Nictor Posted September 28, 2013 Share Posted September 28, 2013 Browsing through track I see that there are two types of power connecting track available both at the same price. The R8206 Power track and the R8241 Digital power track. As a relative newbie I wondered what the difference was? (If any). Using the R8206 with my DCC set up anyway and going to use a bus set up with link wires soldered to track once I finalise everything. Link to comment Share on other sites More sharing options...
Rog RJ Posted September 28, 2013 Share Posted September 28, 2013 The R8206 power track has a radio interference suppressor capacitor fitted to it which will affect DCC operation as it distorts the DCC signal. This can be removed by prising up the cover of the plastic block in the middle of the track and snipping it out. The R8241 (digital) power track doesn't have the suppressor capacitor fitted. Link to comment Share on other sites More sharing options...
walkingthedog Posted September 28, 2013 Share Posted September 28, 2013 The 8206 has a capacitor across the terminals, the 8241 doesn't. DCC does not need the capacitor. If you use the 8206 with DCC remove the capacitor. It is far better to solder the wires directly to the track. Link to comment Share on other sites More sharing options...
Fishmanoz Posted September 28, 2013 Share Posted September 28, 2013 If you are using Railmaster! Latest News under Info tells you how to do the conversion with pictures. Link to comment Share on other sites More sharing options...
Blackbird Posted October 2, 2013 Share Posted October 2, 2013 As previous; the R8206 has a capacitor connected across the terminals, the R8241, has not. the capacitor (suppressor) was? a legal requirement for suppression of radio frequency interference. Now that most radio transmissions are of much higher frequencies and TV transmissions have gone to digital, the possible interference is minimal, so suppressors aren't that necessary. However, I've been running DCC systems using the standard 'power clip' with no ill effects. I understand the theory; the capacitor across the DCC signal will degrade the signal, but in practice, if the signal is strong enough, it doesn't! If you are going to use a bus system with direct wiring, the problem doesn't arise. Link to comment Share on other sites More sharing options...
Recommended Posts
Archived
This topic is now archived and is closed to further replies.