CKSC-216/10-6 High Voltage Series Reactor Three Phase 216Kvar Iron Core Dry Type High Voltage Series Harmonic Filter Reactor Capacitors Reactor Transformer

Model Meaning of CKSC-216/10-6 High Voltage Series Reactor

Datas of CKSC-216/10-6 High Voltage Series Reactor

Overview of CKSC-216/10-6 High Voltage Series Reactor

The CKSC - 216/10 - 6 High Voltage Series Reactor is a revolutionary solution for enhancing power quality in three - phase power systems. As a high - voltage series reactor, it can be seamlessly integrated into a series reactor capacitor bank, playing a crucial role in harmonic governance within 3 - phase power circuits. When connected in series with capacitors, it forms a resonant circuit that specifically targets and suppresses unwanted harmonic frequencies, significantly reducing harmonic distortion in the electrical current.This is similar to how shunt reactors in substations or transmission lines contribute to power system stability, but with a focus on series - based harmonic filtering.Moreover, this dry - type iron - core reactor excels in reactive power compensation. It continuously monitors the reactive power demand and supply in the three - phase power system. By releasing or absorbing reactive power as needed, it stabilizes the reactive power balance, which is essential for improving the power factor correction. This not only reduces power losses in the power distribution system but also enhances the overall efficiency of the electrical power system, safeguarding high - voltage capacitor safety and providing reliable circuit protection for the entire 3 - phase grid.

In addition to its core functions, the CKSC - 216/10 - 6 High Voltage Series Reactor offers unparalleled versatility in power system applications. Whether installed in large - scale industrial plants, substations, or transmission lines, it ensures stable operation of the three - phase power system. In industrial settings with complex 3 - phase current voltage requirements, it balances the phase voltage in the 3 - phase system, protecting three - phase devices from voltage - related damage. For transmission line reactors, it reduces power losses and enhances the reliability of power transmission.The reactor's design also incorporates advanced electrical power system protection features. Its ability to handle over - currents and maintain stable impedance makes it a reliable component for ensuring the safety and longevity of the power system. With the CKSC - 216/10 - 6, users can expect improved power quality, efficient reactive power management, and enhanced protection for their three - phase power infrastructure, making it an indispensable asset for modern power distribution systems.

 Main Functions of CKSC-216/10-6 High Voltage Series Reactor

Powerful harmonic suppression
The CKSC-216/10-6 high voltage series reactor is a powerful harmonic capacitor. When it is integrated into the power distribution system, it forms a resonant circuit with the capacitor. The device is very effective in suppressing harmonics in the power system. For example, it can specifically target and suppress harmonic frequencies, thereby reducing harmonic distortion in the current. In this way, it can improve power quality and protect sensitive electrical equipment from the negative effects of harmonics, such as overheating and premature failure.

Efficient reactive power compensation
As a key capacitor in the power system, this reactor plays an important role in reactive power compensation. In a power system with inductive loads that consume excessive reactive power, it can regulate the power reactive power flow. By providing or absorbing reactive power as needed, it helps balance the total reactive power of the system. This makes the distribution network operation more stable, reduces power loss during transmission, and improves the overall efficiency of the power system.

Significant power factor correction
This three-phase reactor is designed to improve the power factor. Low power factor is usually caused by inductive loads, resulting in inefficient use of electricity. The CKSC-216/10-6 reactor corrects the power factor by compensating for reactive power imbalance. It effectively reduces the reactive power circulating in the system, thereby improving the efficiency of power consumption. Ultimately, the power factor is improved, resulting in cost savings and improved power utilization.

Stable three-phase voltage regulation
In a three-phase power system, voltage imbalance may occur. The high-voltage series reactor helps maintain a stable three-phase voltage. It monitors and regulates the voltage on each phase to ensure balanced voltage levels. In this way, it protects three-phase equipment from damage caused by voltage fluctuations and imbalance. A stable voltage supply is essential for the proper operation of motors, transformers, and other three-phase electrical equipment.

Enhanced overcurrent protection
Reactors can be used as overcurrent protection devices. When a surge current appears in the power system, they can limit the speed at which the current rises. Their inductive characteristics can form an impedance to the overcurrent, preventing damage to capacitors, transformers, and other components in the distribution system. This overcurrent protection function can improve the reliability and service life of the entire power system.

Multifunctional compatibility of power system
CKSC-216/10-6 is highly adaptable to various power system configurations. It can be easily integrated into industrial plants with complex power requirements or distribution networks serving multiple users. It can be used in series with capacitors in harmonic filtering circuits or as part of a large power factor correction system. Its versatility makes it an ideal choice for improving power quality and optimizing the performance of different power systems.

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

System status monitoring
Once installed in a power distribution system, the CKSC - 216/10 - 6 high voltage series reactor first continuously monitors the electrical parameters of the three-phase system. It keeps a close eye on current, voltage and harmonic content in real time. This initial monitoring is critical because it provides the necessary data to identify any potential issues related to harmonics, reactive power or voltage imbalance, laying the foundation for subsequent corrective actions to improve power quality.

Harmonic suppression implementation
Once harmonics are detected in the power system during monitoring, the reactor is activated immediately. As a high-voltage series harmonic filter reactor, it forms a resonant circuit with the connected capacitor. Depending on the specific harmonic frequencies present, the reactor is designed to target and suppress these unwanted frequencies. By absorbing or blocking harmonic currents, it reduces harmonic distortion in the current, effectively performs harmonic governance, and protects electrical equipment from the harmful effects of harmonics.

 Reactive power compensation
In power systems containing inductive loads that cause reactive power imbalance, the CKSC-216/10-6 reactor intervenes for reactive power compensation. It analyzes the demand and supply of reactive power. If there is a shortage of reactive power, the reactor releases the right amount of reactive power into the circuit; conversely, if there is an excess of reactive power, the reactor absorbs the excess reactive power. This regulation helps balance the total reactive power flow, ensures more stable operation of the distribution network, and reduces power losses during transmission.

Power Factor Correction
After solving the reactive power problem, this reactor focuses on power factor correction. Low power factor is usually caused by reactive power imbalance caused by inductive loads, which leads to inefficient power utilization. The CKSC-216/10-6 reactor can compensate for reactive power imbalance, thereby reducing the reactive power circulating in the system. As a three-phase reactor, it works on all three phases, effectively improving the power factor and improving power efficiency, thereby saving costs for users.

 Three-phase voltage regulation
The reactor also monitors the voltage level of each phase in a three-phase system. It takes corrective action if voltage imbalance or fluctuation occurs. By adjusting the impedance and reactance characteristics, it helps maintain a stable three-phase voltage. A stable voltage supply is essential for the proper operation of three-phase equipment such as motors and transformers, protecting them from damage caused by voltage-related problems and ensuring the overall reliability of the power system.

Overcurrent protection
Finally, the CKSC-216/10-6 reactor can be used as an overcurrent protection device. When a sudden current surge occurs in the power system, its inductive characteristics can provide impedance to the overcurrent. This limits the rate of current rise, preventing damage to capacitors, transformers, and other components in the distribution system. Through this overcurrent protection function, the reactor can improve the reliability and service life of the entire power system, ensuring a continuous and stable power supply.

Size of CKSC-216/10-6 High Voltage Series Reactor