Casambi Industrial Lighting Control for Factories and Manufacturing Facilities

Casambi industrial lighting control is a distributed wireless lighting control system based on Casambi Mesh using Bluetooth Low Energy. Casambi Ready luminaires, drivers, sensors, switches and control modules form a self-organizing network that can operate locally without a central controller or permanent internet connection. A gateway is required only for remote access, cloud monitoring or API integration. In factories, Casambi industrial lighting control is most useful when production zones, equipment areas, inspection benches, maintenance routes and loading areas need flexible control without new dedicated control wiring.

What Is Casambi Industrial Lighting Control and How Does It Work?

Casambi industrial lighting control is distributed: intelligence is held in devices rather than in one central controller. Switches, sensors, timers and app commands recall lighting states through the mesh. If internet service or a gateway fails, local automation should still operate; only cloud, API and remote access functions are lost.

What Industrial Lighting Problems Can Casambi Solve?

Factories contain large floor areas, high mounting heights, metal structures, changing production lines and spaces that are occupied at different times. Casambi industrial lighting can separate these areas into software-defined groups while still respecting power circuits, emergency requirements and safety documentation.

Casambi industrial lighting control can support shift schedules, task tuning, daylight harvesting, occupancy response, supervisor override, maintenance scenes and later regrouping. For owners comparing wireless industrial lighting controls, the value is not only dimming. Casambi industrial lighting keeps light aligned with real operations while reducing unnecessary burning hours.

Should a Factory Use the Casambi App or Casambi Pro?

For Casambi industrial lighting control, the choice depends on project size and workflow. The Casambi App suits smaller or less repetitive installations commissioned directly on site. Casambi Pro is intended for larger projects with repeated layouts, many spaces, sensors and schedules. It allows a Windows-based designer to import floor plans and pre-plan Spaces, Groups, Scenes and Networks before field commissioning.

Casambi Pro projects are commissioned mainly with an iPad and require Evolution devices and networks; Classic is not supported. Casambi Pro does not include every ordinary Casambi App function, so the required features must be checked before choosing the architecture. Networks created in Casambi Pro should not normally be modified with the standard app.

How Should a Factory Be Divided into Control Zones?

Casambi factory lighting control should follow operations, not only luminaire rows. Before grouping devices, collect building plans, production boundaries, machine locations, pedestrian routes, material paths, loading docks, fire compartments, daylight openings, shift patterns and areas likely to change.

One hall may include general ambient lighting, task lighting, route lighting, maintenance lighting and perimeter daylight zones. This approach supports Casambi facility lighting management because each network, group and control sequence can be documented for future operators.

How Should Different Production Areas Be Controlled?

Casambi industrial lighting control in production areas needs defined shift levels, setup and cleaning scenes, local task tuning, daylight limits and supervisor override. Short pauses in movement should not switch off lighting during active machine operation. Equipment zones need localized groups so a technician can raise one machine area without changing the whole hall.

Inspection areas may use a higher task scene and manual activation. Maintenance zones need clear full-output service lighting, timeout behavior and independence from normal shift schedules. Circulation routes should maintain a safe background level and raise output ahead of movement. Loading areas may combine occupancy, door schedules, daylight and separate interior and exterior transition lighting. These sequences make smart factory lighting control operational rather than cosmetic.

How Do Scenes, Schedules and Control Hierarchy Work?

A Casambi scene stores lighting states to be recalled, such as dimming level, color temperature or color. Switches, sensors and timers activate scenes, while Control Hierarchy and controller settings determine linger time, fade time, manual-control timeout and override priority.

Casambi executes the currently highest-priority command; within the same priority, the latest command usually takes precedence. Therefore casambi factory lighting control must define which schedules, switches and sensors can affect each zone, how long overrides last and what automation resumes afterward.

How Should Presence and Daylight Sensors Be Applied?

Casambi supports Presence, Presence/Absence and Absence behavior. Presence control should be tested around conveyors, fans, robots, automatic doors, vibrating structures and reflective metal surfaces. In Evolution networks, up to 30 presence sensors may control the same luminaire or group; Classic supports up to 10. One sensor can call up to two non-conflicting scenes.

Daylight scenes in the Casambi App include Basic ON/OFF, Open loop, Closed loop and External control. Only Closed loop uses feedback to maintain a target illuminance. If several lux sensors control the same luminaires, the system commonly uses an average value; for precise zones, use dedicated daylight sensors or split the area. These details matter for Casambi manufacturing lighting near windows, rooflights and loading doors.

How Are High-Bay and Linear Fixtures Integrated?

A Casambi Salvador controller can bring many DALI drivers into a Casambi system as virtual luminaires; some models manage up to 64 DALI drivers. Capacity, bus power and node counting must be checked against the exact Salvador model. For high bays, avoid enclosing antennas completely inside metal housings or cabinets. For linear rows, decide whether control is by fixture, row, production bay or daylight zone.

How Do New-Build and Retrofit Projects Differ?

Casambi factory lighting control retrofits may replace fixtures with Casambi Ready models, change drivers, add external modules or upgrade one area at a time. This is where an industrial wireless lighting system can reduce disruption, but driver compatibility, thermal conditions, radio performance and certification must be reviewed first.

How Should Large Industrial Casambi Networks Be Planned?

A large industrial wireless lighting system should not be designed only around the 250-device Evolution limit. Network traffic from sensors, frequent status changes, D4i scans and future additions consumes bandwidth. Better Performance mode runs at 2 Mbit/s and is recommended for larger indoor networks or projects above about 100 devices. Balanced runs at 1 Mbit/s and is suited to small and medium indoor networks, typically up to 125 nodes. Long Range runs at 0.5 Mbit/s, is for compatible devices and low-traffic longer-distance projects, and is typically kept below 60 nodes.

Wireless industrial lighting controls in metal-heavy buildings require sample-area testing before final node density is fixed. Do not treat 30 m as a guaranteed spacing rule. Test after equipment, steel structures, cabinets, fire doors and production-line motion are present. Record weak coverage points, network mode, gateway position and spare capacity. A Casambi Site can connect multiple shared networks at one physical location, with gateway enabled on each network, to create site scenes and timers. Current guidance recommends fewer than 50 networks per Site, and Site scenes and timers count toward local network limits.

How Do Cloud Gateway, API, D4i and BMS Integration Work?

Each Evolution network allows one Casambi Cloud Gateway. The gateway needs a reliable Bluetooth connection to at least one node, not direct coverage of every luminaire. It supports Ethernet or Wi-Fi, uses DHCP, is for indoor use and operates at 0–50°C. In industrial projects it should be placed in a controlled IT cabinet or control room, not in hot, wet or dusty production zones.

If the gateway or internet connection fails, local mesh control, sensors and local automation should continue, but remote control, API access and cloud data are unavailable. REST API mainly reads relatively static network information, while WebSocket supports real-time status and control. API use still needs an API key, development work or a third-party platform; it is not a complete BMS dashboard inside the app. D4i energy, temperature, runtime and fault data are available only when the driver, Casambi device, gateway settings and data collection support them.

Cybersecurity, Emergency Lighting and Certification Limits

Casambi Evolution uses Administrator, Manager and User roles. Administrator can change the network and manage access; Manager can edit lighting-control functions but not access rights; User can operate lighting only. Industrial owners should use company-controlled email accounts, remove installer personal accounts, restrict unpairing and firmware-update permissions, and decide who may change schedules or scenes.

Gateway traffic is initiated outbound, internet communication uses HTTPS, and industrial IT teams should place the gateway on a VLAN or network separated from critical production equipment. Also note this safety boundary: Casambi connectivity does not give a luminaire emergency, hazardous-location, food-processing or environmental certification. The completed luminaire and control assembly must independently meet required IP, temperature, UL, ATEX, IECEx, NSF or local code requirements. Casambi’s Emergency priority is not the same as a compliant emergency-lighting system.

Testing, Documentation and Handover

Casambi facility lighting management testing should include every luminaire, group, scene, timer, switch, sensor, daylight response, manual override, automation return, remote function, difficult radio area and power-cycle recovery. Records should list device names, locations, networks, groups, scenes, sensor relationships, gateway relationships, daylight zones, network modes and control sequences.

Final handover for Casambi facility lighting management should transfer administrator ownership to the facility, assign Manager and User access, remove temporary accounts, create a backup, confirm remote access and define the change-control process. The system is not complete until the facility team can operate and maintain it without relying on the commissioning engineer’s private mobile device.

Industrial Case Study

Casambi’s Safran industrial project is a useful evidence point, not a universal promise. The published case lists 1,560 Casambi nodes, 1,540 luminaires and 16 high-bay sensors, with a reported 20% energy reduction. Results depend on site conditions, operating hours, luminaire efficiency, sensor settings and commissioning quality, so they should not be presented as guaranteed savings for every project using wireless industrial lighting controls.

Use terms consistently: Casambi industrial lighting, Casambi factory lighting control, wireless industrial lighting controls, smart factory lighting control, Casambi manufacturing lighting, industrial wireless lighting system and Casambi facility lighting management must map to zones, tests and handover records; smart factory lighting control and the industrial wireless lighting system should be measurable.

Conclusion

Casambi industrial lighting control works best when it is planned around operations, network behavior, safety limits and documentation. Casambi industrial lighting control can coordinate luminaires, drivers, switches, schedules, sensors, daylight scenes and gateways across production, equipment, maintenance, circulation and loading areas. Casambi industrial lighting also needs realistic radio testing, correct interface selection and clear IT and user-access rules. With the right smart factory lighting control architecture, Casambi manufacturing lighting can support flexible control; Casambi manufacturing lighting records should remain available for both new-build and retrofit factories.

FAQ

How many Casambi devices can be used in one factory network?

It depends. Evolution supports up to 250 nodes and Classic up to 127, but industrial designs should reduce the practical count for sensor traffic, D4i data, network mode and future expansion.

Should a factory use the Casambi App or Casambi Pro?

It depends on scale. Use the Casambi App for smaller on-site commissioning. Consider Casambi Pro for larger, repetitive, schedule-led projects that need floor-plan planning and Evolution networks.

Can Casambi control 0–10V industrial high-bay lights?

Yes, if the selected Casambi device supports the correct 0/1–10V interface and the driver, dimming range, enclosure, temperature and certification are suitable for that luminaire.

Does Casambi work in metal-heavy manufacturing facilities?

Yes, but only with proper planning. Test sample areas after machinery and steel structures are installed, avoid sealed metal antenna locations and document weak radio positions.

Can Casambi integrate with DALI or a BMS?

Yes, with conditions. DALI can be integrated through suitable Casambi devices or Salvador gateways. BMS integration normally needs the API, a gateway, an API key and development or third-party software.

What happens if the Cloud Gateway or internet connection fails?

Local control should continue. The mesh, local sensors and local schedules remain available, but remote app access, cloud monitoring, API functions and cloud data access are interrupted.

Is Casambi suitable for emergency or hazardous-location lighting?

It depends on the certified equipment. Casambi Emergency priority is a control hierarchy level, not a compliance approval. Emergency, ATEX, IECEx, NSF and local-code requirements must be met separately.

Can sensor and energy data be exported from Casambi?

Sometimes. Data export depends on compatible hardware, gateway settings, D4i support, API access and the connected software platform. Not every luminaire provides every diagnostic value.