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Three Phase Dry-Type Transformer

Name: Three Phase Dry-Type Transformer
Brand: Zhejiang Tenrony Electricity Co., Ltd.
Availability: InStock

The three-phase dry-type transformer is an energy-saving transformer product that meets the latest national secondary energy efficiency standards. Based on the SCB13 model, this dry transformer has significantly improved energy efficiency and effectively reduced operating noise through the optimization of core structure, coil design, and production process. With its outstanding energy conservation and environmental protection performance, this series of 3 phase dry type transformer will become one of the key dry-type transformer models promoted by the state in the next few years.

Products

Features

The three-phase dry-type transformer is a new model of power transformer in 2021. The SCB14-1250KVA transformer meets the requirements of a second-level energy efficiency dry-type transformer and is a new type of energy-saving dry-type transformer that the State Grid is vigorously promoting.

The three-phase dry-type transformer achieves the goals of reducing no-load, load losses, and noise by combining new materials, new processes, independent research and development with technology introduction, and optimizing and innovating the coil structure and core design.

Parameters

Rated capacity	Rated Voltage（KV）			Vector group	Short circuit impedance	No-load loss （kW）		No-load current	Weight（kg）	Outline Dimentions	Carton size
（kVA）	H.V （KV）	Tapping range	L.V（KV）	Vector group	(%)	No-load	With load	(%)	Weight（kg）	L×W×H（MM）	L×W×H（MM）
30	6KV 6.3KV 6.6KV 10KV 11KV 13.8KV	±5% Or ±2× 2.5%	0.4	Yyn0 Or Dyna11	4	0.195	0.71	2.5	330	780×450×800	1200×900×1400
50						0.275	0.95	2.2	460	800×450×820	1200×900×1400
80						0.375	1.385	2.1	550	900×600×885	1200×900×1400
100						0.405	1.58	1.9	760	960×720×920	1200×900×1400
125						0.475	1.895	1.8	930	980×720×960	1200×900×1400
160						0.55	2.14	1.8	1050	1020×720×1000	1200×900×1400
200						0.63	2.54	1.6	1100	1060×720×1020	1200×900×1400
250						0.73	2.77	1.5	1400	1280×780×1060	1600×1250×1600
315						0.89	3.485	1.4	1500	1280×780×1060	1600×1250×1600
400						0.99	4.01	1.4	1700	1280×780×1060	1600×1250×1600
500						1.175	4.91	1.3	1900	1360×900×1060	1700×1350×1800
630						1.36	5.91	1.3	2310	1450×900×1100	1900×1350×1900
630					6	1.315	5.995	1.2	2380	1450×900×1100	1900×1350×1900
800						1.54	6.99	1.2	2500	1450×900×1150	1900×1350×1900
1000						1.79	8.17	1.1	2800	1500×900×1200	1900×1350×1900
1250						2.115	9.75	1.1	3100	1600×950×1230	2000×1500×2100
1600						2.48	11.8	1	3800	1600×1000×1280	2000×1500×2100
2000						3.36	14.535	0.9	4300	1700×1120×1300	2100×1600×2200
2500						4.05	17.27	0.8	5200	1700×1120×160	2100×1600×2200

Benefits

High Safety and Reliability: Fireproof, explosion-proof, and moisture-resistant features, combined with strong short-circuit resistance and lightning strike endurance, significantly reduce operational risks, ensuring the safety of equipment and the surrounding environment. 3 phase dry type transformer is particularly suitable for high-risk locations.
Strong Operational Adaptability: Excellent heat dissipation and support for forced air cooling expansion, along with superior overload capacity, enable it to handle various load fluctuations. Structural advantages such as crack resistance and sudden short-circuit resistance extend the equipment's lifespan and reduce failure rates.
Intelligence and Convenience: The temperature controller's multiple alarm, trip, and black box functions facilitate timely detection and resolution of equipment issues. Support for centralized computer monitoring and control simplifies management processes and enhances maintenance efficiency.
Wide Applicability: Integrating multiple advantages such as safety, performance, and intelligence, 3 phase dry type transformer can meet the strict usage requirements of various scenarios, from civilian buildings to high-risk industrial sites, with a comprehensive application range.

Use

This series of 3 phase dry type transformer is widely applicable and covers key locations in multiple fields, specifically including:

Public and civil buildings: high-rise buildings, densely populated residential areas
Transportation hubs: airports, stations, docks, subways
Special public facilities: hospitals, power plants
High-risk and special industrial fields: petrochemical plants, nuclear power stations, nuclear submarines

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