30kVA Amorphous Alloy Dry-type Transformer

30kVA Amorphous Alloy Dry-type Transformer

Product Name: 30kVA Amorphous Alloy Dry-type Transformer
Capacity: 30kVA
Delivery Year: 2024
Country: Belarus
Brief Advantages:
High Efficiency and Energy Savings: Made with amorphous alloy material, it saves 25% more energy compared to traditional silicon steel sheets, reducing factory electricity costs.
Safe and Hazard-Free: The Dry-type Transformer features an oil-free design that complies with Belarus industrial safety standards, eliminating fire risks.
Flexible Adaptation: This Dry Type Power Transformer is compact in size and lightweight (only 45kg), allowing for quick deployment in narrow factory areas.
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Henan GNEE Electric Co., Ltd. is one of the most reliable manufacturers and suppliers of 30kva amorphous alloy dry-type transformer in China. If you're going to buy customized 30kva amorphous alloy dry-type transformer made in China, welcome to get quotation from our factory. Quality products and reasonable price are available.

 

 

Product Introduction 

 

30kVA Amorphous Alloy Dry-type Transformer

Amorphous Alloy Dry-type Transformer

 

The 30kVA Amorphous Alloy Dry-type Transformer is a high-efficiency, low-loss power solution designed for energy-sensitive applications. Its core uses amorphous alloy material, which enhances magnetic permeability by 3x compared to silicon steel, reducing no-load losses by over 70%. As a dry-type transformer, it features an environmentally friendly resin vacuum impregnation system, eliminating the need for transformer oil. This makes it ideal for sealed or densely populated areas. Its lightweight and compact design makes it a preferred choice for commercial buildings and industrial facilities.

 

 

 

Products parameter

 

Rated
capacity(kVA)
High voltage(kV) Tap range Low voltage(kV) connected group label No-load
loss(w)
Load loss
(130ºC)(W)
No-load current(%)
30 6
6.3
6.6
10
10.5
11







 
±2*2.5
±5







 
0.4






 
Dyn11






 
50 605 0.6
50 60 845 0.5
80 85 1160
100 90 1330
125 105 1565 0.4
160 120 1800
200 140 2135
250 160 2330
315 195 2945 0.3
400 215 3375
500 250 4130
630 295 4975
630 290 5050
0.3
800 335 5895
1000 385 6885 0.2
1250 455 8190
1600 530 9945
2000 700 12240
2500 840 14535

 

 

 

Advantages vs. Traditional Transformers

 

Comparison Criteria Conventional Transformers (Silicon Steel/Oil-Immersed) Amorphous Alloy Dry-type Transformer
Energy Efficiency High no-load losses, high long-term energy costs Ultra-low no-load losses ≤0.1W/kVA, saving 20-30% annual electricity costs
Safety Oil-based systems pose leakage and fire risks Oil-free design with UL94 V-0 flame retardancy rating, zero pollution
Maintenance Costs Requires regular oil replacement and leakage inspections Low-maintenance design reduces failure rates by 60%

 

Technical Highlights:

Ultra-Low Losses: Amorphous alloy core minimizes eddy current losses due to its non-crystalline structure.

Environmental Compliance: Free of harmful substances (e.g., PCBs), meeting RoHS standards.

Extreme Temperature Adaptability: Operates reliably between -30°C to 50°C, ideal for Belarus' harsh winters.

 

30kVA Amorphous Alloy Dry-type Transformer

 

 

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Applications of Dry-type Transformer

 

(1) Industrial Manufacturing & Factories

Powers machinery in metal processing, automotive assembly, and other heavy industries in Belarus, ensuring precision with minimal electromagnetic interference.

(2) Commercial Buildings & Municipal Infrastructure

Suitable for elevators, lighting systems in malls, hospitals, etc., meeting Belarusian building safety codes with low noise (<50dB) and fireproof design.

(3) Data Centers & Telecom Hubs

Provides reliable power supply for growing data centers in Belarus, with no oil-related fire risks.

(4) Outdoor & Harsh Environments

IP54-rated housing withstands snow, humidity, and dust, ensuring long-term reliability without additional protection.

 

30kVA Amorphous Alloy Dry-type Transformer

30kVA Amorphous Alloy Dry-type Transformer

 

 

 

Maintenance Guidelines

 

 

Routine Checks (Quarterly):

Inspect the casing for cracks or ice/snow buildup, ensure vents are unobstructed.

Monitor load current and temperature (surface ≤85°C under normal operation).

Annual Maintenance:

Clean coil surfaces with compressed air (avoid freezing in low temperatures), no liquid washing required.

Test insulation resistance (≥200MΩ); repair if below standard.

Fault Response:

Shut down immediately if unusual odors or noises occur.

Never attempt oil refills or disassemble the unit.

 

 

 

 

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Why choose us?

 

GNEE strictly follows the comprehensive acceptance testing process to ensure that the performance of each device meets the standards. Our products and services have been successfully applied in more than 50 countries and regions around the world. As a trusted global industrial partner, we are always committed to helping customers achieve their sustainable development vision through high-quality products and full-process services.

Support
• Pre-sales: Free technical consulting, drawing review, and installation training.
• After-sales:
o Global warranty for 2 years; 5-year warranty on core components.
o 7×24-hour remote support, fault response within <24 hours.
o Operation manual provided.

 

30kVA Amorphous Alloy Dry-type Transformer

Our factory

30kVA Amorphous Alloy Dry-type Transformer

 

Packing and Delivery

30kVA Amorphous Alloy Dry-type Transformer

 

FAQ
 

Q1: How to Choose Between Oil-Immersed, Dry-Type, or Amorphous Alloy Transformers Based on Needs?

A:Oil-immersed transformers (e.g., 30-2500 kVA/10 kV Oil-Immersed Three-Phase Dual-Winding):
Applicable scenarios: Large factories, substations, outdoor high-voltage power distribution.
Advantages: Excellent heat dissipation for high loads and high-temperature environments, but requires fire prevention and oil leakage precautions.
Dry-type transformers (e.g., Epoxy resin-cast type, Dry-Type Dual-Winding):
Applicable scenarios: Indoor installations (e.g., data centers, commercial buildings), environments with strict fire safety requirements.
Advantages: No insulation oil, pollution-free, low noise, but requires ventilation for heat dissipation.
Amorphous alloy transformers (e.g., Amorphous Alloy Dry-Type):
Applicable scenarios: Grid-end applications, rural power supply, energy-efficient systems.
Advantages: Reduces no-load loss by over 70%, higher efficiency than traditional transformers, ideal for long-term low-load operations.

Q2: Which Equipment is Suitable for Rectifier Transformers (30-3200 kVA Rectifier Type)?

A: Designed specifically for rectifier equipment, such as:
Electroplating lines, electrolytic cells.
Aluminum/copper electrolysis production.
DC motor drive systems.
Features: Three-phase input, adjustable DC voltage output. Note: Harmonic loads may impact transformer performance.

Q3: What are the Differences Between Prefabricated Substations (European Style) and Combined Transformers (Combined Type)?

A:Prefabricated Substations:
High integration: Includes transformers, low-voltage cabinets, and protection devices pre-installed in weatherproof/fire-resistant enclosures.
Applicable scenarios: Rapidly deployable outdoor power systems (e.g., temporary construction sites, remote areas).
Combined Transformers:
Functional integration: Typically combines transformers, metering devices, and protection equipment to simplify power distribution.
Applicable scenarios: Power distribution hubs for small/medium factories or commercial complexes.

Q4: What is the Voltage Adjustment Method for 30-2500 kVA Dual-Winding Non-Adjustable Voltage Transformers?

A:Non-adjustable type: Fixed output voltage set at factory (e.g., 10 kV input → 400 V output); no on-site adjustment.
Applicable scenarios: Stable voltage environments with minimal load fluctuations (e.g., fixed production lines).
For voltage adjustment, choose on-load tap-changing transformers (customizable).

Q5: What are the Temperature Resistance and Lifespan of Epoxy Resin-Cast Dry-Type Transformers?

A:Temperature resistance: Class F (155°C) or Class H (180°C), with overload capacity up to 1.5× rated power.
Lifespan: Over 20 years under normal operation, but requires regular inspections of winding insulation and cooling systems.

 

 

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