Solution

/ Application plan

  • 01Hard energy saving

    High efficiency and energy saving: The overall luminous efficacy can reach 140lm/W, suitable for temperature environments ranging from -20 °C to 45°C

    Advanced protection: The main structure of the lamp is made of aluminum alloy die-casting, and the lens is an optical-grade PC from Mitsubishi, Japan. It is equipped with a standard breather to prevent water vapor from entering

    Dust-free: The fully streamlined design ensures a smooth back that does not accumulate dust

    Safe and reliable: According to FDA regulations, without exposed hardware, the lamp can be directly cleaned with 85℃ hot water or a high-pressure water gun

02Soft energy conservation

Human body sensing mode

When a person is sensed, the brightness of the lamp is 100%. After the person leaves for 30 seconds, the lamp enters the dim light mode with a brightness of 10% and remains in the dim light mode for 1 minute. During this period, if no one passes by, the lights will automatically turn off.

Human body sensing mode

When a person is sensed, the brightness of the lamp is 100%. After the person leaves for 30 seconds, the lamp enters the dim light mode with a brightness of 10% and remains in the dim light mode for 1 minute. During this period, if no one passes by, the lights will automatically turn off.

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Timed control mode

The lamps are set to a timed control mode. At 6:30, the lamps automatically enter the forced turn-off mode, and the human body sensing function is cancelled. At 17:00, the lamps automatically turn on, with the default brightness restored by 30%, and the human body sensing control mode is enabled.

Timed control mode

The lamps are set to a timed control mode. At 6:30, the lamps automatically enter the forced turn-off mode, and the human body sensing function is cancelled. At 17:00, the lamps automatically turn on, with the default brightness restored by 30%, and the human body sensing control mode is enabled.

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Illuminance sensing mode

The illuminance collected by the sensor is greater than 100lux, and the ambient illuminance meets the daily usage requirements. The floodlight will automatically turn off. When the illuminance collected by the sensor is less than 50lux and the ambient illuminance cannot meet the daily usage requirements, the floodlight will automatically turn on, restore the brightness by 10%, and simultaneously activate the human sensor control mode.

Illuminance sensing mode

The illuminance collected by the sensor is greater than 100lux, and the ambient illuminance meets the daily usage requirements. The floodlight will automatically turn off. When the illuminance collected by the sensor is less than 50lux and the ambient illuminance cannot meet the daily usage requirements, the floodlight will automatically turn on, restore the brightness by 10%, and simultaneously activate the human sensor control mode.

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Centralized control mode

Divide the building area into zones and formulate lighting scenarios based on the functions and usage habits of each zone. Pre-set standard scene templates for various industries, such as "circadian rhythm lighting" for offices and "Inspection safety light tracks" for factories, etc.

Centralized control mode

Divide the building area into zones and formulate lighting scenarios based on the functions and usage habits of each zone. Pre-set standard scene templates for various industries, such as "circadian rhythm lighting" for offices and "Inspection safety light tracks" for factories, etc.

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