Someone asked me how to estimate the required wattage for Marx accessories. Although I don’t recall Marx ever issuing any specific guidance, it’s easy to do yourself.
A frequent question I see is why the Lionel bulbs in any given accessory burn out quickly. I can sum up both the problem and the solution in a single word: voltage.
When you have too much voltage, bulbs burn out quickly–sometimes in minutes. When you have too little voltage, the bulbs will last decades.
If you have a Lionel locomotive with dirty wheels, cleaning them can be a challenge. Here are some tips for making the job of cleaning Lionel wheels easier.
A frequent question I read is how to attach tin accessories, such as Marx light posts and light towers, to a layout in a semi-permanent but reversible manner. I have found a way to do this, and as a bonus, it also makes it easy to hide the wires that are feeding the lights and makes the wiring simpler.
Lionel produced several 35- and 45-watt transformers through the years, including the 1010, 1025, 1015, and 1016. Lionel MPC produced a similar 4045 transformer in the 1970s. They’re small, but cheap when you can find them, and can be useful when you string them together with other transformers. The problem is the markings don’t tell you what you need to know in order to do that.
Train transformer starting voltage is a harder question than it necessarily needs to be–because it’s varied over the years. Part of that is because intent has changed over the years.
When you want to phase transformers, it’s good to know the common (in Lionel terms) or base (in American Flyer terms) post. It’s a shame that Marx didn’t label which of its posts was common. So here’s how to find the common post on a Marx transformer.
It’s a good thing this is fairly easy to figure out, because Marx transformers are dirt cheap. I bought one for exactly one dollar at the last train show I attended, and the vendor wanted to sell me a box full of them for $5.
Want to repair a Marx 1209 transformer? There are two schools of thought. One is that small, sub-75 watt transformers aren’t worth fixing because they are so cheap. The other is that since they are so cheap, you have nothing to lose by trying.
Marx didn’t design its transformers to be fixed, but the design is extremely simple. The hardest part really is getting the case apart and then getting it back together. If Marx had designed them to be serviced, like its competitors did, they would have cost more, so we wouldn’t have as many Marx trains to enjoy today. So it’s easy enough to forgive Marx for this.
Let’s dive in.