The 10kV series resin-cast dry-type transformers are high-efficiency power equipment specifically designed for medium-voltage distribution systems. Utilizing advanced vacuum resin-casting technology, they offer superior safety, reliability, energy efficiency, environmental friendliness, and long service life. These transformers are widely used in industrial, commercial, and public infrastructure applications.

The Basic Parameters Of The Product

Capacity	30kVA-8000kVA
Primary Voltage	6kV~10kV
Secondary Voltage	0.4 KV
Cooling Type	AN/AF
Vector Group	Dyn11/ Yyn0
Standard	IEC60076

Product Features

High Safety: Flame-retardant and pollution-free, suitable for high-fire-risk environments such as subways, hospitals, and data centers.
Maintenance-Free: Fully sealed structure, resistant to humidity, salt mist, and chemical corrosion, reducing operational costs.
Energy Efficient: Low no-load loss, equipped with intelligent temperature control to extend lifespan.
Strong Adaptability: Stable operation from -25°C to +50°C, with IP40 protection rating, suitable for dusty and humid environments.

Advantages of 10kV Dry-Type Transformers

1. Compliance Standards: GB, IEC, GOST, EN, NF, ANSI/IEEE (customizable to client requirements).
2. Certifications: ISO, CE, IEC, SABS, COC, CSA, UL.
3. High Efficiency: Over 99% efficiency for 10kV dry-type transformers.
4. Long Lifespan: Premium materials and craftsmanship ensure 30+ years of service life.
5. Overload Capacity: Advanced temperature protection and control system allows 120% rated load operation with forced air cooling.
6. Low Loss & Energy Saving:

Resin-encapsulated insulation for corrosion resistance.
Fire-resistant, explosion-proof, low noise, and eco-friendly.
Cost-effective operation.

7. Superior Reliability:

Partial discharge <10pC.
Moisture-proof, dust-resistant, and high mechanical strength.

8. Robust Performance:

Excellent short-circuit and lightning impulse resistance.

9. Customizable Enclosure:

Materials: Stainless steel, cold-rolled steel, or aluminum alloy.
Types: Forced-air cooling or natural cooling.
Terminal configurations: Top-in/top-out, bottom-in/top-out, or bottom-in/bottom-out.

Technical Parameters of 10kV Dry-Type Transformers

Capacity	Rated Voltage &Off-load tapping			Vector GroupSymbol	Tier 1		Tier 2		Tier 3		No-load Current	Short Circuit Impedance
Capacity	H.V (kV)	High Pressure Tap Range	L.V(kV)	Vector GroupSymbol	No-load loss (W)	Load loss (W)	No-load loss (W)	Load loss (W)	No-load loss (W)	Load loss (W)	No-load Current	Short Circuit Impedance
30	11 10.5 10 6.6 6.3 6	±5% ±2.5%	0.4 0.69	Dyn11 Yyn0	105	640	130	640	150	710	2	4
50					155	900	185	900	215	1000	2	4
80					210	1240	250	1240	295	1380	1.5	4
100					230	1415	270	1415	320	1570	1.5	4
125					270	1665	320	1665	375	1850	1.3	4
160					310	1915	365	1915	430	2130	1.3	4
200		±5% ±2×2.5%			360	2275	420	2275	495	2530	1.1	4
250					415	2485	490	2485	575	2760	1.1	4
315					510	3125	600	3125	705	3470	1	4
400					570	3590	665	3590	785	3990	1	4
500					670	4390	790	4390	930	4880	1	4
630					775	5290	910	5290	1070	5880	0.85	4
630					750	5365	885	5365	1040	5960	0.85	4
800					875	6265	1035	6265	1215	6960	0.85	6
1000					1020	7315	1205	7315	1415	8130	0.85
1250					1205	8720	1420	8720	1670	9690	0.85	6
1600					1415	10555	1665	10555	1960	11730	0.85	6
2000					1760	13005	2075	13005	2440	14450	0.7	6
2500					2080	15445	2450	15445	2880	17170	0.7	6