I would like to know how to get inside of the engine from the Lionel 1823050 Mickey Celebration LionChief Set. The two screws on the underside of the engine only go to the front wheel assembly and I see no other screws on the underside. Taking the big screw on top of the engine off seems to be of no help either...maybe I am not pulling the shell off right.
The reason I need to go inside of the engine is to get to the smoke unit and look to see if there is something amiss with the batting. I just purchased the set and the only problem so far is with the smoke unit. I initially put ten drops of Lionel smoke fluid in and the engine produced adequate smoke puffs in sequence with the chugging sound like it is suppose to do. When the smoke started to lessen, I placed four more drops in and then the engine stopped producing any smoke at all. Yes, I did blow into the smoke stack to clear any possible bubbles. I thought that maybe I had overfilled the smoke unit; but a Lionel and MTH factory certified technician, who was at the Paradise & Pacific RR layout later that day, did not think that was the case with the amount that I added. He put about three more drops in--note that the engine had not been run for a couple of hours--and ran the engine awhile, then felt the area by the heating element/resistor and indicated that it was warm; he was at a loss to explain why the smoke unit had stopped working without taking things apart.
I know that the engine is under warranty and that I have limited repair expertise; but I thought that if I could see the batting then I could determine if I had sufficiently soaked it or not, or maybe I had overfilled the smoke unit. To see the batting I need to get inside of the engine. Any advice/suggestions on this matter would be greatly appreciated.
Thank you, Janet (TCA and LCCA member)
PS: Oh, I did watch the Lionel YouTube video "Smoke Units 101;" I now know to use a long need to add smoke fluid so that the fluid goes directly into the batting, also not to add smoke fluid to a running engine because of the crystallization that can form on the heating element/resistor.