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Low Noise Dry-Type Iron Core Reactor

1.Rated voltages:
3kv,6kv,10kv,15kv,20kv,35kv
2.Insulation: Class F.
3.Uses epoxy resin casting or air insulation, eliminating fire and explosion hazards, making it ideal for indoor, subway, chemical plants, and other fire-sensitive environments.
4.Typically consists of air-core coils (no iron core) or iron-core designs with air gaps, ensuring good magnetic linearity and avoiding saturation.
  • Fast Delievery
  • Quality Assurance
  • 24/7 Customer Service

Product Introduction

Low Noise Dry-Type Iron Core Reactor

Product Introduction

When your electrical system demands precision, safety, and acoustic discretion, our Low Noise Dry-Type Iron Core Reactor delivers exceptional performance. This advanced inductive component revolutionizes power quality management in sensitive environments. Unlike traditional oil-filled reactors, our dry-type design eliminates fire hazards and environmental risks. The iron core construction with distributed air gaps provides superior magnetic linearity while maintaining ultra-quiet operation. You get the reliability your critical applications demand with the peace of mind that comes from proven engineering excellence.

Technical Specifications

Parameter Specification
Rated Voltage 3kV, 6kV, 10kV, 15kV, 20kV, 35kV
Insulation Class Class F (155°C) / Class H (180°C)
Frequency 50Hz / 60Hz
Noise Level ≤ 55dB(A) at 1 meter
Inductance Tolerance ±3% at rated current
Temperature Rise ≤ 80K for Class F insulation
Core Material High-grade grain-oriented silicon steel
Insulation Process Vacuum Pressure Impregnation (VPI)
Conductor Material High-purity electrolytic copper
Protection Class IP20 / IP23 (optional)
Standards Compliance IEC 60076-6, IEEE C57.16

Main Features and Advantages

Superior Noise Reduction Technology

Your facility stays quiet thanks to our advanced magnetostriction control. We use precision core stacking with vibration-damping materials that significantly reduce operational hum.

Enhanced Safety Design

You eliminate oil leakage risks completely. Our dry-type construction makes these reactors perfect for indoor installations, underground substations, and fire-sensitive environments.

Exceptional Magnetic Performance

Our distributed air gap design ensures excellent linearity. You get consistent inductance values even under varying load conditions, preventing core saturation.

Robust Construction

High-grade silicon steel cores with epoxy resin impregnation provide outstanding mechanical strength. Your investment withstands short-circuit forces and environmental stresses.

Compact Footprint

Iron core design offers higher inductance per unit volume compared to air-core alternatives. You save valuable space in your electrical installations.

Practical Applications

Urban Substations

Perfect for basement installations in commercial buildings where noise regulations are strict. You maintain power quality without disturbing occupants above.

Renewable Energy Systems

Essential for wind and solar installations requiring harmonic filtering. Our reactors handle complex inverter-generated harmonics while maintaining quiet operation.

Industrial Facilities

Ideal for semiconductor manufacturing and data centers where both power quality and acoustic control are critical. You protect sensitive equipment from electromagnetic interference.

Healthcare Facilities

Hospitals and medical centers benefit from our ultra-quiet operation during critical procedures requiring minimal electrical noise.

How It Works

The Low Noise Dry-Type Iron Core Reactor operates on controlled magnetic flux principles. Silicon steel laminations create a high-permeability magnetic circuit with strategically placed air gaps. This design concentrates magnetic lines while preventing saturation.

When current flows through copper windings, the iron core channels magnetic flux efficiently. Air gaps maintain linearity across varying current levels. Epoxy resin impregnation bonds all components into a solid structure, eliminating vibration sources.

Advanced clamping systems with vibration-damping materials further reduce mechanical noise. The result is smooth, predictable inductance with minimal acoustic output.

Manufacturing Excellence

Our production facility employs state-of-the-art vacuum pressure impregnation technology. Every reactor undergoes rigorous testing including acoustic measurements, temperature rise validation, and partial discharge analysis.

Quality control follows international standards with comprehensive type testing and routine verification. We use only premium materials sourced from certified suppliers.

Each unit receives individual calibration to ensure specified inductance values and noise levels. Our manufacturing process guarantees consistent performance across all production runs.

Why Choose Us

Proven Expertise

With decades of experience in medium and low voltage equipment, Xi'an Xikai brings unmatched technical knowledge to every project.

Complete Solutions

We offer comprehensive system integration services beyond individual components. You get complete power distribution solutions from a single trusted partner.

Quality Certifications

Our ISO9001, ISO14001, and OHSAS18001 certifications demonstrate our commitment to quality, environmental responsibility, and safety.

Technical Support

Our engineering team provides ongoing technical assistance throughout your project lifecycle. You receive expert guidance from specification through commissioning.

Customization Capability

We adapt our Low Noise Dry-Type Iron Core Reactor designs to meet your specific requirements. Custom voltage ratings, special mounting configurations, and enhanced protection levels are available.

FAQ

Q: What makes these reactors "low noise" compared to standard units?

A: Our advanced core construction with precision clamping and vibration damping typically achieves noise levels below 55dB(A), significantly quieter than conventional reactors.

Q: Can these reactors handle harmonic-rich environments?

A: Yes, the iron core design with distributed air gaps maintains excellent linearity even under complex harmonic loading conditions.

Q: What maintenance is required?

A: Minimal maintenance is needed. Annual visual inspections and periodic electrical testing ensure optimal performance throughout the 30+ year service life.

Q: Are custom specifications available?

A: Absolutely. We manufacture reactors to meet specific voltage, current, and inductance requirements for your unique applications.

Contact Us

Ready to enhance your power system with superior reactor technology? Our technical specialists are standing by to discuss your specific requirements and provide detailed specifications.

Get Expert Consultation Today

Email: serina@xaxd-electric.com

Our team will respond within 24 hours with technical information, pricing, and delivery schedules tailored to your project needs.

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