Led driver xitanium specifications wiring diagram 95w 01 275a 0 10v dimming with simpleset xh095c275v054bsf1 enclosure. These drivers are designed for hard wired integration into outdoor luminaires for the most rugged applications.
Xi050c140v054dsm5 Philips Xitanium Simpleset 50w Led Driver Side Entry
Philips xitanium led driver wiring diagram. Led solutions in outdoor applications. And 2 wiring 5 100 003 in. Input power w thd at max. The xitanium driver ready for a fully networked control system. Led driver xitanium specifications wiring diagram 150w 347 480v 070a fixed xh150c070v210fnf1 input. Led driver xitanium specifications enclosure wiring diagram 54w 01 15a 54v 0 10v int 1 dim with simpleset xi054c150v054bst1 input voltage vac output.
C input current a max. Mm case length 831 211. Led driver xitanium specifications enclosure wiring diagram 54w 01 15a 54v step dimming int with simpleset xi054c150v054sst1 input voltage vac output power w output voltage v output current a efficiency at 357v and 70c case max. Driver case must be grounded. Simple programming the drivers make it easy for luminaire manufacturers to design luminaires of different sizes and lumen levels for outdoor applications. Xitanium led driver versions the xitanium led drivers described in this guide are available in different versions eg.
Alternatively these dali drivers also are suitable to interface with touch and dim dimming. They operate to specification under wide temperature and electrical ranges to ensure reliability. Philips advance xitanium led drivers are manufactured to engineering standards correlating to a designed and average life expectancy of 50000 hours of. Both isolated and non isolated versions. Operating windows slim profile and simple current adjustability the drivers make it easy for luminaire manufacturers to design linear fixtures with desired lumen levels to suit the application. Led driver xitanium specifications wiring diagram 55w 01 18a 0 10v dimming with simpleset xi055c180v054bsj1 enclosure input voltage vac output power w output voltage v output current.