630 kVA 10kV SCB13 Three-Phase Cast Resin Dry-Type Transformer

This 630 kva indoor three-phase dry-type transformer for buildings is designed for indoor power distribution where safety, low maintenance, and practical insulation performance are important. It provides dependable service for commercial, industrial, infrastructure, or special-application installations and can be customized according to voltage, enclosure, cooling, and monitoring requirements.

The 630 kVA 10kV SCB13 Three-Phase Cast Resin Dry-Type Transformer is a dry type transformer for indoor and fire-sensitive installations: commercial buildings, hospitals, data centres, metro and tunnel projects, and industrial distribution where insulating oil is not acceptable. Capacity, voltage and insulation class follow the technical parameters below.

Cast resin or VPI insulation, enclosure protection degree and cooling class are selected per project, with K-factor rated designs available for harmonic-rich loads. Units are routine-tested in the factory and dispatched with test reports.

Application Scenarios

  • Commercial buildings and office complexes
  • Hospitals, schools, and public facilities
  • Industrial workshops and manufacturing plants
  • Data centers and mission-critical electrical rooms
  • Indoor infrastructure and utility support projects

Technical Highlights

  • This product offers the advantages of indoor safety, low maintenance, and practical installation flexibility. It supports projects that need reliable electrical performance, oil-free operation, and configurable insulation, enclosure, monitoring, or cooling features for modern indoor distribution systems.

Key Features

  • 630 kVA rated capacity for safe indoor distribution and equipment supply
  • Dry-type insulation system suitable for indoor, low-maintenance installations
  • Three-phase construction for commercial, industrial, infrastructure, or special applications
  • Available with customized voltage ratio, enclosure, monitoring, and cooling options
  • Supports project-based IEC specifications and export-oriented documentation
  • Designed for dependable service where oil-free installation is preferred

Optional Configurations

  • High-voltage and low-voltage rating
  • Enclosure level: IP00 / IP20 / IP23 / customized
  • Temperature controller and smart monitoring options
  • Cooling mode: AN / AF and fan arrangement
  • Winding material and insulation class
  • Project-specific standards and test document requirements
  • Color, nameplate language, and document package
  • Ambient temperature, altitude, and installation condition adaptation
Technical Specifications
Model SeriesSCB10 / SCB11 / SCB13 / SCB14
Rated Capacity630kVA
Primary Voltage (U1)10,000 V (10 kV / 11 kV)
Secondary Voltage (U2)400 V / 415 V / 480 V (3-Phase 4-Wire)
Vector GroupDyn11
Rated Frequency50 Hz / 60 Hz
Cooling MethodAN (Natural Air) / AF (Forced Air Blower)
Primary Current (I1)36.37A
Secondary Current (I2)876.5 A
Guaranteed No-Load Loss (P0)1380W
Guaranteed Load Loss (Pk at 120°C)5710W
Short-Circuit Impedance (Uk)4.50%
Insulation ClassF Class (155°C) / H Class (180°C) Epoxy Cast Resin
Temperature Rise LimitWinding Temp Rise ≤ 100 K (F Class) / ≤ 125 K (H Class)
IP Protection ClassIP00 (Open Type) / IP20 (Indoor Enclosure) / IP23 (Loubered)
Total Weight2600 kg
Overall Footprint (L×W×H)1350 mm × 1000 mm × 1400 mm
Governing StandardsIEC 60076-11, GB/T 10228-2015, CE, ISO 9001

Frequently Asked Questions

Where is a 630 kVA Indoor Dry-Type Transformer normally installed?

It is built for indoor commercial, industrial and data-center distribution. This unit is configured with 10/11 kV primary and 400 V secondary and AN cooling.

Can you change the rating or voltage of this indoor dry-type transformer?

Yes. Ratings are set from your project, not from a fixed catalogue. Send the single-line diagram and load list and we size the windings, tap range, cooling and protection to what the site actually needs. Vector group, frequency and terminal arrangement are confirmed on the drawing before anything is built.

Which standard applies to this indoor dry-type transformer, and is it certified?

The applicable standard and the clause set are agreed against your project specification before production starts. Where a project names IEC 60076 for the transformer or IEC 62271-202 for a prefabricated substation, we work to those clauses and ship the routine test report with the unit.

What cooling and protection are fitted?

Cooling is AN. Protection and monitoring are selected to the single-line diagram: winding temperature sensors with a thermostat and trip contact, forced-air fans where the load profile needs them, and surge arresters on the terminals. Indoor or outdoor placement, enclosure rating and foundation details are fixed with your site conditions.

What information should we send for a quotation?

The single-line diagram, the load list, the system voltage and frequency, and the site conditions that affect the design – altitude, ambient temperature range, indoor or outdoor, enclosure rating. With that we come back with a drawing and a price. If you only have a rating in mind, send that and we will work the rest out with you.


Typical Applications

The 630 kVA 10kV SCB13 Three-Phase Cast Resin Dry-Type Transformer is specified in projects such as:

  • Commercial buildings, hospitals and data centres
  • Metro, tunnel and underground installations
  • Marine and offshore applications where allowed by class rules
  • Indoor industrial distribution near process areas
  • Fire-sensitive and low-maintenance installations

Manufacturing & Factory Testing

Transformer manufacturing at our works, with quality control checkpoints through production and complete routine testing before dispatch:

  • Core cutting and winding with controlled process parameters
  • Vacuum drying and oil filling (oil types) or epoxy casting (dry types)
  • Routine tests: winding resistance, ratio and polarity, no-load and load loss, applied and induced voltage
  • Type test certificates from accredited laboratories available on request

Technical Drawing

Transformer Construction Overview Diagram - technical drawing for transformer
Transformer construction overview (illustrative). Final drawings are issued per order.

Delivery, Warranty & OEM Support

  • Typical lead time: 30 days from order confirmation for standard ratings; custom configurations are confirmed at order stage
  • Warranty: 2 years, with technical support available throughout the service life
  • OEM / ODM supported: private labelling, nameplate language and document packages
  • Seaworthy export packing; documentation set includes routine test reports, installation manuals and general arrangement drawings

Need a quotation for the 630 kVA 10kV SCB13 Three-Phase Cast Resin Dry-Type Transformer? Send your single line diagram and ratings to our sales team and our engineers will confirm the configuration, lead time and price.

Frequently Asked Questions

Where is a 630 kVA Indoor Dry-Type Transformer normally installed?

It is built for indoor commercial, industrial and data-center distribution. This unit is configured with 10/11 kV primary and 400 V secondary and AN cooling.

Can you change the rating or voltage of this indoor dry-type transformer?

Yes. Ratings are set from your project, not from a fixed catalogue. Send the single-line diagram and load list and we size the windings, tap range, cooling and protection to what the site actually needs. Vector group, frequency and terminal arrangement are confirmed on the drawing before anything is built.

Which standard applies to this indoor dry-type transformer, and is it certified?

The applicable standard and the clause set are agreed against your project specification before production starts. Where a project names IEC 60076 for the transformer or IEC 62271-202 for a prefabricated substation, we work to those clauses and ship the routine test report with the unit.

What cooling and protection are fitted?

Cooling is AN. Protection and monitoring are selected to the single-line diagram: winding temperature sensors with a thermostat and trip contact, forced-air fans where the load profile needs them, and surge arresters on the terminals. Indoor or outdoor placement, enclosure rating and foundation details are fixed with your site conditions.

What information should we send for a quotation?

The single-line diagram, the load list, the system voltage and frequency, and the site conditions that affect the design – altitude, ambient temperature range, indoor or outdoor, enclosure rating. With that we come back with a drawing and a price. If you only have a rating in mind, send that and we will work the rest out with you.

Application

Rated Capacity

Voltage Class

Environment

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