LED Panel Lights with Motion Sensors
- Automatic dimming or shutoff helps reduce unnecessary runtime
- Available in 1x4, 2x2, and 2x4 panel sizes
- Product specialists can help with sensor and control selection
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- Professionally Designed Lighting Layout
- Fixture Count & Recommendation
- Improved Energy Efficiency & Reduced Maintenance
Our LED Panel Lights with Motion Sensors include 1×4, 2×2, and 2×4 panels with selectable wattage and 0-10V dimming drivers. Available sensor functions vary by model and include detection range, hold time, sensitivity, standby level, daylight settings, and shutoff operation.
These panels are commonly used in private offices, conference rooms, storage and supply rooms, break rooms, utility and equipment rooms, restrooms, copy and print rooms, and low-traffic corridors.
LED Panel Lights with Motion Sensors
LED panel lights with motion sensors provide broad commercial illumination while automatically adjusting operation based on occupancy. Selected models use 0-10V dimming drivers and sensor controls that can reduce output after the space remains unoccupied for the selected hold time. Depending on the specific driver and control configuration, the panels may dim to a standby level or turn off.
Choose motion-sensor panels based on how the room is used, whether sensor coverage will be reliable, and whether the space should shut off or remain at a reduced standby level when vacant. They are useful in rooms where occupancy changes throughout the day and lights may otherwise remain on unnecessarily. Available settings and sensor functions vary by model, so confirm detection range, hold time, sensitivity, standby level, daylight settings, shutoff operation, panel size, output, and control compatibility before installation.
Best Applications for Motion Sensor LED Panels
| Application | Why Motion Sensor Panels Work Well |
|---|---|
| Private offices | Lights can remain on while the office is occupied and, with a compatible control configuration, turn off after the occupant leaves. |
| Conference rooms | Automatic control helps prevent panels from remaining on between meetings. |
| Storage and supply rooms | Lighting can activate when someone enters and dim to standby or shut off when the room is no longer in use, depending on the control configuration. |
| Break rooms | Sensor control works well where occupancy is frequent but intermittent. |
| Utility and equipment rooms | Panels can provide illumination during service visits without operating continuously. |
| Restrooms | Occupancy-based operation can reduce unnecessary runtime when the room is vacant, subject to applicable code and safety requirements. |
| Copy and print rooms | These rooms are often used briefly throughout the day and can be well suited to automatic dimming or shutoff. |
| Low-traffic corridors | Panels may remain at a reduced standby level or turn off when permitted and supported by the selected control, then return to full output when movement is detected. |
Where Motion Sensor Panels May Not Be the Right Fit
- Continuously occupied open offices: Frequent occupancy may provide little benefit from automatic shutoff, and partitions can affect sensor coverage.
- Classrooms during instruction: Seated occupants may not create enough movement for poorly configured sensors. Longer hold times or manual controls may be more appropriate.
- Exam, treatment, and patient-care areas: Unexpected dimming or shutoff may interfere with care, observation, or required illumination.
- Security and monitoring rooms: Spaces requiring continuous visibility may not be suitable for occupancy-based shutoff.
- Emergency egress lighting: Fixtures required for emergency or life-safety illumination must operate as required by the applicable design and code. Do not rely on ordinary occupancy settings for required emergency lighting.
- Areas with limited sensor visibility: Tall partitions, shelving, enclosed workstations, and room geometry can prevent reliable detection.
- Spaces with very little occupant movement: Reading rooms, testing areas, and focused desk-work spaces may require longer hold times or a reduced standby level instead of complete shutoff.
- Wet, washdown, outdoor, or harsh locations: Standard indoor LED panels are not substitutes for fixtures rated for those environments.
Motion Sensor Panel Selection Guidelines
Before ordering, review how the room is used and how the lighting should respond when occupancy is no longer detected.
- Shutoff or standby operation: A 0-10V driver alone does not guarantee shutoff. Confirm whether the exact panel driver and sensor/control provide dim-to-off operation or use a relay or other switching method for full shutoff. Depending on the model and settings, the panel may instead reduce output to a standby level.
- Detection coverage: Match the sensor pattern to the room dimensions, ceiling height, fixture location, and expected occupant movement.
- Hold time: Select how long the panel remains at full output after motion is no longer detected.
- Sensitivity: Adjust sensitivity to detect normal activity without unnecessary activation from movement outside the intended area.
- Standby level: Where complete shutoff is not preferred, confirm whether the panel can maintain a reduced light level while the space is unoccupied.
- Daylight settings: Some sensor configurations can prevent or reduce electric lighting when sufficient daylight is available.
- Sensor placement: Ceiling height, walls, partitions, doors, shelving, and furniture can affect detection performance.
- Panel size and output: Match the 1x4, 2x2, or 2x4 panel and selectable wattage setting to the room layout and target foot-candles.
- Control compatibility: Confirm how the sensor interacts with wall switches, 0-10V wiring, building controls, and any emergency battery backup system.
Controls Note: Motion sensors should be commissioned after installation. Detection range, sensitivity, hold time, standby output, daylight thresholds, and shutoff settings should be tested under normal room-use conditions. A setting that works in an open storage room may not work properly in an office with partitions or in a classroom with seated occupants.
Need Help Choosing Motion Sensor LED Panels?
Contact us about LED panel lights with motion sensors, and our Product Specialists can help review panel size, lumen output, ceiling height, room layout, sensor coverage, hold time, standby level, available shutoff settings, daylight control, and 0-10V compatibility.
LED Panel Lights with Motion Sensors FAQs
How Should I Choose Motion Sensor LED Panels For A Room?
Choose motion sensor LED panels by reviewing room use, desired response after occupancy is no longer detected, sensor coverage, hold time, sensitivity, standby level, daylight settings, panel size, output, and control compatibility. Detection coverage should match the room dimensions, ceiling height, fixture location, and expected occupant movement.
Can Motion Sensor LED Panels Turn Off Or Reduce Output When A Room Is Vacant?
Motion sensor LED panels can turn off when configured for shutoff or reduce output to a standby level, depending on the sensor and control settings. These panels use 0-10V dimming drivers and can be configured to respond after the selected hold time.
Which Rooms Are Well Suited To Motion Sensor LED Panels?
Motion sensor LED panels are useful in rooms where occupancy changes throughout the day and lights may otherwise remain on unnecessarily. Supported applications include private offices, conference rooms, storage and supply rooms, break rooms, utility and equipment rooms, restrooms, copy and print rooms, and low-traffic corridors.
When May Motion Sensor LED Panels Not Be The Right Fit?
Motion sensor LED panels may not be the right fit for spaces requiring continuous visibility, areas with very little occupant movement, or rooms where unexpected dimming or shutoff may interfere with care, observation, or required illumination. Continuously occupied open offices, classrooms during instruction, exam and patient-care areas, security rooms, and areas with limited sensor visibility may require different planning or controls.
What Can Affect Motion Sensor Detection Performance?
Ceiling height, walls, partitions, doors, shelving, furniture, fixture location, room geometry, and expected occupant movement can affect motion sensor detection performance. Tall partitions, shelving, and enclosed workstations can prevent reliable detection.
What Settings Should Be Confirmed Before Installing Motion Sensor LED Panels?
Confirm detection range, hold time, sensitivity, standby level, daylight settings, and shutoff operation before installation because available settings and sensor functions vary by model. Also confirm how the sensor interacts with wall switches, 0-10V wiring, building controls, and any emergency battery backup system.
Should Motion Sensor LED Panels Be Tested After Installation?
Motion sensors should be commissioned after installation and tested under normal room-use conditions. Detection range, sensitivity, hold time, standby output, daylight thresholds, and shutoff settings should be tested because a setting that works in an open storage room may not work properly in an office with partitions or a classroom with seated occupants.
