SW05R-UV
| Availability: | In stock (1) |
| Brand: | Fenix |
The Fenix SW05R-UV clip-on flashlight is an essential tool for professionals who demand a reliable and portable UV light. Featuring three brightness levels in white light and a 1500mW UV lamp, the SW05R-UV is ideal for law enforcement and security personnel during identity checks, but it also makes an excellent all-purpose clip-on flashlight. Its 200° rotating head allows you to direct the light precisely where you need it. The wide clip securely attaches to your hat, shirt pocket, or vest, while the magnet allows it to be attached to most metal surfaces. Extremely compact and powered by a built-in 700mAh rechargeable battery, this flashlight is always ready to go. Whether you're a police officer, security guard, maintenance technician, or gadget enthusiast, the SW05R-UV is the compact, powerful clip-on flashlight designed to simplify your life.
Features:
- Maximum luminous flux: 150 lumens
- Maximum beam distance: 128 feet (39 meters)
- Maximum runtime: 49 hours
- Lighting modes: Three brightness levels and one UV light
- Bulb type: One high-performance white LED and one 365nm UV LED
- Lens material: Polycarbonate
- Color temperature: Approximately 6500K
- Dimensions: Length: 69 mm (2.72 in) Width: 29 mm (1.14 in) Height: 16 mm (0.63 in)
- Weight: 55 g (1.94 oz) including battery
- Battery: Built-in 700 mAh battery
- Includes: USB Type-C charging cable
- Warranty: Limited lifetime warranty from Fenix Lighting USA
Specifications:
- White and UV light sources to meet various lighting needs.
- Uses a 365nm UV light source.
- Powered by a built-in 700mAh battery.
- Internal waterproof USB Type-C charging port for convenient recharging.
- The 200° adjustable beam angle of the light head meets lighting needs from various directions.
- The design combines a slim and thick clip for secure attachment to a hat brim, pocket, or backpack.
- Magnetic tail for hands-free use.
- Front switch for white light and side switch for UV light allow for on/off, output selection, and mode switching.