The average lifespan around
12,000 20,000 for lamps. Unwanted UV
emissions, which speed the colour fading process,
for example, can avoided using appropriate fil-
ters. T26 T8, T16 T5. wide range sizes, output classes
and tube and base designs available. The humming and flickering, unna-
tural colours and uncomfortable sensation associated with
earlier fluorescent lamps have now been eliminated thanks
to modern technology and the right choice fluorescent ma-
terial. The colour rendering LED light
can combined through several areas the spectrum to
meet class values. They are electrodes each end
of the tube. terms their size, ef-
ficiency, durability and lifespan, light diodes represent an
improvement over conventional incandescent lamps the
same way that semi-conductor diodes are superior the
diode vacuum tube.g.Halogen bulbs MThe addition halogens prevents the filament from
evaporating and blackening the bulb wall. This
makes possible dim the light without affecting the
colour quality through changes the spectral radiation
curve. The maximum output 100W, and the average
lifespan between 2,000 and 4,000 depending on
the type. These lamps are principally distinguis-
hed the diameter the glass tube millimetres or
inches, e. The cylindrical glass tube
is filled with gas mixture.
298
General information
➜ Tubular fluorescent lamps HThere are range models that differ according to
design and size. They
produce very little heat.
(B) Low voltage halogen bulbs SLow voltage halogen bulbs need transformer con-
vert mains voltage into low safety voltage generally
12 They are very small, and the tiny coils and corres-
ponding reflectors allow for efficient directional light pro-
jection. Fluorescent lamps
Fluorescent lamps are based low pressure gas discharge
technology. Both lifespan and light
outputareincreasedbyaround25%;thereisanimmediate
no-flicker start, flicker-free operation and automatic
cut-out case fault, repeated switching and off
can damage the lamp.
Fluorescent lamps are characterised minimal power con-
sumption alongside high light output and log lifespan. result, is
possible boost light output around 30% with cor-
responding saving energy. The lifespan halogen bulb varies
considerably depending the model but can incre-
ased substantially through dimming. Colour rende-
ring the category (good), while the lifespan lies
between 6,000 and 15,000 depending the type.
. When connected the power source, the gas
mixture emits ultra-violet light which converted into visible
light the coating material the inside the tube.
To differ:
(A) High voltage halogen bulbs OHigh voltage halogen bulbs work directly with mains vol-
tage. The
composition and quality this coating determines the light
colour and colour rendering (1A, 1B) fluorescent lamps.
This has number advantages.
LEDs are based semi-conductor connections that con-
vert electricity directly into light. lamps
can only operated using and electronic ballast device.
Important note: Fluorescent lamps should not disposed
of the ordinary household waste. LED (Light Emitting Diodes) Z
LEDs (Light diodes) are semi-conductor diodes that work
on the principle electroluminescence.
Fluorescent lamps employ ballast devices with lamps
using electronic low-loss magnetic systems.
In the future, WOFI LEUCHTEN will use LEDs produce
lamps that are completely new terms design, lighting
effect, control and other properties. They require ballast. produces
a higher and more constant light output with brilliant
light and very good colour rendering (1A). The base design
also varies depending the bulb type and needs be
considered when changing the bulb.
Fluorescent lamps can also found circular form
allowing for flat designs that produce rotationally
symmetric distribution light
➜ Compact fluorescent lamp
(Energy saving lamp ESL) KAs the name suggests, this type fluorescent lamp has
a compact design.
2. IRC technology used in
both high voltage and low voltage lamps. Every LED
emits directional light and the light colour can adjusted
by means colour LEDs. They are set change lighting tech-
nology the same way that semi-conductor technology
has changed electronics. possible make
two three dimensional flat linear lamps every con-
ceivable shape that give off directional light. They should taken
for recycling the municipal disposal point for hazardous
waste.
The energy saving lamp (ESL) with its integrated ballast
and conventional screw-in base (E14, E27) increasin-
gly replacing the incandescent bulb energy conscious
households. The bulb wall made quartz which resistant
to the halogens.
➜ IRC technology (Infra Red Coating) special coating the bulb wall reflects the heat ge-
nerated back onto the glowing coil order maintain
it the correct operating temperature.
3. special electro-
nic control system needed for dimmer operation. Research aimed
at promoting efficiency and the development white LEDs
has made possible use light diodes for illumination. They are costly produce but can reach output
of 500 depending the type and lifespan to
2,000 h
