C4 eLED / C8 eLED
UNCOMPROMISING
PERFORMANCE
SINCE 1971™
Dual Power LED Divelights
High impact corrosion-proof
ABS case
Water cooled heat sink
allows LEDs to burn
brighter underwater
High / Low / Off
power switch
with lock
Protective rubber
lens cover
Contoured hand grip
Padded nylon
lanyard
SPECIFICATIONS
FEATURES
C4 eLED
C4 eLED R
C8 eLED
C8 eLED R
The C4 and C8 eLED lights are designed for maximum performance
underwater. To do this we take advantage of the fact that LEDs
are most intense when kept cool. Two LEDs are attached to a
heat sink which is in direct contact with the water through the
front lens. This patented system cools the LEDs and allows them
to burn up to 37% brighter underwater.
• Up to 37% brightness increase with water cooled LEDs
• eLED circuitry insures constant light output for 80% battery life
• High color temperature LED light travels farther underwater
• Full power or battery saving power modes
Light Source: Paired high intensity white LEDs
Lamp Module: 19936 eLED Module 19935 eLED Module
Voltage (nom):5.2 V
4.8 V
10.4 V
9.6 V
Power:
Batteries:
Burn Time:
5.4 watt (max)
4 alkaline C
6.50 hr (air)
6.2 watt (max)
8 alkaline C
14 hr (air)
4 nicad C
4.3 hr (air)
8 nicad C
6.5 hr (air)
4 hr (water) na
6.5 hr (water) na
Beam Type: medium penetrating beam
Test Depth: Waterproof to 500 fsw
Rotary FULL—OFF—HALF with push to lock safety
ABS, polycarbonate, polypropylene, nylon
Dimensions: 3.2 dia x 5.2 in
Weight: 21 oz
Switch:
Materials:
• Unique reflector shape combines the beams from 2 LEDs into one
• Temperature sensing circuit prevents overheating
3.2 dia x 7.0 in
36 oz
21 oz
36 oz
• Polarized battery contacts
prevent potentially dangerous reverse battery insertion
• Operates with alkaline, Nicad or NiMH C-size batteries
• Comfortable pistol style grip
PERFORMANCE CURVES
• Switch lock prevents accidental actuation
• High impact ABS, LEXAN®, polyurethane rubber,
and stainless steel construction for durability
• Made in USA
© 2007 UK. All Rights Reserved. “UNDERWATER
logos are trademark of Underwater Kinetics.
99927 rev 01/30/08
|