SCB13 Three-Phase Dry Type Transformer for Data Centers Low Loss Distribution Transformer 10kv Output 60hz for sale

Categories	Dry Type Transformer

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SCB13 Three-Phase Dry Type Transformer for Data Centers Low Loss Distribution Transformer 10kv Output 60hz

SCB13 Three-Phase Dry Type Transformer for Data Centers (10kV, 60Hz, Low Loss)

The SCB13 three-phase dry type transformer is specially engineered to meet the strict requirements of data centers, IT facilities, and mission-critical infrastructure. With a 10kV output and 60Hz frequency, it delivers stable and efficient power distribution for servers, cooling systems, and sensitive electronic equipment.

Built with cast resin insulation technology, the SCB13 transformer ensures fire resistance, moisture resistance, and excellent dielectric strength, making it highly reliable in environments where safety and continuity of operation are paramount. Its low loss and high efficiency design significantly reduces energy consumption and operating costs, fully aligning with green data center initiatives.

Key Advantages for Data Centers

High Reliability – Guarantees stable power for uninterrupted IT operations
Low Loss & Energy Saving – Reduced no-load and load losses, lowering electricity costs
Fire & Moisture Resistant – Safe for indoor installation, no oil leakage risks
Low Noise Operation – Quiet performance, suitable for enclosed server rooms
Flexible Cooling Options – Natural air cooling (AN) or forced air cooling (AF) for different load demands
Long Service Life – Optimized coil and core design ensures durability under continuous operation

Application Scenarios

Data centers & server farms
Cloud computing facilities
Financial institutions & telecom hubs
Hospitals & critical care facilities
Commercial complexes & smart buildings

Why Choose SCB13 for Data Centers?

Data centers require uninterrupted power supply, high efficiency, and maximum safety. The SCB13 transformer provides stable voltage output, superior insulation performance, and low operating costs, ensuring that critical IT infrastructure remains secure and efficient.

Rated capacity (KVA)	Vector Group	Voltage Combination			No-load loss	Load loss	No-load current	Impedance
Rated capacity (KVA)	Vector Group	HV	Tapping range	LV	No-load loss	Load loss	No-load current	Impedance
30	Yyn0 / Dyn11	10 6.3 6	±5% ±2X2.5% (+3/-1)X2.5%	0.4	135	640	2	4.0
50					195	900	2	1.5
80					265	1240	1.5	1.3
100					290	1410	1.5	1.3
125					340	1660	1.1	1.1
160					385	1910	1.3	1.1
200					445	2270	1.1	1.1
250					515	2480	1	1
315					635	3120	1	1
400					705	3590	1	1
630					965	5360	0.85	0.85
630					935	5290	0.85	0.85
800					1090	6260	0.85	0.85
1000					1270	7310	0.85	0.85
1250					1500	8720	0.85	0.85
1600					1760	10500	0.85	0.85
2000					2190	13000	0.7	0.7
2500					2590	15400	0.7	0.7