The Automatic Shuttle will work on any gauge, but only on DC systems. The Train will stop at each end for an adjustable period from 5 seconds to 90 seconds, before reversing back to the other end. The Sequence is then continuous until the power is removed, so ideal for small straight layouts, or branch line section of a larger layout.
Voltage: 12 DC
Timer: 5 to 90 seconds

The High Power unit will power up to 8 sets of points simultaneously. The purpose of capacitor discharge units is to store up electricity in a capacitor. The electrical charge is released, on throwing a switch, as a burst of a much larger current than a transformer can supply. The CDU can be supplied with either an AC or DC voltage up to 24v. Operating from 24 volts typically gives 4 times the power. In most cases a voltage of 16v AC is ideal to power a CDU. The output of a CDU is always DC.

The CN161 is an 8 way Dimmable LED distribution Board with 3 brightness levels per channel. Ideal for buildings, Street lights, Security Lighting, in 8 sections of the layout. This means you could have dim lighting from certain buildings or homes, and also bright lighting from other buildings or homes at the same time. It can be used for providing common power to LED's on the Control Panel without having a pesky dropping resistor for each LED. The two way switch allows you to adjust the brightness of each channel.

How many times have you had to loop one side of a terminal strip (chocolate block) to give you a few common terminals. It's always looks messy and is usually a point of connection problems in the future, and also takes up valuable time.
Now we have the answer for you, a small terminal block 45 x 28mm with 14 screw terminals all connected on the underside of the PCB. Ideal for localised common Negative or Positive. A position where you need to join half a dozen wires together for some reason.

The CN165 basic unit has 18 Positive and 18 Negative Terminals (Especially for those who don’t like to solder). Input terminal will handle up to 15 Amps, the board can be used for DC voltages up to 24vDC & DCC. (The board can be used with higher voltages, however the resister should be removed to disable the LED) The LED will show Green if the Polarity is correct, Red if the Polarity is reversed by mistake or Orange if you are running a DCC system. Write on patch for board Voltage and Board No.

The CN172 is Panel Mounting the CN172C is Chassis Mtg. The unit has a single Input and 8 dual line switched outputs, it can switch both the Live (Positive) and Neutral (Negative) at the same time giving a fully isolated section after the switch. There is 1 input to the Distribution Board, DCC or DC up to 24volts via a green terminal block, DC up to 24 volts via a 2.1mm socket. Each output is double switched as DC or DCC this means that both the Positive and the Negative are switched ON or OFF. Each of the 8 outputs can switch a load of up to 6 Amps.

The CN173 is available in Chassis Mounting (CN173) or in Panel Mounting (CN173a). The unit has 8 separate dual line switching, it can switch both the Live (Positive) and Neutral (Negative) at the same time giving a fully isolated section after the switch. As each switch has its own Input and Output, this means you can switch different types of
voltage on the same board. Channel 1 could be 16v AC for Points, Channel 2 could be 3v for LED Lighting circuits, Channel 3 could be 12v. from speed control to switch Programming track, or just isolate a section

The PM111 Diode Matrix can switch 8 Point Sets and can have 8 route switches. The board is 139 x 64 mm with fixing holes in each corner. It comes complete with 4 self-adhesive stand offs, and 50 x 1N4004 diodes. Each diode will handle up to 400v at 1 Amp.
It is recommended that you use our ‘Titan’ Capacitor Discharge Unit (CDU) as this can handle in excess of 8
point sets at one time.
A Diode Matrix is simply a set of Diodes placed in an order between a switch and a set of Points. You will remember that a diode only allows current to pass in one direction. So we can use this ability to set a number of points to change to create a path for the train to travel, all from one switch. As you will have in certain cases more than one switch connected to a point motor, the diode stops the current flowing to a point set that you do not need at that point in time.