IVL 0.013mH-610A
Product Profile:
Designed specifically for power systems, this product effectively filters grid harmonics, suppresses current surges, and enhances electrical stability.It protects devices from voltage fluctuations, reduces electromagnetic interference, extends equipment lifespan, and offers flexible adaptation. Additionally, it supports customized parameters to meet specific needs.
Product Applications
The filter reactor is widely used in frequency conversion, photovoltaics, wind power, renewable energy, medical equipment, and more.
Technical Parameter
Rated Inductance | 0.001~10mH | Work efficiency | >96% |
Rated current | DC5~2000A | Rated Frequency | 50/60Hz |
Insulation class | F/H | Noise | <75dB@1m |
Ingress Protection | Customized | Winding material | Copper/Aluminum |
Insulation resistance | >100MΩ(DC1000V) |
Features
◉Specialized for Filtering:The filter reactor accurately removes harmonics from the grid, reducing harmonic interference and effectively purifying electrical energy. This ensures that electrical equipment operates steadily in a high-quality power environment, improving the overall power supply quality of the electrical system.
◉Advanced Craftsmanship:The VPI (Vacuum Pressure Impregnation) process enhances insulation and mechanical strength. Additionally, precise control of the core air gap ensures uniformity, which helps adjust inductance values, ensuring the reactor can be tailored for different filtering applications. This also prevents magnetic saturation.
◉Excellent Performance:With high linearity inductive characteristics, it responds accurately to harmonics of different frequencies and reliably filters specific harmonics. It also offers excellent heat dissipation, low temperature rise, minimal loss, high power factor, and high operational efficiency. Furthermore, it is resistant to moisture, salt fog, and mould.
Power Transformer Dimensions
◉Specialized for Filtering:The filter reactor accurately removes harmonics from the grid, reducing harmonic interference and effectively purifying electrical energy. This ensures that electrical equipment operates steadily in a high-quality power environment, improving the overall power supply quality of the electrical system.
◉Advanced Craftsmanship:The VPI (Vacuum Pressure Impregnation) process enhances insulation and mechanical strength. Additionally, precise control of the core air gap ensures uniformity, which helps adjust inductance values, ensuring the reactor can be tailored for different filtering applications. This also prevents magnetic saturation.
◉Excellent Performance:With high linearity inductive characteristics, it responds accurately to harmonics of different frequencies and reliably filters specific harmonics. It also offers excellent heat dissipation, low temperature rise, minimal loss, high power factor, and high operational efficiency. Furthermore, it is resistant to moisture, salt fog, and mould.
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