Philips TL-E Pro, TL-E User Manual
1
Fluorescent lamps TL-E /TL-E Pro
The colour designation of TL-E
lamps creates a certain
atmosphere. It varies from cool
white to warm white. The colour
designation is determined by the
colour temperature of the lamp.
TL-E lamps can be operated on
conventional and HF gear.
A specialty is the TL-EM-RS lamp
in 40W rating, provided with an
external ignition strip connected
to one of the electrodes via a
high ohm resistor. TL-EM-RS
lamps can be used in outdoor
applications (ambient
temperature of -18 °C).
Many decorative luminaires are
available for TL-E lamps because
of their special circular shape.
An added advantage is the
provision of non-directional light,
i.e. light which does not
emphasize either the length or
width of the area to be lighted.
Fluorescent lighting is efficient and
economical.The efficacy
(lumen/watt) of all fluorescent
lamps is high compared to most
other light sources and they can
be used with a wide range of
luminaires for various purposes.
TL-E are low-pressure mercury
discharge lamps with a clear
tubular envelope.The tube wall is
internally covered with a mixture
of fluorescent powders.
TL-E /80 colours are produced
with a tri-phosphor coating, which
leads to a good colour rendering
and a higher efficacy.
TL-E /80 colours are used in
'human applications', like schools,
offices, shops, theatres and so on.
TL-E Standard colours are
produced with a halophosphor
coating, which results in an
average colour rendering.
Dimensions in mm
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
TL-EM RS STANDARD COLOURS
TL-E TL-EM 40W /29 RS G10q 110 0.42 WARM WHITE 2900 2800 0.75 333 611086
TL-E STANDARD COLOURS
TL-E TL-E 22W /29 G10q 62 0.40 WARM WHITE 2900 1300 0.85 220 284723
TL-E TL-E 22W /33 G10q 62 0.40 COOL WHITE 4100 1250 0.85 220 559425
TL-E TL-E 22W /54 G10q 62 0.40 COOL DAYLIGHT 6200 1050 0.70 220 633903
TL-E TL-E 32W /25 G10q 81 0.45 COOL WHITE 4000 1800 0.65 250 284983
TL-E TL-E 32W /29 G10q 81 0.45 WARM WHITE 2900 2100 0.80 250 284709
TL-E TL-E 32W /33 G10q 81 0.45 COOL WHITE 4100 2050 0.80 250 559562
TL-E TL-E 32W /54 G10q 81 0.45 COOL DAYLIGHT 6200 1750 0.65 250 633873
TL-E TL-E 40W /25 G10q 110 0.42 COOL WHITE 4000 2500 0.65 333 285003
TL-E TL-E 40W /29 G10q 110 0.42 WARM WHITE 2900 2950 0.80 333 284686
TL-E TL-E 40W /33 G10q 110 0.42 COOL WHITE 4100 2900 0.80 333 284549
TL-E TL-E 40W /54 G10q 110 0.42 COOL DAYLIGHT 6200 2500 0.65 333 559913
TL-E SUPER /80 COLOURS
TL-E Pro TL-E 32W /830 G10q 81 0.45 WARM WHITE 3000 2300 0.85 250 559678
TL-E Pro TL-E 32W /840 G10q 81 0.45 COOL WHITE 4000 2300 0.85 250 559685
TL-E Pro TL-E 40W /830 G10q 110 0.42 WARM WHITE 3000 3200 0.85 333 284761
TL-E Pro TL-E 40W /840 G10q 110 0.42 COOL WHITE 4000 3200 0.85 333 284747
Type A A
min. max.
TL-E 22W 147.6 157.2
TL-E 32W 236.5 246.1
TL-E 40W 338.1 347.7
A
26.2 min.
30.9 max.
2
Fluorescent lamps TL-E /TL-E Pro
Spectral power distributions
TL /25 Ra = 70
500
400
300
200
µW per 5 nm per lumen
100
0
400 500 600 700
TL /33 Ra = 63
500
400
300
200
µW per 5 nm per lumen
100
0
400 500 600 700
TL /830 Ra = 85
500
400
300
200
µW per 5 nm per lumen
100
0
400 500 600 700
Wavelength in nm
Wavelength in nm
Wavelength in nm
TL /29 Ra = 51
500
400
300
200
µW per 5 nm per lumen
100
0
400 500 600 700
TL /54 Ra = 72
500
400
300
200
µW per 5 nm per lumen
100
0
400 500 600 700
TL /840 Ra = 85
500
400
300
200
µW per 5 nm per lumen
100
0
400 500 600 700
Wavelength in nm
Wavelength in nm
Wavelength in nm
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