R20555. CLZ-FP 52/3 CLZ-FP 52/3

R20555. CLZ-FP 52/3 CLZ-FP 52/3

CIRCUTOR CLZ-FP 52/3 – R20555: Reactive Power Optimization

The CIRCUTOR CLZ-FP 52/3 three-phase tubular capacitor (reference R20555) is a robust and efficient solution for power factor correction in industrial and commercial installations. Designed to improve energy efficiency and reduce reactive power losses, this capacitor offers reliable and durable performance. Its compact design facilitates installation and minimizes the space required, contributing to comprehensive optimization of the electrical system.

Technical Specifications

  • Reference: CLZ-FP 52/3 – R20555
  • Type: Three-Phase Tubular Capacitor
  • Capacitance: Information not available.
  • Nominal Voltage: Information not available.
  • Frequency: Information not available.
  • Code: R20555
  • Weight: Information not available.
  • Dimensions: Information not available.
  • Manufacturer: CIRCUTOR

Advantages

  • Power Factor Correction: Improves the power factor, reducing penalties from utility companies and optimizing energy consumption.
  • Energy Efficiency: Reduces reactive power losses, resulting in significant savings on electricity bills.
  • Compact Design: Facilitates installation in reduced spaces.
  • Reliability and Durability: Robust construction for reliable long-term performance.
  • Harmonic Reduction: Contributes to the reduction of harmonics in the electrical network.

Applications and Recommended Uses

The CIRCUTOR CLZ-FP 52/3 capacitor is ideal for a wide range of applications, including:

  • Industrial installations
  • Commercial buildings
  • Lighting systems
  • Electric motors
  • Air conditioning systems
  • Power factor correction in substations

For correct selection and sizing, consult the technical documentation at adjditec.com or contact a specialist.

Get More Information

Do you want to optimize the energy efficiency of your installation? Contact us for detailed information about the CIRCUTOR CLZ-FP 52/3 three-phase tubular capacitor and discover how you can improve its performance and reduce your energy costs. Visit adjditec.com for more details.


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