The rated capacity of the 125 KVA 10 KV medium voltage dry type transformer is 125 KVA with AN/AF cooling, the primary voltage is 10 KV with ±2×2.5% tapping range (NLTC), the secondary voltage is 0.4 KV.
Henan GNEE Electric Co., Ltd. is one of the leading manufacturers and suppliers of 125 kva 10 kv medium voltage dry type transformer in China, also supports customized service with low price. Welcome to buy discount 125 kva 10 kv medium voltage dry type transformer for sale here from our factory. If you have any enquiry about pricelist, please feel free to email us.
dry cast resin transformer introduction
Dry-type transformers are different from oil-immersed transformers. Their windings and iron cores are not immersed in insulating oil but use air or other gases as the insulation and cooling media. This design endows dry-type three-phase double-winding distribution transformers with advantages such as fire prevention, explosion prevention, no pollution, and simple maintenance. They are suitable for places with high requirements for safety and the environment, such as urban power grids, high-rise buildings, hospitals, schools, etc.
dry type electrical transformer Video
125 KVA 10 KV Medium Voltage Dry Type Transformer details
Basic structure
1.Iron Core: Stacked by silicon steel sheets, the iron core serves as the core component of the cast coil transformer's magnetic circuit system, playing a crucial role in guiding the magnetic flux.
2.Windings: Divided into high-voltage and low-voltage windings, these are separately wound around the iron core. Through electromagnetic induction, they enable the conversion and transmission of electrical energy.
3.Insulating Cylinder: Positioned between the high- and low-voltage windings, the insulating cylinder primarily enhances electrical insulation performance, ensuring the safe and stable operation of the three phase dry type transformer.
4.Pads: Pads are used to support and restrain the windings, maintaining their structural stability and preventing displacement or deformation during operation.
5.Fasteners: Responsible for connecting and securing all parts of the dry type distribution transformer, fasteners have anti-loosening properties, guaranteeing the structural reliability of the equipment during long-term operation.
Scope of supply
Product: Dry-type three-phase two-winding non-exciting tap-changing distribution transformer
Voltage level: up to 11 KV
Rating level: up to 2500 KVA
The dry type three phase distribution transformer can be designed according to customer's requirements.
Product details
Technical data sheet
125 KVA 10 KV medium voltage dry type transformer specifications and data sheet
Nominal
Voltage unitcombination
Low voltage(KV)
Vector Group
No-load loss(W)
Loasloss (W)
No-load current(%)
Short-circuit impedance(%)
capacity(KVA)
High voltage(KV)
High voltage tap
F class
H class
range
(120ºC)
(120ºC)
50
35
36
37
38.5
±2×2.5% or ± 5%
0.4
Yyn0
Dyn11
450
1420
1520
2.3
6
100
630
2090
2230
2
160
790
2810
3000
1.5
200
880
3320
3550
1.5
250
990
3800
4060
1.3
315
1170
4510
4820
1.3
400
1370
5410
5790
1.1
500
1620
6650
7110
1.1
630
1860
7690
8230
1
800
2160
9120
9760
1
1000
2430
10400
11100
0.75
1250
2830
12700
13600
0.75
1600
3240
15400
16500
0.75
2000
3820
18200
19500
0.75
2500
4450
21800
2330
0.75
General Arrangement Drawing
Finished 125 KVA 10 KV dry type transformer
Cast resin dry type transformer ready for shipping
Certificate display
How to form a three-phase transformer with three single-phase transformers
To form a three - phase 125 KVA 10 KV medium voltage dry type transformer with three single - phase transformers, follow these steps:
Connection on the input side: Connect the input terminals of the three single - phase transformers to the three phases of the power supply respectively. Ensure that the phase sequence is correct, usually corresponding to A, B, and C phases.
Output side connection: There are two common connection methods for the output side.
Star (Y) connection: Connect one end of each single - phase transformer's secondary winding together to form the neutral point. Then, the other three ends are the three - phase output terminals.
Delta (Δ) connection: Connect the end of one single - phase transformer's secondary winding to the start of the next one in sequence, forming a closed loop, and the connection points are the three - phase output terminals.
Ensure balance: Make sure the output voltages of the three single - phase transformers are equal. If necessary, adjust the magnetic core saturation or tap positions of the step down and step up distribution transformers to achieve voltage balance.
FAQ
Q: Are you a manufacturer or a trading company?
A: We are a licensed original factory, enabling direct production and export.
Q: How can I place an order?
To initiate an order, simply send us an inquiry specifying the detailed product requirements. Whether via message or email, expect a prompt reply within 24 hours.
Q: What information is needed for custom transformers?
A: Technical drawings and detailed specifications are ideal. Alternatively, listing key parameters (e.g., voltage, capacity) allows us to design the transformer accordingly.
Q: How soon can you deliver the transformer?
A: Delivery time depends on the order's quantity and transformer capacity. Generally, we aim for within one month after the buyer confirms the design drawings.
Q: What's the standard of package?
A: Our standard is to use sturdy plywood cases. They're highly durable, offering great protection against impacts during transit. We also provide customized packaging, whether it's different materials or additional cushioning.
Q: Why should I trust your company?
Established in 2008, GNEE has accumulated 18 years of professional experience in the manufacturing and export of transformers. It has successfully delivered more than 50,000 units of transformers worldwide. Equipped with a team of over 200 professionals and production facilities covering an area of 20,000 square meters in Shijiazhuang, Xingtai, and Anyang, we take full advantage of the strategic locations to facilitate the access to raw materials and enhance the efficiency of the supply chain.
