Outdoor and Yard LED Floodlights with Sensor
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Outdoor and yard LED floodlights with sensors and high-precision PIR detectors provide immediate perimeter protection and maximum electrical energy savings.
The security of driveways, pedestrian walkways, and entry gates during dark hours depends directly on reliable lighting automation. Cheap, low-quality motion sensors often cause headaches by arbitrarily triggering from gusts of wind or falling leaves, creating false alarms and wasting electricity. Our outdoor and yard LED floodlights with sensors are equipped with ultra-sensitive infrared motion and twilight modules, engineered according to the strictest VIDEX standards. They offer flawless detection accuracy, automatically activating 100% luminous flux only when a person or vehicle genuinely enters the zone, thereby guaranteeing absolute visibility and protecting the property from uninvited guests regardless of prevailing weather conditions.
PIR automation engineering and detection features:
- Calibratable PIR detector: The built-in sensor can be precisely adjusted mechanically to match the topography of your facility, allowing changes to the detection range, illumination time, and ambient light (Lux) threshold.
- Preventative security response: A sudden and brilliant burst of light at the exact moment of a perimeter breach serves as a highly effective psychological deterrent against vandals and instantly illuminates the area for video surveillance.
- Maximum energy conservation: The smart standby mode delivers up to 90% electrical energy savings compared to continuously burning lamps, as the diodes operate strictly when illumination is functionally required.
Provide your home with complete automated security without wasting resources, achieving exceptional visual comfort every single time you approach your front door or garage entrance in the dark. To provide stable power on light-colored walls, integrate our white surface-mounted switches and sockets.
Q: How does a PIR (Passive Infrared) motion sensor detect human presence in the courtyard?
Q: How to adjust the sensor's "LUX" setting to save electricity during daylight hours?
Q: Why must an optimal burning time ("TIME" function) be set for courtyard floodlights with a sensor?
Q: What engineering advantages does an asymmetrically mounted sensor under the floodlight housing provide?
Q: How does adjustable sensor sensitivity ("SENS") help prevent pets from triggering the light?
A: The sensor integrated into VIDEX floodlights detects thermal radiation emitted by bodies with a different temperature than the surrounding environment within a range of up to 8–10 meters. By detecting changes in the infrared field, the switch instantly closes the current circuit, activating the LED matrix.
Q: How to adjust the sensor's "LUX" setting to save electricity during daylight hours?
A: The LUX potentiometer allows calibration of the photocell's sensitivity, determining at what ambient illumination (in lux) the sensor will start reacting to motion. By setting it to night mode, the floodlight will not turn on at dusk or on cloudy days, thus eliminating wasteful electricity consumption.
Q: Why must an optimal burning time ("TIME" function) be set for courtyard floodlights with a sensor?
A: The TIME setting regulates the relay holding time from 10 seconds up to 7 minutes after the last detected movement. Too short a time will cause annoying flickering and shorten the driver's lifespan, while too long will create unnecessary energy losses.
Q: What engineering advantages does an asymmetrically mounted sensor under the floodlight housing provide?
A: Asymmetrical integration allows the sensor itself to be rotated on a horizontal or vertical axis independently of the light beam direction. This provides the opportunity to direct the detection zone along the gate, while the floodlight shines directly on the house door.
Q: How does adjustable sensor sensitivity ("SENS") help prevent pets from triggering the light?
A: The SENS regulator physically changes the infrared field's detection depth from 2 to approximately 10 meters. By decreasing this parameter, the sensor will ignore small thermal objects (cats, dogs) and react only to massive heat sources in close proximity.
