CHV-T 600/11 CIRCUTOR Three-Phase Capacitor: Reactive Power Optimization

The CHV-T 600/11 three-phase capacitor from CIRCUTOR is a robust and reliable solution for power factor correction and energy efficiency improvement in industrial and commercial installations. Designed to offer optimal performance and a long service life, this three-phase capacitor incorporates internal protections that guarantee service continuity and system safety. Its versatile design allows for installation both indoors and outdoors, adapting to various application needs.

Technical Specifications

• Reference: R8L600001100E / CHV-T 600/11
• Type: Three-Phase Capacitor
• Nominal Voltage: 600 V
• Nominal Capacitance: 1100 kVAR
• Construction: Stainless steel box
• Protection: Internal fuses for individual protection of capacitive elements
• Application: Formation of three-phase capacitor banks
• Normative: Complies with applicable international standards (Information not available)
• Operating Temperature: (Information not available)
• Expected Service Life: (Information not available)

Advantages

• Power Factor Correction: Improves the power factor, reducing energy losses and associated costs.
• Increased Energy Efficiency: Optimizes energy consumption, contributing to sustainability and reducing the carbon footprint.
• Comprehensive Protection: Internal fuses protect each capacitive element, minimizing the risk of failures and guaranteeing service continuity.
• Installation Versatility: Its robust design allows for installation indoors and outdoors, adapting to different environments.
• Long Service Life: High-quality construction and durable components ensure a long service life and low maintenance costs.
• Safety: The design with internal fuses provides an additional layer of safety in case of failure.

Applications and Recommended Uses

The CHV-T 600/11 three-phase capacitor is ideal for a wide range of applications, including:

• Power Factor Correction in Industrial Installations: Improves the energy efficiency of factories, production plants and other industrial environments.
• Reactive Power Compensation in Substations: Optimizes the performance of electrical substations and reduces energy losses.
• Formation of Three-Phase Capacitor Banks: Allows the creation of capacitor banks to adapt to the specific needs of each installation.
• Improvement of Power Quality: Reduces harmonics and other power quality problems.
• Commercial Installations: Energy consumption optimization in shopping centers, hospitals, hotels and other commercial buildings.

For more detailed information about the CHV-T 600/11 three-phase capacitor and discover how it can optimize the energy efficiency of your installation, visit adjditec.com.