Installation: Control4 Vibrant Fixed Color Diffusing Linear Light 16.4 ft User Manual

Overview

The Vibrant Fixed Color Diffusing Linear Light 16.4 ft is a 24V DC tape light designed to provide a smooth, continuous line of illumination without visible LED dots. Its diffusing construction works well beneath cabinets, along architectural details, in display areas, and in other indoor locations where a clean appearance and limited installation depth are important.

Three fixed-color versions are available: warm 2700K, neutral 3000K, and cool 4000K. The light can be dimmed with a compatible 24V control system, dimmer, or switch. Installation involves connecting the tape light, selecting a suitable power supply, securing the strip to a prepared surface, and observing the maximum run and voltage requirements.

Specifications

• Product: Vibrant Fixed Color Diffusing Linear Light 16.4 ft
• 2700K model: C4-LP-FCOB27-16
• 3000K model: C4-LP-FCOB30-16
• 4000K model: C4-LP-FCOB40-16
• Input voltage: 24V DC
• Power consumption: 5W per foot or 16.4W per meter
• Light output: 369 lumens per foot at 2700K, 409 lumens per foot at 3000K, and 460 lumens per foot at 4000K
• Maximum single run: 16.4 ft (5 m)
• Tape dimensions: 0.39 × 0.09 in (10 × 2.5 mm)
• Reel length: 16.4 ft (5 m)
• Cutting increment: 1.96 in (49.8 mm)
• Control method: 24V DC power supply with a compatible dimmer switch or control system
• Environmental rating: IP54 for indoor dry and damp locations when protected from direct water contact

What Is Included

• Two C4-LCB5-2WL two-wire connector blocks with leads
• Two C4-LCB10-2W two-wire connector blocks
• Two C4-LCH5-2WL two-wire heavy-duty connectors with leads
• Three right-angle connectors
• Small screwdriver
• Emery board

Detailed Description

The tape light uses a two-wire, fixed-color design. Unlike color-changing or tunable products, each model produces one predetermined color temperature. Select the version that best matches the surrounding room lighting before installation.

The diffusing light-emitting design spreads illumination across the strip, reducing the dotted appearance commonly associated with exposed LED tape. This makes the Vibrant Fixed Color Diffusing Linear Light 16.4 ft suitable for reflective surfaces and installations where the light source may be visible.

Connector blocks provide straight connections between tape sections, while right-angle connectors allow the installation to change direction. Heavy-duty two-wire connectors with leads are used when feeding power into the tape light. All connections require correct polarity between the conductors and the connected wires.

An aluminum extrusion or mounting channel is strongly recommended. It gives the adhesive a firm, continuous surface, helps dissipate heat, and can improve the consistency of the finished installation.

Safety

• Read all installation instructions before beginning. Anyone who is not qualified to perform low-voltage and line-voltage work should use a qualified electrician.
• Disconnect electrical power at the source before installing, connecting, servicing, or modifying the system.
• Use only a 24V DC driver or power supply with sufficient capacity for the complete tape light run.
• Keep the driver below its full rated load. An operating load of no more than 80 percent is recommended for better efficiency and operating margin.
• Protect the circuit with a circuit breaker rated at no more than 20A.
• Do not cover the tape light with paper, fabric, streamers, or other combustible materials.
• Never operate the light while it remains on the reel or coiled.
• The IP54 rating permits indoor use in dry and damp locations, but the tape light must not be submerged or placed where water can collect or contact the product directly.
• Do not route the cord or tape through walls, ceilings, doors, windows, or similar building structures.
• Use only the supplied adhesive or recommended mounting clips, track, or aluminum channel. Do not use staples, nails, or fasteners that could damage the insulation.
• Inspect the tape, LEDs, and power-cord insulation periodically. Do not use any component showing damage.
• Do not install the product on doors, gates, or other locations exposed to repeated flexing.
• Do not install the light inside airtight tanks or sealed enclosures.
• Do not fold the tape or bend it tighter than its 1-inch minimum bending radius, whether powered or unpowered.
• Install the system according to applicable electrical codes and the current National Electrical Code where applicable.
• Using the product outside these instructions can create a shock or fire hazard and may void the warranty.

Setup and Operation

Plan the Installation

Confirm that the planned tape length does not exceed 16.4 ft for a single run. Calculate the total load using the tape length and its 5W-per-foot rating, then choose a 24V DC driver that can support the load without being operated at its limit.

Include connecting wires and connectors when checking voltage drop. The installation should maintain at least 21.6V at the tape light. Excessive wire length or an undersized conductor can reduce brightness and affect operation.

Before applying the adhesive, plan the direction of the strip, the location of every connector, the power-feed point, and any required right-angle turns. Do not install the tape where it will be continuously flexed or exposed to direct water.

Install the Tape Light

1. Disconnect power and connect the required connectors, lead wires, and jumpers before mounting the tape.
2. Prepare a clean, dry, solid mounting surface. If an extrusion is being used, position it so the tape will sit centered and run parallel with the channel sides.
3. Peel away only a few inches of the adhesive backing.
4. Press the exposed section gently onto the surface, applying even pressure so the adhesive makes full contact.
5. Continue removing the backing a few inches at a time while pressing the tape into place.
6. Complete the run without sharply bending, folding, or twisting the strip.

Cut the Tape Light

Cut only at the marked 1.96-inch cutting increments. Make a straight cut through the center of the copper conductors so sufficient conductive area remains for the connector pins.

The conductors have a clear protective coating. After cutting, use the supplied emery board on the exposed copper to improve electrical contact. The cut end does not require a special termination method when it is not being connected.

Use a Connector Block

1. Match the positive and negative conductors on both tape sections.
2. Remove a small amount of backing from each tape end.
3. Insert one tape end into one side of the connector block, then insert the other tape end into the opposite side.
4. Use the supplied screwdriver to tighten all four screws on the connector block.
5. Check that both tape sections are held securely and that their polarity remains aligned.

Use a Right-Angle Connector

1. Align the conductors on the tape sections so the polarity matches.
2. Peel back a small section of protective backing and insert the first tape end into the right-angle connector.
3. Close the snap connector.
4. Use pliers to press the connector closed until its contacts pass through the tape.
5. Insert the second tape section into the remaining snap connector and repeat the closing procedure.

Connect the Power Feed

1. Match the polarity of the tape conductors with the polarity of the heavy-duty connector wires.
2. Remove a small portion of backing and insert the cut tape end into the heavy-duty connector.
3. Close the connector over the tape.
4. Using pliers, apply pressure on both sides of the connector rather than only in the center.
5. Confirm that the connector teeth have passed through the tape and that the housing is fully closed.

Control the Light

The two-wire tape light can be operated through a compatible dimmer or switch, a wired multi-channel system, or a wireless Zigbee power supply. A 24V DC power supply is required for every installation.

A dimmer or switch arrangement must not be combined with a multi-channel control system on the same tape-light setup. Follow the installation instructions for the selected power supply and control equipment, and verify polarity before applying power.

Troubleshooting

• The light does not turn on: Disconnect power and check that the driver provides 24V DC, the circuit is energized, and the positive and negative conductors are correctly aligned.
• One section remains dark: Inspect the nearest connector for incomplete closure, poor conductor contact, or a cut made away from the designated increment.
• The light is dimmer than expected: Check the total run length, wire length, driver capacity, and voltage at the tape. The system should remain at or above 21.6V at the light.
• A connector feels loose: Remove power, reseat the tape, and close the connector fully. For heavy-duty connectors, use pliers on both sides so the contact teeth pass through the tape.
• The adhesive releases: Inspect the mounting surface and ensure it is clean, dry, solid, and suitable for the supplied adhesive. An extrusion or mounting track can provide improved support.
• The light flickers or control is inconsistent: Check driver loading, polarity, connection security, and control-system compatibility. Do not combine a dimmer or switch scheme with a multi-channel control system.

Pros & Cons

Pros

• Continuous diffused illumination minimizes visible LED spotting.
• Three fixed color temperatures support warm, neutral, and cool lighting designs.
• Compact 10 mm width fits installations with limited clearance.
• Cutting increments allow the strip to be sized for many custom layouts.
• Included connectors support straight runs, corners, and power-feed connections.
• Dimming is available with compatible 24V control equipment.

Cons

• The fixed-color design does not provide color changing or adjustable color temperature.
• The maximum single run is limited to 16.4 ft.
• A suitable 24V DC driver and compatible control equipment are required.
• The product is not intended for submersion, standing water, or continuous flexing.
• Correct polarity, connector installation, driver sizing, and voltage-drop planning are essential for reliable operation.