The Schneider Electric Square D PFCD6012 is a power factor correction capacitor designed for industrial and commercial electrical systems. This unit is part of the Square D capacitor family, engineered to enhance power system efficiency and reduce reactive power demand. Its robust construction and specific electrical ratings make it suitable for integration into demanding power distribution networks.

Technical details

• Voltage Rating: 600V AC, suitable for medium to high voltage applications.
• Capacitance: 12.5 KVAR (Kilovolt-Ampere Reactive), providing significant reactive power compensation.
• Configuration: T-1/12, indicating a specific internal arrangement for optimal performance and physical fit within certain enclosures.
• Design: Unfused, requiring external overcurrent protection for safe operation.
• Frequency: Designed for standard industrial power frequencies (typically 50Hz or 60Hz, verify with datasheet).
• Construction: Dry type, utilizing dielectric fluid for insulation and heat dissipation.
• Terminals: Features robust terminal connections for secure electrical interfacing.
• Operating Temperature Range: Suitable for typical industrial ambient conditions (verify specific range with manufacturer datasheet).

Applications & compatibility

This Schneider Electric Square D PFCD6012 capacitor is commonly employed in industrial facilities to improve the power factor of inductive loads such as motors, transformers, and fluorescent lighting ballasts. It is ideal for applications in manufacturing plants, processing facilities, and large commercial buildings where energy efficiency and grid stability are critical. Compatibility should be verified with existing power distribution panels and protection schemes.

Available from Industrial Automation Co as new, refurbished, or surplus stock, backed by a 2-year warranty with same-day shipping on in-stock items. Request a quote for the Schneider Electric Square D PFCD6012 or contact our technical team for cross-reference assistance with compatible power factor correction components.