Due to the special conditions of the manufacturing processes of LED the typical data of technical parameters can only reflect statistical figures and do not necessarily
correspond to the actual parameters of each single product which could differ from the typical data.
+) Preliminary Data
**) Discontinued
Technical Features
¾
Easy assembly with M3 screws
¾
Operation only with OPTOTRONIC® constant
¾
Up to 70,000 h lifetime
¾
Dimensions: Ø 21,4 mm, Height 4,5 mm
¾
Dimmable by pulse width modulation (PWM)
¾
Only serial connection of modules allowed
¾
For 700 mA Luminous flux increases to 150 lm
current devices (see page 3)
¾
Metal Core PCB for good heat dissipation
¾
Contains 1 Golden DRAGON® Plus LED with
viewing angle 170°
¾
Mounting torque 1,2 Nm
(DX01-W4F-854) respectively 130 lm (DX01-
W4F-830)
DX01-Plus - 12.04.2011
Page 1 of 4
Minimum and Maximum Ratings
Product
DX01-W4F-854
DX01-W4F-830
Operating Temperature
at Tc-Point [ °C ] *
-30 ... 85
-30 ... 85
Storage Temperature
[ °C ] *
-30 ... 85
-30 ... 85
Max. Current
[ A dc ] *
0,7
0,7
Reverse Voltage
[ V dc ] *
0
0
The module is designed to work with current sources. The maximum output voltage may not exceed 100 V DC. Reverse operation is not allowed and may
destroy the module.
*)
Exceeding maximum ratings for operating and storage temperature will reduce expected life time or destroy the LED Module.
Exceeding maximum ratings for operating current will cause hazardous overload and will likely destroy the LED Module. Several modules may be connected in series up to the
maximum voltage of 100 V DC (outside SELV limits).
The temperature of the LED module must be measured at the Tc-point according to EN60598-1 in a thermally constant status with a temperature sensor or a temperature
sensitive label. For exact location of the Tc-point see drawing below.
Drawings
Drawing is missing !!!
DX01-Plus - 12.04.2011
Page 2 of 4
Safety Information
¾
The LED module itself and all its components must not be mechanically stressed.
¾
Assembly must not damage or destroy conducting paths on the circuit board.
In order to drive OSRAM LED-Modules safely, it is absolutely necessary to operate them with an electronically
stabilised power supply protecting against short circuits, overload and overheating.
To also ease the luminaire/installation approval, electronic control gear for LED or LED modules should carry the CE mark and be
ENEC certified. In Europe the declarations of conformity must include the following standards:
CE: EC 61347-2-13, EN 55015, IEC 61547 and IEC 61000-3-2 - ENEC: 61347-2-13 and IEC/EN 62384.
Also check for the mark of an independent authorized certification institute.
Please see the relevant brochure for more detailed information (see "Related and Further Information")
OSRAM OPTOTRONIC® electronic control gear complies to all relevant standards and guarantees safe operation.
¾
Installation of LED modules (with power supplies) needs to be made with regard to all applicable electrical and safety standards.
Only qualified personnel should be allowed to perform installations.
¾
Observe correct polarity!
Depending on the product incorrect polarity will lead to emission of red or no light. The module can be destroyed! Correct polarity
immediatelly! (see "reverse voltage", page 2)
¾
Serial connection is highly recommended as safe electrical operation mode.
Parallel connection is not recommended. Unbalanced voltage drop can cause hazardous overload and damage the LED module.
¾
Pay attention to standard ESD precautions when installing the module. See also ESD application note (www.osram.com/led-
systems-downloads).
¾
Recommended power supply:
1) 350 mA constant current operation: OT 9/200-240/350 or OT 9/100-120/350(E)
2) 350 mA constant current PWM dimming, 1..10V interface: OT 9/10-24/350 DIM, OT 9/10-24/350 DIM(E)
3) 0-350 mA constant current operation, 1..10 V interface (dimming), strain relief: OT 9/200-240/350 DIM
¾
0-500 mA constant current operation, 1..10 V interface (dimming), strain relief: OT 18/200-240/700 DIM.
The OT18 comes with preset limitation to 500mA, thus giving 12W due to SELV (<=25V)
¾
The maximum number of DRAGON-X Plus for all OT9 or OT18 is 6.
¾
The module, as manufactured, has no conformal coating and therefore offers no inherent protection against corrosion.
¾
Damage by corrosion will not be honored as a materials defect claim. It is the user´s responsibility to provide suitable protection
against corrosive agents such as moisture and condensation and other
DX01-Plus - 12.04.2011
Page 3 of 4
Assembly Information
¾
The mounting of the module is facilitated by means of M3 screws on the screw hole of the metal-core circuit board (MCPCB). For
the protection of the MCPCB the use of a plastic washer and a plastic screw is recommended. Do not exceed a torque of 1,2 Nm.
¾
The module should be mounted on a heat sink on lighting fixtures or luminaires. For an optimum heat dissipation the module needs
to be in good thermal contact with the designed metallic mounting surface. The use of an appropriate thermal interface material
(e.g. thermal grease) is recommended to eliminate air gaps. The metal surface needs to be planar and clean (dirt and oil free).
¾
Do not apply traction-, shear- or peel-forces to the module during assembly.Touching of the lense can lead to a reduction of the
lifetime.
¾
To obtain maximum LED lifetime please carefully read the recommended procedures concerning thermal management in our
application note "ZVEI-Schrift Verfahren" before beginning construction of luminaires. This application note is available from your
OSRAM representative or in the internet (see Related and Further Information).
¾
The module is conceived in such a way that the optional use for additional clip and lens accessories of BJB and Carclo is possible.
Ordering Guide
Productgroup
DRAGON-X Plus
DRAGON-X Plus
*) EAN: Ordering number per single module
S-Unit: Modules per shipping unit
Productname
DX01-W4F-854
DX01-W4F-830
EAN *
4008321960047
4008321960023
S-Unit *
60
60
Note: Typical performance data are subject to change without any further notice, particularly as LED technology evolves.
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