For those thinking of marking plugs, you might want to follow the electric-code convention of always "identifying" the grounded conductor, however you do it. For a plug with an equipment ground, this is the first, flat, blade counterclockwise from the round equipment ground pin. For the outlet it is the first clockwise. For plugs and outlets with two sizes of blades, the grounded conductor is the wider one.
Zip cord, that is, the common flexible cable with two insulated conductors fused together, has an almost invisible ridge cast into the side of one conductor's insulation. That is the "identified" conductor and should be the grounded one.
Screw terminals use a white-colored screw to identify the grounded conductor, and a green screw for the equipment ground. Other screws are brass colored.
Bob Nelson
otftch
Ed,
Point taken, but marking the plug with a piece of tape or a dab of paint would accomplish almost the same thing as far as future phasing issues are concerned.
Moreover, if guinessczar lives in a house with an older two-wire system, would the wall sockets accept the wide prong of a modern plug? (I honestly can't remember....)
If not, he'd have to grind down the wide prong to match the narrow one* and then he'd be right back where he is today. Yes?
*Or choose a more complicated and likely more expensive solution.
I don't use the third wire plugs.I use the double plug with a larger spade, only for possible phasing purposes later.
Ed
Martinden,
Thanks for posting the part number. I didn't have it this morning and Olsen's website was down.
As for the relative cost, I suspect shipping will cost more than the item with an online parts dealer. Don't know where "guinnessczar" lives, but I have 5 (count them, 5) Home Depot stores within an 18 mile radius, and two within 7 miles -- and they all carry black rubber heater cord.
guinnessczar,
Brilliant!
Heater cord comes in at least two gauges, 18 and the heavier 16. I haven't been inside a 1044 recently, but many Lionel transformers use a pair of "eyelets" that one solders the new cord to. The heavier 16 gauge may be mechanicallly too thick to fit through the eyelet, and one risks disturbing (or even breaking) the remarkably thin wires that lead to the primary coil.
Therefore, all things considered, I would get the 18 gauge wire*, cut off any factory-installed lugs on the ends, and then "tin" the tips lightly so that they will insert readily and solder easily. Don't forget to tie a "strain relief knot" in the new cord so that there is no possibility of yanking on the solder connection. Use the old cord as a guide as to where to put the knot.
*It should carry 10 amps with ease -- much more than you want to draw through a 1044.
Look at the original plug. If both prongs are the same size, the transformer didn't use a polarized plug to begin with. I'm sure "otftch" has his reasons, but I've never used polarized plugs on my postwar transformers.* You can get replacement cords online from any parts dealer, or visit Home Depot and get a rubber non-polarized cord marked "Heater."
I don't trust the circuit breakers in older transformers, so I always put an inline fast-blow fuse between the transformer and the track. You can get external circuit breakers from Scott's Odds 'n' Ends. Four (4) amps is perfect, five (5) amps is OK, but go no higher. The old ones are difficult to remove, so I just leave them where they are.
*Many, if not all, modern train transformers DO use polarized plugs, but the old ones didn't.
Most say not to do this but I do it all the time.To get the right polarity make sure the ground side of the plug wire goes to ground on the transformer.If you look carefully you can tell which is which.If you can't tell don't atempt the repair.
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