Laurtiz Knudsen Electrical & Automation provides a comprehensive selection of Power Factor Capacitors tailored to lower overall power usage and enhance system efficiency. Our solution not only aids in maintaining the necessary power factor but also contributes to reducing electricity costs. Engineered with top-notch safety features like self-healing technology and overpressure disconnector fuse, our capacitors ensure utmost safety. We offer various Capacitor technologies including Metallised Poly Propylene (MPP) and Aluminum Poly Propylene (APP) films. MPP Capacitors come in Standard Duty, Heavy Duty, and Super Heavy-Duty ranges. On the other hand, APP Capacitors are available in box configuration across APP and Ultra Heavy-Duty Capacitors ranges, featuring internal fuse elements for added protection.
The LTXL ultra-heavy duty box capacitors are advanced Aluminium Poly Propylene type capacitors. They can withstand heavy load fluctuations, high inrush current and harmonics. They can be used in applications such as welding, steel rolling, etc., with heavy load fluctuations, high harmonic distortion levels (non-linear load >15%) and systems with high dv / dt.
E&A’s Heavy-Duty Capacitors are metalized polypropylene capacitors available from 1-33.1 kVAr in cylindrical and from 1-50 kVAr in box type construction. These capacitors have an inrush current withstand of 300 In and an overload withstand capacity of 1.8 In. These capacitors have all the features of standard capacitors like over pressure disconnector and self-healing.
Lauritz Knidsen Gas-filled Heavy Duty Plus capacitors come in cylindrical configurations, ranging from 3 to 30 kVAr. With a lifespan of 150,000 hours, these Heavy Duty Plus capacitors offer durability and reliability. After an extensive drying process, they are filled with an inert gas to safeguard against corrosion of internal components. These capacitors boast an impressive inrush withstand of 300 times In and an overload withstand capacity of 1.8 times In. Safety features include an over-pressure disconnector and self-healing mechanisms. Their compact design ensures efficient space utilisation.
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