Warm-white cabinet strip base
VST S2835L120H1408 is a 12V/24V SMD 2835 cabinet strip reference. It needs a separately matched sensor and power circuit for automatic operation.
View Product Automatic-lighting integration
Motion Sensor LED Strip Integration for Cabinets and Furniture
Place the detector for the movement you need to catch, then match it to a suitable LED strip circuit.
- Separate the lighting strip from the sensor and control components.
- Check detection path, delay and false triggers in the real enclosure.
- Match voltage and switching capacity before a sample build.
- Use VST strip options as a base for project-specific integration.
Integrated control
Design the trigger before choosing the light line
Motion sensor LED strip lights are most useful when the strip comes on at the right moment without a visible manual switch.
Decide what should trigger the light before choosing a strip. A wardrobe door, someone entering a stairwell and a hand near a worktop call for different detectors and mounting positions. The controller must switch the strip at the correct voltage and load. VST is a white LED strip supplier for furniture lighting and can prepare leads for a trial. Before quoting an integrated assembly, identify who supplies the detector and verifies on-off behavior.
Identify the trigger
Describe the movement or door action that should turn the light on, plus what should leave it off. This shapes sensor selection.
Check hidden geometry
A detector behind a panel or aimed at the wrong path may miss the intended event or react to unrelated traffic.
Match output to load
The sensor or controller must switch the selected strip safely at its actual voltage and power requirement.
Set the off behavior
Delay and reset behavior affect comfort, nuisance switching and service life in the installed space.
Functional architecture
What creates motion-activated strip lighting
The function comes from the detector and switching circuit, not from the LEDs alone.
A motion sensor LED strip is a complete lighting arrangement in which a sensor or control device switches a compatible LED strip when its defined trigger occurs. PIR, proximity and door-contact controls have different detection behavior; none is established as the standard VST component for this page. The strip provides light and has its own voltage, load, width and color specification. Choose the trigger, detector mounting and power path as one system, then test the expected on and off behavior in the final host.
Published strip references
Strip bases for controlled lighting
As a CCT LED strip supplier, VST can compare the 12V COB option with S2835L120H1408, a single-color SMD strip offered in 12V and 24V versions. The SMD photo shows a 24V strip; the CCT image illustrates its COB construction. Choose the light line before assigning a detector and controller.
Compact 12V COB CCT base
VST C576CCT0605 offers a slim 12V COB CCT light line. Sensor switching and CCT control require an agreed combination rather than an assumed plug-in kit.
View Product Selection checks
Control-system decisions
Define activation behavior before judging the light-line appearance.
Sensor load match
The detector output must suit the strip circuit and its operating load.
Sightline planning
Locate sensing and lighting where doors, shelving and users do not block the intended action.
Prototype behavior
Observe both missed triggers and nuisance activation in the real host.
Build control
Keep sensor, strip and lead versions identifiable for repeat assembly.
Physical construction
Inspect the light line
These close-ups show a white SMD strip construction. They do not show a sensor or the CCT COB model in the product cards.
Light emitter
SMD LED packages
The pictured SMD strip uses spaced LED packages. In a shallow channel, you may see individual light points; a diffuser or deeper recess changes the appearance. Compare that result with the COB CCT option if the line will be directly visible. Check the light against the actual cabinet finish.
Circuit base
Flexible PCB path
The illustrated flexible PCB distributes power along the light line. Strip width and cut-pad spacing determine where the light can fit and where a lead can exit. The control device must be connected to the proper strip voltage; the board photograph alone does not tell you whether any particular sensor will switch it.
Mounting layer
Strip backing
The backing supports placement along the host surface, but adhesive choice depends on material, temperature and service access. A cabinet or wardrobe assembly should allow the strip and sensor wiring to be inspected without damaging the finish. Test adhesion and lighting position on the actual substrate before fixing a repeat design.
VST video context
See VST strip work and feedback
The videos give you a view of VST's strip work and customer cooperation. Test the detector and switch behavior in your own cabinet or fixture.
LED strip category video
The LED strip video can help you choose a suitable light line. Sensor range and timing come from the selected control hardware, so include that hardware when you test the strip in the intended enclosure.
Customer cooperation video
The customer video shows general cooperation with VST. For this project, a useful sample should show the light turning on and off under the conditions you expect in the finished host.
Application decisions
Where automatic light helps
Send VST the intended trigger, sensor position and strip load. A wardrobe door and a stairway call for different detection behavior.
Wardrobe access
A wardrobe light may turn on when the door opens or when someone approaches. First map the door swing and shelf obstructions; they determine where a detector can see the intended action. Compare narrow VST strips and place the lead exit clear of the moving hardware.
Kitchen task zones
A hand-operated kitchen light needs to respond near the worktop without switching whenever someone passes. Check the sensor reach and reflections from the counter finish in a trial cabinet. VST can supply a strip sample at the cabinet length so you can judge the light while testing the detector.
Stairway guidance
Stair lighting should come on as someone enters the run without shining into their eyes. Map the walking path, timing and cable route, then check local electrical rules. Try a VST strip and profile in the actual step or handrail detail before fixing the control layout.
Equipment access panels
An open service hatch may need light immediately, while a motion detector could be unnecessary. Decide whether a door contact or proximity control suits the task and check the available DC supply. A narrow strip sample from VST can keep the leads away from the hinge during maintenance.
Retail storage
A stock cabinet should light its contents only while staff are using it. Door position and timer delay affect both visibility and unwanted switching. Compare VST white strips in a working cabinet, then test the detector there at the expected door speed before ordering repeated units.
Project inquiry
Plan a Motion Sensor LED Strip sample
Send the enclosure layout, required trigger behavior and supply voltage. VST can quote the chosen strip and leads now. Name the detector and controller suppliers before requesting a combined assembly price.
Technical reference
Check the control chain
A motion sensor LED strip assembly needs a selected detector and strip model before data can be finalized.
| Selection factor | S2835L120H1408 | C576CCT0605 |
|---|---|---|
| Light / control | SMD 2835; single-color white | COB; tunable-white CCT, PWM listed |
| Voltage | 12V / 24V variants | 12V |
| Power per meter | 14.4W/m | 6+6W/m |
| Rated strip current | About 1.2A/m at 12V or 0.6A/m at 24V | Up to about 1.0A/m at 12W/m |
| PCB width | 8mm | 5mm |
| Cut interval | 50mm in spec table; product text says 25mm at 12V and 50mm at 24V | Cut anywhere, per listing |
| Output / white data | 1200 lm/m; warm / neutral / cool white; CRI 98 | 480 lm/m; 3000K-6500K; CRI 92 |
| Protection listing | IP20 base; IP65/IP67 optional | IP20 base; IP65/IP67 optional |
VST's LED strip factory can prepare cut lengths and leads for the selected white strip. The detector, controller and combined switching test need named suppliers and an agreed responsibility before they enter the assembly scope. Provide the host drawing, trigger behavior and available power.
Start with a mechanical section and a functional trial. Once the detector, control board and LED strip are identified, document their wiring and operating behavior for the sample build before ordering repeat kits.
Mount the sensor so it sees the intended movement or door action. Wire it only within its specified voltage and switching load, route strip leads clear of hinges and check on, off and reset behavior in the completed enclosure. Follow local electrical requirements.
Working with VST
Control-project and order questions
Define who supplies the detector before comparing the strip and kit terms.
Yes. VST is a cabinet LED strip supplier for the selected strip base and prepared leads. The detector, controller and any complete kit must be defined separately before those parts are included in a quotation.
A prototype discussion is possible once you supply the trigger behavior, mounting drawing and power information. Sample availability is established; any special control hardware, development charge or sample-credit condition must be agreed for the specific project.
The general starting point for LED strips is about 500 meters. A sensor assembly may have separate component MOQs and tooling constraints, so a combined kit needs its own quotation.
Regular strip production typically takes 2-3 weeks. Light customization is commonly about 3-4 weeks and extensive development about 4-6 weeks, depending on parts and approvals; shipping time is additional.
VST supports private labels and custom packaging where the agreed assembly permits it. Define which parts are in the kit and who supplies the detector before approving labels, instructions and warranty wording.
Product questions
Detection and strip questions
The questions below cover detector placement, switching load and dimming in a Motion Sensor LED Strip installation. Use a working trial in the host space to settle trigger behavior.
No detector model is confirmed as included with these published VST strip bases.
| Part | Supply decision |
|---|---|
| LED strip and leads | VST can review the selected model and cut length |
| Detector | Agree model, rating and supplier |
| Controller | Agree switching output, timing and test owner |
That depends on whether the desired event is opening the door or approaching it. A door contact may be more direct for a fully enclosed cabinet, while a proximity or PIR detector needs an unobstructed sensing path. Test the actual hardware position.
Only if the controller output and wiring scheme are rated for the combined load and each section receives adequate voltage. Do not assume a sensor output can drive a long strip directly. Segment the circuit according to the selected control specification.
Reflective surfaces, nearby traffic, heat sources or an overly broad detection area can trigger a poorly positioned sensor. The exact causes depend on sensor technology. A host prototype should be tested at the intended mounting angle and delay setting.
Potentially, but the selected dimmer, sensor and LED strip must support one compatible control path. An on-off detector alone does not establish dimming. State the desired light level and fade behavior before control components are chosen.