MARL 206-997-23-38

FEATURES
FILAMENT REPLACEMENT LEDs - T1¾
206 SERIES
PACK QUANTITY = 20 PIECES
l
Direct replacement for T1¾ MF SX6s
l
Reverse polarity options available
l
Centre contact Anode as standard
l
Fit and forget reliability
SPECIFICATIONS
Ordering Information & Typical Technical Characteristics (Ta = 25°C)
Mean Time Between Failure = 100,000 Hours.
PART NUMBER
COLOUR
Luminous intensity figures refer to the unmodified discrete LED.
LENS
VOLTAGE
DC
Vopr
CURRENT
DC
lopr
LUMINOUS
INTENSITY
[email protected]
WAVE
OPERATING
STORAGE
LENGTH
TEMP
TEMP
643
-40 ~ +95^
-40 ~ +100
λp
Topr
Tstg
HIGH INTENSITY
206-501-21-38
Red
Water Clear
12
20
11000
Yes
206-521-21-38
Yellow
Water Clear
12
20
16000
591
-40 ~ +95^
-40 ~ +100
Yes
206-532-21-38
Green
Water Clear
12
20
23000
527
-40 ~ +95^
-40 ~ +100
Yes
206-930-21-38
Blue
Water Clear
12
20
7000
470
-40 ~ +95^
-40 ~ +100
Yes
206-997-21-38
Cool White
Water Clear
12
20
14000
*
-40 ~ +95^
-40 ~ +100
Yes
206-993-21-38
Warm White
Water Clear
12
20
9200
**
-40 ~ +95^
-40 ~ +100
Yes
206-501-23-38
Red
Water Clear
24-28
20
11000
643
-40 ~ +95^
-40 ~ +100
Yes
206-521-23-38
Yellow
Water Clear
24-28
20
16000
591
-40 ~ +95^
-40 ~ +100
Yes
206-532-23-38
Green
Water Clear
24-28
20
23000
527
-40 ~ +95^
-40 ~ +100
Yes
206-930-23-38
Blue
Water Clear
24-28
20
7000
470
-40 ~ +95^
-40 ~ +100
Yes
206-997-23-38
Cool White
Water Clear
24-28
20
14000
*
-40 ~ +95^
-40 ~ +100
Yes
206-993-23-38
Warm White
Water Clear
24-28
20
9200
**
-40 ~ +95^
-40 ~ +100
Yes
Vdc
mA
mcd
nm
0
UNITS
C
C
0
fig 1
Please note that this product is also available in different voltages. Contact our sales
department for further details.
* = Typical emission colour: cool white x=0.31, y=0.32
** = Typical emission colour: warm white x=0.45, y=0.41.
Intensities (lv) and colour shades of white (x,y co-ordinates) may vary between LEDs within a
batch.
^ = Products must be derated when used above 40°C - Refer to fig 1.
Warm White LEDs may be used behind coloured lens as a true replacement for a
filament lamp.
How to Order:
Max forward DC current vs ambient
website: www.marl.co.uk • email: [email protected] •
•
Telephone +44 (0)1229 582430
•
temperature (Tjmax=105°C)
Fax: +44 (0)1229 585155
The information contained in this datasheet does not constitute part of any order or contract and should not be regarded as a representation
relating to either products or service.
for products or service.
Marl International reserve the right to alter without notice the specification or any conditions of supply
© MARL INTERNATIONAL LTD 2007 : DS 001/07
Issue 1
SAMPLES AVAILABLE
Page 1 of 2
206 Series
Green dot on base of product signifies centre contact cathode -ve.
Dimensions in mm (Typical)
Colour dot on LED denotes LED colour.
Not to scale
TECHNICAL INFORMATION
Lamp Base Style
Series
Midget Flange T1¾ SX6s
206
Metric Equivalent (mm)
6
Maximum Power Dissipation (mW)
500
DESIGN CONSIDERATIONS
Single-Chip LEDs
All devices feature water clear high intensity LEDs as standard. The single chip LED devices have been modified by the removal of the domed
portion of the encapsulation (flat-topped) to provide even illumination of switches and annunciators. Non flat topped versions are also available,
please contact the sales department for details.
Product Evaluation
Filament Replacement LEDs have been specifically designed to meet the primary objective of providing improved reliability. As this product range
is suitable for both new-build and retro-fit, (sometimes in very old systems), a wide range of illuminated push button switches and lamp holders
can be encountered. Due to subjectivity, evaluation of the LED
Power derating
The forward voltage/current value of an LED is dependant upon the ambient temperature of the environment in which it is operated. Therefore,
care must be taken to operate the LED at the correct voltage/current values, depending upon the ambient temperature. Consequently, a
recommendation regarding operating voltages and currents is given in order to address these temperature effects. This recommendation is
termed ‘de-rating’.
It is usual for forward voltages and currents to be specified for ambient temperature of 25°C. However, because the values of these qualities vary
with temperature, Marl should be contacted if the device is to be operated at a temperature significantly higher than 25°C.
Marl accept no liability for any product that is operated higher than the stated voltage.
Electro-static Discharge (ESD)
Build up of electrostatic discharge occurs in many situations involving people moving and handling products. The range of possible situations is
very diverse but voltage levels as high as several thousand volts can and do arise in many individual situations. When an operator charged up to
these levels handles a ‘static sensitive device’, there is a very probable likelihood that the device will be irreversibly damaged. It is essential that
precautions are taken at all stages during manufacture and assembly of these products. Although LEDs were never considered to be static
sensitive devices, changes in manufacturing technology and materials used to produce higher intensity products over a large range of the
wavelength spectrum have changed this. Marl has an approved system of ESD control from goods in, through production and into final packing
and despatch. We recommend all users of LED based products follow the guidelines of BS 100015.
Note:
All luminous intensity figures refer to the unmodified discrete LED.
How to Order:
website: www.marl.co.uk • email: [email protected] •
•
Telephone +44 (0)1229 582430
•
Fax: +44 (0)1229 585155
The information contained in this datasheet does not constitute part of any order or contract and should not be regarded as a representation
relating to either products or service.
for products or service.
Marl International reserve the right to alter without notice the specification or any conditions of supply
© MARL INTERNATIONAL LTD 2007 : DS 001/07
Issue 1
SAMPLES AVAILABLE
BS EN ISO 9001:2000
Approved Manufacturer
Page 2 of 2