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NEW VERSION OF THE POWER AND DIGITAL CONNECTIONS

Bought a aluminum tool box to install my Intellibox and an water tight box for outside use to hold the 2 times 10 Amp 18Volt transformers.

Boxes opened.

18 Volts, 2 times 10 Amp Transformer to feed the two booster in the aluminum box.

Transformer and the 18 Volt output

Lenz booster LV200 and intellibox

Complete set

Transformer

Transformer data

OLD VERSION, BUT I KEPT THE PICTURES HERE TO GIVE THE IDEE WHAT TO DO WITH THE OLD STUFF.

Bought a aluminum tool box to install my Intellibox and transformers.

Box opened.

18 Volts, 5 Amp LGB Transformer to feed the booster

Old Marklin AC transformer to feed the Intellibox max output 3 Amp.

Lenz booster LV200

The small twisted wires are connected between the Intellibox and the booster. They inform the Intellibox about shorts that may occur.

Intellibox

IB Control box. Only used to have some extra control over digital info about locomotives. Also used to get control about locomotives during multiple traction.

Black connection to the infra red sensors. The small leads are used for programming features.

Power cable white and the leads to the track.

IRIS infra red control units.

Reversed loop control unit from Heller. Output 12 Amp.





Zimo.

MX 69 V decoder left function diagram.

MX 69 V decoder right function diagram.

Possible light configurations. Very handy on layouts to American railroads.

Infra red control and sensors.

Plastic tube underneath the track.



I hope that this site gives enough information how to digitilise your layout without being forced to any product or manufacturer. They tell you that you should use one brand otherwise warranty is on stake. As you can see, all items are from different suppliers. On my layout it works fine.