SideKick output control and Memory
Press to cycle the output from High, Medium, Low and Strobe (12Hz-14Hz).
The SideKick module works on Power ON which remains the selected output with your next
start.
Battery Installation
Unscrew the tail or battery tube and insert new batteries with positive (+) ends towards
LED assembly. Restore hand tighten. Depress tail cap pushbutton switch to test.
Note: Flashlight will not light if batteries are inserted in the wrong direction.
Damage may occur with reversed battery polarity
.
CAUTION:
”Signature“ flashlights are high-output lighting devices. Due to
possible eye injury, DO NOT look directly into the reflector when the light is
switched on. Do not shine the ”Signature“ into the eyes of others. S
afety is your
responsibility.
External surface temperature will rise during prolonged operation; this is a
normal operating phenomenon.
Battery Replacement
If there is significant decrease in brightness of light output you should replace the batteries
with freshly charged batteries. Unscrew the LED-engine and remove the old battery.
Insert a new battery as mentioned in Battery Installation Guide
WARNING:
Lithium batteries can explode or cause burns if disassembled, shorted,
recharged, exposed to water, fire, or high temperatures. Do not place loose batteries in a
pocket, purse or other container containing metal objects or store with hazardous or
combustible materials. Store in cool, dry, ventilated area. Follow applicable laws and
regulations for disposal.
Never use mixed-battery types or brands. Do not mix charged and uncharged
batteries. Input voltage limited to 8.4V,. Power ON
”
Signature
“
at High-out
position unattended over 15 minutes may cause overheating and damage.
Maintenance
Clean and lubricate threads with a clean cloth and apply thin coat of silicon-based lubricant
to rubber O-rings. Note: Do not use petroleum-based lubrication on O-rings. After
prolonged exposure to moisture, the bezel and batteries should be removed, inspected,
and dried if necessary
.
WARNING:
Lumapower reflectors are made with a highly precise process. Do not
touch or clean the reflecting surface using any cloth which may cause damage to the
surface material affecting the illuminating performance.
