introduction
Superior Quality
Furnace Duty Transformers
A furnace transformer is designed to increase or decrease AC voltage to suit the heating system's requirements. It transfers electrical energy from the circuit to the induction process, ensuring proper voltage regulation.
Depending on the furnace's needs, the transformer can either amplify or reduce the electricity within the system. These transformers were originally manufactured in Vadodara, Gujarat, and have become popular over time. To date, their performance remains unmatched.
Technical Specifications
| Range | 5 MVA to 15 MVA |
| Voltage Class | Up to 33 KV on LV side 80V to 240V |
| Cooling | AN / AF |
| Protection | Up to: 15000Amps |
| Winding Material | Copper, F Class |
How It Works
Size & Capacity
Ranges from a few MVA to 150 MVA.
High Currents
Secondary currents can exceed 100,000 A.
Current Distribution
Achieved by parallel winding sections and internal bus bars.
Voltage Control
Output voltage adjusts to control power input.
Voltage Regulation
Regulated over a 3:1 ratio for performance.
Time & Maintenance
Managed via winding taps and switching.
Load-Tap Changing
Enables large kVA increments.
Reactance Stabilization
Ensures stable current for arc furnaces.
Reactor Addition
Enhances performance below 7,500 kVA.
Witness Engineering
Excellence In Motion
Visual Indicators
Burn marks or bulges may signal the need for a replacement. Some cases require only repairs, which professionals can handle.
Humming and Vibrations
While some noise is normal, excessive humming may result from the iron core and laminations contracting or expanding.
Circuit Breaker Trips
If the furnace transformer is faulty, the circuit breaker may trip to prevent a voltage surge that could damage furnace components.
Power Supply Issues
The system may shut down to protect itself from power supply damage. Verify if this is a normal occurrence or if the power supply requires repair.
Features
Delivering dependable power with precision engineering, our transformers are built for maximum efficiency and long-term reliability.
Withstands high mechanical and thermal stresses
Easily manages high currents
High low-voltage variation, ideal for furnace applications
100% standby capacity
OFWF cooling system
Resilient against stress from electric arcs
FAQs
How can industrial operations be made more efficient with power transformers?
Power transformers increase the efficiency of large-scale processes like manufacturing, chemical production, and power plants by ensuring steady voltage levels and lowering energy losses.
Lorem Ipsum passages, and more recently with desktop
Power transformers increase the efficiency of large-scale processes like manufacturing, chemical production, and power plants by ensuring steady voltage levels and lowering energy losses.
Lorem Ipsum passages, and more recently with desktop
Power transformers increase the efficiency of large-scale processes like manufacturing, chemical production, and power plants by ensuring steady voltage levels and lowering energy losses.
Lorem Ipsum passages, and more recently with desktop
Power transformers increase the efficiency of large-scale processes like manufacturing, chemical production, and power plants by ensuring steady voltage levels and lowering energy losses.
Lorem Ipsum passages, and more recently with desktop
Power transformers increase the efficiency of large-scale processes like manufacturing, chemical production, and power plants by ensuring steady voltage levels and lowering energy losses.
insights
Latest From Our Blogs
Expanding Our Footprint in 2026
Read More
Expanding Our Footprint in 2026
Read More
The Future of Eco-Friendly Transformers
Read More
Maintenance Tips for High-Voltage Units
Read More
