High-efficiency water cooled capacitors designed for induction heating, melting, and high-frequency applications, ensuring reliability and longevity.
Usha Capacitors specializes in medium and high-frequency water cooled capacitors, engineered for inductive heat-generating plants operating at frequencies tailored to furnace designs. These capacitors meet stringent customer requirements, offering step changes in kVAr through terminated sections for circuit tuning with varying inductive loads. Compliant with IEC 60110-1, IS 9251, and DIN EN 60110-1 standards, our capacitors use imported bi-axially oriented polypropylene film as dielectric and 99.9% pure aluminum foil as conductor, ensuring low dielectric losses and high performance.
With over 350 successful electrical turnkey projects delivered globally, Usha Capacitors is a trusted name in the industry. Our ISO:9001-2015 certification and commitment to innovation ensure that our water cooled capacitors meet the highest quality standards. Backed by a team of 125+ professionals, we deliver reliable and innovative solutions for high-performance applications. Our advanced manufacturing processes and rigorous testing guarantee capacitors that perform under extreme conditions.
Voltage Range: 100 V to 4000 V
Frequency Range: 50 Hz to 50 kHz
Capacitance Range: 1 µF to 1000 µF
Cooling System: Efficient water cooling for high thermal stability
Dielectric: Bi-axially oriented polypropylene film for low losses
Construction: Robust design with non-PCB impregnating fluid
Standards Compliance: IEC 60110-1, IS 9251, DIN EN 60110-1
Medium Frequency Capacitors: Ideal for induction heating and melting furnaces, operating at 50 Hz to 10 kHz.
High Frequency Capacitors: Designed for high-frequency applications up to 50 kHz, ensuring precision and durability.
Custom Solutions: Tailored kVAr and voltage configurations to match specific furnace and load requirements.
Induction heating systems
Induction melting furnaces
High-frequency welding equipment
Plasma generators
Medical equipment (e.g., MRI systems)
Renewable energy inverters
