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Machine Tool & Industrial Control

Numerical control machine tools, industrial machine tools, and automated industrial control equipment belong to high-precision variable frequency loads. During production and operation, there are frequent start stop, high-speed speed regulation, and dynamic load fluctuations. The accompanying frequency converters and servo systems are prone to harmonic interference, current surges, voltage fluctuations, and other problems, which can easily cause industrial control system step loss, program confusion, machining accuracy deviation, equipment tripping and shutdown, seriously affecting production accuracy and equipment stability.
Our transformers and reactors, as the core supporting equipment of machine tool industrial control distribution systems, rely on isolation transformers and step-down transformers with low loss, overload resistance, low temperature rise, and high anti-interference characteristics to achieve industrial grid voltage adaptation and electrical isolation, effectively shielding grid side voltage fluctuations, clutter interference, and unbalanced voltage, and providing a stable and pure power supply environment for servo systems, CNC motherboards, and precision control units. The matching reactor can comprehensively optimize the quality of industrial control power, effectively suppress high-order harmonics generated by variable frequency operation, filter out electromagnetic noise in the power grid, limit the impact current generated by equipment start stop and variable frequency switching, stabilize the system bus voltage, reduce servo jitter, high-frequency interference, and equipment heating loss, significantly improve the machining accuracy, equipment response stability, and overall service life of the machine tool.

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