Philips QL Induction Lighting Systems - Philips Lighting

Surge test at max case
temperature. 4x5 pulses.
Light flicker max 3
seconds is allowed above
1kV surges.
Mains Voltage Dips. To be
tested at max case temp.
Mains Voltage Interrupt.
To be tested at max case
temp.
ESD discharge test:
Contact and air discharge.
Mains transient
EN 61000-4-5 test level 4,
requirement 4kV Line to Earth,
2kV Line to Line
EN 61000-4-11 70% of rated
mains, 200ms
EN 61000-4-11 0% of rated
mains, 5ms. Execute test with
pos. and neg. half cycle.
EN 61547 clause 5.2
ANSI/IEEE C62.41, 7 strikes
Ringing Wave 100kHz, minimum
2.5kV TBD
Safety K123-1
EN61347-2-3
UL935
Approbations
CE, UL, CSA,
KEMA (HV)
Environmental conditions
Humidity IEC 60068-2-30-Db 40°C 21
days cyclic operative 2hrs on, 10
hrs off. In conformity with UN-
D1639-1 table2.3.5, "protected
outdoor use": 10-95%RH.
Vibration
Bumps
Shock test
IEC 60068-2-6-Fc Frequency
range 10-150Hz, Frequency
change 1 oct/min
Acceleration/amplitude
2G/0.15mm peak, 3 directions,
test time 40 min per direction.
IEC 60068-2-29-Eb Acceleration
10G Number of bumps 1000
/16ms 3 directions.
IEC 60068-2-27 40G / 11ms
(semi sinusoidal), 3 directions, 5
shocks per direction.
The Philips QL lamp system carries the CE marking on basis
of fulfillment of the following standards: EN 61547, EN
61000-3-2 and EN 55015 (as tested in a Philips reference
luminaire).
6.5 IP codes; dust and moisture protection
The QL lamp system is designed for built-in purposes in
appropriate luminaires. Next to effective temperature control,
the luminaire must also provide dust and moisture
protection, especially for the HF generator part and the
power coupler. Direct water intrusion or a high humidity
causing condensation inside the HF generator and power
coupler should be prevented, as should heavy dust
accumulation. In practice, this means that QL luminaires
applied in outdoor applications should be at least classified
as IP 54.
The HF generators for the QL 55W, 85W and 165W lamp
systems are classified as IP 40.
6.6 Dimming
At present QL lamp systems are not available with dimming
facilities.
6.7 Lamp system disposal
At the end of their (economic) life, appropriate disposal of QL
lamp systems or their components is recommended.
6.7.1 The lamp
Although only a very small mercury dose is used, it is still
recommended to treat the lamp system part as small
chemical waste. The QL lamp can very well be recycled
together with other low-pressure mercury discharge lamps.
Follow local regulations for disposal of this type of light
source.
6.7.2 The power coupler
Due to the fact that no materials are used in the construction
of this part, which at present are known to be harmful to the
environment, this part can be disposed of as normal waste.
Disassembling is relatively easy, so recycling of materials is
also possible.
6.7.3 The HF generator
This component is a RoHS compliant electronic device,
which can be disposed of with normal care. It is
recommended to dispose of this part as normal electronic
waste, according to local regulations.
Temperature shock
IEC 60068-2-14-Na 5 cycles
-40°C/+80°C 30 min 2 chamber
method cycle.
IEC 60068-2-14-Nb -20°C/100°C
2000 cycles. (TBF)
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