Installation Instructions: ACCENT SYSTEM

Installation Instructions: ACCENT SYSTEM READ THIS MANUAL BEFORE PROCEEDING WITH THE INSTALLATION. FAILURE TO FOLLOW THE INSTALLATION INSTRUCTIONS WILL VOID YOUR WARRANTY! INSTALLATION TIPS Read this entire installation manual. Runs that are 13-ft to 25-ft long the power connector must be connected in the middle of the strip. If the power connection cannot be made in the middle of the strip than the LED runs cannot exceed 12-ft Power supplies must be within 25-ft of the LED run. Do not exceed the maximum lengths for what the different power supplies are capable of driving. For secondary low voltage wiring use 10AWG or 12AWG Class 2 rated wire only. Using higher than 12AWG wire will result in increased voltage drop. Do not use wire nut connectors for connecting power connectors to secondary low voltage wiring. Use wire nuts to insulate only the ends of the low voltage wires. Lumificient provides product warranty only and is not responsible for installation errors. Conforms to UL STD 2108 Certified to CAN/CSA STD C22.2 NO.12 NOTE: AC and DC components are not interchangeable. RETROFITTING OF UL LISTED SIGNS E230263 / 7BA6 E230262 4000678 Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 1 of 14

The main power to any existing system must be disconnected prior to the installation. The Accent system is intended to be used for new lighting systems or as a retrofit for existing neon, fluorescent or any combination thereof. When installing retrofit systems please refer to the existing products manufacturer for proper removal guidelines. All existing system components must be removed before installation of the Accent system. All removed material must be properly disposed of to meet your federal, state and local regulations. Install in accordance with the NEC and Local Electrical Codes. Hardware Screws IDC connectors Wire nuts Class 2 low voltage wire Tools Scissors Drill Screwdriver Pliers Optional Support Clamps Silicone New Install 1. Surface must be free of dust, dirt and grease. Use non-oil based solvent (409, alcohol) to clean the surface. Area must be dry before application. The Accent strip bonds to all non-porous surfaces. Note: For porous surfaces use Accent support clamps which can be purchased from Lumificient. Note: Application temperature range: 32 F to 100 F (0 C to 38 C). Note: It is recommended to test one or more areas before installation for acceptable color and illumination. 2. Determine the linear footage required for each area to be illuminated. Do not precut LED strips. Group runs into equal load groups not to exceed the maximum footage allowed for the power supply you are using. The power supply should be located within 25-ft of the LED strip. Please contact Lumificient if the power supplies need to be located more than 25-ft away from the runs. Note: Accent comes in 12.5-ft and 25-ft sections, so before beginning your application it is recommended that you review your plans and layout longer runs first. Please follow layout diagrams and if needed consult with a Lumificient representative. By doing this you will maximize the strip and limit the need for added components. 3. Expose approximately 6 inches of the adhesive backing. Note: Do not touch adhesive tape with greasy or wet hands! Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 2 of 14

4. Adhere the Accent strip inch by inch to surface. Note: It may take some time for the adhesive to bond to the surface (24-48 hours). In case of poor adhesion of the strip you may use the plastic support clamps or silicone to secure strip to surface. ( Attachment 2) 5. To make a curve, bend the Accent flexible conductor strip between the sockets pinching excess strip between thumb and forefinger together. After pinching adhere corner of the turn by firmly pushing down with your forefinger. Note: Do not put support clamps over any bends in the strip ( Attachment 2). 6. To trim Accent strip to desired length, cut strip with scissors directly between sockets. Note: Do not make cuts near any socket. Do not use wire cutters or utility knives to trim the strip. Doing so may cause permanent damage to the strip! Installing Power Connector (Dry or Damp Locations Only) For LED runs that are 13-ft to 25-ft long the power connector must be connected in the middle of the strip. If the power connection cannot be made in the middle of the strip than the LED runs cannot exceed 12-ft Note: Do not exceed the maximum loads for what the different power supplies are capable of driving. See power supply tables for minimum and maximum loads. For better power distribution, group runs into equal load groups. 1. Unplug the LED module from the socket. To remove the LED module, place thumb and forefinger on side edges of LED module and pull directly upwards until LED module is released from the socket. 2. With thumb and forefinger at base of the connector and aligned parallel with the strip, place connector pins into socket and lightly push down on top of connector with forefinger until the connection is secure. 3. Plug in previously unplugged LED module to the top of the power connector. Note: Do not tug on connector leads. 4. Secure the connector with the connector holder and secure the connector cable with a 1/4 wire clamp ( Attachment 1). Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 3 of 14

Installation of Jumper Connector Some applications require multiple strips of Accent. In cases like this use the jumper connector to connect two separate runs as shown in picture below. Connect the jumper in the best possible area trying to avoid tight areas or severe bending or stretching of jumper. Please plan ahead when using multiple jumper connectors during installation. Note: The runs must be within 6 inches of each other as the jumper connectors are only 8 inches in length. Note: Each jumper counts as 1-ft of LED strip and must be factored into the total footage of the power supply. 1. Attach one end of the jumper anywhere on the LED strip and secure with connector holder. 2. Attach the other end of the jumper to separate LED strip and secure with connector holder. Secure all wires with a 1/4 selfadhesive clamp. ( Attachment 1) Note: The joined LED runs MUST NOT exceed a combined total of 11 feet. Note: Only one jumper connector can be used per power connector. Using more than one jumper connector per power connector will result in voltage drop Attachment 1 Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 4 of 14

HRLA-24 Power Supply Installation All secondary wiring must comply with Article 725 of the 2002 National Electrical Code (NEC). Class 3 or PLTC wire can be used as a substitution of Class 2 wire. Please refer to NEC 725.61 Cable Substitution Hierarchy. HRLA-24 1. Group runs into equal load groups not to exceed the maximum load as listed in the Power Supply Loading Guidelines ( Table 1). The power supply should be placed within 25-ft of the LED strip. Should you be required to locate the power supply further away please consult with your Lumificient representative. 2. Place the power unit in the middle of the selected load group as shown in the schematic drawing in attachment 3. Run a pair of Class 2 rated wires the length of the selected load group ( Attachment 3). Note: Longer runs of 12AWG secondary wiring will decrease maximum allowable linear footage. Note: Using higher than 12AWG wire will result in increased voltage drop. 3. Connect power connector leads to Class 2 rated wires (parallel electrical connection) by using tap and run IDC connectors. Note: Do not use wire nuts for connecting power connectors to Class 2 rated wires! 4. Use wire nuts to insulate ONLY the ENDS of the Class 2 wires. Secure Class 2 rated wires on the wall with wire clamps. Note: All free hanging wire must closely follow the building structure and must be supported by wire clamps every 4.5-ft and at least 1-ft from the power unit. 5. Connect secondary/output wires from the HRLA-24 power unit to Class 2 rated wires by using tap and run IDC connectors ( Attachment 3). Important: Maximum load is 15 linear feet per power unit. Note: Do not connect power supply outputs in series or parallel! 6. Secure power unit inside of electrical enclosure. Note: For wet locations, HRLA-24 power unit must be installed in NEMA 3R enclosure. Exit point of low voltage wiring must be secured against water entry into the box (rain tight bushing, cord grip etc.). Note: For dry or damp locations, HRLA-24 power unit must be installed in NEMA 1 rated enclosure OR inside of all metallic enclosure. Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 6 of 14

7. Connect the power unit to 120VAC junction box. Note: It is required to use UL rated metallic or nonmetallic conduit between the junction box and the power supply enclosure. Caution: Have a licensed electrician connect primary. Note: High voltage primary wiring, including wiring within 120VAC junction box, should comply with any applicable grounding and bonding requirements in Article 600 of the 2005 National Electrical Code (NEC). Verify if disconnect switch is present. National Electrical Code (NEC) requires a disconnect switch. If disconnect switch is not present, it must be installed between the main breaker and the first power unit. 8. Test the runs by turning the main power on. Note: Do not touch any metal parts while testing. Please refer to the Typical Layouts document for examples of installations. Note: AC and DC components are not interchangeable. Table 1: Power Supply Loading Guidelines HRLA-24 Power Supply Outputs Output Voltage Minimum Linear Footage Maximum Linear Footage HRLA-24 1 8.0VAC nom. No minimum 15 linear feet Attachment 3 Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 7 of 14

HRLA-SQ25 Power Supply Installation All secondary wiring must comply with Article 725 of the 2002 National Electrical Code (NEC). Class 3 or PLTC wire can be used as a substitution of Class 2 wire. Please refer to NEC 725.61 Cable Substitution Hierarchy. HRLA-SQ25 1. Group runs into equal load groups not to exceed the maximum load as listed in the Power Supply Loading Guidelines ( Table 2). The power supply should be placed within 25-ft of the LED strip. Should you be required to locate the power supply further away please consult with your Lumificient representative. 2. Place the power unit in the middle of the selected load group as shown in the schematic drawing in attachment 4. Run a pair of Class 2 rated wires the length of the selected load group ( Attachment 4). Note: Longer runs of 12AWG secondary wiring will decrease maximum allowable linear footage. Note: Using higher than 12AWG wire will result in increased voltage drop. 3. Connect power connector leads to Class 2 rated wires (parallel electrical connection) by using tap and run IDC connectors. Note: Do not use wire nuts for connecting power connectors to Class 2 rated wires! 4. Use wire nuts to insulate ONLY the ENDS of the Class 2 wires. Secure Class 2 rated wires on the wall with wire clamps. Note: All free hanging wire must closely follow the building structure and must be supported by wire clamps every 4.5-ft and at least 1-ft from the power unit. 5. Connect secondary/output wires from the HRLA-SQ25 power unit to Class 2 rated wires by using tap and run IDC connectors ( Attachment 4). Important: Minimum load per power unit is 5 linear-ft, maximum load 25 linear-ft Note: Do not connect outputs in series or parallel! 6. Secure power unit on the wall with three screws. Note: For wet locations, HRLA-SQ25 power unit must be installed in NEMA 3R enclosure. Exit point of low voltage wiring must be secured against water entry into the box (rain tight bushing, cord grip etc.). Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 8 of 14

7. Connect the power unit to 120VAC junction box. Note: HRLA-SQ25 is equipped to accept 120VAC, 230VAC OR 240VAC ( see Attachment 5 for wiring diagram). Caution: Have a licensed electrician connect primary. Proper connection is as follows: a) For 120VAC: Hot to Black & Yellow; Neutral/Common to Orange & White; DO NOT Connect BROWN and insulate end separately; Green: Ground. b) For 230VAC: Hot to BROWN; Neutral/Common to Orange; White & Yellow connected and insulate ends; DO NOT Connect BLACK and insulate end separately; Green: Ground. c) For 240VAC: Hot to BLACK; Neutral/Common to Orange; White & Yellow connected and insulate ends; DO NOT Connect BROWN and insulate end separately; Green: Ground. Note: It is required to use UL rated metallic or nonmetallic conduit between the junction box and the power supply enclosure. Note: High voltage primary wiring, including wiring within 120VAC junction box, should comply with any applicable grounding and bonding requirements in Article 600 of the 2005 National Electrical Code (NEC). Verify if disconnect switch is present. National Electrical Code (NEC) requires a disconnect switch. If disconnect switch is not present, it must be installed between the main breaker and the first power unit. 8. Test the runs by turning the main power on. Note: Do not touch any metal parts while testing. Please refer to the Typical Layouts document for examples of installations. Note: AC and DC components are not interchangeable. Table 2: Power Supply Loading Guidelines HRLA-SQ25 Power Supply Outputs Output Voltage Minimum Linear Footage Maximum Linear Footage HRLA-SQ25 1 8.0VAC nom. 5 linear feet 25 linear feet Attachment 4 Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 9 of 14

HRLA-96 Power Supply Installation All secondary wiring must comply with Article 725 of the 2002 National Electrical Code (NEC). Class 3 or PLTC wire can be used as a substitution of Class 2 wire. Please refer to NEC 725.61 Cable Substitution Hierarchy. HRLA-96 1. Group runs into equal load groups not to exceed the maximum load as listed in the Power Supply Loading Guidelines ( Table 3). The power supply should be placed within 25-ft of the LED strip. Should you be required to locate the power supply further away please consult with your Lumificient representative. 2. Place the power unit between the two selected load groups as shown in the schematic drawing in the attachment ( Attachment 6). Run a pair of Class 2 rated wires the length of the selected load group ( Attachment 6). Note: Longer runs of 12AWG secondary wiring will decrease maximum allowable linear footage. Note: Using higher than 12AWG wire will result in increased voltage drop. 3. Connect power connector leads to Class 2 rated wires (parallel electrical connection) by using tap and run IDC connectors. Note: Do not use wire nuts for connecting power connectors to Class 2 rated wires! 4. Use wire nuts to insulate ONLY the ENDS of the Class 2 wires. Secure Class 2 rated wires on the wall with wire clamps. Note: All free hanging wire must closely follow the building structure and must be supported by wire clamps every 4.5-ft and at least 1-ft from the power unit. 5. Connect secondary/output wires to power unit terminals 1 and 2 ( Attachment 6). Note: For better power distribution divide load between terminals 1 and 2. Each terminal must be balanced within 10 linear feet of each other. Important: Minimum load per terminal is 10 linear ft., maximum load 35 linear ft. Note: Do not connect outputs in series or parallel! 6. Secure power unit with four screws. Note: For wet locations, HRLA-96 power unit must be installed in NEMA 3R enclosure. Exit point of low voltage wiring must be secured against water entry into the box (rain tight bushing, cord grip etc.). Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 11 of 14

7. Connect the power unit to 120VAC junction box. Caution: Have a licensed electrician connect primary. Note: HRLA-96 is equipped to accept 120VAC OR 240VAC ( see Attachment 7 for wiring diagram). Proper connection is as follows: a) For 120VAC: Hot to Black & Yellow; Neutral/Common to Orange & White; Green: Ground. b) For 240VAC: Hot to Black; Neutral/Common to Orange; White & Yellow connected and insulate ends; Green: Ground. Note: HRLA-96 power unit has a cutout for 1/2 conduit fitting. It is required to use UL rated metallic or nonmetallic conduit between the junction box and the power supply enclosure. Note: High voltage primary wiring, including wiring within 120VAC junction box, should comply with any applicable grounding and bonding requirements in Article 600 of the 2005 National Electrical Code (NEC). Verify if disconnect switch is present. National Electrical Code (NEC) requires a disconnect switch. If disconnect switch is not present, it must be installed between the main breaker and the first power unit. 8. Test the runs by turning the main power on. Note: Do not touch any metal parts while testing. Please refer to the Typical Layouts document for examples of installations. Note: AC and DC components are not interchangeable Table 3: Power Supply Loading Guidelines HRLA-96 Power Supply Outputs Output Voltage Minimum Linear Footage Per Terminal Maximum Linear Footage Per Terminal Total Linear Footage HRLA-96 2 8.0VAC nom. 10 linear feet 35 linear feet 70 linear feet Attachment 6 Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 12 of 14

Troubleshooting Issue Solution All runs are off Some runs are off Some LED s appear dim or intermittent Shadows/ uneven lighting Check circuit breaker and AC input connection. Check power supply output connections and re-settable breakers (if applicable). Check IDC connectors to ensure they are fully connected. Check power lead wire connections on strip and verify connections are secure (see Attachment 1). Measure Accent strip length to ensure the maximum load length has not been exceeded. Be sure each jumper has been included in the overall footage for the power supply. Properly terminate the supply wire connection(s). Check IDC connectors to ensure they are fully connected. Check power supply output connections and re-settable breakers (if applicable). Check power lead wire connections on strip and verify connections is secure (see Attachment 1). Measure Accent strip length to ensure the maximum load length has not been exceeded. Be sure each jumper has been included in the overall footage for the power supply. Check IDC connectors to ensure they are fully connected. Check power supply output connections and re-settable breakers (if applicable). Measure Accent strip length to ensure the maximum load length has not been exceeded. Make sure the supply wire has not exceeded the maximum length of 25-ft for remote mounting. Make sure supply wire is not higher than 12AWG. Verify the max load length has not been exceeded and that wire connections and terminations are good. Re-route connecting wire and secure with wire clamps to ensure wire does not cover any of the LEDs. Copyright 2016 Revolution Lighting. All rights reserved. IN065_01_20160907 Page 14 of 14