A transformer is a static device that transfers alternating current (AC) electricity between circuits at the same frequency, typically varying the voltage level. For economic reasons electrical energy is transmitted at high voltage and used at low voltage for safety. This voltage adjustment is achieved using a step-up transformer, which increases the output voltage.ln contrast, a step-down transformer converts high voltage (H V) and low current from the primary side to low voltage (LV) and high current on the secondary side.

A Power Factor Control Panel (PFC) improves the power factor of an electrical system. Power factor is the ratio of real power used for work to apparent power supplied to the circuit. A low power factor indicates inefficient power use, increasing energy costs and stressing the electrical infrastructure. Power factor panels use capacitors (and sometimes inductors) to offset reactive power from inductive loads like motors and transformers. This enhances power consumption efficiency, reduces energy costs, and extends the lifespan of electrical equipment

Special-purpose transformers are designed to meet the specific needs of industries with complex electrical systems or challenging conditions, such as mining, renewable energy, and marine. Unlike standard transformers, they provide precise voltage, current, and frequency characteristics. Custom-built for harsh environments, these high-efficiency transformers offer flexibility and are tailored to unique customer requirements. Special types, including marine and mining transformers, are ideal for industries dealing with high voltage levels and tough conditions

Achieve precise and reliable voltage control for your coloring applications with our Constant Voltage Transformers. Designed to ensure a stable and regulated voltage supply, our transformers eliminate fluctuations that could impact color quality and accuracy. With advanced technology and robust construction, they provide uninterrupted power, delivering vibrant, consistent coloring results. Trust our transformers for exceptional color accuracy and consistency in your processes

The Induction Furnace features a coil made of heavy copper tubing, designed to work with an inverter circuit that applies medium-frequency voltage (typically 500 Hz or 1000 Hz) to generate heat through induced eddy currents in the charge. The inverter requires DC voltage, obtained by converting three-phase AC voltage using specialized transformers known as Induction Furnace Transformers. These transformers must endure high electrical, thermal, and mechanical stress due to frequent short circuits during the melting process. Unlike conventional transformers, furnace transformers are designed to handle high currents and frequent short circuits, ensuring reliable and efficient operation in demanding environments.

We offer a wide range of Automatic Servo Voltage Stabilizers to our valued clients, designed to enhance plant productivity. These stabilizers are particularly beneficial for industries such as printing, especially for machines like flexographic printers. Known for their