Product Overview

The rapid development, widespread adoption, and extensive use of IoT and intelligent equipment in China have greatly boosted economic growth and enhanced convenience. However, the hardware of these systems relies on power electronics, which are highly susceptible to various forms of interference. Such interference can compromise stable operation, leading to issues such as reduced precision, communication interruptions, equipment malfunctions, severe overheating, insulation damage, and significant voltage fluctuations. These problems often trigger self-protection shutdowns or cause control board failures, all of which disrupt normal operations, damage equipment, shorten service life, and result in substantial economic losses for customers. Examples of such precision equipment include hospital diagnostic systems, precision machining tools, robotic welding units, monocrystalline and polycrystalline silicon wafer slicers, chip processing equipment, and 5G communication infrastructure.

Drawing on years of research, development, and practical experience, our company has developed the JL-WBH Integrated Power Quality Conditioning and Protection Device. This device safeguards precision equipment against interference across various applications, ensuring reliable and continuous operation.

Functions and Benefits

①　Protects internal and external equipment communications from interference, prevents signal distortion, and purifies the power environment;

②　Stabilizes voltage and suppresses various types of overvoltage (such as spikes), ensuring the integrity of insulation and the safe, stable operation of components;

③　Reduces equipment energy loss, thereby achieving energy savings and consumption reduction;

④　Extends equipment service life and lowers investment costs for the user;

⑤　Isolates equipment from internal and external power disturbances, enabling long-term, stable operation;

⑥　Reduces neutral line current, effectively eliminating safety hazards—such as electrical fires—caused by excessive neutral current;

⑦　Filters out high-order harmonic currents generated by the equipment, safeguarding stable operation.

Application scenarios

①　Automotive Manufacturing: Requires clean power for stable welding by robots and to prevent interference with peripheral equipment;

②　5G Server Rooms: Ensures interference immunity and power stability for 5G infrastructure;

③　Hospitals: Requires clean power systems for various precision diagnostic and testing equipment;

④　Grand Theaters: Ensures stable operation of audio, lighting, and HVAC systems;

⑤　Chip Manufacturing: Power stability and interference immunity are critical for chip production equipment;

⑥　Graphene Manufacturing: Stable equipment operation ensures high product quality;

⑦　Silicon Wafer Slicing: Ensures stable operation and high yield rates for monocrystalline silicon slicing equipment.