Capacitor FRAKO type Standard LKT 30-440-DP P3110509

FRAKO Standard Series Capacitors – Reliable Power Factor Correction

FRAKO Standard LKT 30-440-DP capacitors are components designed to improve the power factor in electrical installations. These devices are essential for both efficient network operation and reduced energy costs. They are widely used across various facilities—from public buildings and industrial plants to residential installations with high power demands.

The LKT 30-440-DP capacitor features a robust construction and high reliability, ensuring long-term, fault-free operation. The Standard design guarantees an optimal quality-to-price ratio, making it a popular choice among installers and end users. The device is engineered to operate across a broad range of voltages and frequencies, enhancing its versatility.

Key Features and Applications

• Wide Voltage Range: Compatible with voltages of 230V, 300V, 400V, 415V, and 440V at frequencies of 50Hz or 60Hz, enabling use in diverse electrical systems.
• Rated Power: Available rated powers: 8.2/9.8 kvar (230V), 14.0/16.7 kvar (300V), 24.8/29.8 kvar (400V), 26.7/32.0 kvar (415V), and 30.0/36.0 kvar (440V). Selecting the appropriate power allows precise tuning of compensation to the specific needs of the installation.
• Rated Current: Withstands rated current up to 39.4/47.2 A at Un 50Hz/60Hz, ensuring stable performance even under heavy loads.
• Application: Ideal for reactive power compensation in induction motors, transformers, and other devices drawing reactive power. Enhances energy efficiency and reduces losses in the electrical network.
• Installation: Designed for mounting in electrical cabinets and distribution boards. Requires proper protection against overloads and short circuits.

Operating Parameters and Construction

FRAKO Standard series capacitors are characterized by high durability and resistance to environmental conditions. Their construction, based on robust materials, ensures long-term operation even under demanding industrial conditions. As a result, these capacitors serve as a reliable component in any electrical installation requiring reactive power compensation. It is important to properly select the capacitor according to the installation’s specific requirements—its power rating must be matched to the reactive power demand of the individual or grouped load.