Laserfiche WebLink
55 SIGN COMPONENTS MANUAL (SAM)October 1, 2013 <br />6. These LED drivers are intended to be operated on a maximum 20 A branch circuit. <br />7. The need of the grounding means shall be determined in the end product. <br />8. These LED drivers shall be enclosed within a suitable end product enclosure. <br />9. For model LD-60-UV-24V-DIW, the conduit knockout test was not conducted. The suitability is to be determined in end product. <br />10. In; the end product, LED driver spacing lo other heat producing components shall be minimum 2 inches spacing to sidewalls, <br />and minimum 2 inches spacing to top of enclosure. <br />11. In the end product, LED Drivers shall be located not less than 1 inch (25.4mm) apart when arranged end-to-end. and net less <br />than 4 inches (102mm) apart when arranged otherwise. <br />LED Driver with Class 2 Output, Model GEPS 12-180U. <br />1. The output (Red/Black) of each unit complies with Class 2 criteria of UL 1310. <br />2. The device is provided with 18 AWG input and output leads. Tbe suitability of input and output connections shall be determined <br />in end-use application. <br />3; The suitability of grounding means sh'all be determined by end product. <br />4. The device is not intended for field wiring used. <br />5. The device is intended to be connected to a maximum 20 A branch circuit. <br />6. The devices are of the constant current type that requires the proper number of LED modules and controllers that does not <br />exceed the maximum output voltage/current. <br />7. The measured maximum external enclosure temperature (Tc) is 77.2 degree C when the room ambient temperature are 60 <br />degree C. The suitability shall be determined in end application. <br />8. The devices employ input surge suppression protection, Cat. No. S14K385E2K1 under UL File E321126, which is intended end- <br />use SPD type 2. The suppressed voltage rating is 385 Vac. The suitability ofuse of this, component shall be determined ih the <br />end-product application. <br />9. No mechanical test has been conducted for the models and the metal chassis is considered as dead metal. The devices shall <br />be mounted in the intended manner in an enclosure, having adequate strength and thickness with acceptable. spacing being <br />pmvided. <br />10. The device has been evaluated for dry and damp locations use only. <br />11. In the end product. LED driver spacing to other heat producing Lcomponents shall be minimum 2 inches spacing to sidewalls, <br />and minimum 2 inches spacing to top of enclosure <br />12. In the end product, LED Drivers shall be located not less than 1 inch (25.4mrn) apart when arranged end-to-end, and not less <br />than 4 inches (102mm) apart when arranged otherwise. <br />LED Driver Extended Enclosure, Model No. GEPSJ[360. <br />1. The J-Box extended enclosure has been evaluated only for use and connection to LED Class 2 Drivers Models GEPS12-60, <br />GEPS 120-60U. GEPS24-80, GEPS240-80U, GEPS12-60U-NA, GEPS12-60U-GL, GEPS24-100U-NA, and GEPS24-1004- <br />GL.2. These products complete the electrical enclosure when installed over the primary wiring of the LED driver. <br />3. The suitability of the mounting shall be determined in end use application. <br />4. The enclosure has been evaluated only for use in Dry and damp locations only <br />5. Supply connection shall be determined in the end used application. <br />6. Ground Screw size is No. 6 thread forming screw with cupped washer is provided for grounding. The maximum size ground <br />wire that can be used is 14AWG. The maximum size branch circuit that the units can be connected to is 15A unless a 16- <br />14AWG six inch pigtail lead supplied by sign company is connected to ground terminal and then spliced to 12AWG ground wire <br />of a 20 A branch circuit. <br />7. Cover Screw shall not be'of a thread forming or self-tapping type. <br />8. To keep the enclosure from rotating, the Enclosure shall be secured by at least one mechanical fastener. <br />9. The J-box has been evaluated ifor an ambient of 40°C. <br />10. The J-box label shall be marked for a 75°C supply wire connection. <br />LED Driver with Class 2 Output, Cat. Nos. GEPS12-BOU-NA: GEPS12-60U-GIL GEPS24-100U-NA and GEPS24-100U-GL. <br />1. These power supplies are p-rovided with Class 2 outputs <br />2. These products with Class 2 outputs are suitable for use in dry and damp locations. <br />3. Model Nos. GEPS12-BOU-NA, GEPS12-60U-GL have been tested in an oven at max. 40°C ambient and Model Nos. GEPS24- <br />100U-NA, GEPS24-100U-GL in an over at max. 55 °C. Maximum case temperature at (Tc) for all models should not exceed <br />85°C. <br />4. The suitability of grounding connection shall be determined in the end-use product. <br />5. These products shall be enclosed in the end product. <br />6. These products are provided with the following electrical ratings: <br />Model Input, 50/60 Hz Rated Output <br />V A V DC A DC W <br />GEPS12=60U-NA,120-277 Max. 0.65 12 5.0 60GEPS12-60U-GL, <br />GEPS 12-60U-NA,120-277 Max. 1.10 24 4.0 96GEPS12-60U-GL <br />7. These products are suitable for factory wiring only. <br />8. In the end product. power supply spacing to other heat producing components shall be at least 25.4 mm (1 in.) from end to iend, <br />and 101.6 mm (4 in.) from side to side. <br />9. The suitability of inpuUoutput leads and the wring shall be determined in end product use. <br />10. These LED drivers are intended to be operated on ai maximum 20 A branch circuit. <br />11. These products shall be enclosed in the end product. <br />LED Driver with Class 2 Output, Model GEPS24-180U-GL. <br />1. The device shall be used within Recognized ratings as specified above. <br />2. Each output of the unit complies with Class 2 criteria of UL 1310. Multiple output units may exceed Class 2 when the output <br />terminations are interconnected. Do not interconnect output terminations. <br />3. The device is provided with 18 AWG inpot and output leads. The strain relief test was not conducted on this device. The <br />suitability of input and output connections shall be determined in end-use application.