Source Lutron motion, occupancy, and vacancy sensors through Simply Controlled for professional lighting-control, retrofit, energy-code, service, residential, commercial, and facility projects. This collection includes Lutron Maestro in-wall sensors, Radio Powr Savr wireless sensors, Maestro Wireless controls, sensor dimmers, sensor switches, vacancy-only models, occupancy/vacancy models, and related project components for Canadian B2B dealers.
Use this collection when the project needs automatic shutoff, manual-on vacancy control, hands-free switching, sensor-based dimming, retrofit wireless sensing, or commercial lighting-control compliance support. These products are useful for electricians, integrators, AV dealers, lighting contractors, facility teams, builders, service departments, and retrofit specialists working across residential and light-commercial applications.
Lutron sensors for occupancy, vacancy, and motion-based control
Lutron sensors help dealers control lighting based on whether a space is occupied, vacant, or in active use. Depending on the model, sensors can automatically turn lights on, automatically turn lights off, provide manual-on/auto-off vacancy behaviour, support dimming, work as a wallbox replacement, or communicate wirelessly with compatible Lutron dimmers, switches, modules, and systems.
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Maestro in-wall sensors: wallbox occupancy and vacancy controls for retrofit-friendly switching, dimming, fan, and lighting-control applications.
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Sensor dimmers: combine dimming control with occupancy or vacancy sensing for rooms that benefit from automatic shutoff and local light-level adjustment.
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Sensor switches: control compatible lighting or fan loads where on/off operation is required instead of dimming.
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Radio Powr Savr wireless sensors: ceiling, corner, hallway, and wall-mounted wireless sensor options for projects where the best sensing location is not the wallbox.
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Occupancy and vacancy models: choose automatic-on/automatic-off or manual-on/automatic-off behaviour based on the room use and project requirements.
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Commercial wireless options: support Vive, Maestro Wireless, and related Lutron system applications where wireless sensing and control integration are required.
Why dealers use Lutron occupancy and vacancy sensors
Sensors solve a practical jobsite problem: lights are often left on when rooms are empty. The right Lutron sensor can reduce wasted lighting energy, improve convenience, support code-driven control strategies, and reduce callbacks by matching the sensing method to the space. For dealers, this collection provides a focused path for selecting wired, wireless, wallbox, ceiling, hallway, corner, and wall-mounted sensor options.
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Energy-code support: specify vacancy or occupancy behaviour for spaces that require automatic shutoff or manual-on control strategies.
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Retrofit flexibility: use Maestro wallbox sensors where the existing switch location is suitable, or wireless Radio Powr Savr sensors where ceiling, hallway, corner, or wall placement is better.
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Better sensing coverage: choose the sensor format based on room size, layout, movement type, mounting location, and line-of-sight requirements.
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Reduced callbacks: match PIR, dual-technology, vacancy-only, occupancy/vacancy, dimming, switching, and wireless requirements before ordering.
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Consistent Lutron control package: keep sensors aligned with Maestro, Vive, Caséta, RadioRA, and other Lutron project standards where compatible.
Common applications
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Bathrooms and laundry rooms: use wallbox sensor switches, vacancy sensors, or fan/load controls for practical automatic shutoff.
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Closets, pantries, and storage rooms: add occupancy sensing where hands-free operation and automatic shutoff are useful.
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Offices and meeting rooms: support vacancy, occupancy, dimming, and wireless sensing strategies for commercial lighting-control projects.
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Hallways and corridors: use hallway or wall-mounted wireless sensors where coverage pattern and placement matter.
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Classrooms, amenity rooms, and facility spaces: select ceiling, corner, wallbox, or wireless sensors based on room layout and code requirements.
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Service and retrofit work: replace existing sensors, add automatic shutoff, or upgrade basic switches with Lutron sensor controls.
How to choose the right Lutron sensor
Before ordering, confirm whether the project needs occupancy sensing, vacancy sensing, dimming, switching, fan control, wallbox replacement, wireless sensing, ceiling mounting, wall mounting, hallway coverage, corner mounting, or system integration. Also confirm the load type, voltage, amperage or wattage rating, neutral requirement, ground requirement, single-pole or multi-location wiring method, sensor technology, timeout settings, finish, and wallplate requirements.
For commercial and code-driven projects, confirm the required control sequence before selecting the sensor. Some spaces require manual-on vacancy behaviour, while others may allow automatic-on occupancy behaviour. Sensor placement is also critical: the best electrical switch location is not always the best motion-detection location.
For wireless sensor applications, confirm the compatible Lutron system, associated dimmer or switch, RF range, mounting location, coverage pattern, ceiling height, room layout, and battery/service requirements. For wallbox sensor applications, confirm the wiring conditions and connected load before installation.
Simply Controlled supports Canadian B2B dealers sourcing Lutron Maestro sensors, Radio Powr Savr sensors, Vive-compatible controls, sensor dimmers, sensor switches, and related project components. Dealer account holders can log in to view pricing, build job carts, and source Lutron sensor controls for professional installation and service work.
Need help matching the right Lutron sensor? Contact the Simply Controlled team with the room type, mounting location, load type, voltage, sensor mode, system family, finish requirement, and project application, and we can help point you toward the correct ordering path.
