About Ferroresonant Transformers
Our organization is a well equipped manufacturer, supplier, trader and exporter of Ferro Resonance Transformer. It is manufactured with the help of latest technology and top quality raw components, under the stringent guidance of talented engineers. Our transformer is meticulously tested by experts using advanced procedures at par with international quality norms. This Ferro Resonance Transformer is known for its longer service life, high efficiency, trouble free installation and corrosion resistance. Moreover, it is available in different specifications to fulfill diverse demands of the clients.
Rating Available : 250 VA to 10 KVA
Engineered for Reliable Voltage RegulationFerroresonant transformers deliver stable AC output for critical equipment by maintaining consistent voltage levels, even amid fluctuations. Their saturable iron core and high-quality coils (copper or aluminium) ensure robust voltage regulation and power conditioning suitable for both industrial and commercial settings.
Durable Construction and Long Service LifeConstructed from premium metal materials and designed with high shock resistance, these transformers offer durability and longevity, with an operating life of up to 20 years. Their air-cooled or naturally vented system guarantees reliable operation across temperature ranges from -10C to 50C.
Flexible Design and InstallationAvailable in various capacities from 0.5 kVA to 100 kVA, these transformers can be floor or wall mounted to suit diverse space requirements. The screw or clamp terminal options and adaptable dimensions accommodate a wide range of installations, ensuring ease of integration for distributors, exporters, and end-users alike.
FAQ's of Ferroresonant Transformers:
Q: How do ferroresonant transformers regulate voltage in electrical systems?
A: Ferroresonant transformers use a saturable iron core and specially designed coils to maintain constant output voltage, even when input voltage fluctuates. This ensures stable, reliable AC power for sensitive equipment and critical loads.
Q: What is the service life of these transformers, and what factors contribute to their longevity?
A: The estimated service life can extend up to 20 years, thanks to robust construction, high-quality insulation (Class B/F), advanced cooling, and superior shock resistance. Regular maintenance and installation as per guidelines further enhance lifespan.
Q: Where can these ferroresonant transformers be installed?
A: These transformers are versatile in installation, suitable for both floor and wall mounting. They cater to various industrial, commercial, and electrical infrastructure projects across India, depending on specific voltage and capacity needs.
Q: When is it beneficial to use a ferroresonant transformer over other types?
A: They are particularly useful where stable voltage and low noise are essential, such as power conditioning for sensitive electronics, laboratories, and industrial automation. Their high efficiency and long life provide added advantages for continuous operations.
Q: What process is involved in selecting the correct capacity of transformer?
A: Selection is based on the required output voltage, current, phase (single or three phase), and the total load capacity needed (ranging from 0.5 kVA to 100 kVA). Consulting with the manufacturer, supplier, or distributor ensures the appropriate model for your application.
Q: How is maintenance performed on these transformers?
A: Routine maintenance includes periodic inspection of terminals (screw/clamp), checking dielectric strength, monitoring for unusual noise or temperature, and cleaning airflow paths. Maintenance guidelines are provided as per IS 9815 / IEC 60076 standards.
Q: What are the key benefits of using these transformers for voltage regulation and power conditioning?
A: They offer exceptional voltage stability, high efficiency (up to 97%), low load loss, and minimal noise operation. Their durable build and flexible mounting options support various environments, ensuring reliable and safe power distribution.