CKSC-240/10-12 Three-phase high-quality high-voltage series reactor

Model Meaning

Product specification of CKSC-240/10-12 High - voltage series reactor

Overview of CKSC-240/10-12 High - voltage series reactor

The CKSC-240/10-12 High-Voltage Series Reactor is a precision-engineered harmonic filter reactor designed to tackle harmonics in electrical systems and elevate power quality in power high voltage networks (up to 12kV). Tailored for 3 phase power applications, it excels in harmonic mitigation by neutralizing disruptive frequencies like 5th, 7th, and 11th order harmonics, which are prevalent in industrial and renewable energy systems. Its anti-harmoniccore, constructed with ultra-low-loss amorphous alloy laminations, minimizes eddy currents and reduces energy waste by 30% compared to conventional reactors. This series reactor stabilizes power in 3 phase system operations by resolving three-phase imbalances, ensuring balanced voltage distribution and optimized reactive power compensation. Integrated electrical reactor function enhances grid reliability, making it ideal for solar farms, data centers, and heavy machinery where power quality harmonics directly impact efficiency. With a focus on low-lossperformance and harmonic compensation, it significantly reduces thermal stress on transformers and capacitors, extending equipment lifespan while complying with global harmonic systemstandards.

Engineered for extreme environments, the CKSC-240/10-12 integrates cutting-edge circuit protection devices to safeguard high voltage equipment from operational hazards. The high voltage protection circuit actively suppresses voltage spikes and transient surges, while the over temperature protection circuit employs real-time thermal sensors to prevent overheating in high voltage power scenarios. Its corrosion-resistant, epoxy-encapsulated design ensures resilience in humid, dusty, or chemically aggressive settings, such as mining sites or coastal wind farms. As a power quality product, it supports electric power protection by maintaining stable 3 phase energy flow, even under fluctuating loads from arc furnaces or VFD-driven motors. The reactor’s modular architecture allows seamless integration into existing high-voltage series reactor setups, reducing downtime during upgrades. Compliant with IEC and IEEE standards, it delivers unmatched harmonic suppression and power compensation for industries prioritizing power quality and operational safety. Trusted by global clients, this reactor redefines reliability in high voltage electric infrastructure, combining innovation with rugged durability to meet the demands of modern energy systems.

CKSC-240/10-12 High - voltage series reactor Main Advantages

• High-Voltage Series Reactor engineered for power high voltage (12kV) applications, excelling in harmonic mitigation and anti-harmonic performance across 3 phase powersystems.
  
• Ultra-low-loss amorphous alloy core minimizes energy waste by 30%, enhancing power quality and electric power protection in high voltage electric grids.
  
• Advanced harmonic filter reactor design neutralizes 5th, 7th, and 11th order harmonics in power, resolving three-phase imbalances for stable power in 3 phase system operations.
  
• Integrated high voltage protection circuit and over temperature protection circuitsafeguard high voltage equipment from surges and thermal overloads.
  
• Optimized electrical reactor function ensures precise harmonic compensation and reactive power compensation, reducing grid stress in harmonic systems.
  
• Corrosion-resistant epoxy encapsulation ensures durability in harsh environments, ideal for high voltage power installations like mining and renewables.
  
• Modular design simplifies integration into existing circuit protection devices, minimizing downtime during upgrades for power quality products.
  
• Compliant with IEC/IEEE standards, delivers unmatched harmonic suppression and power compensation, redefining reliability in high-voltage series reactor applications.

Core Working Principle of CKSC-240/10-12 High - voltage series reactor

High voltage reactor core and harmonic neutralization
The core of the high-voltage series reactor uses ultra-low-loss amorphous alloy laminations to offset harmonics in the power system, which is a key function of the reactor to stabilize three-phase power. By introducing inductive impedance, it can suppress interference frequencies such as 5th and 7th order harmonics in the power system, thereby reducing the distortion of the high-voltage power grid by up to 75%. This anti-harmonic design minimizes energy waste while solving the three-phase imbalance and ensures a balanced distribution of voltage in the three-phase system network. The harmonic suppression capability of the reactor protects sensitive equipment such as transformers and capacitors from stress caused by harmonics, thereby improving power quality and extending system life. Its rugged structure supports high-voltage power applications up to 12kV, making it an ideal choice for industrial and renewable energy systems that require reliable power protection.

Double protection circuit, suitable for extreme conditions
The reactor integrates high-voltage protection circuits and over-temperature protection circuits to protect high-voltage equipment in harsh environments. The high-voltage protection circuit suppresses transient surges and voltage spikes common in high-voltage power grids to prevent damage to connected equipment. At the same time, the over-temperature protection circuit uses a real-time thermal sensor to monitor heat levels and automatically triggers a cooling mechanism in the event of an overload. These circuit protection devices ensure uninterrupted operation in environments where harmonic systems such as solar power plants or mining sites face extreme thermal and electrical stresses. By combining these protection functions, the reactor maintains power quality harmonic stability and extends the service life of high-voltage series reactor devices, meeting global power quality product standards.

Harmonic filter reactor and reactive power optimization
The CKSC-240/10-12 is a harmonic filter reactor that excels in harmonic compensation by forming a high impedance barrier to interfering frequencies. This series reactor design diverts harmonic currents away from critical three-phase power infrastructure, optimizing reactive power compensation and reducing line losses. Its low-loss core improves high-voltage transmission efficiency while addressing three-phase imbalance caused by uneven loading of industrial machinery or wind turbines. The reactor's reactance function also stabilizes voltage levels to ensure compliance with power quality benchmarks. It is ideal for data centers and manufacturing plants, supporting seamless integration with existing harmonic systems for harmonic suppression and energy savings.

Three-phase synchronization and grid resilience
Designed for synchronous power supply in three-phase systems, the reactor ensures even distribution of current in all phases, mitigating three-phase imbalance and voltage fluctuations. Its high-voltage series reactor configuration enhances grid resilience in high-voltage power environments, such as utility grids or heavy industrial facilities. Advanced insulation materials and modular design make it easy to install in corrosive or dusty environments, while circuit protection mechanisms such as arc suppression prevent short circuits. With improved power protection and harmonic suppression, the reactor ensures stable three-phase power delivery even under fluctuating loads. It redefines the reliability of high-voltage equipment applications from renewable energy grids to smart city infrastructure with its trusted power compensation and power quality product performance.

Dimensions of CKSC-240/10-12 High - voltage series reactor