FY-HL07
FY LIGHTING
Availability: | |
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Quantity: | |
Specification
Power | 30/60/90W |
Material | Silica gel |
IP Rate | IP44, water resistant, rainproof |
Body Color | Black |
Net Weight | 93g |
LED Type | COB + 3030 LED |
Emitted Color | White |
Lumens | 435-765LM |
Lighting Distance | 200 meter |
Lamp Lifetime | >100,000hrs |
LED Wattage | 5W |
Battery Type | Inserted 14500 Li-ion Battery |
Working Time | 4-6hrs |
Working Voltage | 3.7V |
Lighting Modes | 2 separate buttons for 6 lighting modes (COB highlight - COB medium light - COB flash -XPE highlight -XPE low light -XPE flash) |
Switch Button | 2 separate buttons on top |
MOQ | 100pcs |
Sample Order | Acceptable |
Unit Packaging | Color box |
Color box size | 19*5*5.1cm |
G.W | 0.1kg |
PCS/CTN | 240 |
CTN size | 52.5*48*40CM |
CTN weight | 28KG |
OEM | Acceptable for MOQ3000pcs |
Custom Packaging | Custom color box, blister, gift box for MOQ1000pcs |
Warranty | 1 Year |
The application of IP44 level on headlights can usually meet some basic dust-proof and waterproof requirements. As consumers, using headlights with an IP44 rating can provide protection in general daily environments, such as preventing the intrusion of dust and raindrops.
However, it should be noted that IP44 rating is not the highest level of dust and water resistance. In some worse environmental conditions, such as strong wind, rainstorm or sandstorm, IP44 headlights may not provide adequate protection. In addition, if the headlights need to be frequently soaked in water or exposed to high humidity environments, an IP44 rating may not be sufficient.
Therefore, as consumers, when choosing headlights, it is necessary to choose the appropriate dust and waterproof level based on the actual usage environment and needs. If only used in general indoor or outdoor environments, IP44 rated headlights are usually sufficient to meet daily needs. But if the usage environment is harsh or requires a higher level of waterproof and dustproof, then it is necessary to choose a higher level of headlights to ensure safe use and stable performance.
The principle of gesture sensing for head mounted lighting fixtures is mainly based on infrared sensing technology. This sensing technology mainly relies on two key components: an infrared signal transmitter and a receiver. These two parts are usually located at the head of the lamp, one left and one right, below the luminous body.
When the user's gesture is waved in front of the sensor (usually within a range of 10 centimeters), whether it is blocked from the transmitting end or the receiving end, the sensing mechanism will be triggered. This kind of induction does not require visible light or direct contact, so even in a completely black environment, users can easily control the lighting fixtures by waving their hands.
In addition, these head mounted lighting fixtures typically have gear memory function. This means that when the user controls the lighting fixture through an induction switch, the fixture will remember the gear when turned off. This way, on the next use, the fixture will automatically return to its previous gear, avoiding the hassle of frequent gear adjustments due to discomfort in lighting.
Overall, the gesture sensing principle of head mounted lighting fixtures is to recognize user gestures through infrared sensing technology, thereby achieving control over the lighting fixtures. This design not only improves the convenience of lighting fixtures, but also greatly enhances the user experience.
TUV-1
TUV-2
SGS-1
SGS-2
Specification
Power | 30/60/90W |
Material | Silica gel |
IP Rate | IP44, water resistant, rainproof |
Body Color | Black |
Net Weight | 93g |
LED Type | COB + 3030 LED |
Emitted Color | White |
Lumens | 435-765LM |
Lighting Distance | 200 meter |
Lamp Lifetime | >100,000hrs |
LED Wattage | 5W |
Battery Type | Inserted 14500 Li-ion Battery |
Working Time | 4-6hrs |
Working Voltage | 3.7V |
Lighting Modes | 2 separate buttons for 6 lighting modes (COB highlight - COB medium light - COB flash -XPE highlight -XPE low light -XPE flash) |
Switch Button | 2 separate buttons on top |
MOQ | 100pcs |
Sample Order | Acceptable |
Unit Packaging | Color box |
Color box size | 19*5*5.1cm |
G.W | 0.1kg |
PCS/CTN | 240 |
CTN size | 52.5*48*40CM |
CTN weight | 28KG |
OEM | Acceptable for MOQ3000pcs |
Custom Packaging | Custom color box, blister, gift box for MOQ1000pcs |
Warranty | 1 Year |
The application of IP44 level on headlights can usually meet some basic dust-proof and waterproof requirements. As consumers, using headlights with an IP44 rating can provide protection in general daily environments, such as preventing the intrusion of dust and raindrops.
However, it should be noted that IP44 rating is not the highest level of dust and water resistance. In some worse environmental conditions, such as strong wind, rainstorm or sandstorm, IP44 headlights may not provide adequate protection. In addition, if the headlights need to be frequently soaked in water or exposed to high humidity environments, an IP44 rating may not be sufficient.
Therefore, as consumers, when choosing headlights, it is necessary to choose the appropriate dust and waterproof level based on the actual usage environment and needs. If only used in general indoor or outdoor environments, IP44 rated headlights are usually sufficient to meet daily needs. But if the usage environment is harsh or requires a higher level of waterproof and dustproof, then it is necessary to choose a higher level of headlights to ensure safe use and stable performance.
The principle of gesture sensing for head mounted lighting fixtures is mainly based on infrared sensing technology. This sensing technology mainly relies on two key components: an infrared signal transmitter and a receiver. These two parts are usually located at the head of the lamp, one left and one right, below the luminous body.
When the user's gesture is waved in front of the sensor (usually within a range of 10 centimeters), whether it is blocked from the transmitting end or the receiving end, the sensing mechanism will be triggered. This kind of induction does not require visible light or direct contact, so even in a completely black environment, users can easily control the lighting fixtures by waving their hands.
In addition, these head mounted lighting fixtures typically have gear memory function. This means that when the user controls the lighting fixture through an induction switch, the fixture will remember the gear when turned off. This way, on the next use, the fixture will automatically return to its previous gear, avoiding the hassle of frequent gear adjustments due to discomfort in lighting.
Overall, the gesture sensing principle of head mounted lighting fixtures is to recognize user gestures through infrared sensing technology, thereby achieving control over the lighting fixtures. This design not only improves the convenience of lighting fixtures, but also greatly enhances the user experience.
TUV-1
TUV-2
SGS-1
SGS-2