CONRAD 1006456 Dimmable LED Driver with DALI Control Input Instruction Manual
- June 11, 2024
- CONRAD
Table of Contents
Typen: 1006456, 1006194
Instruction Manual
1006456 Dimmable LED Driver with DALI Control Input
The secondary switching of the LEDs in operation is not allowed.
When the device has been switched off, there is some temporary voltage
remaining on the secondary output, which decomposes within about 10 minutes.
At this stage, no LEDs may be connected, as they will be damaged otherwise. In
order to remove the residual voltage, short-circuit the contacts on the
secondary output (LEDs may not be connected).
In principle, we recommend short-circuiting the contacts on the secondary
output before connecting LEDs with the device switched off.
Description and Mounting Instructions
Dimmable LED Driver with DALI control input and adjustable constant output
current for the operation of LED Optional with connectable RF-module
(Electronic power supply unit)
Types: 1006456, 1006194
-
Technical Data:
Art-No.| 1006436| 1006194
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LBDWC12W350NLR
Rated voltage| 220-240 V- 50-60 Hz
Rated current| 75 mA
Power Factor| 0.5-0.9 C
DC voltage range (operation)| 186-280 V
DC voltage (start)| 186 V
Constant output current range| 150-350 mA
Output power range| 1.5-12 W
Preset output current| 200 mA| 250 mA
Shared load operation| 2-8 W| 2.5-10 W
Secondary voltage| 10-40 Vdc SELV
Open circuit voltage| < 60 V
Open circuit safety| guaranteed
Dimming Range| 1-100 %
Dimming technique| Amplitude (AM)
Standby power| < 0.5 W
Protection class| II
Short circuit and overload protection| electronic disconnection with automatic restart
Ambient temperature to| -20 °C – +50 °C
Case temperature tc-point| max. 85 °C
Standards| EN 61347. EN 62384. EN 62493
EN 55015, EN 61547, EN 61000-3-2. EN 61000-3-3
EN 62386-101. EN 62386-102. EN 62386-207
Cable (Terminals)| Diameter of wires / Bared wire end| PRI SEC DALI| 0.5-1.5 mm2/ 9 mm
Max. Wire length| SEC| max. 2 m -
NFC / Current setting
The NFC interface provides a wireless communication with the LED driver. With the NFC Application software Android / iOS or Microsoft Windows and corresponding NFC interface, optional HEP NFC reader SANF-01 (Microsoft Windows), the output current can be configured according to the output current range given in the table. Correct communication between the LED driver and the NFC antenna can only be ensured if the NFC antenna is applied directly to the driver. The NFC complies with the ISO / IEC 15693 standard. The HEP Group assumes no liability for third-party products. Due to incorrect setup of output current, the LEDs and /or the driver may be destroyed. Thus no guarantee is given. -
DALI
The DALI control input is basic-isolated to the mains input. In addition, it is protected against mains voltage and is reverse polarity protected for digital control signals. The input is tested in compliance with DALI-2 DT6 standard. The device does not contain a DALI bus voltage supply. -
RF-Modul
The RF module is a wireless control unit that controls the LED driver. This module is connected to the secondary side of the LED driver by means of a plug connector. Metallic objects can impair the radio signal (e.g. the frame of a lamp). In this case, a cutout may be required below the antenna. The device should also be installed as far away as possible from other metal objects. The antenna is in the position shown on the last page.
About the RESET function of the Zigbee dongle, it depends on the maintenance time after the power is turned off. The following procedure ensures that the module enters pairing mode.
Repeat “ON for one second and OFF for 3 seconds“ for five times, then the output will flash. -
Installation Instructions
The installation may only be carried out by an electrical specialist in accordance with international and national standards.
When working on electrical systems, protection against electric shock is to be ensured by disconnecting the system.
Install primary and secondary mains intersection-free (RFI protection). Keep the wiring as short as possible.
The maximum output wire length of 2 m must not be exceeded.
Before switching on the supply voltage all LED must be completely wired and connected!
The driver are not “hot plug” capable (connecting the LED module during operation) and secondary switching of the LEDs in operation is not allowed.
The LED Driver is strictly suited for the use with LED that requires a constant current.
When connecting the LED, careful attention should be paid to connecting + and – to the right terminals on the LED Driver.
The LED control gear has no secondary reverse polarity protection. LED modules can be destroyed in reverse polarity.
If LED Drivers mounted outside of luminaires, careful attention is to be paid to the connecting cables and the lamp cables being fastened securely in the strain relief.
The ta or tc temperature may not be exceeded for any kind of mounting. The specified minimum distances are guidelines and dependent upon of the used luminaire or environment (see last page).
The devices do not contain any serviceable components and may not be opened. No warranty if device was opened!
The LED Driver cannot be regulated via a phase cut-on or cut-off dimmer! -
DC voltage range
The device listed above can be operated in the DC voltage range specified above. The test is not a release in the sense of the Emergency Lighting regulation (EL). -
Overvoltage
Our LED Drivers are surge-voltage-stable with values above those prescribed by the respective standards. As a protection against high voltage surges, as they occur e.g. when switching fluorescent lamps and discharge lamps with an inductive ballast, motors (fans, etc.) and other inductive charges, the load circuits for devices of this kind are to be clearly separated from each other. -
Short circuit / overload
In case of a short circuit or overload the LED Driver will automatically cut off. It does not have a fuse of the conventional kind. Thus the load circuit is not separated! As soon as the defect has been repaired, the LED Driver will automatically cut back in. -
Excess Temperature
In case of excess temperature through external heat sources or impermissible covers the function will be interrupted. The mains will not be disconnected. As soon as the LED Driver has cooled off, it will automatically cut back in. -
Heat Dissipation and Heat Transfer
Operation in excess ambient temperature or through external heating will reduce the service life. During the installation process (particularly into luminaires), heat dissipation (heat transfer) is to be provided through suitable measures. The ambient temperature and/or tc temperature may not be exceeded at any time. We are not liable for damage resulting from improper use.
Installation diagram
DALI is basic insulated to PRI and double insulated to SEC
The maximum output wire length of 2 m must not be exceeded.
DALI:
TouchDIM:
Short push (< 0.6 s)
Long push (> 0.6 s)| Push to turn ON-OFF
Dimming up or down| Max. lead lenght TouchDIM
Max. parallel units| 20 m
15 pcs
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Synchronization of a large number of driver of TouchDIM
1. Step:
2. Step:
3. Step:| Long push
Short push
Long push| All the lamps are switched on
All the lamps are switched off
All the lamps are switched on the minimum dimming setting of the drivers and
continuously. Fade up to the desired dimming level, then release push button.
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Wireless:
Art.-no.| Module| Wireless protocol| APP| Available
for
---|---|---|---|---
1006199 (WZSB)| SLV| ZigBee 3.0| SLV VALETO| Android / iOS
1006454 (WBSD)| CASAMBI| Bluetooth Low Energy (LE)| CASAMBI| Android / iOS
NFC:
Programmable with:| HEP NFC Reader SANF and HEP Software NFCApplication
(Microsoft Windows) Android / iOS smartphone app HEPxNFC
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Strain relief
Installation condition
The specified minimum distances are guidelines and dependent upon of the used luminaire or environment.
Disposal
Do not dispose the product with the regular household waste! Products marked
with this sign must be disposed according to the directive on electrical and
electronic devices at local collection points for such devices!
Art.-No. 1006456, 1006194
© SLV GmbH
Daimlerstr. 21-23, 52531 Übach-Palenberg, GermanyTel. +49 (0)2451 4833-0
Technical properties subject to modification.