Lo-Glow™ Light Sheet Installation Guide

Tape Measure	Wire Stripper	Screw Driver	Scissors	Cleaning Supplies	Soldering Iron + Solder (optional)	Power Drill (optional)

• Lo-Glow™ Static White Light Sheet
• Power Supply
• Controller or Dimmer Switch
• Electrical Wire
• PWM Boosters
• Light sheet connectors (Two included per light sheet)

1. It is crucial to install any electrical product, including light sheets and their accessories, in accordance with the National Electric Code (NEC) and all other local building and local electrical codes at the project location. If you are unfamiliar with the NEC or your local codes, we recommend hiring a licensed electrician to complete the installation for you.
2. Always consult your System Design and physical equipment to confirm that your light sheet voltage and the power supply voltages match.
3. This product is suitable for environments with ambient temperatures between -13°F and 140°F. It is important that LED light sheets are not installed outside this range. Always make sure there is adequate airflow and available heatsink when installing. These are not rated for use outdoors or exposure to moisture.
4. Light sheet Handling: Don't bend LED light sheets to a diameter of less than 3/8” inches. Don't fold or crease LED light sheets. Don't tightly bend LED light sheets on a horizontal plane. Don't power the light sheet while still in its package or in a stack. DO NOT put pressure on the light sheet Chip, Resistor, or Connectors. DO NOT directly cover light sheets without an air gap of 3/8” inches. DO NOT install a light sheet where LED chips are exposed to direct sunlight.

1. Measure the Space:

Measure the space in which you are going to install the light sheets, measured in inches. You need both the width and the length of the space. The intended space should be a clean, flat, non-porous surface.

2. Determine the Number of Light Sheets:

Determine the number of light sheets you need by using their dimensions: 18-7/8" Long (480mm), 9-7/16" Wide (240mm), and 1/4" (6.5mm) thick. In our example, we calculated that 19 light sheets are required for our installation. We used graph paper to visualize how they would fit on the surface and how they would connect to the power supplies.

3. Power Requirements:

Once you know how many light sheets you need, calculate the total power required. Each light sheet is rated at 20 watts. Multiply the number of sheets by 20 to find the total wattage (e.g., 19 sheets x 20 watts = 380 watts). To determine the number of power supplies needed, to calculate this start by multiplying the total wattage by 1.25 (to account for 80% max load). In this case, 380 watts x 1.25 = 475 watts, so you would need at least two power supplies. For this example, we'll use two 300-watt power supplies. Visit our power supply installation guide to learn how to install power supplies correctly for your light sheet installation.

4. Control Options:

If you don’t plan to dim the light sheet system, you’ll only need the power supply[s]. However, if you want dimming capabilities, we recommend using DC low-voltage PWM dimming. In our example, we’re using a Casambi controller, which has a maximum load of 96 watts. To accommodate higher loads, PWM boosters can be added. Since the 300-watt power supplies have a load rating of 240 watts at 80%, you can divide 240 by 20 to determine how many light sheets each power supply can handle (approximately 12 light sheets per power supply). In this example, we’ll connect 10 light sheets to one power supply and booster, and 9 light sheets to a second power supply with a second booster.

1. Inspect the Product:

Inspect the product and jumper wires for any shipping damage, using the picture as a reference. If you find any issues, contact aspectLED support right away. Also, verify the voltage and check for polarity labels on the solder pads and connector ports.

2. Prepare the Surface:

Clean the installation surface with a lint free tack cloth, ensuring it is dry and clean.

3. Mark Your Guide Line:

Use a straight edge, chalk line, or an existing line on the surface to mark a flat guide line to work from.

4. Position the First Light Sheet:

Place the first light sheet on the surface, aligning it with your marked guideline.

5. Apply the First Light Sheet:

Peel off the protective backing paper and firmly press the light sheet evenly onto the surface. Make sure it is completely pressed down.

6. IMPORTANT! Check the Polarity:

Before applying the next light sheet, check the polarity! All light sheets must be oriented in the same direction. To ensure they are correctly aligned, make sure the writing on each sheet faces the same way. Alternatively, check the solder pads: adjacent sheets should line up with + to + and – to –. If they don’t, the sheet is upside down and won’t light up. The jumpers should be opposite each other. If they do not line up, you have the sheet rotated 180 degrees.

7. Layout the Remaining Sheets:

Position the rest of the light sheets. This product can be easily modified to fit unique sizes. In our example, the light sheet is larger than needed, so we used sharp scissors to trim off the excess along the designated cut lines. You can also cut out shapes within the sheet using scissors. Be careful not to cut off the light sheet feeder if it’s required for connecting the sheets. The feeders offer a quick-connect option. If removed, you’ll need to solder lead wires instead.

8. Connectors:

Each light sheet requires two feeders to connect it to the adjacent sheet or power source. The maximum run length is 10 sheets. In our example, we have 10 sheets, with two connectors between each sheet and two feeders going back to the power supply (or booster if dimming). The connectors are keyed with a witness ridge, and the wire colors are coordinated: grey to + (positive) and white to – (negative). Ensure the connectors are fully inserted. Do not exceed the maximum load for one power supply. In this example, it’s 10 light sheets per 300-watt power supply. A helpful technique is to align the side of the connectors with the feeders before pushing them in. Do not slide the connector against the face of the sheet as there is a ridge that prevents it from sliding in if you do.

9. Connecting Power:

If you’re not dimming the sheets, you can power them directly from the power supply. Connect the grey wire to the red positive power supply wire and the white wire to the black negative power supply wire. These connections can be made using wire nuts, butt splices, Wagos, or solder with heat shrink tubing.

10. Covering the Light Sheets:

You can place other materials on top of the light sheets but ensure there’s a 3/8” air gap. Screws can be used inside the bullseye printed on the sheet. To maintain space, one technique is to use plastic standoffs over the bullseye to support a countertop above the light sheet.

Some light sheets light up and others don’t	Check polarity and that the sheets are orientated correctly. Check the connecting wires or solder connections.
The light sheet at the end of the run is dimmer than the rest of the light sheets	Make sure you did not exceed the maximum run length of 6 sheets and that both sets of connectors are used.
The power supply and/or wire is really hot	Make sure you have not loaded the power supply past 80% of its listed load. Make sure there are no shorts or cross-connections in your wiring.
I installed the light sheets with incorrect orientation, and now the polarity is off	Contact aspectLED support for advice specific to your situation.
Can I cut off the printed lines?	No. If you do cut off the designated cut lines, you need to remove that section and cut back to the nearest line.