“Personal lighting control is important for us, so we need dimming at each workstation through the PC. But our renovation project could eventually extend to other floors, as well.”

 


Solution:
iGEN DALI

• Programmable Ethernet lighting control platform with wide-area network functionality, personal dimming control
• Highly scalable system with energy and maintenance reporting
• Stand-alone luminaire applications and building-wide network lighting applications
• Group and scene control available through wall modules and sensors

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iGEN DALI (Digital Addressable Lighting Interface) is an internationally recognized communication protocol.
It features a modular and scalable platform with an open link to other systems known today as middleware.
Agili-T Network luminaires are fitted with a DALI addressable ballast that features:

• Full dimming range, down to 1%
• Two-way communication (Class1 wiring)
• Intelligence in the ballast to store light levels and process commands
• Unique address enabling precise network control of that luminaire, as required

 

iGEN DALI MultiSenseTM IR

Agili-T Coplanar System shown here with integral MultiSenseTM IR occupancy sensor. The signal is processed in the sensor/ballast module and transmissible through a DALI loop to the Bus controller & power supply when group or network functionality is required.

  • Ensures plug’n’play functionality (factory-preset commissioning)
    for stand-alone applications.
  • Turns luminaire on and off using factory-set 12 minute time delay.
  • Typical lighting energy savings of 30%.

 

iGEN DALI MultiSenseTM

The MultiSenseTM sensor, shown here with Agili-T Coplanar Solo, features exclusive all-in-one detection technology that combines occupancy sensing and daylight harvesting.

  • Ensures plug’n’play functionality (factory-preset commissioning)
    for stand-alone applications.
  • Occupancy sensing: Turns luminaire on and off using preset 12 minute delay.
  • Daylight harvesting: Dims luminaire in response to available daylight
    to maintain a comfortable visual environment.
  • Substantial savings in lighting energy consumption: typically 30% for occupancy sensing and up to 40% for daylight harvesting.
 

 

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UGO Multimedia. Last Updated: April 2007