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Air-Core Reactor – 160 A-1.2 mH – OPS-0128
$1,155.00
OPS-0128
Product Profile
Coreless design, high linearity, and no risk of magnetic saturation, making it suitable for high-current or precision inductance applications, such as reactive power compensation, short-circuit current limiting, and harmonic mitigation in power systems. It features low magnetic loss, excellent heat dissipation, and a robust, maintenance-free structure. The modular design adapts to complex installation environments.
Product Applications
Air core reactor is widely used in frequency conversion, photovoltaics, wind power, renewable energy, mining machinery, rail transportation, and other fields.
Technical Parameters
| Rated capacity | 50 0 ~2 0 00kV ar |
|---|---|
| Work efficiency | ≥95% |
| Rated voltage | ≤10kV |
| Insulation resistance | >100MΩ(DC1000V) |
| Insulation class | F/H |
| Noise | ≤65dB@1m |
| Rated current | 1 ～ 2000A |
| Winding material | Copper/Aluminum |
| Impedance | Customized |
| Dielectric strength | Customized |
| Insulation resistance | >100MΩ(DC1000V) |
Features
- Advantages of Hollow Structure: The hollow reactor, due to the absence of a core, eliminates the risk of core saturation. It offers excellent inductance linearity, enabling precise response to current variations and flexible adaptation to the inductance requirements under different operating conditions.
- Excellent Performance: The reactor features low overall temperature rise, minimal loss, and strong overload capacity. It is also moisture-resistant and can operate in high-humidity environments. Additionally, it is flame-retardant and fire-resistant. The hollow structure allows for better internal airflow, enhancing heat dissipation and preventing magnetic saturation.
- Exquisite Craftsmanship: The VPI (Vacuum Pressure Impregnation) process significantly improves the insulation properties of the coils while enhancing overall mechanical strength. This ensures the reactor can effectively withstand external environmental influences, reducing the risk of damage due to factors such as vibration or moisture.