FY-HL04
FY LIGHTING
Availability: | |
---|---|
Quantity: | |
Specification
SPEC | PACKING DETAILS | ||
Material | Polyester ribbon | Product size | 57.8*40.6*17.1mm |
N.W | 18g | Color box size | 6.5*4.5*3.5cm |
Light source | COB | G.W | 23g |
Color | BK/BL/RD | PCS/CTN | 720 |
Power | 10W | Carton size | 46*29*57cm |
Luminous | 300 lumens | Carton weight | 17KG |
Battery | 3*AAA battery (optional) | Battery weight | 0.04KG (3*AAA) |
WORKING MODE | Strong light – fast flashing – slow flashing - Off |
In 2024, although most headlights are rechargeable, non rechargeable headlights still have their necessity and advantages in certain specific scenarios and applications. Here are some possible reasons:
1. Disposable cost: Non rechargeable headlights usually have a lower one-time purchase cost, which is a very attractive advantage for some situations that only require short-term or one-time use.
2. Reliability and stability: Non rechargeable headlights typically have a simpler structure and fewer failure points, so they may be more popular in certain environments that require high reliability and stability, such as outdoor exploration, emergency lighting, etc.
3. No maintenance required: Since non rechargeable headlights do not require regular charging or battery replacement, they typically have lower maintenance costs. This is an important consideration for environments that lack maintenance facilities or resources.
4. Environmental considerations: In environments that require reducing electronic waste or battery pollution, non rechargeable headlights may be seen as a more environmentally friendly option.
5. Specific application scenarios: In certain specific application scenarios, such as the lighting of certain special vehicles, equipment or tools, specific types and specifications of headlights may be required, which may not be rechargeable.
In summary, although rechargeable headlights have advantages in many aspects, non rechargeable headlights still have their necessity and value in certain specific scenarios and applications. In 2024, with the continuous advancement of technology and the diversification of application scenarios, non rechargeable headlights will still be widely used in certain fields. 6. Emergency and backup lighting: In some situations that require quick deployment or emergency use, such as natural disasters, accident scenes, etc., non rechargeable headlights can be used as temporary or backup lighting equipment. As they do not require charging or battery replacement, they can be quickly put into use.
7. Long term storage items: In some cases, people may need to store headlights in warehouses or basements for future use. These storage environments may lack charging facilities, so non rechargeable headlights are more suitable for this long-term storage requirement.
8. Energy restricted areas: In some remote areas or developing countries, power supply may be unstable or lacking, making charging of rechargeable devices a challenge. In these areas, non rechargeable headlights may be a more practical and feasible lighting solution.
9. Technical compatibility and old devices: With the development of technology, new rechargeable headlights continue to emerge, but some old devices or systems may still require the use of non rechargeable headlights. In order to maintain the normal operation of these devices or systems, there is still a certain market demand for non rechargeable headlights.
In summary, although rechargeable headlights have advantages in many aspects, non rechargeable headlights still have their unique value and role in specific scenarios and applications. In 2024 and the future, with the diversification of society and the continuous changes in demand, non rechargeable headlights will continue to be widely used in specific fields and work together with rechargeable headlights to meet people's diverse lighting needs.
The service life of AAA batteries is related to various factors, including usage environment, load current, and the quality of the battery itself. Generally speaking, the service life of AAA batteries is between 10 hours and 50 hours.
Taking the three AAA battery headlights of this model as an example, low-power mode can be used to extend battery life, while other headlights may be designed in high brightness mode to consume battery power faster.
In addition, the service life of batteries is also affected by their storage and usage conditions. For example, if a battery is stored in a high temperature or humid environment, its service life may be affected. Similarly, if the battery is excessively discharged or overcharged, it may also shorten its service life.
Therefore, in order to extend the service life of AAA batteries, we can take some measures. Firstly, choose batteries with reliable quality, as the performance of batteries from different brands may vary. Secondly, follow the product's instructions for proper use and storage of batteries. In addition, when the battery level is low, replace the battery in a timely manner to avoid excessive discharge.
Overall, the lifespan of AAA batteries depends on multiple factors, but by selecting and using batteries reasonably, we can maximize their lifespan while ensuring the normal operation of the equipment.
TUV-1
TUV-2
SGS-1
SGS-2
Specification
SPEC | PACKING DETAILS | ||
Material | Polyester ribbon | Product size | 57.8*40.6*17.1mm |
N.W | 18g | Color box size | 6.5*4.5*3.5cm |
Light source | COB | G.W | 23g |
Color | BK/BL/RD | PCS/CTN | 720 |
Power | 10W | Carton size | 46*29*57cm |
Luminous | 300 lumens | Carton weight | 17KG |
Battery | 3*AAA battery (optional) | Battery weight | 0.04KG (3*AAA) |
WORKING MODE | Strong light – fast flashing – slow flashing - Off |
In 2024, although most headlights are rechargeable, non rechargeable headlights still have their necessity and advantages in certain specific scenarios and applications. Here are some possible reasons:
1. Disposable cost: Non rechargeable headlights usually have a lower one-time purchase cost, which is a very attractive advantage for some situations that only require short-term or one-time use.
2. Reliability and stability: Non rechargeable headlights typically have a simpler structure and fewer failure points, so they may be more popular in certain environments that require high reliability and stability, such as outdoor exploration, emergency lighting, etc.
3. No maintenance required: Since non rechargeable headlights do not require regular charging or battery replacement, they typically have lower maintenance costs. This is an important consideration for environments that lack maintenance facilities or resources.
4. Environmental considerations: In environments that require reducing electronic waste or battery pollution, non rechargeable headlights may be seen as a more environmentally friendly option.
5. Specific application scenarios: In certain specific application scenarios, such as the lighting of certain special vehicles, equipment or tools, specific types and specifications of headlights may be required, which may not be rechargeable.
In summary, although rechargeable headlights have advantages in many aspects, non rechargeable headlights still have their necessity and value in certain specific scenarios and applications. In 2024, with the continuous advancement of technology and the diversification of application scenarios, non rechargeable headlights will still be widely used in certain fields. 6. Emergency and backup lighting: In some situations that require quick deployment or emergency use, such as natural disasters, accident scenes, etc., non rechargeable headlights can be used as temporary or backup lighting equipment. As they do not require charging or battery replacement, they can be quickly put into use.
7. Long term storage items: In some cases, people may need to store headlights in warehouses or basements for future use. These storage environments may lack charging facilities, so non rechargeable headlights are more suitable for this long-term storage requirement.
8. Energy restricted areas: In some remote areas or developing countries, power supply may be unstable or lacking, making charging of rechargeable devices a challenge. In these areas, non rechargeable headlights may be a more practical and feasible lighting solution.
9. Technical compatibility and old devices: With the development of technology, new rechargeable headlights continue to emerge, but some old devices or systems may still require the use of non rechargeable headlights. In order to maintain the normal operation of these devices or systems, there is still a certain market demand for non rechargeable headlights.
In summary, although rechargeable headlights have advantages in many aspects, non rechargeable headlights still have their unique value and role in specific scenarios and applications. In 2024 and the future, with the diversification of society and the continuous changes in demand, non rechargeable headlights will continue to be widely used in specific fields and work together with rechargeable headlights to meet people's diverse lighting needs.
The service life of AAA batteries is related to various factors, including usage environment, load current, and the quality of the battery itself. Generally speaking, the service life of AAA batteries is between 10 hours and 50 hours.
Taking the three AAA battery headlights of this model as an example, low-power mode can be used to extend battery life, while other headlights may be designed in high brightness mode to consume battery power faster.
In addition, the service life of batteries is also affected by their storage and usage conditions. For example, if a battery is stored in a high temperature or humid environment, its service life may be affected. Similarly, if the battery is excessively discharged or overcharged, it may also shorten its service life.
Therefore, in order to extend the service life of AAA batteries, we can take some measures. Firstly, choose batteries with reliable quality, as the performance of batteries from different brands may vary. Secondly, follow the product's instructions for proper use and storage of batteries. In addition, when the battery level is low, replace the battery in a timely manner to avoid excessive discharge.
Overall, the lifespan of AAA batteries depends on multiple factors, but by selecting and using batteries reasonably, we can maximize their lifespan while ensuring the normal operation of the equipment.
TUV-1
TUV-2
SGS-1
SGS-2