WAC T24-CC1 InvisiLED RGBWW LED Tape Light Instruction Manual
- June 16, 2024
- WAC
Table of Contents
WAC T24-CC1 InvisiLED RGBWW LED Tape Light
Product Information
Specifications
- Product Name: InvisiLED RGBWW T24-CC1
- Manufacturer: WAC Lighting
- Model Number: T24-CC1
- Power Supply: 24VDC Class 2 remote power supply
- Controller: WAC Wireless DMX LED Controller
- Wire Type: Unshielded Cable or Shielded Data Cable
- Maximum Distance: 25 ft. (Unshielded Cable), 90 ft. (Shielded Data Cable
Product Usage Instructions
Installation
To ensure proper installation and usage of the InvisiLED RGBWW T24-CC1,
please follow these guidelines:
- Avoid contact with sharp objects.
- Install the tape light on a stable, clean, dry surface with a diameter of at least 4 inches.
- Do not bend the tape light on a horizontal plane.
- Do not cover the LED tape light with any materials.
- Do not fold or twist the LED Tape.
- Do not power the LED tape while attached to the spool or tightly coiled.
Wiring and Installation
- Turn off the power at the circuit breaker before proceeding with the installation.
- Mount the 24VDC Class 2 remote power supply and WAC Wireless DMX LED Controller at the desired location.
- Measure the distance between the power supply and DMX controller to the beginning of the tape run.
- Choose between two options for wiring the power and data communication to the tape:
- Option A: Unshielded Cable:
- Use the WAC In wall rated 20 AWG unshielded cable to wire between the power supply-Wireless DMX LED Controller and the beginning of the tape up to a maximum distance of 25 ft.
- Ensure to factor in voltage drop, amperage rating, shield/unshielded, and type (in-wall rated) when choosing the wire.
- Refer to Table 1 for wire color connections.
- Option B: Shielded Data Cable:
- Use a shielded data cable for distances beyond 25 ft, up to a maximum distance of 90 ft.
- Refer to manufacturer specifications for the shielded data cable.
- To extend the cable length, use In Wall Rated Joiner Cable (T24-IC-*) and Joiner Cable Extender (T24-FF-WT) for unshielded cable connections between sections (if needed).
- To extend the cable length between the Wireless DMX LED Controller cable or a wiring box to tape sections (if needed , use In Wall Rated Extension cable (T24-EX3-*) and solder the wire color connections as shown in Table 1.
FAQ
-
Q: Can I bend the tape light?
A: No, do not bend the tape light on a horizontal plane. This can damage the LED tape and affect its performance. -
Q: Can I cover the LED tape light with materials?
A: No, it is not recommended to cover the LED tape light with any materials as it can cause overheating and affect the light output. -
Q: Can I power the LED tape while it is attached to the spool or tightly coiled?
A: No, it is important not to power the LED tape while it is attached to the spool or tightly coiled. This can cause overheating and damage the LED tape. -
Q: What is the maximum distance for wiring the power supply to the beginning of the tape?
A: For unshielded cable connections, the maximum distance is 25 ft. For shielded data cable connections, the maximum distance is 90 ft.
INSTALLATION INSTRUCTION
InvisiLED RGBWW
T24-CC1
SAFETY INSTRUCTION
IMPORTANT: NEVER attempt any work without shutting off the electricity.
- Always turn off power at fuse box prior to installation to prevent electrical shock.
- Intended for indoor use. Dry and damp locations.
- Install in accordance with national electric code, and local regulations
- Consult with local inspector to assure compliance.
- Do not submerge, or install within 5 feet of a swimming pool.
- Do not connect the tape directly to high voltage power
CAUTION – TO REDUCE RISK OF FIRE AND ELECTRICAL SHOCK
- Read all instructions before installing.
- Handle product with care.
- Do not conceal or extend exposed conductors through a building wall
- To reduce the risk of fire and burns, do not install this lighting system where the exposed bare conductors can be shorted or contact any conductive materials
- To reduce the risk of overheating and potential fire risk, make sure all connections are tight.
- Do not install any fixture assembly closer than 6 in. from any curtain, or similar combustible material.
- Do not modify or disassemble product beyond instructions or warranty will be void.
- Failure to follow safety warnings, and installation instruction will void the warranty
WIRING AND INSTALLATION
-
Turn Power off at circuit breaker (See FIG. 1)
-
Mounting 24VDC Class 2 remote power supply and WAC Wireless DMX LED Controller at desired location. (See FIG. 2)
-
Measured a distance between power supply and DMX controller to the beginning of the tape run. Choose between two options below to wire the power and data communication to the tape. When choosing wire, factor in voltage drop, amperage rating, shield/unshielded, and type (in-wall rated).
Option A : Unshielded Cable 25 ft. maximum distance between power supply to the beginning of the tape The WAC In wall rated 20 AWG unshielded cable can be used to wire between a power supply-Wireless DMX LED Controller to the beginning of the tape up to 25 ft. Smaller gauge wire number (bigger conductor) can be used, but the maximum run length limitation remains at 25 ft. due data communication distortion if it’s run over 25 ft. (See FIG. 3) Wire color connection is shown in Table 1.
Wire Color Connection
Wireless DMX LED Controller Terminal Color| T24-EX3-* Cable| Tape marking
RED| RED| +24VDC (RED)
WHITE| WHITE| DATA (WHITE)
BLACK| BLACK| – (BLACK)
FIG. 3
-
Option B: Shielded data Cable 90 ft. maximum distance between power supply to the beginning of the tape
-
A shield data cable shall be used to connect between the power supply-Wireless DMX LED Controller to the beginning of the tape up to 90 ft. (See FIG. 4)
-
ICE cable model number: Control Yellow is recommended. Product information can be found below:
-
For Plenum spaces, ICE cable Control Yellow Plenum is recommended. https://www.icecable.com/products/control-yellow-plenum
-
Both drain and common conductor wires shall be connected to a black terminal of Wireless DMX LED Controller. Another end shall be connected to the black wire of connector cable. The signal conductor shall be connected to the white terminal of Wireless DMX LED Controller. Another end shall be connected to the white wire of connector cable. The power carrying cable can be used either shielded or unshielded cable. The bigger conductor yields less voltage drop. The +24VDC polarity shall be connected to the red terminal on
-
Wireless DMX LED Controller. Another end shall be connected to the red wire of connector cable. The -24VDC or common conductor wire shall be connected to a black terminal of
-
Wireless DMX LED Controller. Another end shall be connected to the black wire of connector cable. (see FIG. 5)
-
T24-B-WT (5-3 terminal box) may be used to connect between 5 wires of shield cable to 3 wires of InvisiLED tape connector.
To extend an unshielded cable length (if needed), In Wall Rated Joiner Cable
(T24-IC-*) and Joiner Cable Extender (T24-FF-WT) can be used to join between
sections as shown in FIG. 6
FIG. 6
To extend the cable length between Wireless DMX LED Controller cable or a
wiring box to a tape sections, (if needed), In Wall Rated Extension cable
(T24-EX3-*) can be used to join between sections by soldering as shown in FIG.
7. Wire color connection is shown in the Table 1.
Measure the desired length of tape light and round it off to the nearest
4-inch interval. Determine necessary quantities of other accessories and
power supply need for each run. (See FIG. 8)
FIG. 8
Determine the maximum run according to specific color & CCT range as shown in
reference Table 2. A lower light output can be adjusted by lowering DMX value
in the same ratio to keep the same color or CCT.
Note: Setting the maximum DMX value at lower number will increase the
maximum run length as the tape consume less power.
Table 2.
| | | DMX Value| |
---|---|---|---|---|---
Color & CCT (K)| Current (A/ft)| Power (W/ft)| Max Run (ft)| Lumen| | CH1:
RED| CH2: GREEN| CH3: BLUE| CH4: 2700K| CH5: 5000K| CH6: R/G/W| CH7: 27/50
RGB (White)| 0.1895| 4.8| 20| 124| | 255| 255| 255| 0| 0| 255| 0
RED| 0.0886| 2.3| 41| 27| | 255| 0| 0| 0| 0| 255| 0
GREEN| 0.0883| 2.3| 41| 72| | 0| 255| 0| 0| 0| 255| 0
BLUE| 0.0885| 2.3| 40| 21| | 0| 0| 255| 0| 0| 255| 0
2700K| 0.1276| 3.2| 30| 156| | 0| 0| 0| 255| 0| 0| 255
2800K| 0.1482| 3.3| 28| 164| | 0| 0| 0| 255| 5| 0| 255
2900K| 0.1614| 3.5| 27| 183| | 0| 0| 0| 255| 20| 0| 255
3000K| 0.1717| 3.7| 26| 213| | 0| 0| 0| 255| 40| 0| 255
3100K| 0.1792| 3.9| 24| 212| | 0| 0| 0| 255| 60| 0| 255
3200K| 0.1849| 4.0| 23| 227| | 0| 0| 0| 255| 80| 0| 255
3300K| 0.1912| 4.2| 22| 244| | 0| 0| 0| 255| 105| 0| 255
3400K| 0.199| 4.5| 21| 265| | 0| 0| 0| 255| 140| 0| 255
3500K| 0.2051| 4.8| 20| 274| | 0| 0| 0| 255| 170| 0| 255
3600K| 0.2118| 5.0| 19| 309| | 0| 0| 0| 255| 210| 0| 255
3700K| 0.2185| 5.4| 17| 323| | 0| 0| 0| 255| 255| 0| 255
3800K| 0.2108| 5.2| 18| 308| | 0| 0| 0| 205| 255| 0| 255
3900K| 0.2062| 4.8| 20| 293| | 0| 0| 0| 175| 255| 0| 255
4000K| 0.1992| 4.5| 21| 273| | 0| 0| 0| 140| 255| 0| 255
4100K| 0.1953| 4.4| 22| 260| | 0| 0| 0| 120| 255| 0| 255
4200K| 0.1904| 4.2| 22| 250| | 0| 0| 0| 100| 255| 0| 255
4300K| 0.1851| 4.1| 23| 232| | 0| 0| 0| 80| 255| 0| 255
4400K| 0.1806| 4.0| 24| 223| | 0| 0| 0| 65| 255| 0| 255
4500K| 0.1781| 3.9| 24| 217| | 0| 0| 0| 55| 255| 0| 255
4600K| 0.1724| 3.8| 25| 209| | 0| 0| 0| 40| 255| 0| 255
4700K| 0.17| 3.7| 26| 202| | 0| 0| 0| 35| 255| 0| 255
4800K| 0.1622| 3.6| 27| 192| | 0| 0| 0| 20| 255| 0| 255
4900K| 0.1583| 3.5| 27| 189| | 0| 0| 0| 15| 255| 0| 255
5000K| 0.1284| 3.3| 29| 177| | 0| 0| 0| 0| 255| 0| 255
The RGBWW tape are comprised of two main color groups that yield different light results.
- Group A: RGB (Red/Green/Blue)
- RGB or any color mixing in between will maintain the light output as long as the tape voltage is higher than 20VDC. The light output (Lumens) starts to degrade as a tape voltage gets lower as shown in FIG. 10
- Group B: WW (2700K & 5000K)
- WW or any color mixing in between will maintain the light output as long as the tape voltage is higher than 21VDC. The light output (Lumens) starts to degrade as a tape voltage gets lower as shown in FIG. 10
- The tape voltage can be checked using voltage meter probe to measure the DC voltage between soldering point of RED and BLACK on the tape as shown in FIG. 9
- In order to maintain a voltage or having less voltage drop on the tape, bigger conductor wire or lower gauge wire number is recommended.
FIG. 9
FIG. 10 
If need, tape voltage drop and light output lumens along the run length can be
calculated using the Table 3 below. The voltage drop value in the table shown
is at maximum brightness condition. Lowering the light output will lower the
voltage drop along the tape.
Table 3.
| Voltage Drop at different Tape Distance (VDC) @Full light output
---|---
Tape Distance →| 1| 2| 3| 4| 5| 6| 7|
8| 9| 10| 11| 12| 13| 14| 15| 16|
17| 18| 19| 20
RGB (White)| 0.10| 0.21| 0.31| 0.41| 0.52| 0.62| 0.73| 0.83| 0.93| 1.04|
1.14| 1.24| 1.35| 1.45| 1.56| 1.66| 1.76| 1.87| 1.97| 2.07
RED| 0.05| 0.10| 0.15| 0.19| 0.24| 0.29| 0.34| 0.39| 0.44| 0.48| 0.53|
0.58| 0.63| 0.68| 0.73| 0.78| 0.82| 0.87| 0.92| 0.97
GREEN| 0.05| 0.10| 0.14| 0.19| 0.24| 0.29| 0.34| 0.39| 0.43| 0.48| 0.53|
0.58| 0.63| 0.68| 0.72| 0.77| 0.82| 0.87| 0.92| 0.97
BLUE| 0.05| 0.10| 0.15| 0.19| 0.24| 0.29| 0.34| 0.39| 0.44| 0.48| 0.53|
0.58| 0.63| 0.68| 0.73| 0.77| 0.82| 0.87| 0.92| 0.97
2700K| 0.07| 0.14| 0.21| 0.28| 0.35| 0.42| 0.49| 0.56| 0.63| 0.70| 0.77|
0.84| 0.91| 0.98| 1.05| 1.12| 1.19| 1.26| 1.33| 1.40
2800K| 0.08| 0.16| 0.24| 0.32| 0.41| 0.49| 0.57| 0.65| 0.73| 0.81| 0.89|
0.97| 1.05| 1.14| 1.22| 1.30| 1.38| 1.46| 1.54| 1.62
2900K| 0.09| 0.18| 0.26| 0.35| 0.44| 0.53| 0.62| 0.71| 0.79| 0.88| 0.97|
1.06| 1.15| 1.24| 1.32| 1.41| 1.50| 1.59| 1.68| 1.77
3000K| 0.09| 0.19| 0.28| 0.38| 0.47| 0.56| 0.66| 0.75| 0.85| 0.94| 1.03|
1.13| 1.22| 1.32| 1.41| 1.50| 1.60| 1.69| 1.79| 1.88
3100K| 0.10| 0.20| 0.29| 0.39| 0.49| 0.59| 0.69| 0.78| 0.88| 0.98| 1.08|
1.18| 1.27| 1.37| 1.47| 1.57| 1.67| 1.77| 1.86| 1.96
3200K| 0.10| 0.20| 0.30| 0.40| 0.51| 0.61| 0.71| 0.81| 0.91| 1.01| 1.11|
1.21| 1.32| 1.42| 1.52| 1.62| 1.72| 1.82| 1.92| 2.02
3300K| 0.10| 0.21| 0.31| 0.42| 0.52| 0.63| 0.73| 0.84| 0.94| 1.05| 1.15|
1.26| 1.36| 1.46| 1.57| 1.67| 1.78| 1.88| 1.99| 2.09
3400K| 0.11| 0.22| 0.33| 0.44| 0.54| 0.65| 0.76| 0.87| 0.98| 1.09| 1.20|
1.31| 1.42| 1.52| 1.63| 1.74| 1.85| 1.96| 2.07| 2.18
3500K| 0.11| 0.22| 0.34| 0.45| 0.56| 0.67| 0.79| 0.90| 1.01| 1.12| 1.23|
1.35| 1.46| 1.57| 1.68| 1.80| 1.91| 2.02| 2.13| 2.24
3600K| 0.12| 0.23| 0.35| 0.46| 0.58| 0.70| 0.81| 0.93| 1.04| 1.16| 1.28|
1.39| 1.51| 1.62| 1.74| 1.85| 1.97| 2.09| 2.20| 2.32
3700K| 0.12| 0.24| 0.36| 0.48| 0.60| 0.72| 0.84| 0.96| 1.08| 1.20| 1.32|
1.43| 1.55| 1.67| 1.79| 1.91| 2.03| 2.15| 2.27| 2.39
3800K| 0.12| 0.23| 0.35| 0.46| 0.58| 0.69| 0.81| 0.92| 1.04| 1.15| 1.27|
1.38| 1.50| 1.62| 1.73| 1.85| 1.96| 2.08| 2.19| 2.31
3900K| 0.11| 0.23| 0.34| 0.45| 0.56| 0.68| 0.79| 0.90| 1.02| 1.13| 1.24|
1.35| 1.47| 1.58| 1.69| 1.81| 1.92| 2.03| 2.14| 2.26
4000K| 0.11| 0.22| 0.33| 0.44| 0.55| 0.65| 0.76| 0.87| 0.98| 1.09| 1.20|
1.31| 1.42| 1.53| 1.64| 1.74| 1.85| 1.96| 2.07| 2.18
4100K| 0.11| 0.21| 0.32| 0.43| 0.53| 0.64| 0.75| 0.86| 0.96| 1.07| 1.18|
1.28| 1.39| 1.50| 1.60| 1.71| 1.82| 1.92| 2.03| 2.14
4200K| 0.10| 0.21| 0.31| 0.42| 0.52| 0.63| 0.73| 0.83| 0.94| 1.04| 1.15|
1.25| 1.35| 1.46| 1.56| 1.67| 1.77| 1.88| 1.98| 2.08
4300K| 0.10| 0.20| 0.30| 0.41| 0.51| 0.61| 0.71| 0.81| 0.91| 1.01| 1.11|
1.22| 1.32| 1.42| 1.52| 1.62| 1.72| 1.82| 1.92| 2.03
4400K| 0.10| 0.20| 0.30| 0.40| 0.49| 0.59| 0.69| 0.79| 0.89| 0.99| 1.09|
1.19| 1.28| 1.38| 1.48| 1.58| 1.68| 1.78| 1.88| 1.98
4500K| 0.10| 0.19| 0.29| 0.39| 0.49| 0.58| 0.68| 0.78| 0.88| 0.97| 1.07|
1.17| 1.27| 1.36| 1.46| 1.56| 1.66| 1.75| 1.85| 1.95
4600K| 0.09| 0.19| 0.28| 0.38| 0.47| 0.57| 0.66| 0.75| 0.85| 0.94| 1.04|
1.13| 1.23| 1.32| 1.42| 1.51| 1.60| 1.70| 1.79| 1.89
4700K| 0.09| 0.19| 0.28| 0.37| 0.47| 0.56| 0.65| 0.74| 0.84| 0.93| 1.02|
1.12| 1.21| 1.30| 1.40| 1.49| 1.58| 1.67| 1.77| 1.86
4800K| 0.09| 0.18| 0.27| 0.36| 0.44| 0.53| 0.62| 0.71| 0.80| 0.89| 0.98|
1.07| 1.15| 1.24| 1.33| 1.42| 1.51| 1.60| 1.69| 1.78
4900K| 0.09| 0.17| 0.26| 0.35| 0.43| 0.52| 0.61| 0.69| 0.78| 0.87| 0.95|
1.04| 1.13| 1.21| 1.30| 1.39| 1.47| 1.56| 1.65| 1.73
5000K| 0.07| 0.14| 0.21| 0.28| 0.35| 0.42| 0.49| 0.56| 0.63| 0.70| 0.77|
0.84| 0.91| 0.98| 1.05| 1.12| 1.19| 1.26| 1.34| 1.41
Example:
- Project:
- 2700K – 4000K InvisiLED Light
- Distance between DMX Controller to beginning of the tape:
- 50 ft using 20 AWG
- InvisiLED Tape Max Run:
- 15 ft.
- 1ft. Tape Current (Worst case at 3700K):
- 0.2185 A (refer to Table. 2)
- 15 ft. Tape Current:
- 0.2185 X 15 = 3.2775 A
- Resistance of 20AWG (WAC’s Unshielded cable) per ft:
- 0.0206 Ω
- Voltage drop from wires between DMX Controller to tape:
- 3.2775 X (50 X 0.0206) = 3.375V
- Voltage at beginning of the tape:
- 24 – 3.375 = 20.625V
- Light Output at beginning of the tape:
- According to FIG. 10, it’s at around 90% with 20.6V. So you would expect 90% of light output that shown in Table 2
- Voltage at the end of InvisiLED tape:
- According to Table 3, the 15 ft tape voltage drop is 1.79V at 3700K, thus 20.625 – 1.79 = 18.835 VDC
- Light Output at the end of InvisiLED tape:
- According to FIG. 10, it’s around 56% at 18.8V. So you would expect 56% of light output that shown in Table 2
If necessary, cut InvisiLED RGBWW tape light to desired length at line
indicated with scissors icon. The tape allows for a cut every 4-inch interval.
The cut line is shown on both sides of connector. (See FIG. 11)
FIG. 11
Mount InvisiLED RGBWW tape light: clean surface before mounting. Peel off 3M
VHB adhesive backing cover off as strip is installed, pressing firmly to
mounting surface in increments. (See FIG. 12)
FIG. 12
Joining between InvisiLED RGBWW tape light
- InvisiLED RGBWW tape light has a polarity which means the red color bar has to be same side (See FIG. 13). Joining a tape in an opposite direction will lose an ability to control the tape even though the tape lit up.
- Joining tape together (If necessary), the following accessories can be used to join between tapes section depending on your application: Tape to Tape Connector (T24-MM-WT), See
FIG. 13
- Tape to Tape T Connector (T24-TI-WT), See FIG. 14
- Tape to Tape X Connector (T24-XI-WT), See FIG.
- Tape to Tape L Connector (T24-LI-WT), See FIG. 16
- Flex Tape to Tape Y Connector (T24-Y-WT), See FIG. 17
- Flex Tape to Tape X Connector (T24-X-WT), See FIG. 18
Connect electrical power feed connector to any connector on the tape or accessories. Make sure the connection direction is correct.
-
Feed power from the left
(RED Color Bar shall be on the top of the tape, See FIG. 19) -
Feed power from the right
(RED Color Bar shall be at the bottom of the tape, See FIG. 20)
SYSTEM DIAGRAM
InvisiLED RGBWW shall be used with WAC Wireless DMX LED Controller at all
times. Using other DMX controller brands will result in losing an ability to
control InvisiLED RGBWW tape light. The following diagram is provided as
example system design. (See FIG. 21 & 22)
FIG. 21
TROUBLESHOOTING
Symptom
- Light Output turns on/off repeatedly or flashing
- Light output flashes wildly with different color
- No light from one section to the end of the run /
- Light output flashes wildly with different color from one section to the end of the run
- Light output at the end of the run is dim
- High contrast between beginning and the end of run.
- InvisiLED RGBWW light overheats
- InvisiLED RGBWW does not illuminate
- Unable to dim InvisiLED RGBWW light
- Sudden Loss control over InvisiLED Tunable White Light
- Unable to light up both RGB and 2700K/5000K at the same time
Common Cause and Solution
- The tape consumes too much power than a capacity of power supply. WAC power supply has an overload protection that will trip the internal auto-reset. Exceeding power capacity will repeatedly reset the power supply until an overload condition is removed.
- The data signal communication between Wireless DMX LED Controller and InvisiLED RGBWW tape has a high distortion due to a long run of wires between Power Supply-
- Wireless DMX LED Controller and InvisiLED Tape. The shield data cable is recommended to use to maintain a good quality data signal. Reducing the run length between Wireless DMX LED Controller to the tape will help solving the problem.
- The InvisiLED RGBWW tape may be damaged due to high degree of bending angle and cause a soldering on the tape to crack and lose electrical solution. To solve this issue quickly is by cutting and remove the first unlit 4 inches long section out and reconnecting the rest of the tape.
- This is the voltage drop effects. Using a thicker conductor wire or smaller gauge wire number yields less voltage drop and boost light output up. Another way is to lower a maximum DMX value to reduce the current consumption to InvisiLED RGBWW tape. Thus, a contrast between beginning and the end of InvisiLED tape run will be smaller.
- Make sure that no ELV/TRIAC dimmer is connected to power supply. InvisiLED RGBWW is only control through Wireless DMX LED Controller
- Incorrect voltage pairing, ensure 24V tape light are not paired with a power supply with higher voltage
- Incorrect ambient temperature. Ensure tape light is installed in environment -4° – 104°F (-20°C – 40°C)
- Lower the maximum light output down to acceptable ranges as recommended in Table. 2
- Power Supply Failure, using voltage meter to check.
- Incorrect wiring, polarity of positive and negative are reversed. Incorrect DMX Channel setup, Check the DMX channel setup and properly activate the right channel.
- Make sure a right connection between power feed to tape (See FIG. 19-20)
- Make sure a RED color bar is on a right side for all connections between tape to tape.
- This scenario may happen when you lose control over InvisiLED tunable white suddenly as you ramp up the brightness or increase the power to the tape. This cause by a combination of voltage drop and data quality loss.
- To regain control over tape light, please remove the power to the tape, lower the DMX value, and use shield data cable. Make sure that both common and drain wires are all connected on both ends. Or reduce the run length between Wireless DMX LED Controller to the tape.
- This feature has been designed in the Wireless DMX LED Controller A2C10-3 to prevent an overflow of power to InvisiLED RGBWW tape that will cause an overheat. Thus, either
- RGB or WW can be operated at the same time by controlling CH6 (Dimming for RGB) and CH7
- (Dimming for WW). CH6 has higher priority than CH7.
- Waclighting.com Phone (800) 526.2588
- Fax (800) 526.2585
- Headquarters/Eastern Distribution Center 44 Harbor Park Drive
- Port Washington, NY 11050
- Central Distribution Center
- 1600 Distribution Ct Lithia Springs, GA 30122
- Western Distribution Center
- 1750 Archibald Ave Ontario, CA 91761
WAC Lighting retains the right to modify the design of our products at any time as part of the company’s continuous improvement program.
References
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