Alonefire SV57 3W 365nm UV Blacklight Instruction Manual

Ọrọ Iṣaaju

O ṣeun fun riraasing the Alonefire SV57 3W 365nm UV Blacklight. This compact and powerful device utilizes a high-quality 365nm UV LED light source, delivering 3 watts of output for professional-grade ultraviolet inspection. It features a hardened black filter optical lens designed to purify the UV light by minimizing visible light interference from the environment. Constructed from durable aluminum alloy, the flashlight ensures excellent heat dissipation and reliability. The built-in rechargeable battery supports convenient and fast Type-C USB charging. This manual provides essential information for the safe and effective use of your UV blacklight.

Figure 1: The Alonefire SV57 UV Blacklight shown with its USB-C charging cable.

Alaye Aabo

• Ma ṣe wo taara sinu orisun ina UV. Prolonged exposure can be harmful to eyes.
• Jeki kuro ni arọwọto awọn ọmọde.
• Do not immerse the device in water, despite its waterproof rating. It is designed to withstand rain, not submersion.
• Use only the provided USB-C cable or a compatible high-quality cable for charging.

Package Awọn akoonu

• Alonefire SV57 UV Blacklight
• USB-C Ngba agbara Cable

Figure 2: The UV blacklight and its accompanying USB-C charging cable.

Ṣeto

Ngba agbara si Ẹrọ

1. Wa ibudo gbigba agbara USB-C lori ẹrọ naa.
2. Connect the provided USB-C cable to the blacklight and to a compatible USB power source (e.g., computer, wall adapter).
3. The charging indicator light will illuminate red while charging.
4. Ni kete ti o ba ti gba agbara ni kikun, ina olufihan yoo wa ni pipa.

Charging typically takes 2 to 2.5 hours. A full charge provides approximately 1 to 1.5 hours of battery life, depending on usage.

Figure 3: The blacklight connected to a laptop for charging, showing the charging indicator status.

Awọn ilana Iṣiṣẹ

Titan/Pa a

• Press the power button located at the rear of the flashlight to turn it on.
• Tẹ bọtini agbara lẹẹkansi lati pa a.

Awọn ohun elo

The Alonefire SV57 UV Blacklight is versatile and can be used for various detection and inspection tasks:

• Ṣiṣawari ito ọsin: Illuminate dark areas to reveal hidden pet stains on carpets, furniture, or floors.
• Currency and Document Verification: Check security features on banknotes, passports, and other official documents that fluoresce under UV light.
• Mineral and Gemstone Inspection: Observe the fluorescence of certain minerals and gemstones for identification or appraisal.
• Ayewo Yara Hotẹẹli: Identify unsanitary spots or hidden stains in hotel rooms.
• Ṣiṣawari Scorpion: Scorpions are known to fluoresce under UV light, making them easier to spot in dark environments.
• Cat Fungus (Ringworm) Detection: Certain types of fungal infections in cats (like Microsporum canis) may fluoresce under a Wood's lamp (UV light). Consult a veterinarian for diagnosis.
• Anisakis Detection in Fish: While some sources suggest UV light for detecting Anisakis larvae in fish, it is not a definitive method. Always cook fish thoroughly to eliminate parasites.

Olusin 4: Examples of the blacklight's diverse applications, including currency verification, pet stain detection, and mineral inspection.

Figure 5: The UV blacklight effectively reveals hidden pet urine stains on various surfaces.

Figure 6: Various banknotes displaying their security features under UV illumination.

Figure 7: UV light can assist in identifying certain types of cat fungus by causing affected areas to fluoresce.

Black Filter Lens Technology

The SV57 is equipped with a specialized black filter optical lens. This lens is designed to block most visible light, allowing only the pure 365nm UV light to pass through. This results in a clearer and more effective fluorescence, enhancing the visibility of UV-reactive materials.

olusin 8: exploded view demonstrating how the black filter lens purifies the UV light by filtering out unwanted ambient light.

365nm vs. 395nm UV Light

The 365nm wavelength is considered optimal for many UV detection tasks as it produces a purer UV light with less visible purple glow compared to 395nm UV lights. This allows for clearer observation of fluorescent reactions without interference from the light itself.

Figure 9: A visual comparison showing how minerals fluoresce more distinctly under 365nm UV light compared to 395nm UV light or normal light.

Itoju

• Ninu: Nu ara filaṣi nu pẹlu asọ, damp asọ. Ma ṣe lo abrasive ose tabi epo.
• Itọju lẹnsi: Gently clean the lens with a lens cleaning cloth to remove dust or smudges.
• Ibi ipamọ: Tọju ẹrọ naa ni itura, aye gbigbẹ kuro lati orun taara ati awọn iwọn otutu to gaju.
• Itọju Batiri: Fun igbesi aye batiri to dara julọ, gba agbara si ẹrọ naa nigbagbogbo, paapaa ti kii ṣe ni lilo loorekoore. Yago fun gbigba agbara si batiri ni kikun fun awọn akoko ti o gbooro sii.

Laasigbotitusita

• Ẹrọ ti ko tan: Rí i dájú pé batiri náà ti gba agbára. So mọ́ orísun agbára kan kí o sì ṣàyẹ̀wò àmì ìgba agbára náà.
• Weak UV light output: The battery might be low. Recharge the device. Ensure the lens is clean and free of obstructions.
• Gbigba agbara ko ṣiṣẹ: Check the USB-C cable for damage. Try a different USB power source. Ensure the cable is fully inserted into both the device and the power source.
• Ifihan omi: The device is IP5 rated for water resistance (splash-proof), but not waterproof for submersion. If it gets wet, dry it thoroughly before use. Do not attempt to charge if wet.

Awọn pato

Atilẹyin ọja ati Support

Alonefire products are designed for reliability and performance. For any questions, technical assistance, or warranty claims, please refer to the seller or contact Alonefire customer support through their official channels. Please retain your proof of purchase for warranty purposes.