Inverter duty transformers are specifically designed to operate with variable frequency drives (VFDs) and power electronics. Unlike conventional transformers, they can handle:
• High harmonic content
• Rapid voltage rise times (dv/dt)
• Non-sinusoidal waveforms
These transformers provide electrical isolation, voltage matching, and system protection, ensuring smooth and reliable performance of motors and drives in applications such as automation systems, HVAC, pumps, conveyors, and industrial machinery.
Key advantages include:
• Reduced thermal stress from harmonics
• Improved insulation life
• Lower electrical noise and interference
• Higher system efficiency
Built to withstand extremely high current loads and frequent thermal cycling, furnace transformers are designed for the most demanding industrial environments. They are extensively used in metal processing, heat treatment, foundries, and chemical industries, where precise power control and operational reliability are critical.
Their rugged mechanical design, enhanced insulation systems, and robust cooling arrangements ensure:
• Stable performance under severe electrical and thermal stress
• High short-circuit strength
• Long operational life with minimal downtime
• Enhanced safety in extreme operating conditions
Furnace transformers are engineered to deliver consistent output even during rapid load fluctuations, making them essential for continuous and batch furnace operations.
Servo stabilizers are precision voltage control systems designed to maintain a constant output voltage despite wide input fluctuations. They are ideal for protecting sensitive equipment from voltage instability in industrial and commercial environments.
Using a servo motor-driven variable transformer, these stabilizers deliver:
• Fast voltage correction
• High accuracy (typically ±1%)
• Smooth, distortion-free output
Applications include CNC machines, medical equipment, testing laboratories, printing machines, and data centers where voltage consistency directly impacts performance, safety, and equipment lifespan.