Capacitor FRAKO type Basic LKT 30-440-DB P3110408

FRAKO Basic Capacitors – Reliable Power Factor Correction

FRAKO Basic LKT 30-440-DB capacitors are components designed to improve the power factor in electrical installations. They offer an economical solution for a wide range of applications, from simple single-phase circuits to complex three-phase systems. Their construction is based on proven technology, ensuring long-term and fault-free operation.

Design and Application

The LKT 30-440-DB capacitor features a robust cylindrical aluminum housing that ensures efficient heat dissipation and extends the device’s service life. It is designed for reactive power compensation in networks with a voltage of 440V, offering a capacitance of 30.0 kvar at 50Hz and 36.0 kvar at 60Hz. This enables reduced energy losses, lower operating costs, and improved power quality—particularly critical in installations with inductive loads such as electric motors or transformers.

Key Features and Benefits

• Wide Voltage Range: FRAKO Basic capacitors are available in multiple voltage ratings (230V, 300V, 400V, 415V, 440V), allowing precise matching to specific installation requirements.
• High Reliability: Use of high-quality materials and precision manufacturing ensures long service life and trouble-free operation.
• Compact Dimensions: Optimized design enables easy installation even in confined spaces.
• Energy Efficiency: Improved power factor reduces network energy losses and lowers electricity bills.
• Rated Current: The LKT 30-440-DB capacitor has a rated current of 39.4A at 50Hz and 47.2A at 60Hz—an essential parameter when selecting the capacitor for a specific load.
• Versatility: Suitable for both new installations and upgrades of existing reactive power compensation systems.

FRAKO Basic capacitors are a trusted choice for installers and users seeking a reliable and efficient solution for power factor correction in electrical systems. Their robust construction and high manufacturing quality guarantee long-term, uninterrupted operation.