The DR159511 driver is a dimmable 1-10V driver with adjustable constant current. It is supplied complete with an IP65 cable for connection to the luminaire. Dimming range from 5 to 100%. No flicker and smooth dimming in all light conditions. Output current adjustment ( 10 levels ) by means of micro-switches. Support CBS , central emergency application. Independent cable clamps ( inlet / outlet ).
The DR159443 driver is a dimmable DALI-2 and PushDIM driver with adjustable constant current. It is supplied complete with a IP65 cable for connection to the luminaire. Dimming range from 1 to 100%. No flicker and smooth dimming in all light conditions. Output current adjustment ( 10 levels ) by means of micro-switches. Support CBS , central emergency application. Independent cable clamps ( inlet / outlet ).
Wattage Switchable In-Track Panel engineered for use with existing 3-circuit track systems, offering ultimate flexibility for retail and commercial environments. Slim-profile in-track adapter with integrated phase -change feature and wattage dip switch. Pull-down mechanism allows flexible rotation of 350°. Innovative optical lens pattern delivers market-leading efficiency of up to 180 lm/W. Standard options include a 90° beam and double -asymmetric lens design with DS25° × 60° × DS25°. Customization options available in black or silver finish, wide range of beam angles, colour temperatures and food-specific CCT rendering.
Wattage Switchable In-Track Panel engineered for use with existing 3-circuit track systems, offering ultimate flexibility for retail and commercial environments. Slim-profile in-track adapter with integrated phase -change feature and wattage dip switch. Pull-down mechanism allows flexible rotation of 350°. Innovative optical lens pattern delivers market-leading efficiency of up to 180 lm/W. Standard options include a 90° beam and double -asymmetric lens design with DS25° × 60° × DS25°. Customization options available in black or silver finish, wide range of beam angles, colour temperatures and food-specific CCT rendering.