PASSIVE INFRARED SENSOR:
PIR Sensor Brief Introduction:
This PIR Sensor Switch Can Detect the Infrared Rays released by Human Body Motion within the Detection Area (14 Meters), and Start the Load - Light Automatically. This Unit is Suitable for Outdoor Use (Corridor, Staircase, Courtyard etc.)
This PIR Sensor Switch Can Detect the Infrared Rays released by Human Body Motion within the Detection Area (14 Meters), and Start the Load - Light Automatically. This Unit is Suitable for Outdoor Use (Corridor, Staircase, Courtyard etc.)
Electricity :
It has been estimated that a single unit of energy saved at the end use point is equal to 2.3 units of energy produced.
If energy efficient methods are implemented properly about 25000mw equivalent capacity of power can be created through promotion of energy efficient measures.
PIR Sensor :
O A PIR Sensor is a Passive Infrared Sensor which controls the switching on/off of the lighting load when it detects a moving target.
O The built in sensor turns on/off the connected lighting load when it detects motion in the coverage area. It has different working principle during the day time and the night time.
O During the day, the built in photocell sensor saves electricity by deactivating the lighting load connected to the sensor.
O During the night the connected lighting load is turned on by adjusting the luminosity knob (LUX).
O An adjustable time knob lets you select how long the light stays on after activation.
Working Principle :-
O The PIR Sensor senses the motion of a human body by the change in surrounding ambient temperature when a human body passes across.
O Then it turns on the lighting load to which it is connected.
O The lighting load remain on until it senses motion.
O Once the motion is seized it switches off the lighting load.
O During the night, the LUX adjustment knob allows you to adjust the luminosity based on which the lighting load will either switch on/off automatically.
Applications:
O Common toilets, for lights & exhaust fans
O Common staircases
O For parking lights
O For garden lights
O For changing rooms in shops
O For corridors & many more
It has been estimated that a single unit of energy saved at the end use point is equal to 2.3 units of energy produced.
If energy efficient methods are implemented properly about 25000mw equivalent capacity of power can be created through promotion of energy efficient measures.
PIR Sensor :
O A PIR Sensor is a Passive Infrared Sensor which controls the switching on/off of the lighting load when it detects a moving target.
O The built in sensor turns on/off the connected lighting load when it detects motion in the coverage area. It has different working principle during the day time and the night time.
O During the day, the built in photocell sensor saves electricity by deactivating the lighting load connected to the sensor.
O During the night the connected lighting load is turned on by adjusting the luminosity knob (LUX).
O An adjustable time knob lets you select how long the light stays on after activation.
Working Principle :-
O The PIR Sensor senses the motion of a human body by the change in surrounding ambient temperature when a human body passes across.
O Then it turns on the lighting load to which it is connected.
O The lighting load remain on until it senses motion.
O Once the motion is seized it switches off the lighting load.
O During the night, the LUX adjustment knob allows you to adjust the luminosity based on which the lighting load will either switch on/off automatically.
Applications:
O Common toilets, for lights & exhaust fans
O Common staircases
O For parking lights
O For garden lights
O For changing rooms in shops
O For corridors & many more