CCP TLRL Oblique (Dark Field) TruLight™ Ring light with eight white LED’s Description : Oblique (Dark Field) TruLight
video | |
---|---|
Additional Details | Description =CCP 5X lens| |
CCP TLRL Oblique (Dark Field) TruLight™ Ring light with eight white LED’s Description : Oblique (Dark Field) TruLight
TruLight
See comparators in a new light
Get the world's first all-LED TruLight® illumination with variable intensity from CCP – a truly innovative technology for optical comparators.
TruLight LEDs are extremely bright, and provide consistent performance. They will last the lifetime of the optical comparator, while consuming only a fraction of the energy required for tungsten illumination.
Never replace a lamp again!
Three bright all-LED illuminators are available:
The white LED TTL coaxial surface light provides a white brightfield to fully illuminate the image. Standard on theCC-V. Available on the CC-14, CC-16, and CC-20.
A high-brightness monochromatic green LED profile light that provides variable intensity. Standard on the CC-14L,CC-14, CC-16L, CC-16, CC-20, and CC-V.
The Oblique (Dark Field), Ringlight provides 8 white LEDs and 6 switch-selectable patterns with continuously variable intensity. Get the most effective directional lighting from your benchtop optical comparator. Standard on theCC-14L and CC-16L. Available on the CC-14, CC-16, andCC-V.
Click images to enlarge
Energy Consumption Comparison
Illuminator | LED | Tungsten Halogen | Mercury Arc |
White Coaxial Surface Light | 81 W | 300 W | 200 W |
Green Backlight | 49 W | 100 W | 200 W |
White Ringlight | 48 W | — | — |
Total | 178 W | 400 W | 400 W |
NOTE: LED illuminators are never used at full intensity, so actual power consumption will be less than what is listed in the LED column. Tungsten halogen and mercury arc values are typical rated values.
The ringlight wattage is a function of the selected lighting pattern. For example, a pattern in which 4 LEDs are lit will consume 1/2 the wattage listed in the table.
Many users turn on traditional lamps and leave them running because they require warm up and their useful lifetimes are decreased with temperature cycling. LEDs do not require warm up and do not suffer from temperature cycling. LEDs can (and should) be turned on and off as needed.