CHV-T 200/11: High-Quality Three-Phase Reactive Power Compensation

The CHV-T 200/11 from CIRCUTOR is a medium-voltage three-phase reactive power capacitor designed to improve energy efficiency and power quality in industrial and commercial installations. This robust capacitor, part of the CHV-T series, offers a reliable and versatile solution for power factor correction, minimizing energy losses and reducing operating costs. Its design incorporates internal fuse protection, guaranteeing safety and service continuity.

Technical Specifications

• Reference: CHV-T 200/11 R8L2000011005 / CHV-T 200/11 / CHV-T 200/11 CIRCUTOR
• Type: Three-Phase Reactive Power Capacitor
• Nominal Voltage: 200/11 kV (Specific configuration, may vary depending on series/parallel connection)
• Construction: Capacitive elements connected in series and parallel to obtain the desired voltage.
• Protection: Internal fuse that isolates the damaged unit in case of failure.
• Housing: Stainless steel, suitable for indoor and outdoor installations.
• Capacitance: Variable, configurable according to the needs of the installation.
• Application: Suitable for the construction of static and automatic capacitor banks up to 12 kV.

Advantages

• Power Factor Correction: Improves the power factor, reducing energy losses and associated costs.
• Energy Efficiency: Increases the energy efficiency of the installation, decreasing reactive power consumption.
• Safety: The internal fuse provides robust protection, quickly isolating defective units and preventing further damage.
• Service Continuity: Fuse protection ensures continuity of the electrical supply, minimizing downtime.
• Versatility: The stainless steel housing allows installation in a wide range of environments, both indoor and outdoor.
• Durability: Robust construction for a long service life and reliable performance.

Applications and Recommended Uses

The CHV-T 200/11 is ideal for a variety of applications, including:

• Industrial Installations: Reactive power compensation in production plants, factories and workshops.
• Commercial Buildings: Power factor improvement in shopping centers, offices and hospitals.
• Capacitor Banks: Construction of static and automatic capacitor banks for power factor correction.
• Energy Distribution Systems: Optimization of the efficiency of energy distribution systems.
• Infrastructure: Improving power quality in critical infrastructure installations.

For more detailed information about the CHV-T 200/11 and its complete technical specifications, including the precise configuration of voltage and capacitance, visit adjditec.com.