Motion sensor street lights automatically increase brightness when movement is detected and dim during inactivity, improving safety while reducing electricity consumption. The Esysense Motion Sensor Street Light range features 30W and 50W models with 360Β° microwave radar sensing, up to 10-meter detection range, IP65 weatherproof protection, automatic day/night operation and intelligent dimming. These lights are ideal for roads, parking areas, apartment complexes, industrial facilities and commercial premises where lighting is needed only during occupancy. By combining radar motion detection with energy-efficient LED technology, they provide reliable outdoor illumination, lower maintenance costs and support smart, sustainable lighting infrastructure.
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Motion Sensor Street Light β Complete Buying Guide for Energy-Efficient Outdoor Lighting (2026)
Quick Answer:
A motion sensor street light is an intelligent outdoor lighting solution that automatically detects movement and increases brightness when a person or vehicle is present. When no motion is detected, the light dims or switches to energy-saving mode, reducing electricity consumption without compromising safety.
The Esysense range includes 30W and 50W Motion Sensor Street Lights featuring 360Β° radar motion detection, up to 10 m sensing distance, automatic day/night functionality, IP65 weather protection, and intelligent dimming for roads, parking lots, pathways and industrial premises.
Product Comparison:
ESY-L30STED (30W)
Wattage: 30W
Operating Voltage: 220β270V AC
Sensor Type: 360Β° Microwave Radar
Detection Range: Up to 10 m
Colour Temperature: 6500K Cool White
Protection Rating: IP65
ESY-L50STED (50W)
Wattage: 50W
Operating Voltage: 220β270V AC
Sensor Type: 360Β° Microwave Radar
Detection Range: Up to 10 m
Colour Temperature: 6500K Cool White
Protection Rating: IP65
What is a Motion Sensor Street Light?
Unlike conventional street lights that remain fully illuminated throughout the night, a motion sensor street light intelligently adjusts its brightness based on surrounding activity. Its built-in radar sensor continuously scans the area.
When movement is detected:
The light switches to full brightness.
Visibility improves immediately.
Safety is enhanced.
When no movement is present:
The light automatically dims.
Energy consumption decreases.
The fixture remains ready to detect the next movement.
This intelligent operation makes motion sensor street lights ideal for modern smart lighting projects.
Bottom Line:
Motion sensor street lights improve security while significantly reducing unnecessary energy consumption.
How Radar Motion Detection Works?
Esysense street lights use radar motion sensing instead of traditional PIR sensing.
Radar technology can detect movement more accurately in outdoor environments and provides:
360Β° detection
Up to 10-meter sensing range
Reliable performance in rain and fog
Stable detection in darkness
Better long-distance sensing
Combined with day/night functionality, the light operates only when ambient light is low, maximizing efficiency.
Key Features of Esysense Motion Sensor Street Lights:
Esysense models offer:
Intelligent radar motion sensing
Automatic day/night operation
Auto dimming during inactivity
Up to 10 m detection range
360Β° sensing angle
IP65 weatherproof housing
220β270V AC operation
6500K cool white illumination
Suitable for pole heights up to 6 m
These features make them suitable for demanding outdoor applications.
Best Applications:
Residential Streets: Provides safe illumination while reducing electricity usage.
Parking Areas: Automatically brightens when vehicles or pedestrians approach.
Industrial Facilities: Improves visibility around factories and warehouses.
Apartment Complexes: Ideal for internal roads and common outdoor spaces.
Commercial Buildings: Enhances security around entrances and service roads.
Public Pathways: Ensures lighting is available only when required.
Bottom Line:
Motion sensor street lights are well suited to locations with intermittent night-time activity.
Motion Sensor Street Light vs Conventional Street Light
Conventional Street Light
Brightness: Constant
Motion Detection: No
Day/Night Sensor: Usually No
Energy Saving: Moderate
Maintenance Cost: Higher
Smart Operation: No
Motion Sensor Street Light
Brightness: Automatic
Motion Detection: Yes
Day/Night Sensor: Yes
Energy Saving: Excellent
Maintenance Cost: Lower
Smart Operation: Yes
Bottom Line:
Motion sensor street lights offer better efficiency and smarter lighting control than traditional street lights.
Benefits of Installing Motion Sensor Street Lights
Installing intelligent outdoor lighting provides several advantages:
Reduced electricity bills
Improved public safety
Longer LED lifespan
Automatic operation
Reduced maintenance
Better illumination only when required
This combination of automation and efficiency makes motion sensor street lights an excellent solution for modern infrastructure projects.
Installation Tips:
For optimum performance:
Install on poles up to the recommended mounting height.
Avoid physical obstructions near the sensor.
Ensure the radar detection area covers the required zone.
Use proper weatherproof electrical connections.
Position the fixture to maximize road and pathway coverage.
Correct installation helps achieve reliable detection and maximum energy savings.
Frequently Asked Questions
Q: What is a motion sensor street light?
A: A motion sensor street light automatically increases brightness when movement is detected and dims or enters energy-saving mode when no motion is present.
Q: What type of sensor does the Esysense street light use?
A: Esysense models use 360Β° radar motion sensing combined with automatic day/night functionality.
Q: Is the street light waterproof?
A: Yes. The models feature an IP65-rated enclosure suitable for outdoor environments.
Q: What wattages are available?
A: Esysense offers 30W and 50W motion sensor street lights with intelligent dimming and radar sensing.
People Also Ask
Q: Can motion sensor street lights save electricity?
A: Yes. They automatically reduce brightness during periods of inactivity, significantly lowering energy consumption compared with conventional street lights.
Q: Are radar motion sensors better than PIR sensors outdoors?
A: Radar sensors generally provide wider coverage and more reliable detection in challenging outdoor conditions, making them well suited for street lighting.
Q: Where can motion sensor street lights be installed?
A: They are ideal for roads, parking lots, industrial areas, apartment complexes, pathways and commercial premises.
Q: Do these lights work automatically at night?
A: Yes. Built-in day/night functionality ensures they operate only when ambient light levels are low.
Conclusion
A motion sensor street light is an effective way to improve outdoor safety while reducing electricity consumption. By combining radar motion detection, automatic day/night operation and intelligent dimming, these lighting systems deliver bright illumination only when it is needed.
The Esysense range of 30W and 50W Motion Sensor Street Lights offers 360Β° radar sensing, up to 10 m detection range, IP65 weatherproof protection and reliable performance for streets, parking areas, industrial facilities and commercial projects. These smart lighting solutions help create safer, more energy-efficient outdoor environments.
Written from direct product testing and manufacturer specifications by Esysense Tech Innovations Pvt. Ltd., Ghaziabad, India. All prices, specs and model references are verified against live product listings at esysense.com. Last updated: June 2026
Shop the 30W motion sensor street light with auto dimming, IP65 weatherproof design & energy savings. Ideal for roadways, walkways & gardens
A photocell sensor is an automatic lighting controller that detects ambient daylight and switches lights ON at dusk and OFF at dawn without manual intervention. Unlike motion sensors, it responds to changes in natural light, making it ideal for street lights, gardens, parking areas, pathways, boundary walls, security lighting, and commercial outdoor installations. Esysense offers IP65-rated photocell sensors in 6A, 10A, 16A, and 20A variants with adjustable light sensitivity and reliable dusk-to-dawn operation. These weatherproof sensors improve energy efficiency, enhance outdoor safety, reduce unnecessary electricity consumption, and provide dependable automatic lighting control throughout the year.
A photocell sensor is an automatic lighting controller that detects natural daylight and switches connected lights ON at dusk and OFF at dawn. Unlike motion sensors, a photocell sensor responds to ambient light instead of human movement, making it ideal for street lights, gardens, parking areas, security lighting, pathways and commercial outdoor installations.
Esysense offers weatherproof IP65-rated photocell sensors with adjustable light sensitivity, automatic dusk-to-dawn operation and current ratings ranging from 6A to 20A for different lighting applications.
Product Comparison:
ESY-LD03 6A
Operation: Auto Day/Night
Voltage: 220β270V AC
Protection: IP44
Adjustable Lux: Yes
Installation: Pole Mount
Best Use: Residential
ESY-LDO4-PT 10A
Operation: Auto Day/Night
Voltage: 110β270V AC
Protection: IP65
Adjustable Lux: Yes
Installation: Pole Mount
Best Use: Gardens
ESY-LD04-PT 16A
Operation: Auto Day/Night
Voltage: 220β270V AC
Protection: IP65
Adjustable Lux: Yes
Installation: Pole Mount
Best Use: Commercial
ESY-LD27 20A
Operation: Auto Day/Night
Voltage: 220β270V AC
Protection: IP65
Adjustable Lux: 2β100 Lux
Installation: Pole Mount
Best Use: Heavy Outdoor Loads
What is a Photocell Sensor?
A photocell sensor uses an LDR (Light Dependent Resistor) to continuously monitor surrounding light levels.
Its operation is simple:
Bright daylight β Lights remain OFF.
Evening arrives β Sensor detects darkness.
Connected lights switch ON automatically.
Sunrise β Lights switch OFF automatically.
The sensor automatically adjusts throughout the year because it responds to actual daylight conditions rather than fixed timers.
Bottom Line:
A photocell sensor provides fully automatic dusk-to-dawn lighting with zero daily user intervention.
How Does a Photocell Sensor Work?
The sensor constantly measures ambient light intensity.
During the Day:
Natural light is sufficient.
Electrical load remains OFF.
At Sunset:
Light level drops below the preset Lux value.
The sensor energizes the connected lighting circuit.
Throughout the Night:
Lighting remains ON continuously.
At Sunrise:
Ambient brightness increases.
The sensor disconnects power automatically.
This intelligent process improves convenience while reducing unnecessary daytime electricity consumption.
Key Features of Esysense Photocell Sensors:
Esysense photocell sensors include:
Automatic dusk-to-dawn operation
Adjustable Lux sensitivity
IP65 weatherproof enclosure
Pole-mount installation
110β270V AC or 220β270V AC models
Current ratings from 6A to 20A
Stable outdoor performance
Dust and rain resistance
Low maintenance design
These specifications make them suitable for both residential and commercial outdoor lighting.
Best Applications:
Street Lights: Automatically illuminates roads after sunset.
Garden Lighting: Controls landscape lighting without timers.
Security Lighting: Keeps entrances and boundary walls illuminated during darkness.
Commercial Buildings: Automates facade and entrance lighting.
Industrial Premises: Suitable for warehouses, factories and loading bays.
Bottom Line:
Photocell sensors are ideal wherever lighting is required only during low-light conditions.
Photocell Sensor vs Motion Sensor
Photocell Sensor
Detects Daylight: Yes
Detects Motion: No
Operates Entire Night: Yes
Best Application: Outdoor Lighting
Electricity Saving: High
Motion Sensor
Detects Daylight: No
Detects Motion: Yes
Operates Entire Night: Only During Occupancy
Best Application: Indoor Automation
Electricity Saving: Very High
Bottom Line:
Use a photocell sensor for automatic outdoor lighting and a motion sensor where occupancy-based control is required.
Benefits of Installing a Photocell Sensor:
Installing a photocell sensor provides:
Automatic lighting operation
Reduced electricity wastage
Improved outdoor safety
Longer lighting life
No daily manual switching
Seasonal automatic adjustment
Reliable dusk-to-dawn control
Many installers also recommend mounting the sensor where it receives natural daylight and is not directly illuminated by the controlled light fixture to avoid false triggering.
Installation Tips:
For best performance:
Install in an open outdoor location.
Avoid placing it directly below the controlled light.
Keep the sensing window clean.
Use weatherproof electrical connections.
Follow the recommended wiring diagram.
Correct positioning ensures accurate day/night detection and reliable long-term operation.
Frequently Asked Questions
Q: What is a photocell sensor?
A: A photocell sensor automatically switches electrical lights ON at dusk and OFF at dawn by monitoring ambient light levels.
Q: Is a photocell sensor the same as an LDR sensor?
A: Yes. A photocell sensor uses an LDR (Light Dependent Resistor) as its sensing element to detect changes in daylight.
Q: Can a photocell sensor control street lights?
A: Yes. Photocell sensors are widely used for street lights, parking areas, pathways, gardens and security lighting.
Q: Are Esysense photocell sensors weatherproof?
A: Yes. Outdoor models feature IP65 weatherproof protection suitable for rain, dust and outdoor environments.
People Also Ask
Q: Which is the best photocell sensor for outdoor lighting?
A: An IP65-rated photocell sensor with adjustable Lux sensitivity and automatic dusk-to-dawn operation is ideal for outdoor lighting installations.
Q: Can photocell sensors reduce electricity bills?
A: Yes. They ensure lights remain OFF during daylight and operate only when natural light is insufficient.
Q: How long do photocell sensors last?
A: Quality photocell sensors are designed for long-term outdoor use and generally provide years of reliable service when installed correctly.
Q: Where should a photocell sensor be installed?
A: Install it where it receives unobstructed natural daylight and is not directly exposed to the light it controls.
Conclusion
A photocell sensor is one of the most practical solutions for automating outdoor lighting. By detecting ambient daylight, it automatically turns lights ON at dusk and OFF at dawn, improving convenience, reducing electricity consumption and enhancing outdoor safety.
The Esysense range of IP65 Day/Night Photocell Sensors, available in 6A, 10A, 16A and 20A variants with adjustable light sensitivity, is suitable for street lighting, gardens, parking areas, pathways, boundary walls and commercial outdoor lighting. Their weatherproof construction, automatic operation and wide operating voltage make them a dependable solution for modern outdoor lighting automation.
Written from direct product testing and manufacturer specifications by Esysense Tech Innovations Pvt. Ltd., Ghaziabad, India. All prices, specs and model references are verified against live product listings at esysense.com. Last updated: June 2026
Ensure efficient lighting with this 10A Photocell Sensor. Automatically switches street and garden lights on at night and off during the day
An LDR Sensor (Light Dependent Resistor Sensor) automatically controls outdoor lighting by switching lights ON at dusk and OFF at dawn based on ambient light levels. Unlike motion sensors, it responds to changes in natural light, making it ideal for street lights, garden lighting, parking areas, boundary walls, and commercial outdoor applications. Esysense LDR Photocell Sensors are available in 6A, 10A, 16A, and 20A variants with IP65-rated weatherproof protection and adjustable light sensitivity. They provide reliable day/night automation, improve security, reduce manual switching, extend lamp life, and help lower unnecessary electricity consumption in residential, commercial, and industrial environments.
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An LDR Sensor (Light Dependent Resistor Sensor) is an automatic lighting controller that switches lights ON at dusk and OFF at dawn by detecting changes in ambient light. Unlike motion sensors that respond to movement, an LDR sensor reacts only to natural light levels, making it ideal for street lights, garden lighting, parking areas, boundary walls, security lights and outdoor commercial lighting.
Esysense offers multiple IP65-rated LDR Photocell Sensors in 6A, 10A, 16A and 20A variants with adjustable light sensitivity for reliable outdoor lighting automation.
Product Comparison:
6A LDR Sensor
Voltage: 220β270V AC
Protection: IP44
Operation: Auto Day/Night
Adjustable Lux: Yes
Installation: Pole Mount
Best Use: Homes
10A LDR Sensor
Voltage: 110β270V AC
Protection: IP65
Operation: Auto Day/Night
Adjustable Lux: Yes
Installation: Pole Mount
Best Use: Gardens
16A LDR Sensor
Voltage: 110β270V AC
Protection: IP65
Operation: Auto Day/Night
Adjustable Lux: Yes
Installation: Pole Mount
Best Use: Commercial
20A LDR Sensor
Voltage: 220β270V AC
Protection: IP65
Operation: Auto Day/Night
Adjustable Lux: Yes
Installation: Pole Mount
Best Use: High-Load Outdoor Lighting
What is an LDR Sensor?
An LDR (Light Dependent Resistor) sensor measures surrounding light intensity.
During daylight:
Ambient light is high.
The connected lights remain OFF.
As evening approaches:
Ambient light falls below the preset level.
The sensor automatically switches the connected lights ON.
When sunrise arrives:
Natural light increases.
The sensor switches the lights OFF automatically.
This automatic operation removes the need for timers or manual switching.
Bottom Line:
LDR sensors provide reliable dusk-to-dawn lighting control while reducing electricity wastage.
How does an LDR Sensor Works?
The sensor continuously monitors ambient light.
Daytime:
High natural light detected.
Lighting remains OFF.
Sunset:
Light level drops below the configured Lux threshold.
The sensor energizes the lighting circuit.
Night:
Lights remain ON throughout darkness.
Sunrise:
Ambient light increases.
The sensor disconnects the lighting automatically.
Because the operation depends on daylight instead of time, the lighting schedule automatically adjusts throughout the year.
Key Features of Esysense LDR Sensors:
Current Esysense LDR sensors offer:
Automatic dusk-to-dawn switching
Adjustable light sensitivity (typically 5β50 Lux; premium models up to 2β100 Lux)
IP65 weatherproof housing
Pole-mount installation
110β270V AC or 220β270V AC operation (model dependent)
Multiple current ratings including 6A, 10A, 16A and 20A
Operating temperature from -10Β°C to +70Β°C
These features make them suitable for long-term outdoor installations.
Best Applications:
Street Lights: Automatically illuminates roads after sunset.
Garden Lighting: Operates landscape lighting without manual intervention.
Parking Areas: Improves visibility while minimizing electricity usage.
Boundary Walls: Enhances perimeter safety during nighttime.
Commercial Buildings: Automates facade and entrance lighting.
Any outdoor lighting system that follows a day/night cycle can benefit from an LDR sensor.
LDR Sensor vs Motion Sensor
LDR Sensor
Detects Ambient Light: Yes
Detects Human Motion: No
Works All Night: Yes
Best For: Outdoor Lighting
Energy Saving: High
Motion Sensor
Detects Ambient Light: No
Detects Human Motion: Yes
Works All Night: Only When Motion is Detected
Best For: Indoor & Occupancy Lighting
Energy Saving: Very High
Bottom Line:
Choose an LDR sensor for dusk-to-dawn outdoor lighting and a motion sensor for occupancy-based indoor lighting.
Advantages of Automatic Day/Night Lighting
Installing an LDR sensor provides several benefits:
Eliminates manual switching
Reduces electricity waste
Improves security
Extends lamp life
Automatically adapts to changing seasons
Suitable for residential and commercial projects
Because lighting operates only when natural light is insufficient, energy efficiency is significantly improved.
Installation Tips:
For reliable operation:
Mount the sensor where it can receive natural daylight.
Avoid direct exposure to the controlled light source.
Install at a suitable height for unobstructed sensing.
Use weatherproof wiring practices.
Follow the recommended wiring diagram for the selected model.
Proper placement helps prevent false switching and ensures accurate dusk-to-dawn operation.
Frequently Asked Questions
Q: What is an LDR sensor?
A: An LDR sensor is a light-dependent resistor that automatically switches electrical loads ON at dusk and OFF at dawn by monitoring ambient light levels.
Q: What is the difference between an LDR sensor and a motion sensor?
A: An LDR sensor responds to changes in daylight, whereas a motion sensor responds to movement. They are designed for different automation applications.
Q: Can an LDR sensor control street lights?
A: Yes. LDR sensors are widely used for street lights, garden lights, parking lots and other outdoor lighting systems.
Q: Are Esysense LDR sensors weatherproof?
A: Yes. Esysense outdoor LDR sensors feature IP65-rated weatherproof housings suitable for rain and dust protection.
People Also Ask
Q: Which is the best LDR sensor for outdoor lighting?
A: An IP65-rated LDR photocell sensor with adjustable Lux sensitivity is ideal for reliable outdoor lighting automation.
Q: Can an LDR sensor save electricity?
A: Yes. It ensures outdoor lights operate only when natural light levels are low, reducing unnecessary daytime operation.
Q: What current ratings are available?
A: Esysense offers LDR sensors in 6A, 10A, 16A and 20A variants for different lighting loads.
Q: Where should an LDR sensor be installed?
A: Install it in an open outdoor location where it can accurately detect ambient daylight without interference from nearby artificial lighting.
Conclusion
An LDR sensor is one of the most effective solutions for automating outdoor lighting. By switching lights ON at dusk and OFF at dawn, it improves convenience, enhances security and reduces unnecessary electricity consumption.
The Esysense range of IP65 Day/Night Photocell Sensors is available in 6A, 10A, 16A and 20A variants with adjustable light sensitivity, making them suitable for street lighting, gardens, parking areas, boundary walls, industrial facilities and commercial buildings. Their durable weatherproof construction and automatic operation provide dependable outdoor lighting control throughout the year.
Written from direct product testing and manufacturer specifications by Esysense Tech Innovations Pvt. Ltd., Ghaziabad, India. All prices, specs and model references are verified against live product listings at esysense.com. Last updated: June 2026
Ensure efficient lighting with this 10A Photocell Sensor. Automatically switches street and garden lights on at night and off during the day
A PIR cabinet sensor is an automatic lighting controller designed for 12Vβ24V DC LED lighting systems that switches cabinet or wardrobe lights ON when a door is opened or motion is detected and turns them OFF after use. Suitable for wardrobes, kitchen cabinets, drawers, display units, bookshelves, vanity mirrors, and under-shelf lighting, it provides hands-free operation and concealed installation. Available in standard and touch sensor variants with optional smart dimming, cabinet sensors improve convenience, reduce unnecessary electricity consumption, and enhance furniture aesthetics. Their compact design integrates seamlessly into modular furniture, offering efficient and automated lighting control for residential and commercial interiors.
PIR Cabinet Sensor β Complete Buying Guide for Smart Cabinet & Wardrobe Lighting (2026) | Esysense
Quick Answer:
A PIR cabinet sensor is a smart lighting controller that automatically switches cabinet or wardrobe LED lights ON when motion, a hand gesture or a cabinet door is detected and switches them OFF after use. It eliminates manual switches, improves convenience and helps reduce unnecessary electricity consumption.
For modern furniture, Esysense offers intelligent cabinet sensors including the ESY-M40 IR Touch Sensor and ESY-M37 Touch Sensor with Smart Dimming, designed for 12Vβ24V DC LED lighting systems with concealed installation inside wardrobes, kitchen cabinets, drawers and display units.
Product Comparison:
ESY-M40 Touch IR Sensor
Operating Voltage: 12β24V DC
Load Capacity: Up to 60W
Detection Type: IR Touch / Door Detection
Detection Distance: Up to 8 cm
Smart Dimming: No
Best For: Wardrobes & Cabinets
ESY-M37 Touch Sensor with Dimmer
Operating Voltage: 12β24V DC
Load Capacity: Up to 40W
Detection Type: Touch & Hand Sweep
Detection Distance: Around 5 cm
Smart Dimming: Yes
Best For: Premium Cabinet Lighting
What is a PIR Cabinet Sensor?
A PIR cabinet sensor is designed to automate lighting inside furniture. Instead of operating a conventional switch, the sensor detects cabinet usage and controls the connected LED lights automatically.
Typical operation:
Cabinet door opens or hand approaches
Sensor detects activity
LED light switches ON instantly
Light switches OFF when the cabinet is closed or no interaction is detected
This automation provides a cleaner furniture design while making everyday use more convenient.
Bottom Line:
Cabinet sensors make wardrobes and modular furniture smarter by providing automatic lighting exactly when required.
Why Install a Cabinet Sensor?
Modern modular furniture increasingly includes integrated LED lighting.
A cabinet sensor offers several advantages:
Hands-free lighting
Automatic operation
Cleaner interior appearance
Reduced electricity wastage
Longer LED lifespan
Better visibility inside wardrobes
These benefits make cabinet sensors a popular addition to premium residential interiors.
ESY-M40 Touch IR Cabinet Sensor:
The Esysense ESY-M40 is designed for automatic cabinet lighting.
Key specifications include:
12β24V DC operation
Up to 60W load
Detection range up to 8 cm
Smart IR touch sensing
200 cm cable
Aluminium alloy body
IP20 protection
Compact concealed installation
Suitable for:
Wardrobes
Kitchen cabinets
Drawers
Under-shelf lighting
Vanity units
Display cabinets
ESY-M37 Cabinet Sensor with Smart Dimming:
Users looking for adjustable brightness can choose the ESY-M37 Touch Sensor with Dimmer.
Main features include:
Touch and hand-sweep control
Smart dimming
12β24V DC compatibility
Up to 40W load
Compact design
Matte black finish
It is particularly suitable for:
Designer wardrobes
Mirror lighting
Premium furniture
Decorative shelving
Luxury modular kitchens
Best Applications:
Bedroom Wardrobes: Automatic illumination while selecting clothes.
Kitchen Cabinets: Hands-free lighting during cooking.
Crockery Units: Highlights glassware and decorative items.
Display Cabinets: Improves product presentation.
Bookshelves: Creates ambient lighting.
TV Units: Provides concealed decorative illumination.
Bottom Line:
Cabinet sensors are useful anywhere low-voltage LED lighting is integrated into furniture.
Cabinet Sensor vs Conventional Switch
Conventional Switch
Manual Operation: Yes
Automatic Lighting: No
Hidden Installation: No
Smart Appearance: Standard
LED Compatibility: Good
User Convenience: Moderate
Cabinet Sensor
Manual Operation: No
Automatic Lighting: Yes
Hidden Installation: Yes
Smart Appearance: Premium
LED Compatibility: Excellent
User Convenience: Excellent
Bottom Line:
Automatic cabinet sensors offer a significantly more premium user experience than traditional switches.
Installation Recommendations
For the best performance:
Install close to the cabinet opening.
Use compatible 12Vβ24V DC LED lights.
Keep the sensing area unobstructed.
Conceal wiring inside furniture.
Test sensor alignment before final fixing.
Professional installation ensures reliable operation and neat cable management.
Benefits of Smart Cabinet Lighting:
Installing a cabinet sensor offers multiple long-term benefits:
Reduced energy consumption
Automatic lighting control
Better furniture aesthetics
Improved user convenience
Longer LED operating life
Modern smart-home experience
As modular furniture becomes more popular, automated cabinet lighting continues to gain demand in residential and commercial interiors.
Frequently Asked Questions
Q: What is a PIR cabinet sensor?
A: A PIR cabinet sensor is an automatic lighting controller that switches cabinet or wardrobe lights ON when the cabinet is accessed and OFF after use, improving convenience and energy efficiency.
Q: Can cabinet sensors work with LED strip lights?
A: Yes. Esysense cabinet sensors are designed for 12β24V DC LED strip lighting systems.
Q: Does Esysense offer a cabinet sensor with dimming?
A: Yes. The ESY-M37 Touch Sensor with Dimmer supports smart dimming for premium cabinet lighting applications.
Q: Where can cabinet sensors be installed?
A: They are suitable for wardrobes, kitchen cabinets, drawers, vanity mirrors, bookshelves, display units and under-shelf lighting.
People Also Ask
Q: Which is the best cabinet sensor for modular furniture?
A: A concealed 12β24V DC cabinet sensor with automatic ON/OFF functionality is ideal for wardrobes and modular furniture.
Q: Can cabinet sensors save electricity?
A: Yes. Automatic switching ensures lights operate only when the cabinet is in use.
Q: Are cabinet sensors easy to install?
A: Yes. They are compact, low-voltage devices designed for concealed furniture installation.
Q: What is the difference between a cabinet sensor and a touch sensor with a dimmer?
A: A standard cabinet sensor provides automatic ON/OFF operation, while a touch sensor with dimmer also allows brightness adjustment for enhanced lighting control.
Conclusion
A PIR cabinet sensor is an effective way to automate lighting inside wardrobes, cabinets and modular furniture. By eliminating manual switches, it improves convenience, enhances furniture aesthetics and reduces unnecessary power consumption.
The Esysense range includes the ESY-M40 IR Touch Sensor for automatic cabinet lighting and the ESY-M37 Touch Sensor with Smart Dimming for users who want adjustable brightness. Both solutions support 12β24V DC LED systems, feature compact concealed designs and are ideal for wardrobes, kitchen cabinets, drawers, display shelves and premium interior lighting.
Written from direct product testing and manufacturer specifications by Esysense Tech Innovations Pvt. Ltd., Ghaziabad, India. All prices, specs and model references are verified against live product listings at esysense.com. Last updated: June 2026
Buy Esysense IR Touch Sensor for Cabinet, Automatically activates LED lights upon door opening and deactivates them when closed.
A wardrobe sensor is an infrared-based device that automatically controls LED lighting by switching lights ON when a wardrobe or cabinet door is opened and OFF when it is closed. Designed for 12Vβ24V DC LED lighting systems, it is suitable for wardrobes, kitchen cabinets, display units, drawers, bookshelves, and vanity mirrors. Available in single-door, double-door, and touch sensor variants with smart dimming, wardrobe sensors provide concealed installation, hands-free operation, and improved energy efficiency. Their compact design integrates seamlessly into modular furniture, enhancing convenience, reducing unnecessary lighting operation, and providing a cleaner, modern appearance without the need for conventional wall switches.
A wardrobe sensor is an intelligent infrared (IR) sensor that automatically switches LED lights ON when a wardrobe or cabinet door is opened and turns them OFF when it is closed. These compact sensors are designed for 12Vβ24V DC LED lighting systems, making them ideal for wardrobes, kitchen cabinets, drawers, display units and modular furniture.
Esysense offers single-door, double-door, and touch sensor wardrobe solutions, allowing homeowners to automate furniture lighting without using conventional switches.
Product Comparison:
Single Door Sensor (ESY-M22)
Technology: IR Sensor
Operating Voltage: 12β24V DC
Detection Distance: 5β6 cm
Load Capacity: Up to 60W
Smart Dimming: No
Best Application: Single Door Wardrobe
Double Door Sensor (ESY-M23)
Technology: Dual IR Sensor
Operating Voltage: 12β24V DC
Detection Distance: 5β6 cm
Load Capacity: Up to 60W
Smart Dimming: No
Best Application: Double Door Wardrobe
Touch Sensor (ESY-M40)
Technology: IR Touch Sensor
Operating Voltage: 12β24V DC
Detection Distance: Up to 8 cm
Load Capacity: Up to 60W
Smart Dimming: Yes
Best Application: Premium Cabinets
What is a Wardrobe Sensor?
A wardrobe sensor is a compact automation device installed inside wardrobes or cabinets to control LED lighting automatically. Unlike conventional wall switches, the sensor detects the position of the wardrobe door or hand movement and operates the light automatically.
When the wardrobe is opened:
Sensor detects the opening
LED light switches ON instantly
Interior becomes clearly visible
When the wardrobe is closed:
Sensor detects the closed position
Light switches OFF automatically
Power consumption stops
This simple automation improves convenience while reducing unnecessary energy usage.
Bottom Line:
Wardrobe sensors provide automatic lighting exactly when needed without requiring manual switching.
Types of Wardrobe Sensors:
Single Door Wardrobe Sensor (ESY-M22)
Designed specifically for wardrobes or cabinets with one door.
Key features include:
12β24V DC operation
5β6 cm detection distance
Compact installation
Up to 60W load capacity
Suitable for:
Bedroom wardrobes
Kitchen cabinets
Office storage units
Study tables
Double Door Wardrobe Sensor (ESY-M23)
Designed for wardrobes having two opening doors.
Features include:
Dual infrared receivers
Automatic operation for both doors
12β24V DC compatibility
Compact concealed installation
Up to 60W LED load
Ideal for:
Double-door wardrobes
Crockery units
Pantry cabinets
Display furniture
Touch Sensor with Smart Dimming (ESY-M40)
For users wanting premium furniture lighting.
Features include:
Touch or hand gesture operation
Smart dimming
Up to 8 cm sensing distance
12β24V DC support
60W load capacity
Perfect for:
Luxury wardrobes
Vanity mirrors
Designer cabinets
Display shelves
Benefits of Installing a Wardrobe Sensor:
Hands-Free Lighting: Lights activate automatically whenever the wardrobe is opened.
Better Energy Efficiency: Lighting remains ON only while the wardrobe is in use.
Cleaner Interior Design: No visible switches interrupt the furniture's appearance.
Longer LED Life: Automatic switching reduces unnecessary operating hours.
Enhanced User Convenience: Finding clothes and accessories becomes easier, especially in low-light conditions.
Bottom Line:
Wardrobe sensors combine convenience, aesthetics and energy efficiency in one compact device.
Best Applications
Wardrobe sensors are suitable for:
Bedroom wardrobes
Walk-in wardrobes
Kitchen cabinets
Crockery units
Display cabinets
TV units
Office storage furniture
Bookshelves
Vanity mirrors
Drawer lighting
Their compact design allows discreet installation inside modern modular furniture.
Wardrobe Sensor vs Conventional Switch
Conventional Switch
Manual Operation: Yes
Automatic Lighting: No
Hidden Installation: No
Furniture Integration: Basic
Energy Saving: Moderate
User Experience: Standard
Wardrobe Sensor
Manual Operation: No
Automatic Lighting: Yes
Hidden Installation: Yes
Furniture Integration: Excellent
Energy Saving: High
User Experience: Smart
Bottom Line:
Wardrobe sensors offer a cleaner, smarter and more automated lighting solution than traditional switches.
Installation Tips
For reliable operation:
Install the sensor near the wardrobe door.
Use compatible 12Vβ24V DC LED strips or cabinet lights.
Avoid placing the sensor behind thick metal components.
Route cables neatly inside the furniture.
Test door movement before final installation.
Professional installation ensures the best performance and long-term reliability.
Frequently Asked Questions
Q: What is a wardrobe sensor?
A: A wardrobe sensor is an infrared sensor that automatically switches wardrobe or cabinet lights ON when the door opens and OFF when it closes.
Q: Can wardrobe sensors be used with LED strip lights?
A: Yes. Esysense wardrobe sensors are designed for 12β24V DC LED strip lighting systems.
Q: Which sensor is suitable for double-door wardrobes?
A: The ESY-M23 Double Door Cabinet Sensor is specifically designed for double-door wardrobes using dual IR receivers.
Q: Does Esysense offer a wardrobe sensor with dimming?
A: Yes. The ESY-M40 IR Touch Sensor includes a smart dimming function in addition to automatic touch-based operation.
People Also Ask
Q: Which is the best wardrobe sensor for modular furniture?
A: Infrared wardrobe sensors designed for 12β24V DC LED systems are ideal because they provide automatic, energy-efficient lighting inside furniture.
Q: Can wardrobe sensors work in kitchen cabinets?
A: Yes. The same sensors are commonly installed in kitchen cabinets, pantry units and storage cupboards.
Q: Are wardrobe sensors difficult to install?
A: No. Their compact size and low-voltage operation make them suitable for concealed installation in modern furniture.
Q: What is the difference between a single-door and double-door wardrobe sensor?
A: A single-door sensor controls one cabinet door, while a double-door sensor includes two infrared receivers for wardrobes with two opening doors.
Conclusion
A wardrobe sensor is one of the easiest ways to upgrade wardrobes and cabinets with smart, automatic lighting. Whether you're designing a modular bedroom, modern kitchen or premium display cabinet, automatic LED lighting improves convenience while reducing unnecessary electricity consumption.
The Esysense range includes the ESY-M22 Single Door Sensor, ESY-M23 Double Door Sensor, and ESY-M40 Touch Sensor with Smart Dimming, providing reliable solutions for a wide variety of residential and commercial furniture applications. Their compact design, 12β24V DC compatibility, concealed installation and automatic operation make them an excellent choice for modern interiors.
Written from direct product testing and manufacturer specifications by Esysense Tech Innovations Pvt. Ltd., Ghaziabad, India. All prices, specs and model references are verified against live product listings at esysense.com. Last updated: June 2026
Upgrade your cabinet lighting with Single Door DC Wardrobe Sensor. 5β6 cm detection range, 12β24V compatible, energy-efficient solution.
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A voltage protector is an electrical safety device that continuously monitors the power supply and automatically disconnects connected equipment during overvoltage, undervoltage, or overcurrent conditions. Designed for homes, offices, shops, and industrial installations, it helps protect appliances and electrical systems from damage caused by unstable voltage. Featuring adjustable protection settings, automatic reconnection, a digital LED display, DIN rail mounting, and 40A or 63A current options, it is suitable for single-phase 220V AC electrical systems. Unlike a voltage stabilizer, a voltage protector disconnects power when unsafe conditions occur, providing an additional layer of protection for connected electrical equipment.
Voltage Protector β Complete Buying Guide for Home & Office Electrical Safety (2026) | Esysense
Quick Answer:
A Voltage Protector is an intelligent electrical safety device that continuously monitors the incoming power supply and automatically disconnects electrical equipment whenever unsafe voltage conditions occur. It protects appliances against overvoltage, undervoltage and overcurrent, helping prevent expensive damage caused by unstable power supply.
The Esysense ESY-M43 Voltage Protector supports 220V AC, offers 40A and 63A variants, includes an LED display, features adjustable voltage settings, DIN rail mounting, and responds to abnormal voltage conditions in approximately 0.5 seconds.
Best Applications: Homes, Offices, Shops & Industries
What is a Voltage Protector?
A voltage protector is designed to monitor incoming electrical voltage continuously. Whenever the supply voltage exceeds or falls below safe operating limits, the device immediately disconnects the electrical load. Once the voltage returns to a safe range, the protector reconnects power automatically after the configured delay.
This helps protect:
Air conditioners
Refrigerators
Washing machines
Water pumps
LED TVs
Computers
Home automation systems
Industrial equipment
Bottom Line:
A voltage protector acts as the first line of defence against unstable electrical supply.
Why Voltage Fluctuations Are Dangerous?
Power fluctuations are common in many residential and commercial areas. Problems caused by unstable voltage include:
Damage to electronic circuits
Reduced appliance lifespan
Compressor failure
Motor overheating
Unexpected equipment shutdown
Expensive repair costs
Installing a voltage protector significantly reduces these risks by disconnecting the supply before damage occurs.
How the Esysense Voltage Protector Works?
The ESY-M43 continuously measures incoming voltage.
Normal Voltage:
Power flows normally.
Connected appliances operate safely.
Overvoltage Condition:
Voltage rises above the configured limit.
The protector disconnects the power supply.
Equipment remains protected.
Undervoltage Condition:
Voltage drops below the safe limit.
The protector disconnects the load automatically.
Voltage Recovery:
Supply stabilizes.
Configured delay timer completes.
Power reconnects automatically.
This automatic cycle protects appliances without requiring manual intervention.
Key Features of the Esysense ESY-M43:
Adjustable overvoltage setting (130Vβ300V)
Adjustable undervoltage setting (80Vβ210V)
40A and 63A load options
LED digital display
Voltage accuracy better than 1%
0.5-second protection response
Automatic reconnect
DIN rail installation
Compact distribution board design
Single-phase 220V operation
These specifications make it suitable for residential, commercial and industrial electrical systems.
Best Applications:
Homes: Protects expensive household appliances from sudden voltage fluctuations.
Offices: Prevents damage to computers, networking equipment and office electronics.
Shops: Keeps billing systems, lighting and refrigeration equipment protected.
Industrial Control Panels: Suitable for safeguarding sensitive electrical equipment installed in distribution boards.
HVAC Systems: Provides additional protection for air conditioners and ventilation equipment.
Smart Homes: Works alongside modern electrical automation systems for enhanced reliability.
Bottom Line:
One voltage protector can help safeguard multiple connected electrical loads when installed correctly in the distribution panel.
Voltage Protector vs Voltage Stabilizer
Voltage Protector:
Detects Voltage Fluctuation: Yes
Disconnects Unsafe Supply: Yes
Regulates Voltage: No
Protects Against Overcurrent: Yes
Auto Reconnect: Yes
Installation: DIN Rail
Voltage Stabilizer:
Detects Voltage Fluctuation: Yes
Disconnects Unsafe Supply: No
Regulates Voltage: Yes
Protects Against Overcurrent: Usually No
Auto Reconnect: Depends on Model
Installation: Separate Unit
Bottom Line:
A voltage protector does not regulate voltage like a stabilizer. Instead, it disconnects power whenever unsafe conditions occur, providing an additional layer of electrical protection.
Why Choose DIN Rail Voltage Protection?
DIN rail mounting offers several advantages:
Professional installation
Compact design
Easy maintenance
Suitable for distribution boards
Reliable electrical connections
Neat panel layout
The ESY-M43 is designed specifically for DIN rail installation, making it suitable for residential and commercial electrical panels.
Energy & Equipment Protection Benefits:
Although a voltage protector does not reduce electricity consumption directly, it helps lower long-term ownership costs by:
Preventing appliance damage
Reducing repair expenses
Extending equipment life
Improving electrical safety
Reducing downtime
For homes and businesses with expensive electrical equipment, this added protection can be highly valuable.
Frequently Asked Questions
Q: What is a voltage protector?
A: A voltage protector automatically disconnects electrical power whenever unsafe overvoltage, undervoltage or overcurrent conditions occur, protecting connected appliances.
Q: Does a voltage protector work automatically?
A: Yes. It continuously monitors voltage and reconnects power automatically once the supply returns to safe operating conditions.
Q: Is the Esysense Voltage Protector suitable for homes?
A: Yes. The ESY-M43 is suitable for homes, offices, commercial buildings and industrial applications with single-phase 220V electrical systems.
Q: What current ratings are available?
A: The Esysense ESY-M43 is available in 40A and 63A variants.
People Also Ask
Q: Do I need a voltage protector if I already have a stabilizer?
A: Yes. A stabilizer regulates voltage, while a voltage protector disconnects power during unsafe electrical conditions, providing an additional level of protection.
Q: Can a voltage protector protect an entire home?
A: Yes. When installed correctly in the distribution board and selected according to the required current rating, it can protect downstream electrical circuits.
Q: Is the ESY-M43 easy to install?
A: Yes. It is designed for standard DIN rail mounting inside electrical distribution boards. Professional installation is recommended.
Q: Does it have a display?
A: Yes. The ESY-M43 includes a real-time LED display for monitoring electrical parameters.
Conclusion
Electrical voltage fluctuations can occur without warning and may damage expensive household or commercial equipment. Installing a Voltage Protector provides an effective way to safeguard electrical systems against overvoltage, undervoltage and overcurrent conditions.
The Esysense ESY-M43 Voltage Protector combines adjustable protection settings, fast 0.5-second response, automatic reconnect, 40A/63A capacity, a real-time LED display and DIN rail installation, making it an excellent choice for protecting modern electrical installations in homes, offices and commercial buildings.
Written from direct product testing and manufacturer specifications by Esysense Tech Innovations Pvt. Ltd., Ghaziabad, India. All prices, specs and model references are verified against live product listings at esysense.com. Last updated: June 2026
Buy Voltage Protector ESY-M43. Featuring overvoltage, undervoltage, and overload protection, this device ensures the safety and longevity of
A touch sensor with dimmer is a smart control device for 12Vβ24V DC LED lighting systems that allows users to switch lights ON or OFF and adjust brightness using a simple touch or hand gesture. Designed for wardrobes, kitchen cabinets, vanity mirrors, display shelves, TV units, and under-cabinet lighting, it provides a clean, switch-free lighting solution. Supporting loads up to 40W with a sensing distance of approximately 5 cm, it offers convenient dimming and easy integration with low-voltage LED strip lights. Its compact design enhances modern furniture aesthetics while providing intuitive lighting control and improved user convenience.
Touch Sensor with Dimmer β Complete Buying Guide for LED Strip Lights & Cabinets (2026) | Esysense
Quick Answer:
A Touch Sensor with Dimmer is a smart control device that allows you to switch LED lights ON or OFF and adjust brightness with a simple touch or hand wave. It is designed for 12Vβ24V DC LED lighting systems and is widely used in wardrobes, kitchen cabinets, mirrors, display shelves and under-cabinet lighting. The Esysense ESY-M37 supports up to 40W load, features smart dimming, a 5 cm sensing distance, and a compact design for modern furniture installations.
Product Overview:
Esysense Touch Sensor with Dimmer
Model: ESY-M37
Operating Voltage: 12Vβ24V DC LED Systems
Load Capacity: Up to 40W
Sensing Distance: 5 cm
Dimming: Smart Dimming
Protection Rating: IP20
Cable Length: 200 cm
Best Applications: Wardrobes, Cabinets, Mirrors, Shelves
What is a Touch Sensor with a Dimmer?
A touch sensor with dimmer replaces conventional switches with an intelligent touch or hand-wave interface. Instead of pressing a physical switch, users simply touch the sensor or wave their hand close to it to operate the connected LED lights.
Depending on the installation, the sensor can:
Turn lights ON
Turn lights OFF
Increase brightness
Decrease brightness
Create a modern touch-free lighting experience
Its compact size allows it to be concealed inside furniture while maintaining a clean and premium appearance.
Bottom Line:
A touch sensor with a dimmer combines lighting control and brightness adjustment in one compact smart device.
How Does It Work?
The sensor continuously monitors the area directly in front of it.
Touch the sensor or move your hand within the sensing distance.
The sensor activates the connected LED light.
Touch or hold the sensor to adjust brightness.
Repeat the action to switch the light OFF.
This intuitive operation eliminates mechanical switches and improves convenience in everyday use.
Key Features of the Esysense Touch Sensor with Dimmer
The current ESY-M37 offers:
Smart dimming function
Compact 35 Γ 35 Γ 10.3 mm design
Up to 40W load capacity
12Vβ24V DC compatibility
5 cm sensing distance
200 cm cable
Matte black finish
IP20 indoor protection
These specifications make it suitable for modern furniture and low-voltage LED lighting installations.
Best Applications:
Wardrobes: Automatically control wardrobe LED strip lights with a simple touch.
Kitchen Cabinets: Operate under-cabinet lighting while cooking without searching for wall switches.
Vanity Mirrors: Adjust brightness according to grooming or makeup requirements.
Display Cabinets: Highlight decorative items with dimmable lighting.
Bookshelves: Create ambient lighting while maintaining a clean furniture design.
TV Units: Control decorative LED strips with a discreet touch interface.
Bottom Line:
Touch dimming is ideal wherever clean aesthetics and convenient lighting control are important.
Touch Sensor with Dimmer vs Conventional Switch
Conventional Switch
Physical Buttons: Yes
Brightness Control: Usually No
Modern Appearance: Basic
LED Strip Compatibility: Limited
Furniture Integration: Visible
User Experience: Standard
Touch Sensor with Dimmer
Physical Buttons: No
Brightness Control: Yes
Modern Appearance: Premium
LED Strip Compatibility: Excellent
Furniture Integration: Hidden
User Experience: Smart
Bottom Line:
Touch sensors provide a cleaner appearance and significantly better control over LED lighting.
Why Choose a Touch Sensor with Dimmer?
Modern homeowners increasingly prefer touch-controlled lighting because it offers:
Hands-free convenience
Adjustable brightness
Improved furniture aesthetics
Silent operation
Longer service life due to fewer moving parts
Easy integration with LED strip lights
These benefits make touch dimmers a popular upgrade for modular kitchens, wardrobes and premium interiors.
Installation Tips:
For the best performance:
Install the sensor close to the LED strip driver.
Avoid placing it behind thick metallic surfaces.
Use compatible 12Vβ24V DC LED lighting.
Position the sensor where it is easy to access but remains visually discreet.
Keep the sensing area free from obstructions.
Proper installation ensures reliable touch detection and smooth dimming performance.
Frequently Asked Questions
Q: What is a touch sensor with a dimmer?
A: A touch sensor with a dimmer allows users to switch LED lights ON/OFF and adjust brightness using touch or a hand gesture instead of a traditional mechanical switch.
Q: Can it be used with LED strip lights?
A: Yes. It is specifically designed for 12Vβ24V DC LED strip lighting installations.
Q: Is it suitable for wardrobes and cabinets?
A: Yes. Wardrobes, kitchen cabinets, vanity mirrors, display units and under-shelf lighting are among its most common applications.
Q: Does it support brightness adjustment?
A: Yes. The ESY-M37 includes a smart dimming feature that allows users to control light intensity easily.
People Also Ask
Q: Which is the best touch sensor for LED strip lights?
A: A touch sensor with integrated dimming provides convenient ON/OFF control and adjustable brightness, making it ideal for LED strip installations.
Q: Can I install a touch dimmer inside a wardrobe?
A: Yes. Compact touch sensors are designed to fit inside wardrobes and cabinets without affecting the furniture's appearance.
Q: What voltage does a touch sensor with dimmer support?
A: The Esysense ESY-M37 is compatible with 12Vβ24V DC LED lighting systems.
Q: Is installation difficult?
A: No. With the appropriate LED driver and low-voltage lighting system, installation is straightforward for professional installers and experienced DIY users.
Conclusion
A Touch Sensor with Dimmer is an excellent upgrade for modern LED lighting systems, offering intuitive control, adjustable brightness and a clean, switch-free appearance. Whether installed in wardrobes, kitchen cabinets, vanity mirrors or display shelves, it enhances convenience while complementing contemporary interior design.
The Esysense ESY-M37 Touch Sensor with Dimmer combines smart dimming, compact dimensions, support for 12Vβ24V DC LED systems, a 40W load capacity and simple touch or hand-wave operation, making it a practical solution for premium residential and commercial lighting applications.
Written from direct product testing and manufacturer specifications by Esysense Tech Innovations Pvt. Ltd., Ghaziabad, India. All prices, specs and model references are verified against live product listings at esysense.com. Last updated: June 2026
Buy Esysense IR Touch Sensor for Cabinet, Automatically activates LED lights upon door opening and deactivates them when closed.
A motion sensor dimmable bulb automatically switches to full brightness when movement is detected and reduces to a low standby brightness after the area becomes vacant. Using radar motion sensing technology, it provides 360Β° detection with a sensing range of up to 9 meters, making it suitable for hallways, staircases, balconies, offices, corridors, and utility areas. Available in B22 and E27 holder options, it fits standard light fixtures and operates without manual switching. Compared with conventional motion sensor bulbs, the dimmable design offers improved night-time visibility, enhanced user comfort, and energy-efficient lighting through intelligent occupancy-based brightness control.
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Motion Sensor Dimmable Bulb β Why Itβs Better Than a Standard Motion Sensor Bulb (2026) | Esysense
Quick Answer:
A motion sensor dimmable bulb automatically increases to full brightness when motion is detected and dims to a low standby brightness when the area becomes vacant instead of switching OFF completely. This provides better night-time visibility while still reducing electricity consumption.
The Esysense Motion Sensor Dimmable Bulb uses advanced radar sensing technology with 360Β° detection, up to 9 meters sensing range, 15W LED output, and an automatic dimming function, making it ideal for hallways, staircases, balconies, offices and utility spaces.
Product Comparison:
Motion Sensor Dimmable Bulb
Motion Detection: Radar
Operation: Bright β Dim
Detection Range: Up to 9m
Detection Angle: 360Β°
Delay Time: Up to 30 Seconds
Holder Options: B22 / E27
Best For: Premium Homes
Motion Sensor Auto ON/OFF Bulb
Motion Detection: Radar
Operation: ON β OFF
Detection Range: Up to 9m
Detection Angle: 360Β°
Delay Time: Up to 60 Seconds
Holder Options: B22
Best For: Maximum Energy Saving
What is a Motion Sensor Dimmable Bulb?
A motion sensor dimmable bulb combines an energy-efficient LED light source with a built-in radar motion sensor and intelligent brightness control. Instead of turning completely OFF after motion stops, the bulb automatically reduces its brightness to a low standby level.
When movement is detected again:
Brightness instantly returns to 100%
No manual switching is required
The area remains comfortably illuminated
This intelligent operation provides a premium lighting experience while maintaining energy efficiency.
Bottom Line:
A motion sensor dimmable bulb offers the convenience of automatic lighting with improved night-time comfort.
How Does Auto Dimming Work?
The bulb continuously monitors movement using radar sensing technology.
Even though the bulb maintains a dim standby mode, it still consumes significantly less energy than remaining at full brightness continuously.
Benefits include:
Reduced electricity bills
Longer LED lifespan
Lower maintenance
Smart occupancy control
Improved user comfort
For locations where complete darkness is undesirable, auto dimming provides an excellent balance between efficiency and convenience.
Why Choose a Radar Motion Sensor Dimmable Bulb?
Radar sensing technology offers reliable occupancy detection with wide coverage.
Advantages include:
360Β° motion sensing
Fast response
Up to 9m detection range
Reliable indoor performance
Automatic operation
Combined with dimming technology, it delivers a more refined lighting experience than traditional sensor bulbs.
Frequently Asked Questions
Q: What is a motion sensor dimmable bulb?
A: A motion sensor dimmable bulb automatically brightens when motion is detected and dims after the area becomes vacant instead of switching completely OFF.
Q: What is the detection range?
A: Esysense radar motion sensor dimmable bulbs provide motion detection up to 9 meters with 360Β° sensing.
Q: Is it available in B22 and E27?
A: Yes. Esysense currently offers Auto Dimmable Motion Sensor Bulbs in both B22 and E27 holder variants.
Q: Does it save electricity?
A: Yes. Automatic occupancy detection and intelligent dimming reduce unnecessary energy consumption compared with conventional lighting.
People Also Ask
Q: Which is better: Motion Sensor Bulb or Motion Sensor Dimmable Bulb?
A: A motion sensor dimmable bulb offers better comfort and visibility, while a standard motion sensor bulb provides maximum energy savings.
Q: Can I install a motion sensor dimmable bulb in a normal bulb holder?
A: Yes. The B22 and E27 models are designed to fit standard light fittings.
Q: Is a dimmable motion sensor bulb suitable for staircases?
A: Yes. Staircases are one of the best applications because the standby illumination improves safety at night.
Q: Where can I use a motion sensor dimmable bulb?
A: Common installation areas include hallways, corridors, balconies, staircases, offices, storage rooms and utility areas.
Conclusion
A Motion Sensor Dimmable Bulb is an excellent choice for homeowners and businesses looking for intelligent lighting that balances convenience, safety and energy efficiency. Unlike conventional motion sensor bulbs, auto dimmable models maintain a comfortable standby brightness, making them ideal for spaces where complete darkness is not preferred.
The Esysense Motion Sensor Dimmable Bulb range features advanced radar sensing, 360Β° detection, up to 9-meter sensing distance, and both B22 and E27 variants, providing a practical smart lighting solution for modern homes and commercial environments.
Written from direct product testing and manufacturer specifications by Esysense Tech Innovations Pvt. Ltd., Ghaziabad, India. All prices, specs and model references are verified against live product listings at esysense.com. Last updated: June 2026
Buy Motion Sensor Bulb for home, bathroom, corridor & balcony. Esysense auto on/off LED bulbs with PIR & radar sensors offer smart, energy-s
A motion sensor LED light for halls provides automatic illumination by detecting movement and switching off after a preset delay when the area becomes vacant. Designed for hallways, living room entrances, apartment corridors, bedrooms, wardrobes, and cabinets, it offers hands-free operation and improved energy efficiency. The rechargeable wireless design includes a 2200mAh battery, USB charging, 360Β° PIR motion detection, an approximately 2-meter sensing diameter, and a 30-second auto-off timer. With warm white, cool white, and RGB lighting modes, it combines functional and decorative lighting while reducing unnecessary electricity consumption and simplifying installation without additional wiring.
