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WIB-11 | WIB-12 | WIB-13
5. Technical specifications
Supply voltage
Minimum supply voltage approx.
Maximum supply voltage
Current consumption at maximum
brightness (without connected
loads) approx.
Connections for external LEDs
Connections for buffer capacitors
Capacity / Electric strength
Connections for gold caps
Capacity / Electric strength
Protected to
Ambient temperature in use
Ambient temperature in storage
Comparative humidity allowed
Dimensions of the PCB approx.
Weight of the PCB approx.
6. Mounting the carriage lighting
Shortening the carriage lighting
You can saw through the PCB at the places shown in fig. 1.
Caution: Pay attention not to damage the connection pads or
!
the parts on the PCB when sawing.
You can divide or shorten the PCB as follows:
division into 2 parts with 4 LEDs each,
shortening of the whole PCB by one LED to 7 LEDs,
shortening of the parted PCB by one LED to 3 LEDs.
Connection to the power supply
Solder the connecting wires for the power supply to the connecting
points P1, P3, P5 or P7 (from the one rail / centre conductor) and the
connecting points P2, P4, P6 or P8 (from the other rail / outer
conductor). Follow the connection diagram fig. 2.
You can loop through the power supply from one PCB to the next and
thus supply several carriage lighting from one current source. Follow
the connection diagram fig. 3.
Caution: When using power transmissing couplings pay
!
attention not to exceed the maximum current of the couplings!
Connecting bridging capacitors
In order to bridge currentless sections you can connect
an external bridging capacitor and / or
a goldcap or
two external bridging capacitor
Digital voltage of the central unit
or analogue d.c. or a.c. voltage
6 V (yellow LEDs)
7 V (white LEDs)
24 Volt
50 mA
2 (each for 2 LEDs in series)
2
> 100 µF / > 16 V
(supply voltage < 18 V)
> 100 µF / > 25 V
(supply voltage > 18 V)
2
> 5,5 V
IP 00
0 ... +60 °C
-10 ... +80 °C
max. 85 %
9 x 240 mm
6 g
English
Page 15
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