Eti-Polam LPC Power Factor Correction Capacitor 3 kVAr 440V 50Hz

The Eti-Polam LPC power factor correction capacitor is a high-quality electrical component engineered to optimize energy efficiency in industrial and commercial power distribution networks. With a capacity of 3 kVAr and a rated voltage of 440V at 50Hz, this device is specifically designed to mitigate reactive power losses, thereby improving the overall power factor of electrical installations and reducing operational costs associated with energy consumption.

Advantages

This capacitor offers significant benefits for electrical system management by effectively compensating for reactive power. Its robust construction ensures reliable performance under standard industrial conditions, contributing to the stabilization of voltage levels and the reduction of thermal stress on electrical infrastructure. By integrating this component, users can achieve better utilization of their existing power supply capacity and minimize potential penalties from utility providers related to poor power factor.

Suitable for

• Industrial manufacturing facilities
• Commercial building power distribution systems
• Electrical panel boards and power factor correction banks
• Large-scale electrical installations requiring reactive power compensation

This capacitor may not be suitable for applications involving high-frequency power electronics or environments where the voltage levels consistently exceed the rated 440V. It is also not intended for use in residential settings without professional electrical oversight or in systems where harmonic distortion levels are excessively high without proper filtering.

Key specifications

• Capacity: 3 kVAr
• Rated voltage: 440V
• Frequency: 50Hz
• Application: Power factor correction

Installation of the Eti-Polam LPC capacitor should be performed by a qualified electrician in accordance with local electrical codes and safety regulations. The device is typically mounted within a power factor correction bank or a dedicated electrical enclosure. Ensure that all connections are secure and that the capacitor is properly protected by appropriate circuit breakers or fuses to prevent damage from overcurrent or short-circuit events.

What to consider before purchase

• Verify the total reactive power requirements of your electrical system
• Ensure the rated voltage matches your network specifications
• Confirm available space within your existing electrical cabinet
• Consult with a professional to determine if additional harmonic filtering is required

Usage recommendations

Regularly inspect the capacitor for signs of physical damage or overheating. Ensure that the ventilation within the electrical enclosure is sufficient to maintain optimal operating temperatures, as excessive heat can significantly reduce the service life of the component.