Philips MasterColor CDM/T6 3000K User manual

CDM/T6 3000K
Philips MasterColor®
Ceramic Metal Halide
3000K Tubular
Single-Ended T6 amps
Ideal for retail display
lighting, general and indirect
lighting, wall washing and
fiberoptic systems
A compact solution
for retail displays
The Philips MasterColor®3000K Tubular Single-Ended
T6 lamp is a compact, energy efficient, ceramic metal
halide lamp that provides crisp, sparkling light.
Excellent color
• 81–85 CRI (color rendering index)
• Color stability over life within ± 200K
• amp to lamp color consistency over life
Total cost of ownership benefits
• High lamp efficacy (up to 94 PW)
• Energy-efficient alternative to incandescent/halogen
• Improved lumen maintenance over standard metal halide
Application versatility
• Universal burning position
• Compact lamp dimensions for high beam intensities
FadeBlock™
• amps feature integrated UV blocking medium for
reduced fading of fabrics and paintings

CDM/T6
Philips MasterColor®Ceramic Metal Halide 3000K Tubular
Single-Ended T6 amps
Ordering Data
ASI Approx. Approx.
Product Pkg. om. Ballast Initial Mean
umber Ordering Code Qty. Watt. Code Lumens1Lumens2CRI
22328-9 CDM35/T6/830 12 39 M130/E 3300 2600 81
22337-0 CDM70/T6/830 12 70 M139/E 6600 4950 81
23272-8 CDM150/T6/830 12 150 M142, M102/E 14,000 9800 85
WAR I GS, CAUTIO S A D OPERATI G
I STRUCTIO S for MasterColor®Ceramic Metal Halide
Lamps:Single-Ended CDM-T G12, CDM-TC G8.5 (Universal);
Double-Ended CDM-TD RX7 (Horizontal ± 45º, Enclosed
Fixtures Only)
R
“WAR I G: These lamps can cause serious skin burn and
eye inflammation from short wave ultraviolet radiation if outer
envelope of the lamp is broken or punctured. Do not use where
people will remain for more than a few minutes unless adequate
shielding or other safety precautions are used. Certain lamps that
will automatically extinguish when the outer envelope is broken or
punctured are commercially available.”This lamp complies with FDA
radiation performance standard 21 CFR subchapter J. (USA:21CFR
1040.30 Canada:SOR/DORS/80-381)
If the outer bulb is broken or punctured, turn off at once
and replace the lamp to avoid possible injury from
hazardous short wave ultraviolet radiation. Do not scratch
the outer bulb or subject it to pressure as this could cause
the outer bulb to crack or shatter.A partial vacuum in the
outer bulb may cause glass to fly if the envelope is struck.
WAR I G: The arc-tube of metal halide lamps are designed to
operate under high pressure and at temperatures up to 1000º C and
can unexpectedly rupture due to internal or external factors such as
a ballast failure or misapplication If the arc-tube ruptures for any
reason, the outer bulb may break and pieces of extremely hot glass
might be discharged into the surrounding environment. If such
a
rupture were to happen, THERE IS A RISK OF PERSO AL
IJURY, PROPERTY DAMAGE, BUR S A D FIRE.
Certain lamps that will retain all the glass particles should
inner arc-tube rupture occur are commercially available
from Philips Lighting Company.
RELAMP FIXTURES AT OR BEFORE THE E D OF
RATED LIFE.Allowing lamps to operate until they fail is
not advised and may increase the possibility of inner arc
tube rupture.
This lamp contains an arc tube with a filling gas containing
less than 10 nCi of Kr-85 and is distributed by Philips Light-
ing Company, a division of Philips Electronics orth Amer-
ica Corporation, Somerset, ew Jersey, 08875.
CAUTIO : TO REDUCE THE RISK OF PERSONA INJURY,
PROPERTY DAMAGE, BURNS AND FIRE RESU TING FROM
AN ARC-TUBE RUPTURE THE FO OWING LAMP
OPERATI G I STRUCTIO S MUST BE FO OWED:
LAMP OPERATI G I STRUCTIO S:
1. RE AMP FIXTURES AT OR BEFORE THE END OF RATED IFE.
Allowing lamps to operate until they fail is not advised and may in-
crease the possibility of inner arc tube rupture.
2. Use only in fully enclosed fixtures capable of withstanding particles
of glass having temperatures up to 1000º C. ens/diffuser material
must be heat resistant. Consult fixture manufacturer regarding the
suitability of the fixture for this lamp.
3. Do not operate a fixture with a missing or broken lens/diffuser.
4. Operate lamp only within specified limits of operating position.
5. Before lamp installation/replacement, shut power off and allow
lamp and fixture to cool to avoid electrical shock and potential
burn hazards.
6. Use only auxiliary equipment meeting Philips and/or ANSI standards.
Use within voltage limits recommended by ballast manufacturer.
A. Operate lamp only within specified limits of operation.
B. For total supply load refer to ballast manufacturers
electrical data.
C. Operate CDM-T (G12 base) lamps only on thermally
protected ballasts.
D. Operate CDM-TC lamps (G8.5 base)
only on thermally protected electronic ballasts.
E. Operate CDM-T (G12 base) 39W/842 lamps only on
thermally protected electronic ballasts.
7. Periodically inspect the outer envelope. Replace any lamps that
show scratches, cracks or damage.
8. If a lamp bulb support is used, be sure to insulate the support
electrically to avoid possible decomposition of the bulb glass.
9. Protect lamp base, socket and wiring against moisture, corrosive at-
mospheres and excessive heat.
10. Time should be allowed for lamps to stabilize in color when
turned on for the first time.This may require several hours of op-
eration, with more than one start. amp color is also subject to
change under conditions of excess vibration or shock and color
appearance may vary between individual lamps.
11. amps may require 4 to 8 minutes to re-light if there
is a power interruption.
12. Take care in handling and disposing of lamps. If an arc tube is
broken, avoid skin contact with any of the contents or fragments.
1) Measured at 100 hrs. life. Approximate lumen values listed are for vertical operation of the lamp.
2) Approximate lumen output at 40% of lamp rated average life.
3) Measured at rated lamp watts on a linear reactor. PW does not include ballast losses.
4) Measured with the lamp operating at rated watts.
5) Option-Pulse Width @ 90% Peak, 1 micro second minimum with 2 pulses per half cycle.
6) Rated average life is the life obtained, on the average, from large representative groups of lamps in laboratory tests
under controlled conditions at 10 or more operating hours per start. It is based on survival of at least 50% of the
lamps and allows for individual lamps or groups of lamps to vary considerably from the average.
Electrical and Technical Data
amp Operating Volt. (rms)(Nom.)3––88 (39W/70W)
––––––––––––––––––––––––––––––––––96 (150W)
Initial amp Volt. Range (rms)4––85-105 (39W/150W)
––––––––––––––––––––––––––––––––80-100 (70W)
amp Operating
Current (Amps) Nominal (rms) ––––––––0.53 (39W)
––––––––––––––––––––––––––––––––––0.98 (70W)
––––––––––––––––––––––––––––––––––1.8 (150W)
amp Current Crest Factor (Maximum)–––––––––1.8
Warm-up to 80% Full Brightness –––––––––2 minutes
RestrikeTime for Hot amps ––––––––– 4–8 minutes
Ballast Open CircuitVoltage –––––––––198 RMS Min.
Pulse Peak Volts ––––––––––––––––––––––3000-4000
Pulse Width @ 90% Peak –––––2 Micro Sec. Minimum
Pulse Repetition Rate (Minimum)5–––2 per Half Cycle
Minimum Operating Temp.––––––––––– -30˚C (-22˚F)
Physical Characteristics
Bulb Size –––––––––––––––––––––––––––––––––T-6
Bulb Finish ––––––––––––––––––––––––––––––Clear
Base ––––––––––––––––––––––––––––––G-12 Bi-Pin
Max. Overall ength (MO ) ––––––3 15⁄16'' (39W/70W)
––––––––––––––––––––––––––––––––4 11⁄32'' (150W)
ight Center ength ( C ) ––––––––––––––––––2 7⁄32''
Arc ength ––––––––––––––––––––0.2'' (5mm)(39W)
–––––––––––––––––––––––––––0.275" (7mm)(70W)
–––––––––––––––––––––––––0.354" (9mm) (150W)
Max. Bulb Temp.–––––––– 500˚C (932˚F) (39W/70W)
––––––––––––––––––––––––650˚C (1202˚F) (150W)
Max. Base Temp. ––––––––280˚C (536˚F) (39W/70W)
–––––––––––––––––––––––––250˚C (482˚F) (150W)
Arc Tube Material –––––––––Poly Crystalline Alumina
Max Bulb to Base Eccentricity –––––––––––––––––3˚
Max.Arc Tube to Base Eccentricity ––––––––––––––3˚
Operating Characteristics
Rated Average ife, Hours.6––––––––––––––––12,000
Correlated Color Temp. (CCT)2––––––––––––3000K
CIE Chromaticity Approx.2–––––x-.428, y-.397 (39W)
–––––––––––––––––––––––––––x-.428 y-.394 (70W)
––––––––––––––––––––––––––x-.435 y-.400 (150W)
Efficacy (lpw)–––––––––––––––––––––––––87 (39W)
–––––––––––––––––––––––––––––––––––94 (70W)
––––––––––––––––––––––––––––––––––93 (150W)
Operating Position
Universal-Enclosed uminaires Only
Specifications are subject to change without notice.
© 2007 Philips ighting Company. All rights reserved.
Printed in USA 07/07
P-5434-C
www. philips.com
Philips ighting Company
200 Franklin Square Drive
P.O. Box 6800
Somerset, NJ 08875-6800
1-800-555-0050
A Division of Philips Electronics North America Corporation
Philips ighting
281 Hillmount Road
Markham, Ontario
Canada 6C 2S3
1-800-555-0050
A Division of Philips Electronics td.
100
80
60
40
20
0
400 450 500 550 600 650 700
Relative Energy
Wavelength — nanometers
Representative Spectral Power Distribution of MasterColor®3000K Lamps