Linear light along a stair route
This real reference shows stair-side linear wall lighting. It illustrates architectural integration and viewing conditions, not sequential step control or a measured safety-lighting design.
Cascade Motion Sensor Stair Lighting
Define activation from both ends, the number of steps and the required fallback behaviour before selecting controls.
Discuss this assemblyAI-generated application illustration; not a completed BEXLIGHT project or measured performance. Component interfaces are illustrative.
From the drawing
to the sample review.
Define activation from both ends, the number of steps and the required fallback behaviour before selecting controls.
Drawing & design inputs
Provide step count, section lengths, top and bottom sensing positions and the intended sequence. Agree simultaneous approach, timeout and any steady-light or fallback behaviour.
Assembly & coordination
Match controller channels, strip sections, loading and cable allocation. Document addressing for DMX512 proposals and keep required safety or emergency lighting within its own design.
Sample & acceptance review
Trial approach from both ends and the expected walking conditions. Check every channel and fallback mode and retain settings with the step-to-channel schedule.
DESIGN DECISIONS
Specify the stair behaviour before the controller
A cascade sequence needs more than a step count. Define what should happen when two people approach from opposite ends, someone pauses, or a sensor is triggered again during the sequence. Keep decorative sequencing distinct from any required safety or emergency lighting design.
| Decision | Required input | Review with the sample |
|---|---|---|
| Channel schedule | Step count and section allocation | Map every step to its output and cable reference |
| Sensor logic | Top and bottom approach, retrigger and timeout | Agree simultaneous-use behaviour before sampling |
| Control interface | Controller, load and addressing | Document DMX512 addressing where that interface is selected |
Cascade Motion Sensor Stair Lighting
Integration detail.
Use this concept to mark mounting positions, cable paths and service clearances on your fixture drawing. Dimensions and component references belong on the project drawing before machining.
From the scene to the components.
Photographs support the adjacent selection decisions. The exact delivered components and their performance need their own drawings, documents and sample review.
Specify the interfaces,
not only the light source.
Use these selection questions in the assembly brief. Confirm availability, compatibility and performance for the proposed configuration.
Motion Sensor Cascade Stair LED Light Kit
Confirm detection coverage, step allocation and the installation environment.
Sequential Step Motion Controller
Record timing, direction, channel loads and the desired steady-light mode.
DMX512 Cascade Stair Driver System
Confirm addressing, signal wiring and channel compatibility; DMX512 alone does not establish a safety-lighting function.
Light sources &
assembly scope.
Compare the source with the fixture dimensions and intended light effect. A complete supply schedule also identifies the profile, controls, connectors and the work included in the assembly.
Define the assembly before selecting a source.
This detail includes components beyond an LED strip. The catalogue does not identify a complete, approved kit for this arrangement. Send the fixture section and required operation so the source, control and mechanical interfaces can be reviewed together.
- Light source: dimensions, colour requirement, section lengths and supply voltage.
- Fixture parts: profile or support, diffuser, end fittings and service access.
- Control and wiring: sensor or controller reference, mating connectors and cable schedule.
Compare catalogue light sources → Review the wider furniture system →
Discuss components for this detailTurn the detail
into an orderable brief.
State the quantity basis and open decisions. A labelled assembly schedule keeps design, purchasing and installation working from the same reference.
- Drawing revision and finished dimensions
- Module quantity and order basis
- Source, profile and control references
- Cable exits and service access
- Required sample and acceptance records
FREQUENTLY ASKED QUESTIONS
Cascade Motion Sensor Stair Lighting FAQ
Practical answers for the furniture drawing, sample review and purchasing brief.
Ask a project question →What should happen with two people on the stairs?
Specify the required simultaneous-approach and retrigger behaviour, then demonstrate it on the selected controller. Do not assume all cascade kits behave alike.
Does a cascade kit replace safety lighting?
Do not assume that. Required safety and emergency lighting remains subject to the project design and applicable requirements.
What happens if a stair sensor is triggered again during the sequence?
Specify that behaviour in the controller brief and demonstrate it with the selected device. Include a paused user and simultaneous approaches from both ends. Different controllers can handle retriggering differently.
What should our cascade motion sensor stair lighting enquiry include?
Include Drawing revision and finished dimensions, Module quantity and order basis, Source, profile and control references. Add quantities by furniture module and identify the configuration or sample already selected. This gives the drawing review a defined scope before pricing and assembly approval.
CONTINUE THE SPECIFICATION
Guides for the
next design decision.
Use the wider furniture brief to coordinate this lighting detail with adjacent modules and project teams.
Keep the related
decisions connected.
Plaster-In Trimless Gypsum Profiles
Resolve the profile-to-board detail, joint treatment and finished light opening before the finishing trades start.
View the solution →
LED Skirting Board Baseboard Systems
Plan a continuous line through doors, corners and finishes with identified feed points and replaceable light sections.
View the solution →