Instructions
Table Of Contents
- 1. Getting started
- 2. Commissioning
- 3. Your mc²
- 4. Connections
- 5. Configuring the system (Submenu "System")
- 6. Operation with the mc²
- 7. Updates
- 8. Checklist for troubleshooting
- 8.1. Heat generation
- 8.2. Automatic safety shutdown
- 8.3. Problems with the power supply
- 8.4. Problems with external input devices
- 8.5. Problems when programming and controlling vehicles
- 8.6. Problems when switching points and other accessories
- 8.7. Problems with s88 modules
- 8.8. Problems with the software update
- 8.9. Technical hotline
- 8.10. Repairs
- 9. Technical data
- 10. Warranty, EC Conformity & WEEE
tams elektronik
9. Technical data
9.1. Digital control unit mc²
Digital protocols
Data formats Motorola-I and -II
DCC (according to NMRA and RCN standard)
m3 (to control mfx decoders)
Vehicle decoder addresses Motorola: 255 (1 – 255)
DCC: 10,239 (1 – 10,239)
m3: 16,384 (1 – 16,384)
Speed levels Motorola: 14 or 27 (a or b)
DCC: 14, 28 or 128
m3: 126
Functions Motorola: function, f1 to f4
DCC: f0 to f31 or f32,768
m3: f0, f1 to f31
Accessory decoder addresses Motorola: 1,020 (1 – 1,020)
DCC: 2,040 (1 – 2,040)
m3: ---
Feedback formats RailCom
Interfaces
For the connection of
external input devices
Märklin-Can-Bus (10-pole)
LocoNet (RJ12)
EasyNet (RJ45)
XpressNet (RJ12)
Sniffer (2-pole, grid dimension 2,54 mm)
For the connection of
external feedback modules
Märklin-Can-Bus (10-pole)
LocoNet (RJ12)
s88-N (RJ4
Number of s88 modules:
52 s88 or s88-compatible modules (832 contacts)
BiDiB (RJ45)
max. number of BiDiB nodes: 31 in one level
Computer interface LAN (RJ45) / TCP
Protocols: BiDiB and p50x
Technical data | 9.1