1
Fluorescent lamps
Fluorescent lighting is efficient
and economical.The efficacy
(lumen/watt) of all fluorescent
lamps is high compared to most
other light sources.
Different luminaires are available
for various purposes.
TL-D lamps are low-pressure
mercury discharge lamps with a
clear tubular 26 mm envelope.
The tube wall is internally
covered with a mixture of
fluorescent powders.
MASTER TL-D HF Super 80
colour lamps are produced with
special fluorescent powder
(/80 colours), which leads to a
good colour rendering index
(C.R.I. > 80) and a high efficacy.
MASTER TL-D HF Super 80
colour lamps are used in 'human
applications' like schools, offices,
shops, factory halls and so on.
The use of /80 colour phosphors
also results in a high initial lumen
output and a excellent lumen
maintenance.
The initial efficacy and the
efficacy during lifetime is relatively
high.
A
Ø 28 max.
B
C
Type A B B C
max. min. max. min.
TL-D HF 16W 589.8 594.5 596.9 604.0
TL-D HF 32W 1199.4 1204.1 1206.5 1213.6
TL-D HF 50W 1500.0 1504.7 1507.1 1514.2
MASTER TL-D HF Super 80
colour lamps have an argon gas
filling.They can be used on
special HF gear.
The efficacy of a HF system is
higher than conventional gear.
The colour designation of
MASTER TL-D lamps creates a
certain atmosphere. It varies
from warm white to cool
daylight.
The colour designation is
determined by the colour
temperature of the lamp.
MASTER TL-D HF Super 80 is a
breakthrough in TL lighting.
Advanced coating technology
reduces the mercury absorption
by the glass wall and the
fluorescent powders.
As a result the lumen
maintenance has been improved.
MASTER TL-D HF Super 80
lamps contain only 3 mg of
mercury.
Recyclable
MASTER TL-D HF Super 80
lamps are recyclable: materials
(glass, metal,
fluorescent powder, mercury)
from end-of-life lamps can be
recycled in the production of
new TL lamps if the right
disassembly technology is used.
All MASTER TL-D HF Super 80
lamps are produced with an endcap with a green bottom plate to
highlight the environmental
benefits of these lamps, especially
recyclability.
Dimensions in mm
MASTER TL-D Super 80 HF
Commercial Type Cap/ Lamp Lamp Colour Correlated Lumen Average Nett EOC
name base voltage
*)
current
*)
designation colour output*)luminance*)weight
temperature
VA Klmcd/cm
2
g
/830
MASTER TL-D Super 80 HF TL-D HF 16W /830 G13 64 0.26 WARM WHITE 3000 1400 1.04 100 631442
MASTER TL-D Super 80 HF TL-D HF 32W /830 G13 128 0.26 WARM WHITE 3000 3200 1.19 186 631503
MASTER TL-D Super 80 HF TL-D HF 50W /830 G13 142 0.36 WARM WHITE 3000 5000 1.44 233 631565
/840
MASTER TL-D Super 80 HF TL-D HF 16W /840 G13 64 0.26 COOL WHITE 4000 1400 1.04 100 631473
MASTER TL-D Super 80 HF TL-D HF 32W /840 G13 128 0.26 COOL WHITE 4000 3200 1.19 186 631534
MASTER TL-D Super 80 HF TL-D HF 50W /840 G13 142 0.36 COOL WHITE 4000 5000 1.44 233 631596
/850
MASTER TL-D Super 80 HF TL-D HF 32W /850 G13 128 0.26 DAYLIGHT 5000 3010 1.10 186 641830
/865
MASTER TL-D Super 80 HF TL-D HF 32W /865 G13 128 0.26 COOL DAYLIGHT 6500 2920 1.10 186 559302
*)
HF gear
Green cap
2
400 500 600 700
100
0
200
300
500
400
TL /830 Ra = 85
Wavelength in nm
µW per 5 nm per lumen
400 500 600 700
100
0
200
300
500
400
TL /840 Ra = 85
Wavelength in nm
µW per 5 nm per lumen
Spectral power distributions
Fluorescent lamps
MASTER TL-D Super 80 HF
400 500 600 700
100
0
200
300
500
400
TL /850 Ra = 85
Wavelen
g
th in nm
µW per 5 nm per lumen
Life expectancy Lumen maintenance
50
60
70
80
90
100
Survivals in %
Operating hours
0
5000 10000
15000
20000
Typical values:
5.000 hrs: 99%
10.000 hrs: 98%
15.000 hrs: 95%
TL-D Super /80 on HF gear
(warm start)
50
60
70
80
90
100
Lumen in %
Operating hours
0
5000 10000
15000
20000
Typical values:
5.000 hrs: 94%
10.000 hrs: 92%
15.000 hrs: 90%
TL-D Super /80
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