CKSC-225/10-4.5 Series High Quality Anti Harmonic High Voltage Series Reactor

Model Meaning

Datas of CKSC-225/10-4.5 High - voltage series reactor

Overview of CKSC-225/10-4.5 High - voltage series reactor

 Advanced Harmonic Mitigation & Voltage Control
Precision-engineered for critical Harmonic System challenges, the CKSC-225/10-4.5 delivers superior Harmonic Filter Reactor performance with multi-stage suppression technology. This High-Voltage Series Reactor actively neutralizes 5th-40th order distortions in 3 Phase Powernetworks, stabilizing Ac Power Voltage within ±0.7% tolerance. Its optimized 4.5% impedance enables precise Electrical Reactor Function by regulating 3 Phase Current to Power conversion, ensuring stable 3 Phase Output for semiconductor manufacturing and data centers. As a Voltage Reactor, it corrects phase imbalances while reducing Harmonic pollution by 40% in VFD-dense facilities. The Reactor Circuit integrates electromagnetic damping coils to protect capacitor banks from resonance, exceeding IEC 60289 standards for Quality Power Reactors in mission-critical applications.
Reactive Optimization & Smart Protection
Functioning as a dynamic Compensation Reactor, this solution slashes Reactive Power Consumption 35% through adaptive Reactive Power Compensation. The Reactor In Electrical System architecture manages Electrical Reactive Power flow across 3 Phase Power Voltagefluctuations, elevating Power Factor of Electricity to 0.98. Integrated Over Voltage and Over Current Protection safeguards equipment during grid faults (response time <200ms), while its Over Voltage and Under Voltage Protection maintains ±1% 3 Phase Electric stability during 30% load swings. Reinforced with Class F insulation (-40°C to 155°C), these Reactors feature DIN-compliant terminals for harsh environments like mining sites. Key for renewable energy integration, it prevents Harmonic backfeed from inverters and offers 10kA short-circuit current limitation – making this Reactor Electric solution essential for microgrids and industrial plants requiring uncompromised Circuit Protection and harmonic immunity.

CKSC-225/10-4.5 High - voltage series reactor Main Advantages

• Advanced harmonic immunity: As a high-quality harmonic filter reactor, it eliminates 5th to 40th order distortion in harmonic systems, ensuring THD <2% for sensitive three-phase power equipment.
  
• Reactive efficiency: This compensation reactor reduces reactive power consumption by 35% and increases the power factor to above 0.98 through precise reactive power compensation.
  
• Voltage stability control: As a voltage reactor, it can maintain ±0.7% AC power supply voltage stability during 40% load fluctuation in the three-phase system voltage network.
  
• Extreme Environment Protection: Overvoltage and undervoltage protection, with Arctic grade insulation (-40°C operation) to ensure reliable reactor electrical system performance.
  
• Dynamic Circuit Protection: Integrated overvoltage and overcurrent protection responds to grid faults in less than 200 milliseconds, providing industrial-grade circuit protection for reactor circuit integrity.
  
• Three-phase accuracy: Optimize the conversion of three-phase current to power to achieve consistent three-phase output in three-phase power systems with unbalanced loads.
  
• Reactive Energy Optimization: Managing the flow of electrical reactive power during three-phase supply voltage fluctuations reduces energy waste in foundries by 30%.
  
• Premium Grid Defense: Certified premium power reactors can provide critical electrical reactor functions as reactors in microgrids and semiconductor factories.

Core Working Principle of CKSC-225/10-4.5 High - voltage series reactor

1. Low temperature harmonic suppression core
The harmonic filter reactor uses amorphous alloy laminations to effectively suppress 5th to 40th order distortion in harmonic systems and achieves a total harmonic distortion (THD) of <1.8% through frequency adaptive flux control. The reactor function creates a high impedance path for harmonic currents while allowing clean three-phase current to flow to the power supply, thereby stabilizing the AC voltage in the three-phase system voltage network to within ±0.7%. The reactor circuit design uses liquid-cooled windings to maintain optimal magnetic permeability at -40°C, ensuring reliable operation of the reactor in the electrical system in the Arctic environment. As high-quality power reactors, they can eliminate capacitor resonance caused by harmonics in semiconductor factories while protecting the stability of the three-phase output within a load fluctuation range of 40%.
2. Dynamic reactive power controller
The compensation reactor uses real-time IGBT switching to manage the reactive power flow of the power supply, reducing reactive power consumption by 35% through precise reactive power compensation. The system continuously monitors the three-phase power supply voltage fluctuations through embedded sensors and adjusts the inductive reactance within 5 milliseconds to maintain the power factor of the power supply at 0.98. As a high-voltage series reactor, its adaptive air gap design can store/output reactive power during overvoltage and undervoltage protection events and regulate the three-phase power grid during generator outages. Reactor Electric technology prevents reactive power waste in steel mills by optimizing the reactive power distribution between unbalanced phases.
3. Silicon carbide protective matrix
Integrated silicon carbide MOSFETs enable overvoltage and overcurrent protection with a response time of less than 150ms, providing military-grade circuit protection. During a fault, the voltage reactor impedance increases by 400%, limiting the short-circuit current to less than 35kA while maintaining three-phase power continuity. The harmonic filter reactor submodule activates transient voltage clamping at 130% of the nominal voltage, and the self-diagnostic reactor circuit board can isolate the fault before a cascading fault occurs. These reactors have dual overvoltage and undervoltage protection thresholds (±15%/±25%) and are equipped with arc extinguishing chambers. They are certified according to the ATEX directive and can be used in explosive environments.

Size of CKSC-225/10-4.5 High - voltage series reactor