Sc (B) 10-630 630kVA Advanced Dry Transformer – 1340W Loss, 0.85% Current

• Application: Power, Electronic
• Cooling Method: Dry-type Transformer
• Winding Type: Auto-transformer
• Model NO.: dry type transformer
• Certification: ISO9001, CCC
• Usage: Single-phase Transformer, Rectifier Transformer, Combined Transformer
• Frequency Characteristics: High Frequency
• Shape of Core: Ring
• Brand: None
• Warranty: 2 Years
• Standard: IEC/GB
• Brand Name: Customized
• Material: Copper/Aluminum
• Coil Structure: Auto Transformer
• Transport Package: Wooden
• Origin: China
• HS Code: 8504319000
• Production Capacity: 1000/Per Month

Product Description

Product Description

Dry-immersed Type Transformer

Dry-type transformer has many types you can to choose. They have epoxy resin cast dry-type transformer, non-encapsulated dry type transformer, amorphous alloy dry type transformer, three-dimensional wound core dry-type transformer.
Dry-type transformer is a high-performance electrical equipment. It adopts advanced insulation technology, does not require oil immersion, and is safe and environmentally friendly. It is fireproof and explosion-proof, and its operation is stable and reliable.

Specification

Model	Rated capacity(KVA)	connection symbol	High voltage	Tapping range	Low voltage	no-load loss(W)	load loss(W)	no-load current(%)	Short circuit resistance
SC10-30	30	Yyn0  or Dyn11	10	±5%	0.4	190	1320	2.0	4.0
SC10-50	50	Yyn0  or Dyn11	10	±5%	0.4	270	1700	2.0	4.0
SC10-80	80	Yyn0  or Dyn11	10	±5%	0.4	370	1880	1.5	4.0
SC10-100	100	Yyn0  or Dyn11	10	±5%	0.4	400	1570	1.5	4.0
SC10-125	125	Yyn0  or Dyn11	10	±5%	0.4	470	1850	1.3	4.0
SC(B)10-160	160	Yyn0 or Dyn11	10	±5%	0.4	540	2130	1.1	4.0
SC(B)10-200	200	Yyn0 or Dyn11	10	±5%	0.4	620	2760	1.1	4.0
SC(B)10-250	250	Yyn0 or Dyn11	10	±5%	0.4	720	3470	1.0	4.0
SC(B)10-315	315	Yyn0  or Dyn11	10	±5%	0.4	880	3990	1.0	4.0
SC(B)10-400	400	Yyn0 or Dyn11	10	±2×2.5%	0.4	980	4880	1.0	4.0
SC(B)10-500	500	Yyn0 or Dyn11	10	±2×2.5%	0.4	1160	5860	0.85	4.0
SC(B)10-630	630	Yyn0 or Dyn11	10	±2×2.5%	0.4	1340	6860	0.85	4.0
SC(B)10-800	800	Yyn0 or Dyn11	10	±2×2.5%	0.4	1520	8130	0.85	6.0
SC(B)10-1000	1000	Yyn0 or Dyn11	10	±2×2.5%	0.4	1770	9690	0.85	6.0
SC(B)10-1250	1250	Yyn0 or Dyn11	10	±2×2.5%	0.4	2090	11400	0.85	6.0
SC(B)10-1600	1600	Yyn0 or Dyn11	10	±2×2.5%	0.4	2450	14700	0.70	6.0
SC(B)10-2000	2000	Yyn0 or Dyn11	10	±2×2.5%	0.4	3050	17170	0.70	6.0

Model	Main Machine Dimensions (L×B×H)mm	Track Gauge(mm*Y)	Outer Shell Dimensions (Length×Width×Height, mm)	Weight(KG)
SC10-30/10	696×500×790	400×450	1100×1000×1500	276
SC10-50/10	746×500×827	400×450	1100×1000×1500	371
SC10-80/10	826×600×868	400×550	1150×1000×1500	461
SC10-100/10	868×600×905	400×550	1150×1000×1500	563
SC10-125/10	995×710×913	550×660	1250×1050×1500	659
SC(B)10-160/10	976×710×878	550×660	1350×1050×1600	741
SC(B)10-200/10	1026×710×940	550×660	1350×1100×1600	883
SC(B)10-250/10	1084×800×945	660×750	1400×1200×1700	1066
SC(B)10-315/10	1146×800×975	660×750	1500×1300×1700	1325
SC(B)10-400/10	1176×800×1040	660×750	1550×1300×2200	1498
SC(B)10-500/10	1260×800×1103	660×750	1600×1300×2200	1812
SC(B)10-630/10 4%	1296×800×1085	660×750	1700×1350×2200	1793
SC(B)10-630/10 6%	1384×870×1118	820×820	1750×1350×2200	2398
SC(B)10-800/10	1417×870×1205	820×820	1850×1400×2200	2680
SC(B)10-1000/10	1590×870×1315	820×820	1970×1450×2200	3341
SC(B)10-1250/10	1674×870×1506	820×820	2050×1480×2200	4128
SC(B)10-1600/10	1756×1050×1768	1070×1000	2050×1450×2200	4896
SC(B)10-2000/10	1674×870×1506	820×820	2050×1480×2200	4128

Product Advantage

1. No oil, no pollution, flame retardant, self-extinguishing and fire prevention.

2. Low loss, high efficiency and low noise. It can run long time under 125% rated load under the forced air-cooling condition and is equipped with intelligent temperature controller. The functions of fault alarm, over temperature  alarm, over temperature trip and black gate. It is connected with computer through RS485 serial interface and achieves centralized monitoring and control.

3. Small local discharge (under 30 PC) and high reliability, can ensure long-term safe operation, life up to 30 years.

4. Resistance to crack and temperature change, high mechanical strength, strong ability to resist sudden short-circuit.

5. Good moisture-proof property, it can run normally under 100% humidity and can be put into operation without drying treatment after shutdown.

6. There is no need for a separate transformer room, core maintenance or load-bearing beam  saving civil land and occupation No oil, so it will not produce toxic gas to pollute the environment.  No need of oil collecting pits or other ancillary buildings which reduces the cost of construction Easy installation, no debugging, almost no maintenance; No need to replace or check the oil, low operation and maintenance cost.

Working Environment

Dry-type transformers thrive in indoor, moderate-climate, fire-sensitive, and low-contamination environments, prioritizing safety, space efficiency, and compliance with strict regulatory standards. Their air-cooled design and non-flammable materials make them the preferred choice for urban, commercial, and sensitive applications, while technical adaptations (IP ratings, insulation classes) extend their usability across diverse but non-extreme operational conditions.

Working Environments for Dry-Type Transformers
Dry-type transformers, distinguished by their air-cooled, oil-free design, are engineered for versatility in diverse operational settings where safety, space efficiency, and environmental compatibility are critical. Their typical working environments include:
1. Indoor & Enclosed Spaces
Dry-type transformers excel in indoor applications due to their non-flammable nature (no insulating oil), making them ideal for:

Commercial/Residential Buildings: Installed in basements, utility rooms, or rooftop enclosures of offices, apartments, and shopping centers, where fire safety codes restrict oil-filled equipment.
Data Centers & Server Rooms: Requiring clean, low-risk power solutions, these transformers operate in controlled environments with strict temperature (20–25°C) and humidity (40–60%) controls to prevent dust and moisture-related failures.
Industrial Control Rooms: Integrated into motor control centers or automation systems, where proximity to sensitive electronics demands non-conductive, low-maintenance power conversion.
2. Moderate Climate & Low-Moisture Zones
They thrive in ambient temperatures ranging from -25°C to +40°C with relative humidity ≤95% (non-condensing), suitable for:

Mild Outdoor Environments (with IP-rated enclosures, e.g., IP20–IP54): Deployed in outdoor substations of urban areas, campuses, or light-industrial zones, protecting against dust, water splashes, and minor physical impacts.
Temperate Regions: Avoiding extreme heat/cold or high humidity, where their air-cooled design (natural or forced ventilation) efficiently dissipates heat without liquid coolant.

Product productive process

In addition to providing convenience for People's Daily electricity needs in the city, substations are also widely used in wind farms, photovoltaic power stations, hydropower stations, nuclear power plants, hub substations, important converter stations, backbone power grids, important transmission channels and other energy infrastructure scenarios.

 
Work shop

Certifications

FAQ

1. What are the main products of your company?

We specialize in the production and supply of power transformers, distribution transformers, dry-type transformers, pad-mounted transformers, and single-phase transformers.

2. When will you deliver the goods?
Our production timeline ranges from 45-60 days, contingent on the specifics of the buyer's order.

3. Can you provide samples?
Unfortunately, we are unable to provide samples free of charge.

4. May I have your catalogue and price list?
Absolutely. Please contact us to obtain our comprehensive catalogue and detailed price list.

5. Can your products be customized?
Yes, we excel in producing and processing products tailored to your precise requirements.