Use examples
Practical use examples for SC Industry A6
Section titled “Practical use examples for SC Industry A6”This page shows typical scenarios where SC Industry A6 from the SC Industry A line makes the most sense. It is a controller for DALI luminaire control with up to 16 drivers on one DALI line, optional expansion modules such as Phase Input, Daylight, or RTC, and the advantage of a wireless mesh network.
For general DALI context in the Spectoda ecosystem, continue with the DALI page.
Scenario map
Section titled “Scenario map”1) Production hall / warehouse
zoning, savings, safety
2) Administrative spaces / open space
daylight compensation, scenes
3) Corridors, staircases, and back-of-house areas
motion, night dimming
4) Sports facilities
quick modes
5) School / classrooms
simple control + automation
6) Retrofit
modernization without new cabling
7) Remote management
service, reporting
Quick checklist: what these scenarios usually include
Section titled “Quick checklist: what these scenarios usually include”In practice, an installation with SC Industry A6 most often consists of:
- DALI luminaires/drivers by segment or zone
- SC Industry A6 with one controller per DALI segment or according to project design
- sensors for motion/presence and ambient light intensity, connected directly or wirelessly within the mesh
- controllers/scenes through the app, buttons, or a wall panel
- optional Spectoda Gateway for remote functions
Scenario 1: production hall / warehouse - zoning, savings, and safety
Section titled “Scenario 1: production hall / warehouse - zoning, savings, and safety”Goal: light only where work is actually happening while maintaining a safety minimum.
Typical solution:
- Divide the hall into zones such as aisles, production lines, packing, and dispatch.
- Each zone is controlled by one or more SC Industry A6 controllers over DALI.
- Motion/presence sensors, for example PIR sensors, trigger automation across the network.
Example behavior:
- Presence in a zone -> lights in the zone at 100%.
- No motion for X minutes -> lights dim to standby level, for example 10-20%.
- Night mode -> keep only an orientation light level.
- Daylight compensation -> automatically reduce artificial lighting when daylight is sufficient.
Benefits in a hall or warehouse:
- Energy savings by lighting only zones that are actually in use.
- Safer operation through automatic light-up in aisles, ramps, and work areas.
- Fast adaptation to layout changes such as racks or lines without wiring changes.
- Lower service costs thanks to better diagnostics and clearly defined zone behavior.
Scenario 2: administrative spaces / open space - daylight compensation and scenes
Section titled “Scenario 2: administrative spaces / open space - daylight compensation and scenes”Goal: stable lighting at workstations, scenes for different work modes, and reduced glare.
Typical solution:
- DALI luminaire control by zone, for example windows vs. room center.
- Daylight sensor for automatic intensity balancing.
- Scene control from the app or a wall panel, for example TX Ultimate powered by Spectoda.
Example scenes:
- “Work” for a standard light level
- “Presentation” for dimming the zone near a projector
- “Cleaning” for full output
Benefits in an office:
- Comfort and productivity through a stable light level and easy scenes.
- Savings through daylight compensation, where the window zone automatically uses less artificial light.
- Less disturbance thanks to smooth brightness changes and fewer unnecessary user adjustments.
- Easy management when layouts change, such as desk moves or meeting zones.
Scenario 3: corridors, staircases, and back-of-house areas - automatic lighting without overlighting
Section titled “Scenario 3: corridors, staircases, and back-of-house areas - automatic lighting without overlighting”Goal: provide light only during movement, without unpleasant blinking and with a safe night mode.
Typical solution:
- Motion sensors for activation.
- Smooth fade-in and fade-out for comfort.
- Night dimming, for example 5-15%, which briefly increases during movement.
Benefits in circulation spaces:
- Safety through automatic lighting at the right time and place.
- Significant savings because corridors often stay lit for longer than needed.
- Comfort through smooth fade-in/fade-out without distracting jumps.
- Clear operation for users because the light behaves predictably.
Scenario 4: sports facilities - quick mode switching (training / match / cleaning)
Section titled “Scenario 4: sports facilities - quick mode switching (training / match / cleaning)”Goal: switch quickly between modes and make sure the whole space is set consistently.
Typical solution:
- Zones such as playing area, spectator area, and surroundings.
- Simple scene control through a button box or SC Button.
Example scenes:
- “Training” with lower output
- “Match” with full output
- “Cleaning” with full output and possibly different zones
Benefits in a sports facility:
- Immediate mode switching without complex operation.
- Savings because training often does not require match-level output.
- Consistency because a scene always sets the whole space the same way.
- Simpler operation because staff have only a few buttons and clearly defined modes.
Scenario 5: school / classrooms - automation + simple control for teachers
Section titled “Scenario 5: school / classrooms - automation + simple control for teachers”Goal: give teachers a few understandable modes while the system manages savings automatically.
Typical solution:
- Automation based on presence.
- Modes/scenes such as teaching, projection, test, and cleaning.
- Time behavior such as afternoon dimming or weekend mode.
Planning and modes also relate to time automations.
Benefits in a school:
- Simple control with a few modes instead of constant manual dimming.
- Savings through automatic switch-off or dimming when no one is present.
- Suitable lighting conditions for different situations such as projection, writing, or cleaning.
- Fewer operating mistakes because whole classrooms do not stay unnecessarily lit.
Scenario 6: retrofit (modernization without new cabling) - maximum functionality with minimal intervention
Section titled “Scenario 6: retrofit (modernization without new cabling) - maximum functionality with minimal intervention”Goal: add intelligent control to an existing installation without expensive reconstruction.
Typical solution:
- Keep the existing DALI drivers and wiring.
- Add SC Industry A6 into the cabinet or ceiling area near the DALI segment.
- Connect zones wirelessly into a mesh network.
- Keep “classic” inputs through Phase Input where it makes sense.
Benefits in retrofit projects:
- Minimal construction work because new wiring is not needed for the new control logic.
- Faster delivery and lower impact on building operation.
- Gradual modernization by phase or by zone.
- Existing controls can remain where it makes sense.
Scenario 7: remote management, service, and reporting for facility / building managers
Section titled “Scenario 7: remote management, service, and reporting for facility / building managers”Goal: diagnose issues quickly, adjust settings, and maintain visibility into operation.
Typical solution:
- Deploy Spectoda Gateway.
- Use cloud functions described on the cloud services overview page.
For example:
- Remote service for fewer site visits
- Spectoda Analytics for visibility into behavior and usage
Benefits for facility management:
- Fewer site visits and faster incident resolution through remote diagnostics and adjustments.
- Better visibility into installation operation and behavior.
- Easier optimization because dimming levels, scenes, and timing can be tuned over time based on reality.
- Higher operational confidence in larger installations through standardized settings across the building.
Design tips from practice
Section titled “Design tips from practice”- Zone by real operation, not by wiring. Spectoda can change the logic later as well.
- Plan for future layout changes such as moved racks or office partitions. The wireless mesh network makes changes easier.
- For scheduled modes such as night dimming or weekends, consider using an RTC module, especially where the installation should keep time even after a power outage.