Description

SCB11 160KVA Dry Type Transformer

This product image showcases the SCB11 160KVA dry transformer, emphasizing its robust mechanical structure, modern compact design, and advanced cast-resin insulation system. The high-resolution display highlights its oil-free, air-cooled, and ventilated architecture, which ensures high reliability, minimal maintenance, and fire-safe operation even under extreme environmental conditions. Its epoxy-resin encapsulation provides excellent protection against moisture, dust, chemical corrosion, and temperature fluctuations, making it an ideal solution for long-term, stable, and efficient power distribution.

Engineered for demanding industrial and commercial applications, the SCB11 160KVA dry type transformer is widely used in industrial plants, commercial buildings, data centers, power distribution rooms, smart energy systems, and renewable energy facilities. The design ensures minimal energy loss with high thermal efficiency, enhancing overall system performance while maintaining safe operating temperatures under continuous load.

This visual representation also showcases the precision manufacturing, durable components, and high-quality epoxy resin casting, reinforcing confidence in the product’s quality, longevity, and performance.

Details

This detailed structural image showcases both the internal and external components of the SCB11 160KVA dry type transformer, providing a clear view of its precise engineering and robust construction. Key features highlighted include the LV outlet busbar, HV terminals, LV and HV windings, upper yoke, clamping frame, cooling ducts, silicon-steel laminated core, connection bars, earthing bolts, supporting pads, bi-directional wheels, and integrated fan system.

Each component is carefully designed and manufactured to maximize thermal efficiency, dielectric strength, mechanical stability, and operational reliability, ensuring safe and long-term performance even under continuous load or challenging environmental conditions. The epoxy-resin cast insulation protects windings from moisture, dust, and electrical stress, while the ventilated structure and cooling ducts enhance airflow for efficient heat dissipation.

This transparent structural display allows electrical engineers, project designers, and technical buyers to evaluate build quality, material integrity, and assembly precision, providing confidence in the transformer’s reliability. The image positions the product as a premium dry insulated transformer, dry electrical transformer, cast resin dry transformer, air-cooled transformer, and ventilated transformer, suitable for industrial power systems, commercial distribution networks, and medium-voltage applications.

Model Meaning

This diagram provides a clear and detailed explanation of the model structure of the SCB11 160KVA dry type transformer, offering a visual breakdown that makes the transformer configuration easy to understand at a glance. It illustrates essential technical details, including voltage level (kV), rated capacity (kVA), low-voltage foil coil type (B), performance level code (11), three-phase configuration (S), and epoxy resin cast type (C), allowing users to fully comprehend the meaning behind each part of the model code.

By visualizing these codes, engineers, project managers, electrical designers, and industrial purchasers can quickly verify specifications and select the most suitable dry distribution transformer, cast resin dry transformer, or non-oil transformer for their specific medium-voltage applications. This clear representation enhances decision-making efficiency, reduces the risk of design errors, and ensures proper integration into industrial, commercial, and utility power networks.

The diagram also emphasizes the premium construction, epoxy resin insulation, and fire-safe design of the SCB11 series, helping buyers understand its suitability for industrial dry transformer applications, energy-efficient power distribution, and safe indoor installations.

Dimensions

This technical specification chart presents all key parameters for the SCB11 160KVA dry type transformer, including model, connection group, voltage combination, air voltage, no-load current, no-load loss, load loss under different insulation classes (B/F/H), and short-circuit impedance.

Engineers and project designers can verify system compatibility, thermal performance, and installation suitability using these detailed specifications. This chart reinforces the product’s reputation as a dry power transformer, dry distribution transformer, cast resin dry transformer, and medium-voltage distribution transformer. SEO keywords: SCB11 160KVA transformer parameters, dry type transformer specifications, IEC/CE compliant transformer, and industrial transformer data sheet.

Parts Overview

This close-up detail collage showcases the premium and carefully selected materials used in the SCB11 160KVA dry type transformer, emphasizing its superior quality and long-term reliability. Key components include high-grade silicon steel sheets, amorphous alloy cores, pure copper windings, and a reinforced alloy steel base, each engineered to maximize performance and durability. The upgraded silicon steel sheets provide low magnetic losses, high magnetic permeability, and excellent thermal stability, contributing to enhanced transformer efficiency and reduced operational costs.

Le pure copper windings ensure outstanding electrical conductivity, minimal load loss, and stable operation under continuous high-load conditions. Combined with the epoxy-resin cast insulation, the transformer achieves high fire resistance, superior moisture protection, and strong resistance to chemical corrosion, making it ideal for demanding industrial, commercial, and utility power distribution applications. The reinforced alloy steel base adds mechanical stability, reducing vibrations and supporting long-term safe operation.

This detailed image highlights the transformer’s energy-efficient design, premium material selection, and robust construction, demonstrating why it is trusted as a high-efficiency dry type transformer, industrial dry transformer, cast resin dry transformer, air-cooled transformer, and energy-efficient power transformer.

Transportation

This image illustrates the complete packaging and logistics workflow for the SCB11 160KVA dry transformer. It showcases a meticulously designed system ensuring maximum protection during transportation. The transformer is securely enclosed in reinforced wooden crates for safe handling. It is wrapped with moisture-proof and dust-resistant materials to prevent environmental damage.

Shock-absorption padding protects against vibrations, shocks, and impacts during transit. Professional forklift operations and precise container loading guarantee safe positioning. These measures prevent structural damage and maintain full operational integrity during shipment. The export-grade packaging is engineered for long-distance sea freight, land, and international transport. It ensures that the cast resin dry transformer, oil-free transformer, and air-cooled transformer arrive intact. This workflow demonstrates the manufacturer’s commitment to high-quality, reliable transformer delivery. It reinforces trust in their dry distribution transformers for industrial and commercial applications.

The workflow follows best practices for medium-voltage dry type transformers and industrial electrical equipment. It minimizes risks of moisture ingress, physical impact, and environmental exposure. This approach enhances operational safety and protects transformer performance during shipping. It also increases customer confidence in secure, professional logistics and international delivery.

Project Cases

This engineering-case collage shows the SCB11 160KVA dry transformer in real-world industrial applications. It demonstrates deployment in manufacturing plants, agricultural facilities, and chemical processing industries. The transformer performs reliably in energy storage systems, smart city infrastructure, and utility power grid projects.
It adapts easily to complex and harsh environmental conditions while maintaining safe operation. Each installation highlights high efficiency, thermal stability, and robust electrical performance. Engineers trust it as a premium industrial dry transformer for continuous power distribution.

It serves effectively as a commercial distribution transformer in medium-voltage networks. The cast resin construction ensures durability, minimal maintenance, and long service life. These projects prove its value for modern infrastructure, renewable energy, and urban power solutions.

SCB11 160KVA dry transformer Certifications

Coopération mondiale

This cooperation photo captures the successful meeting between the company’s leadership team, professional engineers, and international clients, highlighting trust, long-term partnership, and global business development. The image reflects the manufacturer’s strong capability in exporting SCB11 160KVA dry transformers, cast resin transformers, and oil-free distribution transformers worldwide.

It helps establish credibility, showcasing the brand as a reliable transformer supplier, dry type transformer manufacturer, and global power-equipment partner. SEO-optimized for international cooperation, global transformer supplier, customer visit success, and high-trust transformer manufacturer.

FAQ

1. What is a SCB11 160KVA dry type transformer?

Le SCB11 160KVA dry type transformer is a high-efficiency, oil-free cast resin transformer designed for safe and reliable power distribution in industrial, commercial, and energy storage applications. It features epoxy resin insulation, air-cooled design, and low-loss performance, making it suitable for medium-voltage distribution systems.

2. What are the key advantages of this dry type transformer?

• Fire-resistant and safe for indoor installations

• Oil-free and maintenance-friendly

• High efficiency with low no-load and load losses

• Long service life and stable operation

• Optimized for industrial and commercial power distribution

3. Where can the SCB11 160KVA dry transformer be used?

It is ideal for:

• Industrial plants and factories

• Commercial buildings and data centers

• Energy storage and renewable energy systems

• Urban power distribution networks and grid projects

4. What standards and certifications does it meet?

Le SCB11 dry type transformer complies with international quality and safety standards including:

• CE certification

• ISO9001 and ISO14001

• CCC (China Compulsory Certification)
  It ensures reliability, safety, and compliance for global installations.

5. How is the transformer cooled?

The transformer is air-cooled and features a ventilated structure with internal cooling ducts and a fan system. This allows efficient heat dissipation without oil, ensuring stable operation under full load conditions.

6. What is the maintenance requirement?

Le dry type transformer is low maintenance, requiring only periodic inspections for dust, physical damage, and connection integrity. Unlike oil-filled transformers, it eliminates risks of leaks, fire hazards, and oil replacement.

7. What materials are used in the SCB11 160KVA transformer?

• High-quality epoxy resin for insulation

• Pure copper windings for high conductivity

• Silicon steel core for low-loss magnetic performance

• Alloy steel base for stability and durability

8. Can it be customized for specific applications?

Yes. Manufacturers can adjust:

• Voltage levels and connection schemes

• Winding types and insulation classes (B, F, H)

• Optional accessories such as lifting hooks, wheels, or mounting frames
  This makes it flexible for medium-voltage dry transformer applications.

9. Is it suitable for indoor installation?

Absolutely. The oil-free, fire-resistant design allows safe installation in indoor environments such as commercial buildings, hospitals, data centers, and control rooms without additional fire safety measures.

10. How long is the service life of the SCB11 160KVA dry transformer?

With proper operation and periodic inspections, the transformer can operate reliably for 20–25 years, thanks to its cast resin insulation, robust core, and high-quality components.