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SCB Series Dry-Type Transformer

Executive standards:

IEEE C57.12.91-2020 Standard test code for dry-type distributton and power transformers. 

IEEE C57.12.60-2020 Standard for thermal evaluation of insulation systems for dry-type power and distribution transformers. 

IEC60076-11:2018 “Power transformers - Part 11: Dry-type transformers”.

GB/T1094.1-2013“Power transformers Part 1: General”.

GB/T1094.3-2017“Power transformers Part 3: Insulation levels, insulation tests and external insulation air gaps”.

GB/T1094.5-2008“Power transformers Part 5: Ability to withstand short circuit”.

GB/T1094.10-2003"Power transformers Part 10: Determination of sound level".

GB/T1094.11-2022“Power transformers Part 11: Dry-type transformers”.

GB/T10228-2015“Technical parameters and requirements for dry-type transformers”.

GB/T22072-2008 “Technical parameters and requirements for dry-type non-crystalline alloy core distribution transformers”.

GB 20052-2020 “Energy efficiency limits and energy efficiency grades for power transformers”.

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Product Introduction:

The SCB series dry-type transformer products are manufactured using an epoxy vacuum casting process. On the basis of fully absorbing similar product technologies at home and abroad, high-quality raw materials, advanced production equipment, scientific manufacturing processes, and strict testing methods are used to produce and manufacture the products. They serve as replacement products for oil-immersed transformers.

Product Features:

1.Beautiful appearance.

2.Superior electrical performance and excellent overload capacity.

3.Low energy loss and low noise.

4.High mechanical strength and good short-circuit withstand ability.

5.Safe, environmentally friendly, maintenance-free, and long service life.

Application Areas:

Suitable for various electricity consumption environments, including civil, industrial, and infrastructure construction, such as urban facilities, commercial centers, residential distribution networks, industrial and mining enterprises, power plants, substations, and road traffic power transmission and distribution scenarios.