1. Product Introduction:
This product is a 13-band light source that integrates 13 different wavebands. With unchanged power, it has been designed to be smaller in size and lighter in weight, making it the smallest and lightest 13-band light source on the market. It is easy to operate and specifically designed for frontline criminal investigation personnel, allowing for the search, examination, and photographic distribution of on-site physical evidence.
II. Performance characteristics:
1. Imported LEDs are carefully selected, ensuring an exceptionally long service life.
2. High purity of output light, strong directionality, and characteristics such as uniform light projection, no interference with stray light, and ultra-wide illumination range.
3. A soft start system is incorporated into the dimming process, utilizing non-PWM dimming, ensuring no flicker in the light source
4. Metal switch design, wear-resistant and durable, and each band can achieve three-level dimming.
5. Integrating 13 types of wavelength light sources, while maintaining the same power, the size is reduced and the weight is lightened, making it the smallest and lightest 13-band light source in the entire network.
6. Visual digital battery level display function, allowing you to check the remaining battery level at any time.
7. With ultra-low quiescent current, it can remain in standby mode for up to 10 years after being fully charged
8. Utilizing pocket-sized coupling technology, it truly achieves the transition from desktop to compact handheld
9. Brand-new hard anodized color scheme, compact appearance, and ergonomic handle
10. The Type-C charging port is designed for safety, convenience, and ease of operation.
11. Top 1/4 copper tripod fixing interface
III. Technical Parameters:
1. Rated voltage: DC7.4V/AC220V
2. Rated capacity: 3500mAh
3. Rated power: 20W
4. Type of light source: LED
5. Service life: 3000 hours
6. White light color temperature: 8000K
7. Shell material: aviation-grade 6061-T6 high-grade aluminum alloy
8. Appearance: Precision CNC machining, thickened anodizing treatment, dark gray
9. Dimensions: 147*102*95mm
10. Lens: high-purity optical lens
11. Color Filter: High-quality hard-coated interference color filter is used, ensuring good monochromaticity and high purity of the output light
12. Spot: Output circular uniform light, with a spot diameter of 27cm at a distance of 5 meters
13. Uniformity of light spot: ≥90%????
14. Output band: white light (weak white light can be adjusted according to the setting)
Section) - 365-415-450-CSS-490-510-530-555-570-590-630, with a total of 13 wavebands,
15. Rotate to the corresponding band, and support switching between cold and hot bands.
16. Battery level display: Equipped with battery level display, flashing alarm in case of low voltage
17. Switching mode: strong light/medium light/weak light/off
18. Illumination duration: High light 3h/Medium light 5h/Low light 9h
19. Charging time: 5 hours
20. Protection level: IP66
21. Weight: 610g
22. Packaging method: high-grade moisture-proof box
IV. Standard configuration:
1. Light source main unit: 1 unit
2. Charger: 1 piece
3. Built-in lithium battery: 1 set
4. Red filter glasses 1 pair
5. Orange filter glasses 1 pair
6. Yellow filter glasses, 1 pair
7. One ф49mm red filter
8. One ф49mm orange filter
9. One ф49mm yellow filter
V. Instructions for Use
Excitation fluorescence
Wavelengths such as CSS, 365 nm, 415 nm, 450 nm, 490 nm, 505 nm, 530 nm, and 555 nm can excite visible fluorescence from physical evidence. By illuminating the physical evidence with these wavelengths and wearing filter glasses that match the illuminating light, one can observe the visible fluorescence emitted by the physical evidence.
In these wavelength bands, CSS exhibits the highest light intensity and the strongest ability to excite fluorescence. Wearing orange glasses and conducting a comprehensive search of the scene using CSS light can often reveal some fluorescent physical evidence. Both white light and CSS light are highly effective light sources for on-site searches.
¤ Color-separated lighting
By sequentially switching the output wavelength bands and illuminating the physical evidence, and observing the contrast changes between the evidence and the background, the state with the greatest contrast between the evidence and the background can be identified.
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