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April 27, 2025
With a tight project schedule, the manufacturer delivered on time, and on-site technical personnel provided guidance throughout the entire installation and commissioning process; the collaboration was highly efficient and hassle-free.
SCBH17 type amorphous alloy transformer
1. Rated Voltage: 10kV ± 2×2.5% / 0.4kV
2. Capacity Range: 30kVA ~ 2500kVA (Mainstream)
3. Short-Circuit Impedance: 4.0% (≤1000kVA); 4.5% (≥1600kVA)
4. Number of Phases: Three-phase
5. Wiring: Dyn11 (Common), Frequency 50Hz
6. Insulation Class: Class F (155℃)
7. Cooling Method: AN (Natural Air Cooling) / AF (Forced Air Cooling) Optional
8. Protection Class: IP00 (Standard), IP20/IP30 Optional
9. Partial Discharge: ≤5pC
Product Description
SCBH17 Type Amorphous Alloy Transformer: Advanced Energy-Saving Solution for Modern Power Systems
The SCBH17 type amorphous alloy transformer from Lijie Electric represents the next generation of power distribution technology. With no-load losses reduced by 15% and total losses down by 10% compared to SCBH15 models, this transformer delivers measurable savings from day one. Our three-phase dry-type units span 30kVA to 2500kVA capacity, featuring Class F insulation (155℃), partial discharge ≤5pC, and flexible cooling options (AN/AF). Backed by our 500,000-square-meter manufacturing facilities and 160+ engineering professionals, each unit meets international standards including ISO 9001:2015, CE, and IEC certification.
Why Choose Amorphous Alloy Core Technology?
Conventional silicon steel transformers squander vitality through center misfortunes. Shapeless combination materials alter the amusement entirely.
Superior Attractive Properties
The nebulous center reacts immediately to network variances. Tall attractive porousness implies proficient magnetization cycles. Moo coercivity deciphers to negligible vitality squander amid operation.
Grid Steadiness You Can Check On
Your control supply faces steady challenges. Voltage twists, consonant impedances, and sudden stack changes all undermine steadiness. This transformer adjusts accurately to these varieties, keeping up clean, reliable control delivery.
Built for Extreme Conditions
Overload circumstances happen. When they do, the nebulous center stands up to overexcitation successfully. Direct immersion attractive acceptance anticipates center warming and execution debasement. Your operations proceed easily indeed amid short-term overvoltage occasions.
Technical Specifications
| Parameter | Specification |
|---|---|
| Rated Voltage | 10kV ± 2×2.5% / 0.4kV |
| Capacity Range | 30kVA ~ 2500kVA |
| Short-Circuit Impedance | 4.0% (≤1000kVA); 4.5% (≥1600kVA) |
| Phases | Three-phase |
| Wiring Configuration | Dyn11 (Common) |
| Frequency | 50Hz |
| Insulation Class | Class F (155℃) |
| Cooling Method | AN (Natural Air) / AF (Forced Air) Optional |
| Protection Class | IP00 (Standard), IP20/IP30 Optional |
| Partial Discharge | ≤5pC |
Proven Performance Advantages
Energy Savings That Matter
Numbers tell the story. Compared to SCBH15 transformers, you'll see approximately 15% reduction in no-load losses. Total losses drop by around 10%. For continuous operations, these improvements compound into substantial cost reductions year after year.
Versatile Application Range
Whether you're powering commercial buildings, industrial facilities, or renewable energy projects, the SCBH17 type amorphous alloy transformer adapts to your needs. The 30kVA to 2500kVA range covers most distribution requirements. Nonlinear loads and complex grid conditions pose no problem.
Quality Manufacturing
Each unit experiences thorough testing at the National Transformer Quality Supervision and Assessment Center. Our Xuzhou and Nantong offices utilize progressed generation gear and visualization frameworks. You get point by point documentation counting drawings, test reports, and operation manuals.
Customization Options
Standard determinations do not continuously fit special prerequisites. We customize voltage appraisals, assurance classes, and cooling arrangements to coordinate your correct needs. Generation cycles extend from 6 to 30 days depending on determinations.
Frequently Asked Questions
What makes amorphous alloy transformers more efficient?
The amorphous metal core structure reduces molecular-level energy losses during magnetic cycling. Unlike crystalline silicon steel, the disordered atomic arrangement minimizes eddy current formation and hysteresis losses.
How long does this transformer last?
With proper maintenance, you can expect 20-30 years of reliable service. The amorphous core doesn't degrade like traditional materials, and Class F insulation provides thermal stability.
Can it handle renewable energy applications?
Completely. The fast reaction to voltage variances makes it perfect for sun oriented and wind integration where control quality shifts. The resistance to sounds ensures touchy equipment.
What cooling choice ought to I choose?
Natural discuss cooling (AN) works well for standard situations with satisfactory ventilation. Constrained discuss cooling (AF) suits high-temperature areas or when you require greatest capacity from restricted space.
Do you give establishment support?
Yes. We offer establishment direction, specialized bolster, and comprehensive after-sales benefit. Our building group helps with location planning, commissioning, and troubleshooting.
Is universal shipping available?
We send out universally to Australia, Modern Zealand, India, Vietnam, Malaysia, Indonesia, Kazakhstan, Egypt, Kenya, and past. Total trade documentation and bundling meet worldwide shipping benchmarks.
Contact Us
Ready to upgrade your SCBH17 type amorphous alloy transformer power distribution efficiency? Reach out to our team at lijieelectrical@gmail.com to discuss your specific requirements today.
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