Benefits of Your New UVLANTERN7-395 Black light
Flashlight:
•
Reliable regulated solid-state UV emission from seven xLamp LEDs.
•
395-400nm peak emission, 1400mW total emission power.
• Dual-Drive current
regulated circuitry maintains constant UV output until low battery indication.
• Rechargeable sealed lead acid
battery.
|
• Charges from AC wall outlet or 12VDC car charger.
•
Features low batte ry indication by flashing to alert user to
charge.
• Trigger switch locks for
continuous operation.
• 8” long x 4.5” wide.
• LED Lifetime 10,000
hours.
• Beam angle 15 degrees
approximately. • Bonus separate single white LED on
front! |
|
Great
for Inspection work! Use in hotels, bathroom, pest control, carpet cleaning,
warehouse, trailer, etc. to illuminate human secretions, animal urine, etc.
Arson investigation! UV lights
are a reliable, cost-effective method of detecting accelerant residues, and the
point of origin of the fire: the fluorescence wavelength (color under UV) of
accelerants is affected by exposure to heat.
Detectable accelerants include gasoline,
kerosene, benzene, acetone, grease, lard, oils (including vegetable), etc.
Scorpion hunting, invisible
ink, glow-in-the-dark art, vaseline glass, etc.
How to Use: This unit has a
build-in 120 volt AC charger — use any suitable UL listed household type
extension cord for recharging.
• For 12V DC
charging.
•
Red LED on rear indicates charging.
• Red LED flashes when
charge is complete.
• Charger for 24 hours prior to initial use (using
either AC or DC charging).
• If unit is not used for two months, typically
4 hours of charging will be required.
• Do not operate the lantern during
charging.
• Do not submerge in water — unit is splash-resistant, not
waterproof.
• Do not unscrew head.
• Not a toy — keep out of reach of
children!
• UV-blocking viewing goggles must be worn.
• Battery is
fully recyclable, and must be recycled in accordance with local and state
guidelines..
• Glass lens can shatter if dropped, use caution.
CAUTION: Device emits intense UV
radiation: Avoid direct or strongly reflected exposure.
