Digikeijs DR5033

DR5033 BOOSTER 3 AMP
www.digikeijs.com P 6
Connecon
The DR5033 is connected to the control unit as indicated in the control unit manual.
• Lenz™ units: via the CDE output on the control unit to the CDE input on the DR5033
• Roco™ MulMaus™: via the booster-out on the control unit and the B-BUS™ input on the DR5033. Up to 4x DR5033 boosters
can be linked to each other (for more, a Roco™ 'braking module' is required; refer to the Roco™ manual).
• Roco z21™ (white): via the B-BUS™ output on the control unit and the B-BUS™ input on the DR5033. Up to 4x DR5033 boosters
can be linked to each other (for more, a Roco™ 'braking module' is required; refer to the Roco manual).
• Roco Z21™ (black): as for the z21 (white), with the addional opon of connecng the L.NET input on the DR5033 to the L-BUS
output on the Z21, enabling the features of an L.NET-connected DR5033 and enabling the DR5033 to be congured and read
out by the Z21™ maintenance tool using LNCV programming.
• Intellibox™ (I, I-IR, COM, Basic and II) / Fleischmann™ TwinCenter™ / Piko™ PowerPox™: via the LocoNet™ B output on the con-
trol unit to the L.NET input on the DR5033.
• Intellibox™ (I, I-IR): via the CDE connecon on the control unit to the CDE input on the DR5033.
• Other units that do not have CDE / B-BUS™ / L.NET can be connected via the rail output on the control unit to the RailSnier
input on the DR5033.
Conguraon
The DR5033 is set at the factory so that all of the control units tested (Lenz™ LZV100, Roco™ MulMaus™, Roco™ Z21™, Roco z21 ™
(white), Intellibox™, TwinCenter™ and DR5000) work out of the box.
If you have a control unit that supports LNCV programming, you can congure the following on the DR5033:
LNCV Descripon Range Default LNCV Descripon Range Default
0 Module address 1-9999 1 12
The waing me aer automac polarity
reversal of the output prior to short circuit
being reported in 3 ms steps
32-250 48
1 Firmware version (1000 = 1.000) - - 13
The short-circuit or polarity-reversal raon
me in 3 ms steps
16-250 32
3 Conguraon Zie onder 92 14 Oponal switching address to reverse the 0-2048 0
6 H-bridge temperature in °C 0-150 - 15 Polarity reversal ON to feedback A 0-2048 0
7 Load percentage 0-100 - 16 Polarity reversal ON to feedback B 0-2048 0
8
Switching address to turn the booster on
or o
0-2048 0 17 Polarity reversal OFF to feedback D 0-2048 0
11
Turn on automacally following a short
circuit in 3 ms steps. The standard value
is equivaent to approx. 3/4 of a second
(750 ms)
64-30000 244 18 Polarity reversal OFF to feedback E 0-2048 0
Bit Value Descripon Default Bit Value Descripon Default
0
0 Not used
0 4
0
Booster sends no special L.NET report if there
is a short circuit.
16
1 Not used
16
Booster sends a special L.NET report if there
is a short circuit enabling the control unit to
display which booster has a short circuit.
1
0
Star the output from the booster as soon as
there is an input signal
0 5
0
Start the booster output without reversed
polarity (blue LED o)
0
2
Start the output from the booster when the
GO buon is pressed or the connected
switching address is 'green'
32
Start the booster output with reversed polari-
ty (blue LED on)
2
0
Booster sends no 'GPON/GPOFF' L.NET
report, even when there is a short circuit.
The automac short circuit repair is acve.
4 6
0 Automac polarity reversal o
64
4
Booster sends 'GPON/GPOFF' L.NET re-
ports. The control unit controls when the
booster turns back on.
64
Automac polarity reversal on
3
0 Not used
8 7
0 Not used
0
8 Not used 128 Not used
LNCV 3 Congurae
LNCV’s (order number 50330)