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R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant Vacuum Pressure Impregnated Transformer

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant Vacuum Pressure Impregnated Transformer

Tên thương hiệu: WINLEY
Số mẫu: SG-2000KVA/6.9
MOQ: 1Đơn vị
giá bán: $500~$60000/Unit
Chi tiết bao bì: hộp gỗ dán
Điều khoản thanh toán: T/T
Thông tin chi tiết
Nguồn gốc:
Trung Quốc
Chứng nhận:
ISO,CE,UL/cUL
Kiểu:
Máy biến áp VPI loại khô
Lớp cách nhiệt:
Lớp R 220oC
Dung tích:
2000kva
Điện áp sơ cấp:
6900V
Điện áp thứ cấp:
480Y/277
Xếp hạng bao vây:
NEMA 3R Chống chịu thời tiết
làm mát:
AN/AF
(Các) Tiêu chuẩn Hiệu quả:
DOE 2016, IEEE, ANSI
Khả năng cung cấp:
1000Units/tháng
Mô tả sản phẩm

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant Vacuum Pressure Impregnated Transformer

 

 

WINLEY Electric’s vacuum-impregnated dry-type transformers with R-class insulation feature the NOMEX insulation system. Endowed with high heat resistance and strong overload capability, this system ensures superior performance and safety for the transformers even in prolonged high-temperature conditions.

 

Product factory photos

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 0

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 1

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 2

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 3     R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 4

 

Insulation class classification

 

As per NEMA class of insulation for transformer is based on the max. An R-Class insulation transformer uses very high-temperature resistant materials, allowing its windings to reach a maximum hot-spot temperature of 220°C.

 

Insulation Class Maximum allowable
temperature rise (°C)
environmental
temperature (°C)
Maximum
Temperature (°C)
Common Insulation Materials
Class A 50 40 105 Cotton, Paper, Silk, Wood
Class B 80 40 130 Mica, Fiberglass, Asbestos, etc., with suitable bonding substances
Class F 105 40 155 plus materials like synthetic enamelsB
Class H 125 40 180 Silicone elastomers, Mica, Fiberglass with high-temperature bonding substances
Class R 150 40 220 Very high-temperature resistant materials, often proprietary

 

Performance Characteristic

 

  1. High Reliability: Engineered for continuous duty with minimal maintenance.
  2. Thermal Stability: Class-R insulation provides superior heat resistance.
  3. Eco-Friendly Design: Dry-type construction, low environmental impact.
  4. Customizable: Available in a wide range of configurations and voltage classes.
  5. Safety: Fire-retardant insulation, reduced risk of fire hazards.
  6. Low Noise Operation: Designed for quiet performance in sensitive environments.
  7. Excellent Mechanical Strength: Enhanced short-circuit resilience via the VPI process.
  8. Core Material: Made from low-loss iron for superior magnetic performance.

 

Technical drawings

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 5

 

Application Areas:

 

  • Data Centers
  • Industrial automation and processing units
  • Renewable energy systems (solar/wind interconnection)
  • Power distribution in utilities,
  • Hospitals
  • Commercial buildings
  • Marine and mining sectors
  • Educational and research institutions
  • Infrastructure
  • UPS
  • Invertors
  • Telecom
  • Solar Inverters
  • Laboratories
  • Health Care

 

Specification 

 

Model
(kva)
Primary Voltage Secondary Voltage Coupling group tab Shape dimension Mounting dimension   K*J The box dimension
Bmax Dmax±5 Emax A C±5 Bmax Dmax±5 Emax
SG-10KVA 660
400
380
200
380
220
110
36
Yyn0
Y/d
D/y
D/d
360 180 305 215 140 10*20 450 360 480
SG-15KVA 360 200 335 215 155 10*20 450 360 480
SG-20KVA 420 210 350 250 170 10*20 490 400 540
SG-30KVA 420 230 380 250 190 10*20 490 400 540
SG-50KVA 680 350 550 420 220 10*20 800 510 840
SG-80KVA 750 400 620 480 250 10*20 850 510 840
SG-100KVA 780 420 650 500 250 10*20 900 550 890
SG-300KVA 180 95 185 100 75 6*14      
SG-500KVA 180 95 185 100 75 6*14      
SG-1000KVA 180 110 185 100 90 6*14      
SG-2000KVA 230 125 205 130 100 9*16      
SG-3000KVA 240 145 215 130 120 9*16      
SG-4000KVA 240 155 235 130 130 9*16      
SG-5000KVA 320 160 255 180 115 10*20 400 330 480
SG-6000KVA 300 165 280 180 140 10*20 400 330 480


Production process
 



 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 7

 

Giá tốt.  trực tuyến

Chi tiết sản phẩm

Nhà > các sản phẩm >
Máy biến áp loại khô ba pha
>
R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant Vacuum Pressure Impregnated Transformer

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant Vacuum Pressure Impregnated Transformer

Tên thương hiệu: WINLEY
Số mẫu: SG-2000KVA/6.9
MOQ: 1Đơn vị
giá bán: $500~$60000/Unit
Chi tiết bao bì: hộp gỗ dán
Điều khoản thanh toán: T/T
Thông tin chi tiết
Nguồn gốc:
Trung Quốc
Hàng hiệu:
WINLEY
Chứng nhận:
ISO,CE,UL/cUL
Số mô hình:
SG-2000KVA/6.9
Kiểu:
Máy biến áp VPI loại khô
Lớp cách nhiệt:
Lớp R 220oC
Dung tích:
2000kva
Điện áp sơ cấp:
6900V
Điện áp thứ cấp:
480Y/277
Xếp hạng bao vây:
NEMA 3R Chống chịu thời tiết
làm mát:
AN/AF
(Các) Tiêu chuẩn Hiệu quả:
DOE 2016, IEEE, ANSI
Số lượng đặt hàng tối thiểu:
1Đơn vị
Giá bán:
$500~$60000/Unit
chi tiết đóng gói:
hộp gỗ dán
Thời gian giao hàng:
10-15 ngày
Điều khoản thanh toán:
T/T
Khả năng cung cấp:
1000Units/tháng
Mô tả sản phẩm

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant Vacuum Pressure Impregnated Transformer

 

 

WINLEY Electric’s vacuum-impregnated dry-type transformers with R-class insulation feature the NOMEX insulation system. Endowed with high heat resistance and strong overload capability, this system ensures superior performance and safety for the transformers even in prolonged high-temperature conditions.

 

Product factory photos

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 0

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 1

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 2

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 3     R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 4

 

Insulation class classification

 

As per NEMA class of insulation for transformer is based on the max. An R-Class insulation transformer uses very high-temperature resistant materials, allowing its windings to reach a maximum hot-spot temperature of 220°C.

 

Insulation Class Maximum allowable
temperature rise (°C)
environmental
temperature (°C)
Maximum
Temperature (°C)
Common Insulation Materials
Class A 50 40 105 Cotton, Paper, Silk, Wood
Class B 80 40 130 Mica, Fiberglass, Asbestos, etc., with suitable bonding substances
Class F 105 40 155 plus materials like synthetic enamelsB
Class H 125 40 180 Silicone elastomers, Mica, Fiberglass with high-temperature bonding substances
Class R 150 40 220 Very high-temperature resistant materials, often proprietary

 

Performance Characteristic

 

  1. High Reliability: Engineered for continuous duty with minimal maintenance.
  2. Thermal Stability: Class-R insulation provides superior heat resistance.
  3. Eco-Friendly Design: Dry-type construction, low environmental impact.
  4. Customizable: Available in a wide range of configurations and voltage classes.
  5. Safety: Fire-retardant insulation, reduced risk of fire hazards.
  6. Low Noise Operation: Designed for quiet performance in sensitive environments.
  7. Excellent Mechanical Strength: Enhanced short-circuit resilience via the VPI process.
  8. Core Material: Made from low-loss iron for superior magnetic performance.

 

Technical drawings

 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 5

 

Application Areas:

 

  • Data Centers
  • Industrial automation and processing units
  • Renewable energy systems (solar/wind interconnection)
  • Power distribution in utilities,
  • Hospitals
  • Commercial buildings
  • Marine and mining sectors
  • Educational and research institutions
  • Infrastructure
  • UPS
  • Invertors
  • Telecom
  • Solar Inverters
  • Laboratories
  • Health Care

 

Specification 

 

Model
(kva)
Primary Voltage Secondary Voltage Coupling group tab Shape dimension Mounting dimension   K*J The box dimension
Bmax Dmax±5 Emax A C±5 Bmax Dmax±5 Emax
SG-10KVA 660
400
380
200
380
220
110
36
Yyn0
Y/d
D/y
D/d
360 180 305 215 140 10*20 450 360 480
SG-15KVA 360 200 335 215 155 10*20 450 360 480
SG-20KVA 420 210 350 250 170 10*20 490 400 540
SG-30KVA 420 230 380 250 190 10*20 490 400 540
SG-50KVA 680 350 550 420 220 10*20 800 510 840
SG-80KVA 750 400 620 480 250 10*20 850 510 840
SG-100KVA 780 420 650 500 250 10*20 900 550 890
SG-300KVA 180 95 185 100 75 6*14      
SG-500KVA 180 95 185 100 75 6*14      
SG-1000KVA 180 110 185 100 90 6*14      
SG-2000KVA 230 125 205 130 100 9*16      
SG-3000KVA 240 145 215 130 120 9*16      
SG-4000KVA 240 155 235 130 130 9*16      
SG-5000KVA 320 160 255 180 115 10*20 400 330 480
SG-6000KVA 300 165 280 180 140 10*20 400 330 480


Production process
 



 

R-Class 220℃ Insulation VPI Transformer Dry Type High-Temperature Resistant  Vacuum Pressure Impregnated Transformer 7