Common Properties of All CTC Switching Modules
Property | Description |
---|---|
Input Voltage | approx. 9 V to 24 V DC, digital current - (AC only with supporting capacitor) |
Interfaces | CTC-IR-balise |
Overview of CTC Switching Modules (from 40,- EUR)
For switching turnouts, signals, lights, etc., there are the following CTC modules:
CTC Turnout Module | Optimized for | Dimensions | Switching Outputs | Servos | Sensor Inputs | IR Balises | Total Current Max |
---|---|---|---|---|---|---|---|
CTC Turnout Module | Magnet articles, Märklin C-track | 68 x 26 mm | 4x 0.5 A Lowside | - | - | 2 | 2 A |
CTC Turnout Module-G | Garden railway, Motor drive | 53 x 31 mm | 4x 2 A Half-bridge | 2 | 4 | 2 | 3 A |
CTC Multi I/O Board | Magnet articles, Servos | 74 x 46 mm | 8x 0.5 A Lowside | 2 | 4 | 2 | 2 A |
Notes:
- Operating the CTC modules on alternating current (AC) or unfiltered direct current without an additional capacitor will cause irreparable damage to the CTC module.
- Switching outputs are differentiated by whether they switch ground or minus (LowSide) or the positive pole (HighSide). Especially with LED boards, there is often a common line for one pole. Then it is important whether the switching outputs of the module are executed as High- or LowSide.
- A half-bridge can switch between the positive and negative poles, but is never off. Especially so-called magnet articles (e.g., classic turnout drive) can be permanently damaged if the half-bridge is incorrectly configured and should therefore not be connected to a half-bridge.
- An additional power supply module is needed for servos.
Installation Guides
Turnouts
For the CTC turnout module, there are the following installation guides:
Guides for the CTC Turnout Module-G:
Servos
- Overview of operating servos with CTC
Turntable
A turntable can also be connected to the CTC Turnout Module-G, see Connecting Fleischmann turntable