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SC(B)11-10kV Epoxy Resin Casting Dry Type Power Transformer

Key Attributes
Brand Name: JNCN
Model Number: SC(B)
Place of Origin: China
Certification: CE
Minimum Order Quantity: 1
Supply Ability: 5,000 Units per Year
Delivery Time: Est. 15 days
Standard Packaging: Wooden crates on pallets

Product Summary

The SC(B)11 series represents the pinnacle of technical performance in ultra-low-loss distribution technology. Engineered for versatility and efficiency, it is the ideal power solution for high-demand infrastructure.

Product Custom Attributes

Phase:
Three-phase
Insulation Material:
Epoxy Resin
Weight:
Varies By Rating
Noise Level:
Below 65 DB
Standards Compliance:
IEC 60076, IEEE C57.12.01
Voltage Rating:
3.6, 6.3, 6, 10, 10.5, 11kV
Cooling Method:
Air-cooled
Protection Class:
IP23 Or Higher
Temperature Rise:
Up To 150°C
Frequency:
50/60 Hz
Type:
Dry-type Transformer
Power Rating:
Up To 5000 KVA
Installation Type:
Indoor/Outdoor
Application:
Industrial, Commercial, Renewable Energy
Product Description
SC(B)11-10kV Epoxy Resin Cast Dry-Type Transformer

The SC(B) series is a high-performance, three-phase resin-cast dry-type transformer designed as a superior, fire-safe replacement for traditional oil-immersed units. Fully compliant with IEC60076 standards, it features a compact, lightweight design with low noise and loss levels. Engineered for maximum reliability in high-demand urban infrastructure, this maintenance-free solution offers exceptional mechanical strength, anti-fouling properties, and flame resistance.

Ideal Applications
  • Infrastructure: Subways, airports, railway stations, tunnels, and underground power stations.
  • Commercial: High-rise buildings, business centers, hospitals, and hotels.
  • Industrial: Test chambers and combined transformer substations.
Technical Features & Performance
Intelligent Temperature Control & Protection

Our transformers feature a sophisticated monitoring system to ensure stable operation under all load conditions:

  • Real-time Monitoring: PTC temperature sensors are installed at the hottest points (top of the low-voltage windings) to provide precise measurement.
  • Automatic Protection: The controller triggers an Alarm Signal during overloads and an Automatic Trip if temperatures exceed safety thresholds.
  • Smart Cooling: Automatically manages cooling fans based on winding temperatures to optimize energy efficiency.
  • Remote Display: Supports remote temperature display and control (up to 20m for control; up to 100m with compensation conductors).
Robust Enclosure (Shell Protectors)

We provide high-quality protection options tailored to your installation environment:

  • Material Options: Durable Stainless Steel or Aluminum Alloy.
  • IP20 Rating: Prevents entry of solid foreign objects (>12mm), providing essential safety for indoor settings.
  • IP23 Rating: Features rain-proof protection (up to 60° angle), making it suitable for specialized outdoor operations.

Note: Using an IP23 enclosure may affect cooling capacity by 5% to 10% depending on the unit size.

Model Nomenclature
SC (B) 11 - □ / □
S: Three-Phase
C: Resin Insulated (Cast)
(B): Low-Voltage Foil Winding
11: Performance Level Designator
□: Rated Capacity (kVA)
□: Voltage Rating (kV)
Technical Parameters
Rated capacity Voltage Bonding Group Label No-load loss Load loss No-load current Impedance voltage
High voltage (kV) High voltage tap range (%) LV (kV)
30 6
6.3
6.6
10
10.5
11
20





 
± 2 * 2.5
±5
 
0.4


Dyn11
Yyn0
 

190 710 2.5 4.0
50 270 1000 2.0
63 325 1180 1.8
80 370 1380 1.5
100 400 1570 1.4
125 470 1850 1.3
160 540 2130 1.3
200 620 2530 1.2
250 720 2760 1.1
315 880 3470 1.0
400 980 3990 1.0
500 1160 4880 0.9
630 1340 5880 0.9
630 1300 5960 0.9 6.0
800 1520 6960 0.8
1000 1770 8130 0.8
1250 2090 9690 0.7
1600 2450 11730 0.7
2000 3050 (South Network)
3320 (International)
 
14450 0.6
2500 3600 (South Network)
4000 (International)
 
17170 0.6
1600 2450 12960 0.7 8.0
2000 3050 (South Network)
3320 (International)
 
15960 0.6
2500 3600 (South Network)
4000 (International)
 
18890 0.6
Ordering Guide for SC(B) Series Dry-Type Transformers

To provide you with an accurate quotation, please provide the following technical specifications when placing an order or inquiry:

Technical Parameters Specifications / Options
Rated Capacity (kVA) [Please specify]
High Voltage (HV) Rating (kV) □ 10 □ 35 □ Others: ______
HV Tapping Range (%) ±2 * 2.5 □ Others: ______
Low Voltage (LV) Rating (kV) □ 0.4 □ Others: ______
Number of Phases □ Single-phase □ Three-phase
Frequency (Hz) □ 50Hz □ 60Hz
Vector Group □ Yyn0 □ Dyn11 □ Others: ______
Short-circuit Impedance (%) □ 4% □ 6% □ 8% □ Others: ______
Insulation Class □ Class F □ Others: ______
Cooling Method □ AN (Natural Air) □ AN/AF (Air Force) □ Others: ______
Protection Rating (IP) □ IP00 □ IP20 □ IP23 □ Others: ______
Enclosure Entry/Exit Method

□ Top In / Top Out (HS1)


□ Bottom In / Top Out (HS2)


□ Bottom In / Bottom Out (HS3)


□ Side Entry/Exit

Operational Environment

□ Altitude 1000m


□ Ambient Temperature: ______

Temperature Control System [Please specify requirements for installation]
Order Quantity [Please specify]
Required Delivery Date [Please specify]
Additional Requirements [Please specify any other customized requests]
Factory Acceptance Tests (Routine Tests)

Every transformer manufactured at our facility undergoes a series of rigorous routine tests to ensure full compliance with international standards and guaranteed performance before dispatch:

  1. Voltage Ratio Measurement & Vector Group Verification: Ensures the transformation ratio and phase relationship meet design specifications.

  2. Winding Resistance Measurement: Checks the integrity of the conductive path and connections.

  3. Insulation Resistance Test: Verifies the dielectric strength and quality of the insulation system.

  4. Separate-Source Voltage Withstand Test (Applied Voltage Test): Tests the insulation between windings and to the earth.

  5. Induced Overvoltage Withstand Test: Validates the turn-to-turn and layer-to-layer insulation integrity.

  6. No-load Loss & No-load Current Measurement: Evaluates core performance and energy efficiency at zero load.

  7. Short-circuit Impedance & Load Loss Measurement: Assesses efficiency and performance under rated load conditions.

  8. Partial Discharge (PD) Measurement: A critical test for dry-type transformers to ensure long-term insulation reliability and detect any internal defects.

Why Choose JNCN Power Dry-Type Transformers?
  • Fire Resistant: Self-extinguishing epoxy resin ensures high safety in densely populated areas.
  • Maintenance-Free: No oil leakage or periodic oil testing required.
  • High Reliability: Manufactured in our 2026 modernized facility with CE certification and rigorous vacuum casting processes.
  • Export-Grade Delivery: Every unit is secured with high-standard packaging for global shipping.
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