Navaid Lighting Constant Current Regulator Solution

Sine Wave Regulator

     

IPCCR30 series is a new generation of sine wave regulator , with high efficiency and high reliability, suitable for airport navigation lighting system, compatible with 2.8A~6.6A mode and 2A frequency adjustable mode. The regulator outputs high-quality standard sine wave constant current, its current RMS value can be set in the range of 2A ~ 6.6A, the output frequency can be set in the range of 45Hz ~ 60Hz. Excellent protection design, can effectively avoid input under voltage, over voltage, surge and electromagnetic interference.

  

 

■ Application

IPCCR30 series is a new generation of sine wave regulator , with high efficiency and high reliability, suitable for airport navigation lighting system, compatible with 2.8A~6.6A mode and 2A frequency adjustable mode. The regulator outputs high-quality standard sine wave constant current, its current RMS value can be set in the range of 2A ~ 6.6A, the output frequency can be set in the range of 45Hz ~ 60Hz. Excellent protection design, can effectively avoid input under voltage, over voltage, surge and electromagnetic interference.


■ Working Principle

 


The AC input is EMC filtered and then PFC rectified, then inverted to obtain the required frequency and level of constant current, and finally output filtered to the load circuit.

 

  ■ Reference Standard

  MH/T6010 “Constant Current Regulator”


  ■ Reference Standard

  • IGBT/PWM high frequency technology, high output    accuracy

  • Full-digital DSP control and regulation technology, fast response.

  • APFC + SPWM two-stage conversion structure.

  • Compatible with halogen lamps and LED lamps.

  • Power module plug-in design, easy to install and maintain.

  • Support U disk setting backup and software upgrade.

  • 19-inch standard cabinet design.

  • Simple and intuitive Human-machine interface.

  • Full touchable LCD panel, easy to operate.

  • Real-time display of operating parameters.

  • Large capacity fault log record.


   Technical Parameters