LT Capacitors - Low Tension Capacitors

We are a trusted provider of high-quality LT (Low Tension) Capacitors, also commonly known as Low Tension Capacitors, based in Pune, Maharashtra, India. Our range of Capacitors is meticulously engineered to provide exceptional performance and reliability in various Power Factor Correction (PFC) applications across numerous industries. These critical electrical components are essential for improving the overall efficiency and quality of electrical power systems by mitigating Reactive Power and maintaining the Power Factor (PF) close to unity.

Our LT Capacitors are designed using advanced technology and superior MOC (Material of Construction), ensuring durability and long operational life even under demanding conditions. They are specifically rated for operation in LT (Low Tension) distribution networks, typically up to $1000$ Volts. The design incorporates features to handle harmonics and transient over-voltages effectively, which are common issues in modern electrical systems with a high proliferation of non-linear loads. We offer a variety of configurations, including Cylindrical Type Capacitors and Box Type Capacitors, to suit different installation requirements and space constraints. The dielectric materials employed are chosen for their excellent insulation properties, low loss tangent, and high dielectric strength. Common MOC (Material of Construction) includes materials like Metallized Polypropylene Film (MPP (Metallized Polypropylene)), which offers self-healing properties, significantly enhancing the safety and lifespan of the Capacitors.

The core function of these Low Tension Capacitors is to supply the required Reactive Power to inductive loads like motors, transformers, and induction heating equipment, thereby reducing the burden on the main utility supply. This reduction in reactive current translates directly into lower electricity bills, improved voltage regulation, and increased current carrying capacity of the existing infrastructure, including Cables, Switchgears, and Transformers. Proper sizing and installation of our LT Capacitors are crucial for achieving optimal Power Factor Correction (PFC). We ensure strict quality control measures are implemented throughout the manufacturing process, adhering to national and international standards like IS (Indian Standards) and IEC (International Electrotechnical Commission) standards for safety and performance. Our technical expertise allows us to provide customized Capacitor Banks and Automatic Power Factor Correction (APFC) Panels integrated with these LT Capacitors to provide dynamic and precise power factor management for complex electrical installations. These systems often include sophisticated APFC (Automatic Power Factor Correction) Relays, Contactors, Fuses, and Harmonic Filters as essential Accessories and Spare Parts.

Our commitment to energy efficiency and environmental sustainability drives us to produce LT Capacitors that minimize energy losses. The Enclosures of our Capacitors are made from robust SS (Stainless Steel) or CRCA (Cold Rolled Close Annealed) Steel to provide excellent mechanical protection and corrosion resistance. The terminals are designed for secure and easy electrical connections, reducing installation time and maintenance efforts.

Features :

• Self-Healing Properties : Utilizing MPP (Metallized Polypropylene) film technology for enhanced operational safety and extended lifespan.
• Low Power Losses: Designed with low dissipation factor to ensure high efficiency and minimal internal heat generation.
• Robust Construction : Manufactured with durable MOC (Material of Construction) like SS (Stainless Steel) and CRCA (Cold Rolled Close Annealed) Steel Enclosures for mechanical strength.
• Safety Features : Equipped with pressure-sensitive Disconnectors or Fuses as protective Components against internal faults.
• Dry Type / Resin-Filled Design : Available in both dry type and non-toxic, non-PCB resin-filled designs for environmentally safe operation.
• High Over-Current Capability : Designed to withstand high inrush and transient currents common in industrial environments.
• Easy Installation : Compact design with user-friendly Terminals and mounting Accessories.

Applications :

• Power Factor Correction (PFC) : Primary application for improving system Power Factor (PF) in industrial and commercial networks.
• Induction Motors : Used for compensation of Reactive Power drawn by large Induction Motors.
• Welding Equipment : Applied to correct the low Power Factor (PF) associated with Welding Equipment.
• Fluorescent and Discharge Lighting : Used in conjunction with Ballasts for Power Factor Correction (PFC) in large lighting installations.
• Distribution Transformers : Installed on the low tension side for reducing system losses and improving voltage profiles.
• Industrial Plants : Widely used in all types of Industrial Plants for overall energy management and efficiency.
• Automatic Power Factor Correction (APFC) Panels : Integrated as core Components within APFC (Automatic Power Factor Correction) Panels for dynamic compensation.