Installation Instructions. LED (Included) Optic Lens (15, 30, 45, 60 ) Electrical cords

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1 1 of 10 Overview Break Resistant Lens (#-LE) End Cap (#-EC) LED (Included) luminum Extrusion (#) Optics (End View) 33 Power Lead Connected to Remote Driver (Included) (0.5 Minimum Bend Radius) Note: dd 0.18 to overall length of fixture for cordgrip Clear Lens Frosted Lens Semi-Frosted Lens Optic Lens (15, 30, 45, 60 ) symmetric Lens IMPORTNT VERIFY CORRECT LUMINIRE WS RECEIVED WITH CORRECT COLOR TEMPERTURE ND VOLTGE BEFORE CUTTING OR INSTLLING. CLI WILL NOT BE RESPONSIBLE IF INCORRECT LUMINIRE IS INSTLLED. PRODUCT INFORMTION For accent, cove, edge, under cabinet lighting 24 volts DC for easy and safe installation Long life, energy efficient LEDs Can be ordered to specific lengths for easier installation when exact dimensions are known (Example: 10 x 10 6 ) Plug and light system Lead wires are typically 33 long and exit on one end Product is shipped in 8 max luminaires INSTLLTION REMENDTIONS lumleds LED tape must be mechanically attached directly to mounting surface using mounting clips or channels Conduit raceway should be sleeved at one end for low voltage wires going to transformer ELECTRICL lumleds remote drivers (included) are available with 120V or 277V primary voltage and 24VDC secondary voltage Calculate load (Driver / Power Supply) To calculate load, multiply watts per foot by length Example: 4 Watts x 30 = 120 Watts Maximum load per low voltage fixture depends on size of driver Standard Output: 300 Watts driver maximum Mid Output: 100 Watts driver maximum High Output: 100 Watts driver maximum INSTLLTION TOOLS REQUIRED Electric compound miter saw Phillips bits - sufficient quantity 14.4 to 28 volt cordless drill Electrical three ways Drill bits - concrete or wood Measuring tape Electrical cords Chalk line Safety glasses Sharp scissors Marker Soldering iron with kit Electric hammer drill (optional)

2 FETURES PPLICTIONS ccent, Cove, Under Cabinet Lighting PRIMRY VOLTGE 120V or 277V SECONDRY VOLTGE 24VDC LMP TYPE High, Mid, and Standard Output LEDs (No Mercury) LENGTH Built to Order CONSTRUCTION luminum Extrusion MOUNTING Mounting Clips LISTING Dry, Damp, or Wet (IP65 or IP67) Location UL2108, CS C22.2#9 UL8750, CS250 CRI High Output (HO) > 90 Mid Output (MO) > 90 Standard Output (SO) > 85 DIMMING Forward Phase, 0-10V (100% - 10%), 0-10V (100% - 0%) WRNING When using alumleds for any application, basic safety precautions should always be followed to reduce the risk of fire, electric shock, and personal injuries. alumleds must be installed in accordance with the NEC or CEC as applicable. Do not install alumleds in hazardous locations or closer than 6 from any curtain or similar combustible material. alumleds have line voltage risk of shock. Consult factory for any malfunctions. Do not attempt to repair. Use alumleds with specified rated voltages. Do not exceed the specified voltage for any alumleds luminaire. Ensure power is off before installation begins, during replacements, additions, or repairs. Do not cover alumleds as the covering may cause lamps to overheat, melt, or ignite the covering. Do not use alumleds if damaged, such as, broken boards, loose connections, or frayed wire insulation. Inspect before installing. Do not secure alumleds with nails, or like means that might damage the wiring inside. Secure it by using mounting clips. Do not submerge alumleds in liquid. Do not install alumleds on places where it is subject to continuous flexing. Do not mount alumleds inside tanks, or enclosures of any kind. Do not drill holes or break any barrier on alumleds aluminum housing, end caps, or lens covers. Do not use alumleds extrusion as a raceway for additional wire. Non-factory feed-through wires inside alumleds will void warranty. Ground Fault Circuit Interruptor (GFC) protections should be provided on circuits or outlets when alumleds is used for outdoor applications. Surge protector must be set up for electrical power system to avoid damaging alumleds lighting system. 2 of 10 Overview DIMMING PROTOCOL (FORWRD PHSE DIMMING) Technical Requirements For Control Equipment (Forward Phase Dimming) Magnetic Low Voltage (MLV) - Magnetic (core and coil, toroidal) transformer-supplied low voltage lighting. Electrical Characteristics - Inductive Special Requirements - Symmetric cycles (VDC 2), smooth turn off (positive and negative periods are equal for safe MLV transformer operation) Symmetric Forward Phase-Control DIMMING PROTOCOL (0-10V DIMMING) LS50T is available in 120 or 277 volts with a dimmable remote driver. The remote driver is available with 0-10V dimming capabilities. Consult factory for other dimming protocols available. The following applies to 0-10V dimming interfaces. 0-10v fluorescent dimmer will not dim the LEDs. Technical Requirements For Control Equipment The light output of the LEDs operated by the controllable LED driver is controlled by DC voltage applied to the control input leads (grey and violet). The actual response curve of LED driver current versus control voltage. The control device must be capable of accepting, or sinking, the DC current flow from the driver. The DC current from the driver that must be sinked by the control circuit is approximately 150u (+/50% for isolated dim interfaces, up to 1.5m for non-isolated dim interfaces). If the control bus is opened, or if the control device internally opens the control bus under some conditions, the voltage on the control bus will then be a function of the drivers, which is 10-15V. Maximum light output will be delivered under this condition. If the control bus is shorted either by a mechanical switch in the control or by the circuitry of the control device, or inadvertently in the wiring, the current on the control bus will be less than 1.5m. s can be determined from the two items, simple two-level operation of the drivers can be achieved by proper usage and application of a simple open/closed switch on the control bus with maximum light being achieved when the switch is open and minimum light with the switch is closed. The driver is intended to be used with control voltages between 0-10VDC volts peak maximum on the driver control leads. Control equipment intended to control more than one driver must be capable of sinking the current supplied tot the control bus by the maximum number of drivers specified for the control device. t any given level setting it must maintain control bus voltage constant within a range of ±5% as the number of drivers connected to the control bus varies from a minimum of one driver up to the maximum number specified for the control device. Driver of various ratings may be mixed on the same control system.

3 Do not apply excessive pressure to surface of PCB or LEDs 3 of 10 Do not attempt to fold, crease, or twist PCB Product Care Do not overlap extrusions in any way Do not cover PCB with any material TR 1.5 <1.5 Do not install connectors without shrink tube for wet location Do not penetrate PCB with any foreign object 1.5.1mm) <1.5 (<38.1mm) Do not use a lighter to heat shrink tube Do not install wet location in outdoor cove without proper drainage ) Do not overlap PCBs at any location < <1.5 (<38.1mm)

4 1. Measure area where will be installed. REMENDTION: Use chalk line to ensure a straight installation. 4 of 10 Mounting Clips 4c. Screw MC-3 to surface, then snap extrusion into mounting clip Chalk line 2. Mark location where mounting clips will be installed. REMENDTION: Quantity 3 6 of mounting clips = quantity 3 9 of fixture Use a mounting clip at the joint between two fixtures MC-3 3. Lay mounting clips and pre-drill using proper drill bit for surface 3 9 and screw size 2 6 REMENDTION: 8/32 X 1 screw 2.15 X = Specify Length a. Screw MC-1 to surface, then snap extrusion into mounting clip ssembled End View d. Screw MC-2 to surface, then snap extrusion into mounting clip MC ssembled End View -MC-4-X X = Specify Length 4b. Screw MC-2 to surface, then snap extrusion into mounting clip X = Specify Length 1.89 ssembled End View MC ssembled End View X = Specify Length

5 5 of 10 Mounting Fixture (Dry Location) 1. Measure area where will be installed. REMENDTION: Use chalk line to ensure a straight installation. 5. Conduct continuity test. Troubleshoot Good Chalk line 2. Mark location where mounting clips will be installed. REMENDTION: Quantity of mounting clips = quantity of fixture +1. Use a Mounting mounting clip clip at the joint between two fixtures. 3. Lay mounting clips and pre-drill using proper drill bit for surface and screw size. REMENDTION: 8/32 X 1 screw If a conductive path is formed between positive and negative wire, the multimeter will beep. You need to trouble shoot to find the short. See page 7 for troubleshooting guide VDC V If there is no conductive path, the multimeter will not beep. 6. Set voltmeter to DC voltage, then test power source before connecting. Power source 7. Connect power source to power connector. TIP: If LEDs do not turn on, flip polarity (+,-) or power source connection to power connector. TR Power Source DCV DC V DCV DCV DC V VDC V Confirm the correct voltage, depending on the light strip. Power connector 4. Screw mounting clip to surface, then snap extrusion into mounting clips.

6 1. Measure area where will be installed. REMENDTION: Use chalk line to ensure a straight installation of 10 Mounting Fixture (Wet Location) 5. If applicable, slide shrink tube over connectors 1-B1 and apply heat. Shrink tube will shrink down completely to seal the connectors. Shrink tube Chalk line 2. Mark location where mounting clips will be installed. REMENDTION: Quantity of mounting clips = quantity of fixture +1. Use a Mounting mounting clip clip at the joint between two fixtures Lay mounting clips and pre-drill using proper drill bit for surface and screw size. REMENDTION: 8/32 X 1 screw Conduct.75 continuity test..5.5 Troubleshoot.5 pply heat pply silicone to seal connections Sealed connectors Good If a conductive.75 path is formed between positive and negative wire, the multimeter will beep. You need to trouble shoot to find the short. VDC VDC VDC If there is no conductive VDC path, the multimeter will not beep. See page 7 for troubleshooting guide VDC VDC 4. Screw mounting clip to surface, then snap extrusion into mounting clips. 7. Set voltmeter to DC voltage, then test VDC power source before connecting. VDC DCV DCV DC DC DCV Power source V DCV DC V Confirm the correct voltage, depending on the light strip. DCV DC V 8. Connect power source to power connector. TIP: If LEDs do not turn on, flip polarity (+,-) or power source connection to power connector. TR Power Source Power connector

7 7 of 10 Troubleshooting TROUBLESHOOT Do not reset breaker multiple times. If the unit is overloaded the breaker will trip shutting off the transformer and lights. If the breaker reset button has been held down by hand or any type of pressure (example: duct tape), or if the breaker has been reset multiple times without trouble shooting, the unit will: - Burn the transformer bobbin - Burn the thermal or magnetic breaker - Burn the primary or secondary wires due to high amperage caused by overload and/ or short circuit in line which will not allow the breaker to reset - Damage the lighting 1. Turn off power before beginning. Check for any twisting or damage to the circuit in the LED lightstrip. If there is excessive damage and circuit is broken, the lightstrip must be replaced. Torn lightstrip Damaged lightstrip 2. Check for metal particles or other foreign objects causing the short. Foreign object Metal flakes 3. Check if cut is clean and not frayed, causing positive and negative copper pads to touch. Frayed end

8 8 of 10 Surge Protector CSE DIMENSIONS 2X ø SURGE PROTECTOR SPECIFICTIONS MODEL INPUT VOLTGE SURGE PROTECTION LEVEL MOUNTING ENCLOSURE MTERIL INPUT LEDS INPUT FREQUENCY LS-SP V 10kV, 10k, NSI C62.41 Catergory C SnapLOCK/ Footed Polycarbonate 6, 18WG stranded 105 Degrees C stripped 3/8 tinned 60Hz PRODUCT FETURES The Surge Series are 3-leaded devices that protect Line-Ground, Line- Neutral, and Neutral-Ground in accordance with IEEE / NSI C guidelines. Protects against surges according to IE EE C C High (10k and 10kV). Surge current rating = 10,000 mps using industry standard 8/20 µsec wave. Surge Location Rated Category C3. UL Recognized Component in the United States and Canada (UL1449). Type 4 Surge Protection Device. High temperature, flame retardant plastic enclosure, 85 C maximum surface temperature rating. Thermally Protected Transient Over-voltage Circuit. WIRING DIGRM V(in)B Black Green Black Surge White Com Ground LOD LED Driver, or Lighting PRODUCT SPECIFICTIONS The Surge series of products are designed to be used in conjunction with LED Drivers and fixtures to provide an additional level of protection against powerline disturbances in industrial, commercial and residential applications where surge protection to IEEE C is required.

9 9 of 10 Transformer WTTS () PER CIRCUIT (Maximum wire length to prevent voltage drop) WIRE SIZE VOLTGE G 12V G 24V G 12V G 24V G 12V G 24V G 12V G 24V TRNSFORMER CRE Do not submerge transformer in any liquid Do not leave any exposed wires Do not cover transformer without proper ventilation Do not install damaged transformer MGNETIC LOW-VOLTGE DIMMER RTINGS The stated (volt-ampere) rating is the rated capacity of the dimmer which includes the magnetic transformer heat losses and the lamp load. transformer dissipates less than 20% of the connected load as heat. dded together,the lamp load and the transformer loss determine the dimmer capacity required. See the example below. 600 Power to transformer and power through dimmer 120W Heat Transformer Losses (UL limit: 80% efficient) 480W Lamp load

10 10 of 10 Maintenance CLENING MTERILS The use of solvents and/or cleaners which are not compatible with polycarbonate will result in the softening, crazing, and/or cracking of the plastic part. This is especially true of polycarbonate lamps and mounting bases which may be under stress in their normal applications. PTIBLE WITH POLYCRBONTE: Mild soap and water Mineral Spirits Isobutyl alcohol VM and P Naphtha Varsol No.2 Mexane Freone TF and TE-35 Ethanol Dirtex 2% Sol. Reg. Joy 10% Sol Bon mi White Kerosene Methyl alcohol Heptane Petroleum Ether/65 degrees C Isopropyl alcohol Lacryl PCL-2035 polycarbonate cleaner NOT PTIBLE WITH POLYCRBONTE: Trichlor Gasoline ll Liquid Detergents cetone Carbon Tetrachloride Pink Lux (Phosphate free) Triclene Chlorinated Hydrocarbons #1 & #3 denatured alcohol Methyl Ethyl Keytone (MEK) Texize-8006, 8129, 8758 MIBK Liquid Cleaner 8211 Toluol gitene Benzol jax Kleenol Plastics Lysol Stanisol Naphtha Oils Lemon Joy (phosphate free) Diversol Lestoil