Dry Type Transformers Cast Resin

Cast Resin Dry Type Transformer with Cooling Fan
Cast Resin Dry Type Transformer with Cooling Fan
Cast Resin Dry Type Transformer with Cooling Fan
Cast Resin Dry Type Transformer with Cooling Fan
Cast Resin Dry Type Transformer with Cooling Fan
Cast Resin Dry Type Transformer with Cooling Fan
Cast Resin Dry Type Transformer with Cooling Fan
Cast Resin Dry Type Transformer with Cooling Fan

Cast Resin Dry Type Transformer with Cooling Fan

Taili’s advanced epoxy resin casting process ensures excellent insulation, high mechanical strength, and superior heat dissipation for safe and stable operation even under harsh environments.

Two cooling methods are available: natural air cooling (AN) and forced air cooling (AF). 

Our dry-type transformers are designed and manufactured in accordance with IEC, IEEE, ANSI, and DOE standards, and are fully CE, SGS, and CNAS certified. 

Each unit can be customized to meet your project’s exact specifications — including voltage, capacity, vector group, impedance, and special installation requirements — making it suitable for industrial plants, commercial complexes, renewable energy systems, and utility projects.


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Cast Resin Dry Type Transformer with Cooling Fan Information:


Primary Voltage35, 34.5, 24, 20, 15, 13.8, 13.2, 11, 10.5, 10, 6.3, 6 kV or others
Secondary Voltage600 V, 480 V, 415 V, 400 V, 380 V or others
Vector GroupDyn11, Dyn5, Yyn0 or others
Impedance4%, 6%
Capacity (Power Rating)100kVA, 150kVA, 200kVA, 400kVA, 630kVA, 1000 kVA, 1 MVA, 1500 kVA, 1.5 MVA
H.V. Tap Range±2 × 2.5% or others
BIL (Basic Insulation Level)30–150 kV
StandardsIEC, IEEE, ANSI, DOE
CertificatesCE, SGS, CNAS
UsageRectifier Transformer, Combined Transformer, Power Transformer, Distribution Transformer




Features of Dry Type Transformer:

1. Fireproof, non-polluting, and suitable for direct installation in load centers.

2. High mechanical strength, strong short-circuit resistance, low partial discharge, excellent thermal stability, and long service life.

3. Designed with low losses, low noise, and significant energy-saving performance, ensuring maintenance-free operation.

4. Strong overload capability; output capacity can be increased when using forced air cooling.

5. Reliable operation even in humid or harsh environmental conditions.

6. Equipped with a smart monitoring unit that automatically detects and displays the winding temperature of each phase, starts and stops the cooling fan, and provides alarm and trip protection.

7. Small footprint, easy installation, and lower overall installation cost.


Applications 


  • ·  Data centers and server farms (indoor, continuous duty).

  • ·  Hospitals, airports and commercial buildings (safety & low-fire risk).

  • ·  Food & pharma facilities and clean rooms (oil-free environment).

  • ·  Renewable energy substations and industrial plants (reliability under cyclic loads).


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How to choose cooling fan

Cooling fans are optional and selected based on site operating conditions.
Forced air cooling is recommended when the transformer operates under high load, frequent overload, high ambient temperature, or limited ventilation, as it effectively enhances cooling performance and overload capacity.

Cast Resin Dry Type Transformer with Cooling Fan


Why customers choose fan-cooled cast-resin solutions


  • ·  Oil-free & fire-resistant: No insulating oil means no spill or fire-hazard containment requirements — suitable for indoor, populated and environmentally sensitive locations.

  • ·  Higher usable capacity with fans: Forced-air (AF) options can increase allowable load and short-term power capacity versus naturally cooled units — enabling up to ~30–40% uplift in rated performance in many designs.

  • ·  Low maintenance & long lifecycle: Cast resin construction minimizes routine servicing (no oil testing/handling), lowering lifecycle O&M costs.

  • ·  Robust under harsh conditions: Designed to withstand thermal cycling, humidity and short-circuit forces common in industrial environments.


Second, the core advantages and characteristics of the product

01 Production Equipments for dry type transformers

1000kVA Dry type Transformer

02 dry type transformer production process

1000kva Dry type Transformer

03 Resin artcract

1000kva Dry type Transformer

04 Ex-factory test of dry transformers

1000kva Dry type Transformer

05 Dry type transformer enclosure

1000kva Dry type Transformer

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Application scenarios

Distribution power system

Industrial Facilities

Commercial buildings, high complexes, airports

Package and Shipping

1000kva Dry type Transformer

WHY CHOOSE US?

Quality Control: Our quality control system is comprehensive and multi-faceted. From the initial selection of high-grade raw materials sourced from reliable suppliers, we ensure that every component used in our products meets the highest quality standards.


Routine Tests:

Measurement of winding resistance

Measurement of voltage ratio

Check of vector group

Mesurement of impendance voltage and load loss

Measurement of no load oss and current

Separate-source voltage withstand test

Induced overvoltage withstand test

Dimension checking


Type Tests

Lighting impulse test

Temperature rise test


FAQs


Q: Why choose cast-resin over oil-filled for indoor sites?

A: Cast-resin units are oil-free and therefore eliminate oil-spill and fire-containment risks, making them safer and more acceptable for densely occupied or environmentally sensitive locations.


Q: How much extra capacity do fans provide?

A: Forced-air (AF) versions raise allowable continuous and short-term overload performance versus natural cooling; industry references show typical design uplifts in the 20–40% range depending on design and ambient conditions.


Q: Are these transformers suitable for outdoor installation?

A: Yes — with weatherproof enclosures and appropriate IP rating; however, envelope and ventilation design must follow the selected model’s installation guide.


Ready to upgrade to a safer, low-maintenance distribution transformer? Our Cast Resin Dry Type Transformer with Cooling Fan with intelligent fan cooling deliver higher usable power, reduced lifecycle risk, and a compact footprint — supported by factory testing, global shipping, and local service options. Contact us with your required kVA, primary/secondary voltages and site constraints — our engineering team will propose a tailored solution and pricing within 24 hours.

Cast Resin Dry Type Transformer with Cooling Fan

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