? www.magtechind.com ?? tel: ? 702 \ 364 \ 9998 units: in [mm] 1.50 [38.0] 1.09 [27.7] 3.36 [85.3] 3.12 [79.3] 1.26 [32.0] r0.06 [r1.5] M18-U series ac-dimm ? product specifications anz#: z208a, june 1, 2014 high power constant current led driver total power 18 watts max. input voltages 110 ~ 277vac number of outputs one ? special features ? compact size maximizes design flexibility. ? 3.36? (l) x 1.50? (w) x 1.09? (h) ? fully potted, suitable for dry and damp location applications ? dimmable, compatible with electronic low voltage (elv) dimmer ? ul8750 class 2 and ce compliant ? wide selection of pre-adjusted c/c outputs environmental operating temperature: -20 to +50 o c storage temperature: -40 to +85 o c humidity (non-condensing): 5% to 95% cooling: convection vibration frequency: 5 to 50 hz mtbf: >100,000 hours at full load and 25oc ambient conditions ( mil-217f ) ? specifications : input range : 110 ~ 277vac / 0.23~0.1a /47~63hz power factor: > 0.98 at full load, 115vac or 230vac dc output range : refer to model selection table o p eration tem p . : -20 ~ +50 , tc : 80 efficiency : 87% typical stora g e tem p . : -40 ~ +85 output current regulation : 5% mtbf (@ 25 ) : >100 , 000 hours , mil-217f protection : ocp, scp, ovp ? auto recovery regulation compliance: ul8750 or en61347, en55015, en61547 dimming : ac phase ? trailing-edge compatible only dimension: 3.36? (l) x 1.50? (w) x 1.09? (h) ? model model number dc output (vf) max. output model number dc output (vf) max. output M18-U18-0820 10 ~ 18 vdc 830 / 15.0 M18-U36-0500 21 ~ 36 vdc 500 / 18.0 M18-U24-0750 15 ~ 24 vdc 750 / 18.0 M18-U42-0430 26 ~ 42 vdc 430 / 18.0 M18-U30-0600 18 ~ 30 vdc 600 / 18.0 M18-U54-0300 32 ~ 56 vdc 330 / 18.0 ? mechanical specification : M18-Uyy-zzzz-xp ? ? ? ? ? ? note: ? ? \ xp? ? is ? an ? optional ? feature. ? when ? ordered ? with ? ? \ xp?, ? the ? maximum ? height ? is ? 0.98? (25mm) ?
? www.magtechind.com ?? tel: ? 702 \ 364 \ 9998 ? de-rating temp vs. load ? efficiency vs. load ? ? ? ? ? ? ? power factor vs. load ? thd vs. load ? ? ? ? ? ? ? life time vs. ambient temp ? ? ?
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