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October 1, 2013 SIGN COMPONENTS MANUAL (SAM) 54
<br />GEPS24-20, a temperature test is required when installed in an enclosure smaller than 13.5 by 6 by 4 inches, but the maximum
<br />temperature on the output transformer by thermocouple is 90°C.
<br />4. The output of these LED power supplies with Class 2 are acceptable for use in a damp and wet locations.
<br />Power supplies with Class 2 outputs, Model GEXNPS30.
<br />1. This component has outputs that qualify as being Class 2.
<br />2, These components are intended for use in dry location only.
<br />3. The transformer employs a Class B (130) Insulation System.
<br />4. These components shall be installed in compliance with the enclosure and mounting requirements of the ultimate application.
<br />5. The maximum room ambient temperature permitted by the manufacture is 50(C.
<br />6. A Temperature Test is required of the power supply installed in an enclosure that measures less than 13.5 by 6 by 4 inches. The
<br />maximum temperature on the output transformer by thermocouple is 110( C.
<br />Power supplies with Class 2 outputs, Models GEPS24-180U, GE180/MVA/24T1-C
<br />1. The maximum measured output voltage, current and power at the output of these models was found in compliance with the
<br />limits for LPS output requirements and additionally evaluated to comply with Class 2 output criteria.
<br />2. The transformer employ Class B insulation system.
<br />3. Power Supply is intended for use in indoor Dry and Damp location only.
<br />4. 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. Adjacent power supplies shall be spaced at least 1 in. end to end and 4 in. in
<br />any other direction.
<br />5. Input and Output leads are style 1316, rated 600 V, 105°C, VW-1. Minimum No. 18 AWG. The suitability of input and output
<br />connections shall be determined in each end use application.
<br />6. The power supply was submitted and tested for a maximum manufacturer's recommended Tc point described in the table below.
<br />If adjacent LED power supplies are spaced closer than 1 in. end to end or 4 in. side to side a temperature test shall be
<br />conducted in the end use product.
<br />Model Input Voltage, HZ Max. Case Temp @ Tc, °C Ambient, °C
<br />GE180/MV/V24T1 -C, GEPS24-100-277, 60 80 60
<br />180U
<br />LED Light Engine, Cat. Nos. 1110-WH-ZZ-TTK, 1110-RD-ZZ-TTK, catalog numbers where: "ZZ" representing assembly version:
<br />followed by: "TT" - Optional - represents the color temperature of the LEDs in degree "K" Kelvin. Cat. Nos. 1111-XX-ZZ-Y-TTK,
<br />catalog numbers may vary per nomenclature.: DOC representing color: RE), RC, YG, GL, SB, BL, WH, YA, WW, GR, PO, "ZZ"
<br />representing assembly version; "Y" representing number of LEDs; followed by: "TT" - Optional - represents the color temperature of
<br />the LEDs in degree "K" Kelvin.
<br />1. These products are only suitable for connection to a Class 2 power source.
<br />2. When units are connected to a Class 2/"LPS" circuit, they are not to draw a total wattage of greater than the secondary or output
<br />rating of the Class 2f'LPS supply.
<br />3. These products are suitable for use in dry, damp and wet locations.
<br />4. The suitability of the LED Light Engine mounting means shall be determined in the end-use application.
<br />5. The suitability of the LED Light Engine to be used without an additional electrical enclosure shall be determined in the end-use
<br />application.
<br />6. These products described in this section may be cut into segments per manufacture insulation instructions.
<br />7. Units may be provided with UYMR2,3M type VHB double-sided adhesive tape. Tape must be utilized per UYMR2 "Conditions of
<br />Use" as defined in the Sign Components Manual.
<br />LED Driver with Class 2 Output, Models GEPS12D-60U, GEPS24D-80U.
<br />1. These LED Drivers have been evaluated to Class 2 output requirements for dc circuits with a maximum of one Class 2 output.
<br />2. These products are provided with the following electrical ratings:
<br />Model No.Input Voltage (V Input Freq Input Current Output Voltage Output Current Output
<br />ac) (HZ) (A) 0/ dc) (A) Power (W)
<br />GEPS24D-80U 100-277 50/60 1.1 24 3.3 80
<br />GEPS12D-60U 100-277 50/60 0.85 12 5.0 60
<br />3. The load powered by the Class 2 output of the LED drivers are suitable for use in dry, damp and wet locations.
<br />4. In the end product, LED driver spacing to other heat producing components shall be minimum 2 inches spacing to sidewalls, and
<br />minimum 2 inches spacing to top of enclosure.
<br />5. In the end product, LED Drivers shall be located not less than 1 inch (25.4mm) apart when arranged end-to-end, and not less
<br />than 4 inches (102mm) apart when arranged otherwise.
<br />6. These products shall be enclosed in the end product.
<br />7. The unit is intended for being used in permanently wired signs.
<br />8. The suitability of output leads, rated No. 24 AWG minimum, rated 80°C minimum, 600 V, shall be determined in end product
<br />use.
<br />9. These units may provided with Dimming Input (Purple and Gray wires) to control output current range, the suitability shall be
<br />determined in each end-use application.
<br />10. These products are intended for use in dry and damp locations
<br />LED Driver with Class 2 Output, Model 1 110PS-60S.
<br />1. These LED drivers have been evaluated using resistive load resulting in the electrical input and output noted on page 1.
<br />2. These LED drivers are provided with Class 2 output.
<br />3. These LED drivers are intended to be operated in a maximum ambient (Ta) noted as below:
<br />Model Ta (°C)
<br />LD-60-UV-1214V 40
<br />4. These LED drivers are intended for use in dry and damp locations except that models LD-60-UV-1214V and LD-60-UV-1214V-
<br />SC are suitable for dry location only.
<br />5. These LED drivers are provided with 18 AWG AWM input and output leads. The suitability of the wiring and the need for a
<br />suitable enclosure shall be considered in the end product.
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