Smart Lighting
What are Microwave Sensors?
Microwave sensor-controlled lighting provides a highly efficient and reliable solution for modern lighting requirements.
Unlike passive infrared (PIR) sensors that operate within narrow beams, microwave sensors can scan a wide area of up to 15m in diameter using an ultra-low powered radar system. This allows them to detect even the slightest movements, such as a small hand gesture, and promptly switch on the lights as needed.
Microwave Sensors
Key Benefits of Microwave Sensors
Firstly, it provides an exceptional user experience, allowing occupants to confidently navigate unlit areas knowing the lights will automatically activate. Secondly, it helps reduce energy consumption by ensuring lights are only on when necessary, minimising wastage. Finally, this efficiency translates to an overall lower environmental impact compared to traditional lighting systems.
Microwave Sensors
Microwave Sensors vs PIR Sensors
Whereas PIR sensors can be frustrating due to delayed responses and limited detection ranges, microwave sensors present a superior alternative.
Their wide scanning coverage and sensitivity to minor movements make them a highly reliable and cost-effective solution for modern lighting requirements. This innovative technology truly represents a new level of efficiency never before seen in lighting control systems.
Examples of What You Can Save
Your Existing Light Fitting
600x600 Quad 18w T8 Fluorescent Panel
Existing Load in Watts
82w
Our Suggested Replacement
LED Backlit Panel Low Glare Flicker 4000k Free 5 Year Warranty 30 - 50% reduction in Fittings
New Load in Watts
36w
Energy Saving
82%
Your Existing Light Fitting
T8 6’ 70w Twin Fluorescent
Existing Load in Watts
161w
Our Suggested Replacement
LED Batten 140 L/W Low Glare 4000k 5 Year Warranty 30-50%
New Load in Watts
27w
Energy Saving
90%
Your Existing Light Fitting
Metal Halide 250w High Bay
Existing Load in Watts
292w
Our Suggested Replacement
LED 150w Smart High Bay Disc 200L/W 30,000 Lumen (Typical reduction of units by 50%)
New Load in Watts
150w
Energy Saving
75-88%
Your Existing Light Fitting
Metal Halide 400w High Bay
Existing Load in Watts
459w
Our Suggested Replacement
LED 150w Smart High Bay Disc 200L/W 30,000 Lumen (Typical reduction of units by 50%)
New Load in Watts
150w
Energy Saving
75-84%
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Microwave Sensor Lighting
Microwave Sensor Lighting FAQs
What is microwave sensor lighting?
Microwave sensor lighting uses low-powered microwave signals to detect movement within an area and switch lighting on when it is needed. LEDLights4You’s microwave sensors can cover a wide detection area and respond to relatively small movements, making them suitable for a range of commercial and industrial environments.
What is the difference between microwave sensors and PIR sensors?
PIR sensors detect changes in infrared radiation, typically when a person moves across their detection zones. Microwave sensors use microwave signals to detect movement and can offer wider, more sensitive coverage. The best option depends on the space, its layout and how the lighting needs to operate.
Can smart lighting help reduce business energy costs?
Yes. Sensor-controlled lighting can reduce unnecessary energy consumption by ensuring lights only operate when an area is occupied. Further savings may be possible when smart controls are combined with efficient LED fittings and daylight-responsive controls.
Where can microwave sensor lighting be used?
Microwave sensor lighting can be suitable for warehouses, factories, corridors, storage areas, commercial premises and other spaces where occupancy varies throughout the day. A lighting assessment can help determine the most appropriate sensors, detection settings and fittings for each area.
Can smart lighting respond to daylight as well as movement?
Yes. Lighting controls can incorporate daylight detection so that artificial lighting remains off or operates at a reduced level when sufficient natural light is available. This can be particularly useful in buildings with windows, rooflights or other significant sources of daylight.
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