5
6
6.3

Tapping range:
±5%;
±2*2.5%
0.4
0.433
0.415
Dyn11

Yyn0
1907104
502701000
803701380
1004001570
1254701850
1605402130
2006202530
2507202760
3158803470
4009803990
50011604880
63013005960
800152069606
100017708130
125020909690
1600245011730
2000305014450
2500360017170
3150450022300
Transformer Showcase Row 1 Image 1
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Transformer Showcase Row 2 Image 2
Capabilities & Infrastructure

We are specialized in manufacturing premium transformer cores and clamps. Equipped with highly advanced production lines, our facility ensures precise, automated production and strategic cost efficiencies. We hold the capabilities to supply large-capacity dry-type transformer cores below 34,000K, supporting a robust 20,000-ton annual capacity output.

Advanced Transformer Manufacturing Infrastructure
Production Processing Matrix
Technical Workshop Assembly
Quality Testing Bay
Core Processing Equipment
Storage Yard Management
Certifications
System Quality Certifications
Packaging & Shipping
Secure Packing Protocols for Safe Freight
General Product FAQ
Which products can we provide?
CRGO mother coils, slit coils, transformer lamination, and custom transformer cores.
How can we guarantee quality?
We strictly adhere to the ISO9001 Standard. Thorough engineering calculations are completed before production, and rigorous product tests are executed before dispatch.
Frequently Asked Questions
What are the primary benefits of using a cast resin dry type distribution transformer?
Cast resin dry type transformers are exceptionally safe, flame-retardant, explosion-proof, and completely eco-friendly. Since they don't use oil insulation, they pose no risk of leakage, making them perfectly suited to be installed directly in high-density load centers.
Can these transformers operate effectively under high humidity environments?
Yes. They offer superior moisture-proof performance and are fully capable of maintaining normal operation under 100% relative humidity. The dense resin structure ensures zero moisture accumulation on the coil surfaces.
What cooling methods are supported by your dry type transformers?
They can run on Natural Air cooling (AN) or switch to Forced Air cooling (AF) conditions. Under forced air cooling, the dissipation capability increases substantially to safely accommodate temporary heavy overload conditions.
Where are these dry type distribution transformers most commonly deployed?
They are ideal for heavy-load infrastructure including power distribution grids, commercial buildings, multi-star hotels, stadiums, industrial chemical facilities, metropolitan stations, airports, and offshore drilling platforms.
Are cast resin transformers maintenance-free?
Yes, they are virtually maintenance-free. Because there are no fluids to test, filter, or replace, their structural design allows for an exceptionally simple installation process and minimal operational lifecycle overheads.
How is the mechanical strength and overload reliability achieved?
The high-voltage and low-voltage windings are encapsulated under vacuum conditions using epoxy cast resin. This creates an inherently rigid, compact structure featuring low partial discharge values and exceptional resilience against short-circuit forces.

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