4008321005625 OSRAM, 4008321005625 Datasheet - Page 23

• Manufacturer Part Number: 4008321005625
• Description: HCI-T POWERBALL 35W WDL
• Manufacturer: OSRAM

Specifications of 4008321005625

• Length: 100mm
• Colour Temperature Typ: 3000K
• Colour: Warm Daylight
• Svhc: No SVHC (15-Dec-2010)
• Base Type: G12
• External Diameter: 19mm
• External Length / Height: 100mm
• Luminous Intensity Max: 3400lm
• Power: RoHS Compliant
• Lamp Base Type: G12
• Rohs Compliant: Yes

Because there are many different methods of dimm-
ing and the effects on the physics of the lamps are
highly complex there is as yet no statistically sound
information on the performance of the lamps over
their lifetime.
In addition, there is still no standardized dimming
cycle by which the lamps can be reliably tested.
The warranted product characteristics cannot
therefore be guaranteed for lamps operated at
dimmed settings.
The operation of OSRAM HCI
at dimmed settings is not permitted as this results in
significant color shifts, bad lumen maintenance and
shorter lifetime.
To protect the control gear and to avoid radio interfer-
ence, high-pressure discharge lamps must be replac-
ed as soon as they come to the end of their life.
These lamps reach their end of life when
As a lamp reaches the end of its life the risk of burst-
ing increases. This phenomenon is caused by effects
not connected with the manufacturer, such as the
rectifying effect mentioned earlier. Because of this we
strongly recommend changing the lamp no later than
when it reaches its average life or if one of the above
effects occurs.
All metal halide lamps contain small quantities of
mercury. If they break, poisonous mercury vapour
may be released. The lamps must be treated as waste
requiring special supervision with EEC code 20 01 21
for waste or residue containing mercury and should be
passed to a relevant collection or recycling company.
A guarantee can only made if suitable control gear is
used and the defined operating conditions are met.
OSRAM high-pressure lamps meet the safety require-
ments defined in IEC 62035.
All HCI
Because of their high operating pressure the following
lamps may only be used in fully enclosed luminaires
designed to take them:
End of life:
● the light colour of the lamp changes dramatically
● there is a significant loss of brightness
● the lamp no longer ignites
● the lamp starts to cycle (periodically goes out and
Notes on disposal:
Guarantee:
Safety:
● All HCI
● All HCI
● All HCI
● All HCI
● All HCI
● All HCI
ignites again).
®
lamps are of UV-reduced design.
®
®
®
®
®
®
-TS
-T, all HCI
-TC
-E ≥ 250 W
-TF
-TM
®
-TT
®
POWERBALL
®
lamps
As we cannot completely rule out the possibility of
the bulb bursting, luminaires for the lamps mentioned
above must be equipped with sealed shatter-proof
shields that can withstand wide fluctuations in tem-
perature.
Operating lamps with a damaged outer bulb is
dangerous and therefore not permitted.
Operating high-pressure lamps for short periods in
combination with frequent on/off switching will shorten
their life. This applies to both cold starting and hot
restarts.
The following lamps are suitable for open luminaires:
The use of shields should be considered for safety
reasons in each case.
HCI
tions may only be operated in luminaires approved for
the purpose.
Luminaire design (thermal design and fuse protection)
should be based on the EN 60598-1 standard.
All lamp-specific electrical and photometric data is
measured after 100 hours of operation under labo-
ratory conditions on reference equipment.
The measurement switching cycle is 11 hours on/
1 hour off. Unless otherwise indicated, the data
relates to the horizontal burning position for TS types
and to the base up burning position for other types.
The graphs for survival rates and luminous flux
behaviour are average values for all wattages and
light colours of lamps identical in construction.
The spread of the average values has not been taken
into account. For detailed information on particular
lamp types please contact OSRAM.
The luminous flux is virtually unaffected by the ambient
temperature outside the luminaire. At low ambient
temperatures down to around – 50 C° special igniters
are needed.
Detailed information on heat accumulation tubes
(luminaire simulators) for determining lamp data for
HCI
Colour deviations:
With all metal halide lamps there may be differences
in colour from one lamp to the next due to external
factors such as mains voltage, type of control gear
used, burning position and luminaire design.
Lamp operation:
● All HCI
● All HCI
● All HCI
● All HCI
Luminaire design:
Photometric and electrical data:
®
®
-TS is given in IEC 61167, clause 1.7.
lamps for outdoor applications and damp loca-
®
®
®
®
-T/P
-E/P
-R111
-PAR
23