Module 9011 Line symbol 45°

Module 9026 Y point symbol with 2 push button light-emitting diodes

Module 9026

Y point  symbol with 2 push button light-emitting diodes

Track Module 2024 for two-wire DC, analogue, specifically for block operation

Track Module 2024 for two-wire DC, analogue, specifically for block operation

Anyone who has built electronic modules for controlling starting and braking into their system before is familiar with a particular problem – while one train reaches its precise stopping point, a second stops hugely short of it and a third even continues at such a speed that it overshoots the mark entirely or halts abruptly! Regardless of what control attempts are made, nothing is 100% suitable for all vehicles! This is the result of the varying driving characteristics of each of the individual traction units. Therefore, we have developed a track module with speed-regulated delay. By measuring the approaching train, the slow speed during deceleration is set. In this way, faster trains are decelerated more, whereas slower trains are decelerated to a lesser extent, thus allowing each train to arrive at its intended target.

This microprocessor-controlled module functions using pulse width control. 64 speeds are available. It is specifically for use in block sections and is controlled by the input for occupancy indication for the next track section or ground potential (=free) in connection with the three built-in track occupied indicators.

For use in block sections, single- and double-track, without influence in opposite direction. Aside from the occupancy indicator outlets for all three individual sections, there is also an overall occupancy indicator outlet for switching multiple track component 2024s in a row in automatic block section operation or for feedback via feedback modules 1051 and 1151. In addition to this, a light block signal can also be attached. As such, this compact device enables complete and independent block control. One 2024 module is required per block section.

Transit in the opposite direction at a red signal is possible and occurs without influencing the train.

Requires a traction current source (max. 12V=) and an adjunct current supply (16V~ or =) to operate.

Also available without casing at a lower price as 2124.

Universal Decoder 1131

Universal Decoder 1131

The Universal Decoder 1131 is freely programmable in terms of both its receiving address and its outlet switch time, and a special programming mode is incorporated in control centres with software version V2.12. and above for this purpose. The outlet switch times can be selected from 10 speeds from 0.2 seconds right through to continuous operation. Continuous operation is intended for use with the direct connection of light signals, thus four of the eight outlets are always active in this operating mode. The eight outlets are assigned to four pairs of address outlets. In continuous operation, the odd outlets are active (always the left-hand connector when connectors are lying upwards) in the home position (that is, after switching on the power supply) = stop (red).
For direct connections of motor-operated point mechanisms, switch times of 0.2 to 15 seconds can be programmed for the changeover time, thus eliminating the need for additional relay modules and their extra wiring. For motor-operated point mechanisms we offer the type 1131 specialized for this using

The Switch-to-Ground Prinzip is to make it possible to use external power with higher voltage (up to 24V DC) for more powerfull switching and saving power from the trackswitch voltage source.

Starter Kit 1002B

Starter Kit 1002B

This set contains everything you need in order to operate Trackswitch in a model railway system. The decoder 1132 (included in the set) is ideally suited to use with motorised point mechanisms. Up to 4 point mechanisms can be connected and these are especially protected by the decoder. Addresses and output circuit times can be programmed. It therefore plays no role whether or not the point machines are fitted with functional limit stops. The power supply is provided from the Trackswitch centre via the switch decoder bus line (1m, also enclosed). As such, the centre ensures the serial activation of the operators – that is, only one operator is ever switched at one time – thus maintaining a low current load on the power supply.

 For using Trackswitch, Signal box, switch commands, indication controls, shadow station controls, commuter train controls, turnaround loop controls,

Track Occupancy Indicator 2102 without case

Track Occupancy Indicator 2102 without case

This fourfold track occupancy indicator works via the current sensor principle and can be used for all types of current and control system, including digital DCC, Motorola, MFX, Selectrix etc. The function and occupancy status of the four track sections that can be monitored can be immediately monitored using the four integrated LEDs. All current consumers with a resistance of up to 15 kΩ can be safely detected.
Digimoba signal box displays, our feedback modules 1051 and 1151 or LEDs with series resistors can be connected to the ports for external displays. Each of the four track occupied indicator outlets is capable of delivering up to 2A of switching current, thus making it suitable for use as a track switcher for direct switching.

Switch Decoder 1130

Switch Decoder 1130

The Switch Decoder 1130 switches points, signals, relay modules, sound modules, decouplers and other electrically operated elements. Every switch decoder has 16 outlets for 8 points (magnetic twin coil operators), for example. All outlets are switched to ground with an impulse of 0.2 seconds, making it possible to use point mechanisms without individual limit switch contacts. Each outlet can withstand up to 1.5A and, thanks to the circuit breaker in the central control unit, short-circuits have no adverse effect. Each switch decoder is addressed via a 4-pin DIP switch. In this way, it is possible to connect up to 16 differently addressed switch decoders to a control centre, resulting in 128 possible switch addresses. A 15-pole cable provides the connection. Every switch decoder is fitted with a connector and a connection jack to connect this cable to the next switch decoder. The switch decoder can be fitted wherever it is required, including underneath the system. All the necessary ports required for the power supply to the points, signals, etc. to be switched are located on the switch decoders, eliminating the need for additional cabling and reducing the length of time required to set up the model railway system.

The Switch-to-Ground Prinzip is to make it possible to use external power with higher voltage (up to 24V DC) for more powerfull switching and saving power from the trackswitch voltage source.