Rectifier

This equipment is a state-of-the-art IGBT (Insulated Gate Bipolar Transistor) based high-frequency rectifier system, designed for reliable, efficient, and continuous DC power supply in demanding industrial environments. Being dry type and air cooled (ANAF – Air Natural, Air Forced), it eliminates the need for liquid cooling, ensuring low maintenance and high operational safety.

Key Technical Features:

  • Type: IGBT based high-frequency rectifier
    → Offers superior efficiency, fast switching, and reduced harmonics compared to conventional thyristor-based rectifiers.

  • Input Frequency: 50 – 60 Hz
    → Compatible with standard industrial and utility power supplies worldwide.

  • Duty Cycle: 100% Continuous
    → Built for uninterrupted operation under full load conditions, ensuring reliability in 24×7 industrial processes.

  • Cooling Method: ANAF (Air Natural, Air Forced)
    → Advanced air-cooling system ensures consistent thermal management, eliminates water cooling complexities, and reduces overall maintenance.

  • Ambient Temperature: Up to 45°C
    → Designed to operate efficiently in hot and harsh environments without derating, ensuring consistent performance.

  • Digital display for DC Volts and Dc Amps
  • Constant Current/Constant Voltage Setting
  • Not Affected by Input power fluctuations (works on wide input voltage range 380-440V keeping in view the Indian power supply conditions)
  • Easy Operation & maintenance
  • High Accuracy & high reliability
  • Timer Function
  • Output Regulation Range 0 to 100%
  • MCB/MCCB on input Side
  • Remote Control Box with 8 meter wire (Additional wire at an extra cost)
  • Power Coated Enclosure
  • Designed for 100% Continuous Duty Cycle
  • Best suited to Indian Atmospheric conditions
  • Compact Design
  • Light in Weight
  • High Efficiency (more than 90%)
  • Almost negligible power consumption at No Load condition
  • In case of power failure, automatic switching on of rectifier and start rising up to preset voltage and current on resumption of power.
  • Protection against high/low input voltage
  • Protection against phase failure
  • Protection against Overload/Short Circuit
  • Protection against Over temperature