Laserfiche WebLink
June 19, 2013 SIGN COMPONENTS MANUAL (SAM)126 <br />Class 2 LED Module, Cat. No. 701946-XXYYYYYYZZZ series, where XX, YYYYYY and ZZZ may be replaced with any <br />alphanumeric characters or blank. <br />1. These products are suitable for use in dry, damp and wet locations and supplied only with a Class 2 power source rated 24 Volt <br />DC or less. <br />2. When units are connected to a Class 2 circuit, they are not to draw a total wattage of greater than the secondary or output rating <br />of the Class 2 supply. <br />3. These products are not required to be enclosed or protected from the weather in the end product. <br />4. These products may be secured in place in the end product by any means available. <br />Class 2 power supply, Model 701285. <br />1. Power supply is intended to power LEDs in signs. <br />2. Power supply model is intended for permanent connection only. <br />3. These units are suitable for use in dry location without a need for an additional enclosure and in damp locations when installed <br />inside a sign that complies with the Exclusion of Water Test in UL 48. <br />4. If the power supply output wiring is extended longer than the 5 foot leads provided, the spliced connections shall be made <br />inside a Listed junction box suitable for the application included with proper grounding. <br />Class 2 power supply, Cat. Nos. 701349, 701351. <br />1. Power supply models 701349 and 701351 are intended to power LEDs in signs. <br />2. Power supply model 701349 and 701351 are intended for permanent connection only. <br />3. These units are suitable for use in dry location without a need for an additional enclosure and in damp locations when installed <br />inside a sign that complies with the Exclusion of Water Test in UL 48. <br />5. These power supplies have two outputs. The Class 2 output circuits are not to be conductively connected to each other in the <br />sign by wiring or other type of component. <br />6. The maximum rated output power for Model 701349 is 42 watts at each Class 2 output. The maximum rated output power for <br />Model 701351 is 60 watts at each Class 2 output. <br />Class 2 power supplies, Models 701507-MOD, 701507-MOD277 (AD060S277/347-SLN). All may be followed by alphanumeric <br />suffix. <br />1. These power supplies have a maximum of one Class 2 output. The output of these power supplies has been evaluated to Class <br />2 output requirements for dc circuits. <br />2. These products with Class 2 outputs are suitable for use in dry, damp and wet locations. <br />3. In the end product, power supply spacing to other heat producing components shall be minimum 4 inches spacing to sidewalls, <br />and minimum 2 inches spacing to top of enclosure. <br />4. When used in wet locations, each unit shall be provided with Listed (QCRV) 1/2 inch, liquid tight conduit fittings on primary <br />circuit. <br />5. When used in a cord connected product, the need for conducting a leakage current test shall be considered in the end product. <br />6. When not marked for Dry and Damp Locations Only the power supply primary bracket shall be provided with min. 3.5 threads <br />and maximum 5 threads tapered for connection to liquid tight conduit fitting. If less than 3.5 threads, the liquid tight shall be <br />provided with watertight fitting Listed (QCRV) 1/2 inch, liquid tight conduit fittings. <br />7. The suitability of grounding connection shall be determined in the end-use product. <br />Class 2 power supply, Model 701680. <br />1. The product shall be installed in compliance with the mounting, spacing, casualty, and segregation requirements of the ultimate <br />application. <br />2. These units are provided with a Class 105(A) insulation system. <br />3. The suitability of the input and output connections shall be determined in each end use application. <br />4. These power units are intended for dry or damp location use only. <br />5. Strain Relief on input lead construction and Impact Tests have not been investigated. <br />6. The polymeric enclosure of each unit has not been evaluated as ultimate enclosure. The flame class of polymeric enclosure of <br />each unit is V-2, and the necessity of additional fire barriers shall be determined in end product. <br />7. Multiple power supplies shall be spaced at least 25mm (1 in.) end to end or 102mm (4 in.) in other directions. If lesser spacings <br />are used, then the Temperature Test shall be conducted in the end use product. For reference the maximum enclosure (case) <br />temperature on the power supply was 90°C when tested at 58.4° ambient. <br />Class 2 power supply, Model 701680-MW. <br />1. These power supplies have been evaluated to Class 2 output requirements for dc circuits with a maximum of one Class 2 <br />output. <br />2. The load powered by the Class 2 output of the power supplies rated at max 30 VDC or less are suitable for use in dry, damp and <br />wet locations. <br />3. In the end product, power supply spacing to other heat producing components shall be minimum 2 inches spacing to sidewalls, <br />and minimum 2 inches spacing to top of enclosure. <br />4. These products are provided with the following electrical ratings: <br />1 Input Output <br />Model Vac A Hz Vdc A <br />]701680-MW 100-240 0.55 50/60 12 1.67 <br />5. These products shall be enclosed in the end product. <br />6. These power supplies are suitable for use in dry and damp locations. <br />Class 2 power supply, Model 701681. <br />1. The product shall be installed in compliance with the mounting, spacing, casualty, and segregation requirements of the ultimate <br />application. <br />2. These units are provided with a Class 105(A) insulation system. <br />3. Input leads are Style 1015, No. 18 AWG, rated VW-1,600 V, 105°C. Output leads are Style 1430, No. 18 AWG, rated VW-1, <br />300 V, 105°C. The suitability of the input and output connections shall be determined in each end use application. <br />4. These power units are intended for dry or damp location use only. <br />5. Strain Relief and Impact Tests have not been investigated on input lead construction. The suitability of the enclosure as ultimate <br />enclosure shall be determined in the end-use application. <br />6. The polymeric enclosure of each unit has not been evaluated as ultimate enclosure. The flame class of the polymeric enclosure <br />is V-0 and the necessity of additional fire barriers shall be determined in end product.