SMARTlamp SL-250

One-piece electronic control gear for high-pressure lamp with a microprocessor controller, control power consumption by source, autonomic and behavioral calendar interface that allows you to create intelligent lighting control systems installations with two-way communication (using the existing infrastructure).

Technical description:

  • Integrated Processor-controlled ignition system stabilizer parameters of the source
  • Energy consumption to 50% less compared to conventional electromagnetic ballasts
  • High frequency operation for maximum efficiency
  • Stable gear to 5 kV, allowing the hot ignition sources
  • Full (processor) control of the arc discharge allows for increased brightness and longer working time source
  • No stroboscopic effect (flickering)
  • Stable operation with the elimination of sources of acoustic resonance
  • Greatly extended running time sources with microprocessor control of arc discharge, working with sources up ones found in traditional systems already "Blink" or not lit at all
  • Limitation of the damaged power source in order to maintain the continuous operation
  • Active power factor correction circuit PFC (cosф> 0.95), reduces the reactive power loss to almost zero, allows the use of power lines with a smaller diameter
  • A wide voltage range 190-270VAC power supply is stable under all conditions the power, extending the life of the source
  • Autonomous Calendar lamp power control (reduction of a specific time), or others on request
  • Possibility of remote control of both time and brightness sources, working with light sensor
  • Open control interface


  • lighting of roads and parking
  • pedestrian lighting, parks, squares
  • lighting of sports facilities
  • lighting of halls and industrial buildings
  • lighting shops, malls
  • illumination of public buildings
Voltage 230 V
Input voltage frequency 50 / 60Hz
Power in standard mode 250W
Power in reduction mode (by class) 150W
Power in the maximum reduction mode 125W
Power factor correction (100% load) 0.98
Power factor correction (50% load) 0.95


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