FLASHLIGHT 77H102-140 STANDBY L1
MANUAL & WARRANTY
2
Fine quality for Prolonged Use
The
flashlight 77H102-140 is a fine quality flashlight for frequent, intensive use and offers a.o.:
Very powerful, original CREE® XPE LED
This
flashlight contains the most modern LED-technology:
-
The patented, original CREE® XPE LED-lamp produces a very powerful and bright light of ±
300 Lumen
-
The lamp also has an enormous light range of ± 300 m (in spotlight mode)
This lamp is more expensive to purchase than, e.g., a Xenon-lamp, but the difference is quickly repaid
because the batteries have an increased lifetime and the LED-lamp has a much longer lifespan.
Superior Li-ion (Lithium) rechargeable battery
This battery offers important advantages with regard to other rechargeable batteries, such as:
-
Long illumination time: approx. 24 hours full intensity light
-
Can contain more power than other rechargeable batteries
-
Very little power leakage: retains the charge for a very long time
-
No reduction in capacity when charging the not yet fully discharged battery
-
High capacity of 2,000 mAh (milli-Ampères x hour)
-
Very strong because it can be recharged more than 500 times
-
With a regulating system that a.o. helps to prevent (harmful) deep discharge
Intelligent Light Control
The 77H102-140 flashlight offers you many facilities to control the light. You can select the light mode
you want just by pressing the on/off button:
1.
High: 100% light intensity
2.
Low: 30% light intensity
3.
Strobe function
LED Technology
-
Light bulbs give light by heating a glowing element. Only a maximum of 25% of the energy is
transformed into light, the rest is dissipated as heat.
-
A LED (Light Emitting Diode) is a semi-conductor made from, among other things, silicon
under electrical voltage. This stimulates an electron flow with emitted photons, which is visible
as light. Therefore, LEDs produce mainly light instead of heat.
-
The advantages of LED-lighting are convincing:
LEDs have no filament which can burn out or break due to vibrations and shocks,
therefore they last for an extremely long time: approx.100.000 hours / 10 years - or
more.
They are much more efficient than standard light bulbs as a result of approx. 90% less
power consumption, so the batteries have a much longer lifespan
– and that at equal
light production.
