Thursday, December 4, 2014

Heres the wall after the bendable plywood has been glued screwed and tattooed.
As you can see the "wiggle wood" is quite flexible before being nailed on. I have used hundreds of sheets of this over the years without problems.

Shower wall

I have finally gotten started on the cabinetry d walls for the inside of the bus. This is the shower wall frame laying on its side ready for the bendable plywood. After laying out the rib work I pattern cut them to all be identical then glued and screwed them together. This shower will eventually be granite inside with a custom fiberglass ceiling.

Thursday, April 3, 2014

Drives in miterbox

I cant find the pics of the internal drive shafts with the new races and bearings but here are some pics of them installed in the housings. Gear lash was good with the original shims in their original positions. The seal wear sleeves are installed just like the main drive ones shown below.

Miter box bearing race installation

With a little planning this works like a charm. I cleaned the races for the auxiliary drives and stuck them in the freezer. Then after cleaning and bead blasting the housings I put them under scalding hot water. While waiting I run out some bearing grease in a cup. Now two hours after the races went into the freezer I'm ready. I know one side sits flush with housing so that's the one I want to install first then when I flip it, the race wont slide back out. The other side goes further into the housing. I wanted to do them both at the same time to make sure once they come out of the water they didn't have to go back. I had to get the housing out of the water and blow it dry, then put the grease on the race lip and drop the race in. Once the race came out of the freezer I had only seconds before it started to expand. It was pretty cool to see the frost on it disappear as it warmed up and exspanded so tight it would not move. I installed both sides in under a minute without a tool.

Miter box Assembly

You can see I painted the bottom of the housing upside down. I let it dry about a week then righted it and started the assembly. The dern thing weighs so much there was no getting to the bottom afterwards. In these pics you can see the housing after cleaning and bead blasting. Then I have the main drive in and the front and rear bearing housings in place with the new bearings and sleeves on them.

wear sleeve miterbox drive

Once I tapped the sleeve down on the shaft it was just a matter of cutting the drive lip and snapping it off with a pair of pliers.

Wear sleeve miterbox

I put some Loctite sealant around the inside of it per my suppliers suggestion and then just tap them on with the supplied cups with a hammer.

seal sleeve for miterbox

Here's a shot of the wear sleeve after its installed.

Wednesday, March 19, 2014

miter box housing (cleaned for inspection)

Here she's ready for some sand blasting. Once you get all the crud out and off of things you can inspect them for cracks and excessive wear. Now its time for a little bead blasting.

Miter box dissassembly

Once the auxiliaries are out its just a few bolts holding each front and rear bearing housings in and the drive will come out. Now to get rid of the crud.

miter box dissassembly

Then I removed the Moreflex assemblies off of each end with the internal drive attached. The plate on the top was just an access plate nothing exciting there.

miter box

First thing was to pull out the drives out of each side.

Miter box pre repair

I haven't found one thing on this bus that wasn't plum worn out and the miter box was no different. It needed bearings and seals and of course while I'm at it I will clean it up and get some paint on it for protection from the elements.

Monday, March 17, 2014

Wiper arms

Once the motors were in place it was just a mater of bolting on the arms. I still have to put on the washer fluid container but that will have to wait till I get the skin on the inside of the front spare tire bay.

Wiper motors

Next I laid out the location of the wiper motors (one for each side) and installed them through the front wall of the bus.

Mounting front electrical panel

I first laid out the position of the studs. I used inverted 3/8 grade 8 bolts and welded the heads to the backside of the 11 gauge electrical box. Then painted everything and bolted in the new panel.