| Once you have begun to enjoy model trains and have | | | | terminals or wire leads. |
| informed yourself about the different train scales, the | | | | The correct gauge wire is required to do the model |
| scenery that will adorn your set up and bench work, | | | | train layout wiring. For proper model train layout wiring |
| you need the trains to move and travel along your | | | | you can use wire of gauge 18 to 22. For very large |
| model railway. For this to happen, you need to provide | | | | layouts it is better to have several feeders and use a |
| power to the train and tracks. This will require wires, | | | | wire bus to power them all. The polarity has to be right |
| DPDT switches, and circuits to make your train whistle, | | | | to prevent short circuit. For the bus wire the normal |
| the train stations to alarm while a train is passing by, | | | | wire of gauge 12 to 14 gauge is good and will serve |
| the station to announce the arrival of a train, and level | | | | the purpose. Soldering all connections along with rail |
| crossings to close the gates to the moving traffic on | | | | joiners is useful but not recommended if later on you |
| the intersecting roads. Pay attention to the model train | | | | want to expand your layout. The wheel flanges should |
| layout wiring because if the wiring is wrong then it | | | | not get caught in the extra soldering wire that might be |
| could lead to a short or other electrical related issues | | | | jutting out. Remember to file any extra soldering wire |
| and your model train set up will not function correctly, if | | | | found after the soldering of connections has been |
| at all. | | | | done. |
| It is best that you learn to do model train layout wiring | | | | The model train layout wiring has to be absolutely right |
| for a single train set up and then move on to more | | | | for your model train set up to function properly. There |
| complex situations. The single train wiring requires | | | | is single train model train layout wiring where you run |
| some wire and a power pack. There will be a marking | | | | one train on a single track. You can add blocks which |
| called "variable DC" on the screw terminals where you | | | | are electrically neutral sections of track and can be |
| attach the wire. The other end of the wire will go to | | | | used to park locomotives. You can use two power |
| the screw terminals on the track. | | | | packs to run four blocks on the main line. This is called |
| You may buy terminal sections of track that contain | | | | cab control. With this system of cab control you are |
| the screws to attach the wiring. You can also buy rail | | | | able to run two locomotives on a set of tracks. You |
| joiners with wire leads soldered on to them. Once you | | | | can also have Digital Command Control (DCC) wiring. |
| start laying the tracks down and wiring them, next drill | | | | Each locomotive will have a decoder inside the |
| holes beneath the screw terminal or the wire leads | | | | locomotive. Trains have identification based on the |
| and place the wires into the hole. You can use nails to | | | | receiver. Handheld throttles are used to control the |
| keep the tracks in place. You can connect the wires | | | | locomotives. |
| from the power pack to the wires at the screw | | | | |