HY96 2500A 13.2V Heavy Duty Output Reactor
Pure Copper Foil Winding for VFD Harmonics Filtering. The HY96 Heavy Duty Output Reactor is a high-performance power component engineered for demanding variable frequency drive (VFD) applications, featuring a 2500A current rating and 13.2V voltage rating.
Key Features & Benefits
- Pure copper foil winding for superior conductivity and heat dissipation
- Optimizes power quality and protects equipment
- Ensures stable operation in demanding industrial environments
- Reduces energy loss and improves overall system efficiency
- Extends service life of VFDs and connected motors
Technical Specifications
| Current Rating |
2500A |
| Voltage Rating |
13.2V |
| Copper Conductivity |
Approximately 5.96×10⁷ S/m |
| Thermal Conductivity |
401 W/(m*K) |
| Temperature Rise |
≤65K |
| Noise Level |
≤55dB |
| Frequency Range |
100Hz-50kHz |
Pure Copper Foil Advantages
The pure copper foil winding provides significant performance advantages over traditional windings. With excellent thermal conductivity (401 W/(m*K)), it enables rapid heat dissipation, preventing overheating during prolonged heavy-duty operation. The high mechanical strength and ductility ensure stable winding structure, mitigating skin effect and eddy current losses common in high-frequency VFD applications.
VFD Harmonic Filtering Performance
As a dedicated VFD output reactor, the HY96 plays a critical role in filtering harmonic interference generated by VFDs during AC-DC-AC conversion. It effectively suppresses harmonics across 100Hz-50kHz with exceptional filtering performance, while slowing voltage rise rate (dv/dt) to protect motor windings and reduce bearing current corrosion.
Industrial Applications
- Metallurgical rolling mills
- Oil rigs and drilling equipment
- Industrial pumps and conveyors
- High-power industrial equipment
- Systems with long motor leads
Reliability & Performance: Built for heavy-duty industrial use with rugged design, low-loss silicon steel core, and vacuum impregnation process. Features excellent overload capacity to adapt to sudden load changes, enhancing system stability and minimizing downtime.