Aniro POLB 3-Phase Power Factor Correction Capacitor 20.7/25 kVar 400/440V 50Hz

The Aniro POLB 3-phase power factor correction capacitor is a high-performance electrical component engineered to optimize energy efficiency in industrial and commercial power networks. By effectively managing reactive power, this capacitor helps reduce energy losses and improves the overall stability of electrical systems operating at 50Hz. It is designed to provide reliable performance under varying load conditions, making it an essential element for maintaining power quality in demanding environments.

Advantages

This capacitor offers significant benefits by enhancing the power factor of electrical installations, which directly contributes to lower electricity costs and reduced strain on the power grid. Its robust construction ensures long-term durability and consistent operation, even in environments where power quality fluctuates. By minimizing reactive power consumption, the device helps prevent unnecessary heating of cables and transformers, thereby extending the service life of other electrical equipment within the facility.

Suitable for

• Industrial manufacturing facilities
• Commercial office buildings
• Large-scale electrical distribution networks
• Power factor correction banks

When it may not be suitable

This capacitor is not intended for use in systems operating at frequencies other than 50Hz or in environments with extreme harmonic distortion that exceeds the component's design limits. It should not be installed in applications requiring different voltage ratings or in hazardous areas without appropriate protective enclosures.

Key specifications

• Phase: 3-phase
• Rated power at 400V: 20.7 kVar
• Rated power at 440V: 25 kVar
• Frequency: 50Hz

How to use

Installation should be performed by a qualified electrician in accordance with local electrical codes and safety regulations. The capacitor is typically integrated into a power factor correction bank or connected directly to the load circuit that requires compensation. Ensure that all connections are secure and that the device is properly grounded before energizing the system. Regular inspections should be conducted to verify the integrity of the connections and the physical condition of the unit.

What to consider before purchase

• Verify the total reactive power requirements of your electrical system
• Ensure the voltage rating matches your network specifications
• Confirm available space within the electrical cabinet for installation
• Check for compatibility with existing power factor correction controllers

Usage recommendations

Regularly monitor the capacitor's performance and temperature to ensure it operates within the specified parameters. If the system experiences frequent switching or high harmonic content, consider installing appropriate detuning reactors to protect the capacitor from premature failure.