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Everything you need to install a COB strip, from the housing to the last end cap: manual, videos, wiring cheat sheet, cutting and soldering instructions, and controller setup.
The COB and Strip system files, which should be kept on the phone during installation.
The three key elements of a successful COB line. See the checklist below for details.
A 5-meter strip = one combined output, fed from one end. A 10-meter strip = two outputs, fed from both ends. Never more than 20 feet per output. The enclosure must be 30 feet or less from the strip. Draw up a plan on paper: segments, joints, outputs, and zones.
The key to aluminum extrusion is the heat sink. Don’t bend it, don’t force it into a curve, and don’t step on it. To create a corner, use the IllumiDEL 90° plastic corner piece or cut it and rejoin the ends.
Each cut end is fitted with a COB cap and silicone; cure for 24 hours. Before installing the caps: turn on the line, verify that everything is functioning properly, and ensure that the end of each segment receives at least 22.5 V at 100% white.
A complete installation filmed from start to finish, followed by short videos demonstrating the COB, Strip, and Neon systems. The nine videos marked “Coming Soon” are currently in production and will be added here as they become available.
Wiring rules, cutting, soldering, and configuration—all on one page. The videos above demonstrate each step; this is the version you can review in five seconds on the job site. Excerpted from the COB & Strip V2 Manual, Rev. 2.3.
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ILMC-24V-450W: 4 fused outputs. ILMC-24V-600W: 5 outputs. 100–240 V AC input. Class 2 per output.
D1 through D8, independent of the power outputs. The data line runs from here to the beginning of the line, and only there. A zone may span multiple merged outputs.
Wi-Fi, scenes, schedules. The reset button and the microSD card are here.
2.4 GHz. Do not trap it under the cover.
5 A fuse, limited to 100 W by electronic sensing (4.17 A). It is designed for 100 W, not 5 A: 20 ft of tape at 16 W/m, 18 ft at 17 W/m. The red (+) and black (−) wires run from here to the beginning of the tape or to a joint.
Screen-printed on the board. Each output powers a single section; never connect two outputs together, nor connect two enclosures via the 24 V+ line.
A 14/4 = two pairs = two outputs combined into a single cable. Each pair feeds one half of the joint.
At 16 W/m (97.5 W). At 17 W/m: 18 ft (5.5 m). The limit is the 100 W detection threshold, not the 5 A fuse. A section powered at both ends: 40 ft / 36 ft.
5 m (16 ft): 14/2 at the start, nothing at the end; N segments = N outputs. 10 m (32 ft): fed at both ends, 14/4 at the joints; N segments = 2N outputs.
Every 101.6 mm, there are 12 LED segments between two marks. Cut straight across the printed mark with scissors—never between two marks. Each cut reveals three sections on either side.
A WAGO connector with separate conductors and the lever firmly folded down. Too short: poor contact. Too long: exposed copper. Then apply heat-shrink tubing or electrical tape.
From the junction box to the tape, 14 AWG: 1.74 V drop at 30 ft. Ideal for 15 ft or less. The tape itself should be 20 ft or less from the junction box.
Measured at the farthest end of each segment, 100% white, before closing. Below this: home run too long, joint not tight enough, or outlet overloaded.
The V2 strip is made of 3 oz double-layer copper: it breaks when bent. The only allowed bend is the 90° IllumiDEL plastic corner on the 2200B XL rail. Everywhere else: cut, turn, and reconnect using a connector.
Extrusion acts as a heat sink: at 16–17 W/m, a strip left outside the profile or coiled up will overheat within a few minutes. Clips spaced 300–500 mm apart (250 mm on the ceiling), surface cleaned with 99% isopropyl alcohol, installation at temperatures above 10 °C, 100 mm operating loop, retaining clips on the outside or at temperatures above 35 °C.
Cut the strip. Use scissors, straight across the mark. DO looks at the casing, DI looks at what comes next. Check the direction indicated by the printed arrow before cutting the second piece.
At the splice, the data exits the DO of the upstream segment and enters the DI of the downstream segment. Power is fed in at the same splice: a 14/2 (5 m strip) or a 14/4 (10 m strip). One WAGO connector per connection.
Set the iron to 340–360 °C (Milwaukee M12: fixed at 400 °C), use a fine tip, and apply heat for no more than 2 seconds per area. Red → +24V · green → DO/DI · black → GND. Clamp connectors leave a dark spot: use them only in hidden areas.
Even at the end of the line, even on the inside. Whether it's silicone or epoxy, let it cure for 24 hours before closing the profile. A bare end means water will get in, and the seal will turn green within a year.
Strip-to-strip connector for feeding a cut end from a cable; strip-to-strip connector for joining two ends without soldering (COB 840 WP RGBW). Videos 02 and 03 above.
Power the line: Any strip that remains blue is powered but is not receiving data (direction of the arrows, DO/DI, green wire). Measure 22.5 V at the end of each segment. Then check the diffusers and rail end caps.
An unconfigured strip often lights up blue: this is normal; it is waiting for data. A strip that is off = no power; a strip that remains blue after configuration = no data.
On your phone, Wi-Fi → Network IllumiDEL AP. The controller broadcasts this network as long as it is not connected to the client's Wi-Fi.
wled1234illumidel1234Type: COB (The three options are IllumiDEL Pixel RGBW · COB · Switch). Then the data area (D1 through D8) and the number of LEDs : LEDs per meter (as indicated on the roll label) × meters installed. Secure with the green hook.
Before saving the settings, choose a bold color: you'll immediately see what responds and what remains blue.
Select the client's Wi-Fi network (2.4 GHz), enter the password, and save; the controller will restart.
Go back to Wi-Fi and confirm that the controller displays an IP address. No address = not connected: try again, check the password and the 2.4 GHz band.
100% white, zone by zone. At the far end of each segment: 22.5 V minimum. A blue zone = data (arrows, DO/DI, green wire). A blank zone = power (fuse, WAGO, output).
The customer downloads IllumiDEL V1 (App Store · Google Play), connects to the same Wi-Fi network, and the system appears. View a scene or a schedule. 3-year warranty; support: support@illumidel.com · 1 514 900-4018.
Procedure for the Cloud Application (V2): Coming soon.
Welding a panel in two seconds—that speaks for itself. Our hands-on training sessions allow system integrators to work with IllumiDEL systems, practice installation methods, and ask our team questions directly.
Each system has its own page: videos, documents, and checklists.
Rails, pixels, TAP, 90 pixels per output, zone configuration.
Wi-Fi, zones, effects, schedules, sharing, Studio, Music Sync, AI assistant.
All systems, all documents, and hands-on training in the workshop.
Tap ▶ to play the video with sound.