Introduction

Over the years Roco has made very nice models of the Norwegian El16 class, see my El16 collection. The first generation of this model, catalog number 43559, didn't have a DCC socket. In early 2003 I put a DCC decoder in my El16.2212 which at that time required modifying the printed circuit board; see Install DCC decoder in Roco El16 .

The Roco model is based on the Swedish Roco RC model. Arnold Hübsch in Austria makes a replacement board for the RC that has the latest DCC plug/socket (PLUX). This pages shows how this replacment board makes for a very easy installation of a decoder in this older El16 model. I also used this moment to install ESU LokPilot DCC decoder which has become my standard decoder as it program abilities are beyond any other decoder on the market.

Installation

The three items needed for this project:

• Roco El16
• The replacement board with PLUX interface
• ESU LokPilot DCC PLUX decoder

Remove the shell, by widening the body a little bit. The printed circuit board is clearly visible. To the left the Lenz decoder that I installed in 2003. See Install DCC decoder in Roco El16 for the pictures of the old installation. Initially that was done with a Lenx LE1025 but I replaced it with a LE2014 as the JST plug on the 1025 was causing space issues when placing the shell back.

In contrast the new board is shown in front.

The old board has been removed, the wires coming from the trucks are clearly visible and have to be soldered on the new board.

New board in place, wires are soldered back. The Plux decoder is shown in the front.

All complete, just before the shell is put back. The decoder is installed. See product sheet for all the new light options.