Approved Driver List for GE Infusion LED Modules ... - GE Lighting

Approved Driver List for GE Infusion LED Modules (European Voltage Input 220‐240V)
Drivers have been tested and approved to GE GE2018‐4387 test protocol (GE internal ref GE2018‐4387) for use with Infusion LED Modules
All drivers measured at 700mA (M1000/M1500 series) and 1400mA (M2000/M3000 series)
Driver brand Driver model Safety
Compatible
module series Dimming
Auxillary
output Certification Status Comment
New
Addition
Excelsys LXD25‐0700SW‐00G SELV M1000 1‐10V ‐ OK
Excelsys LXD35‐0700SW‐00G SELV M1000 1‐10V ‐ OK
Excelsys LXD35‐0700SW‐00G SELV M1500 1‐10V ‐ OK Output current overshoot at startup
Excelsys LXD35‐0700SW‐00G SELV NPM 1‐10V ‐ OK Output current overshoot at startup
Excelsys LXD40‐0700SW‐00G SELV M1500 1‐10V ‐ OK Output current overshoot at startup
Excelsys LXD40‐0700SW‐00G SELV NPM 1‐10V ‐ OK Output current overshoot at startup
Excelsys LXD40‐1400SW‐00G SELV M2000 1‐10V ‐ OK Output current overshoot at startup
Excelsys LXD50‐1400SW‐00G SELV M2000 1‐10V ‐ OK
Excelsys LXD75‐1400SW‐00G SELV M3000 1‐10V ‐ OK
Excelsys LXD75‐1400SW‐00G SELV M4500 1‐10V ‐ OK x
Harvard CL700 ‐ 240 SELV M1000 NO ‐ OK No repetitive short circuit protection
Harvard CL700 ‐ 240 SELV M1500 NO ‐ OK No repetitive short circuit protection
Harvard CL700 ‐ 240 SELV NPM NO ‐ OK No repetitive short circuit protection
Harvard CL700A ‐ 240 ‐ C Rev6 SELV M1000 1‐10V ‐ OK
Harvard CL700A ‐ 240 ‐ C Rev6 SELV M1500 1‐10V ‐ OK
Harvard CL700A ‐ 240 ‐ C Rev6 SELV NPM 1‐10V ‐ OK
Harvard CL700D ‐ 240 ‐ C SELV M1000 Dali ‐ OK
Harvard CL700D ‐ 240 ‐ C SELV M1500 Dali ‐ OK
Harvard CL700D ‐ 240 ‐ C SELV NPM Dali ‐ OK
Harvard CL700S ‐ 240 SELV M1000 NO ‐ OK No repetitive short circuit protection
Harvard CL700S ‐ 240 SELV M1500 NO ‐ OK No repetitive short circuit protection
Harvard CL700S ‐ 240 SELV NPM NO ‐ OK No repetitive short circuit protection
Harvard CL700S ‐ UNI SELV M1000 NO ‐ OK
Harvard CL700S ‐ UNI SELV M1500 NO ‐ OK
Harvard CL700S ‐ UNI SELV NPM NO ‐ OK
Harvard CLK700S ‐ 240‐C SELV M1000 NO ‐ OK
Harvard CLK700S ‐ 240‐C SELV M1500 NO ‐ OK
Harvard CLK700S ‐ 240‐C SELV NPM NO ‐ OK
Harvard CLQ2700S‐240 SELV M2000 NO ‐ OK
Harvard CLQ2700S‐240 SELV M3000 NO ‐ OK
Harvard CLQ2700S‐240 SELV M4500 NO ‐ OK x
Harvard CL40‐1400F12‐240‐C SELV M2000 NO 12V OK
Harvard CL40‐1400F5‐240‐C SELV M2000 NO 5V OK
Harvard CL50‐1400ADF12‐240‐C SELV M3000 NO 12V OK
Harvard CL50‐1400ADF5‐240‐C SELV M3000 NO 5V OK
Helvar LL120‐U‐CC SELV M1000 NO ‐ OK
Inventronics EUC‐026S070DS SELV M1000 1‐10V ‐ OK
Inventronics EUC‐026S070DS SELV M1500 1‐10V ‐ OK
Inventronics EUC‐026S070PS SELV M1000 NO ‐ OK
Inventronics EUC‐026S070PS SELV M1500 NO ‐ OK
Inventronics EUC‐040S140DS SELV M2000 1‐10V ‐ OK
Inventronics EUC‐040S140PS SELV M2000 NO ‐ OK

Inventronics EUC‐060S140ST SELV M2000 NO ‐ OK
Inventronics EUC‐060S140ST SELV M3000 NO ‐ OK
Inventronics EUC‐060S140ST SELV M4500 NO ‐ OK x
Inventronics EUC‐075S140DT SELV M3000 1‐10V ‐ OK
Inventronics EUC‐075S140DT SELV M4500 1‐10V ‐ OK x
IST iDrive® Quad SELV M1500 DMX‐512A ‐ OK
Lightech LED 15 CC 700mA ELBD SELV M1000 NO ‐ OK
Lightech LED‐36‐CC‐700‐P240DL SELV M1000 1‐10V ‐ OK
Lightech LED‐36‐CC‐700‐P240DL SELV M1500 1‐10V ‐ OK
Lightech LED‐36‐CC‐700‐P240DL SELV NPM 1‐10V ‐ OK
Lightronic LD270 SELV M2000 NO ‐ OK
Phihong PDA030A‐700C SELV M1000 NO ‐ OK
Phihong PDA030A‐700C SELV M1500 NO ‐ OK
Phihong PDA030A‐700C SELV NPM NO ‐ OK
Roal Ozone RSOZ070‐60‐Full SELV M3000 1‐10V, Dali 5V OK
Need to program the correct output current with Ozone
Programming Tool RSOZ070‐PTOOL
Roal Ozone RSOZ070‐60‐Full SELV M4500 1‐10V, Dali 5V OK
Need to program the correct output current with Ozone
Programming Tool RSOZ070‐PTOOL
x
Roal Strato RSLD035‐07 SELV M2000 1‐10V ‐ OK
Roal Strato RSLD035‐11 SELV M1500 1‐10V ‐ OK
Roal Strato RSLD035‐12 SELV NPM 1‐10V ‐ OK
Roal Strato RSLD035‐7A SELV M1000 1‐10V ‐ OK
Roal Strato RSLD070‐14 SELV M3000 1‐10V ‐ OK
Roal Strato RSLD070‐14 SELV M4500 1‐10V ‐ OK x
Roal Tropo RLDD015H‐700 SELV M1000 Trailing and leading edge ‐ OK
Roal Vento RCLV035‐07 SELV M2000 1‐10V 5V Pending CE approval to be confirmed
TCI DC Jolly SELV M1000 1‐10V ‐ OK
TCI DC Jolly SELV M1500 1‐10V ‐ OK
TCI DC Jolly Slim SELV M1000 1‐10V ‐ OK
TCI DC Jolly Slim SELV M1500 1‐10V ‐ OK
TCI DC Jolly Slim SELV NPM 1‐10V ‐ OK
TCI Maxi Jolly HC BI SELV M2000 1‐10V 12V OK
TCI Maxi Jolly HC BI SELV M3000 1‐10V 12V OK
TCI Maxi Jolly HC BI SELV M4500 1‐10V 12V OK x
TCI Maxi Jolly HC DALI BI SELV M2000 1‐10V,Dali 12V OK
TCI Maxi Jolly HC DALI BI SELV M3000 1‐10V,Dali 12V OK
TCI Maxi Jolly HC DALI BI SELV M4500 1‐10V,Dali 12V OK x
Tridonic LCI 30 W 700 mA IP20 SELV M1500 NO ‐ OK
Tridonic LCI 30 W 700 mA IP20 SELV NPM NO ‐ OK
Tridonic LCCI 016‐0700 SELV M1000 NO ‐ OK
IMPORTANT NOTICE. This statement of compatibility is based upon a small test sample size and, because applications and conditions of use are many and
varied and beyond GE’s control, it is not intended and should not be taken as a representation or warranty as to the suitability of the module for any particular
application or use in any particular equipment. GE obviously cannot possibly have the same degree of knowledge that the purchaser or designer has with
respect to the design of its equipment and the conditions of use. Therefore, it is up to the purchaser and designer to make its own determination as to the
suitability of the module for its intended application or use and to assume the responsibility for that determination. Each user bears full responsibility for
making its own determination as to the suitability of GE's materials, products, recommendations, analyses, or advice for its own particular use. Each user
must identify and perform all tests and analyses necessary to assure that its finished parts incorporating GE products will be safe and suitable for use under
end-use conditions. Luminaire incorporating the module must be demonstrated to comply with all relevant EMI/EMC regulations. GE desires to supply the
best possible products at all times. For this reason, GE reserves the right to make changes in its products, and to introduce new products or discontinue
existing ones without notice.