After-Sales Guarantee
Our commitment to clients extends well beyond the purchase of CNC accessories. We provide comprehensive after-sales support, including expert installation guidance and hands-on training sessions, to ensure your team is fully prepared to use and maintain our products effectively. Our dedicated customer service and technical support teams are always available to assist you, offering solutions and advice to ensure your operations remain efficient and uninterrupted.
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Q: What is a 3-phase line reactor？
A: A 3-phase line reactor is an inductor wired in series between two points in a power system. It is used to protect variable frequency drives (VFDs) and other sensitive equipment from power line disturbances.
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Q: Why are line reactors used in electrical systems？
A: Line reactors are used to add inductance to an electrical system, which helps in reducing harmonic distortion, minimizing voltage spikes, and improving power factor. They enhance the stability and smooth operation of electrical equipment.
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Q: How do line reactors protect electrical equipment？
A: By smoothing out electrical noise and transient voltages, line reactors protect equipment from damage caused by electrical surges, voltage imbalances, and other power irregularities.
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Q: What are the benefits of using a 3-phase line reactor？
A: Benefits include reduced harmonic distortion, improved power quality, extended equipment life, and enhanced protection against voltage spikes and surges.
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Q: Can line reactors be used on both the input and output sides of VFDs？
A: Yes, 3-phase line reactors can be installed on both the input and output sides of variable frequency drives to provide comprehensive protection and improve performance.
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Q: How do I select the right line reactor for my application？
A: Selecting the right line reactor involves considering the voltage, current rating, and application requirements. It's important to match the reactor's specifications to the system's characteristics to ensure optimal performance.
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Q: How do you test a 3-phase line reactor？
A: Testing involves checking the continuity of the coils, verifying the inductance, and ensuring there are no shorts or grounds. Regular maintenance and testing can help ensure the reactor operates effectively.
