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Amorphous Alloy Dry-Type Transformers

Name: China Amorphous Alloy Dry-Type Transformers Manufacturers Suppliers Factory - GNEE Electric
Brand: GNEE Electric
SKU: 239894969

The development of amorphous alloy transformers began in the 1970s. It is a new type of power transformer that uses amorphous alloys instead of silicon steel as the core material. Compared with silicon steel core transformers, the no-load loss is reduced by about 70%-80%, and the no-load current is reduced by about 85%. It is one of the most energy-saving distribution transformers at present.

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Henan GNEE Electric Co., Ltd. is one of the most reliable manufacturers and suppliers of amorphous alloy dry-type transformers in China. If you're going to buy customized amorphous alloy dry-type transformers made in China, welcome to get quotation from our factory. Quality products and reasonable price are available.

Amorphous alloy dry-type transformers use amorphous alloy cores to reduce no-load losses. The no-load losses are 7596% lower than those of ordinary silicon steel transformers. Amorphous alloy dry-type transformers have low losses, low heat generation, low temperature rise, and very stable operating performance. They are applicable to more than 1,000 roads, urban infrastructure, residential areas and other areas with large changes in power loads across the country. The dry-type energy-saving effect is significant, which can save a lot of power station investment, reduce the consumption of power generation fuel, and reduce pollution to the atmospheric environment.

Rated capacity KVA	Level 1				Level 2				Level 3				Short-circuit impedance %
	Amorphous alloy				Amorphous alloy				Amorphous alloy
	Empty loss W	Load loss W			Empty loss W	Load loss W			Empty loss W	Load loss W
	Empty loss W	B 100℃)	F (120℃)	H (145℃)	Empty loss W	B (100℃)	F 120℃	H (145℃)	Empty loss W	B 100℃	F (120℃)	H (145℃
30	50	605	640	685	60	605	640	685	70	670	710	760	4.0
50	60	845	900	965	75	845	900	965	90	940	1000	1070
80	85	1160	1240	1330	100	1160	1240	1330	120	1290	380	1480
100	90	1330	1415	1520	110	1330	1415	1520	130	1480	1570	1690
125	105	1565	1665	1780	130	1565	1665	1780	150	1740	1850	1980
160	120	1800	1915	2050	145	1800	1915	2050	170	2000	2130	2280
200	140	2135	2275	2440	170	2135	2275	2440	200	2370	2530	2710
250	160	2330	2485	2665	195	2330	2485	2665	230	2590	2760	2960
345	195	2945	3125	3355	235	2945	3125	3355	280	3270	3470	3730
400	215	3375	3590	3850	265	3375	3590	3850	310	3750	3990	4280
500	250	4130	4390	4705	305	4130	4390	4705	360	4590	4880	5230
630	295	4975	5290	5660	360	4975	5290	5660	420	5530	5880	6290
630	290	5050	5365	5760	350	5050	5365	5760	410	5610	5960	6400	6.0
800	335	5895	6265	6715	410	5895	6265	5715	480	6550	6960	7490
1000	385	6885	7315	7885	470	6885	7315	7885	550	7650	8130	8760
1250	455	8190	8720	9335	550	8190	8720	9335	650	9100	9690	10370
600	530	9945	1055	11320	645	9945	10555	11320	760	11050	11730	12580
2000	700	12240	13005	14005	850	12240	13005	14005	1000	13600	14450	15560
2500	840	14535	15445	e605	1020	14535	15445	16605	1200	16150	17170	40A50

Note: The data in the table is for reference only. The company reserves the right to make changes to the data and accepts special orders.

Dry transformer

amorphous alloy dry type transformer Performance Features

1. The core material is entirely made of non-crystalline material from Hitachi Metals in Japan, reducing iron losses by 70%-80% compared to conventional products.

2. The core structure is simple, and the unique process ensures high mechanical strength, unaffected by transportation and vibration.

3. The unique three-phase three-column structure of the amorphous core ensures uniform magnetic paths and excellent performance, compatible with Dyn11 and Yyn0 connections.

4. High mechanical strength of the coils, and strong resistance to short circuits.

5. High-temperature insulation materials and longitudinal multi-air channel design enhance the coils' ability to withstand thermal shocks, significantly increasing product lifespan.

6. Unlike ordinary epoxy resin-cast dry-type transformers, it features energy efficiency, environmental friendliness, and recyclability.