Power Tools!

I want to expand the scope of what I can build in the workshop. Today I have the ability to work with sheet metal and tubing and to weld things together. You can do a lot with this, but I wanted more capabilities – a lathe and perhaps a milling machine.

This type of equipment is expensive and takes up a lot of space, so it has remained on the wish list. Checking Craig’s List I noticed a lathe and milling machine, with tooling, at a reduced price.

Between paint and chrome for the Imperial I’m already over budget for the year. Actually, I’ve been informed that I’m over budget for the decade. Or maybe even longer…

Nevertheless I built up my courage and took the listing to the the Chief Financial Officer (also known as She Who Must Be Obeyed). Somewhat to my surprise it was approved! Conditional on the machines passing my inspection.

I contacted the seller, arranged a time, and checked out the machines. They weren’t powered up so I couldn’t actually try them out, but they looked good. The previous owner had a fork lift which made loading them into the pickup easy. The lathe weighs around 1,200 pounds and the mill around 800 pounds. Once I got them home the trusty engine hoist lifted them out of the truck and moved them into place.

Lathe

The lathe is a 12″ x 36″ engine lathe. This means it can work on parts up to 12″ in diameter and 36″ long – plenty for the things I do! It has a quick change gear box for setting thread pitch and feed rates as well as a quick change gear box for rpm. This is much easier to use than low end lathes which require you to manually change gears for threading and which require moving belts on pulleys to change speed. It has power feed and cross feed as well as clutch control on the apron.

This lathe is ideal for my use – it is big enough and powerful enough for anything I will do, small enough to be reasonable for the shop, rigid enough for precision work, and full featured which makes it a pleasure to use.

Lathe

The lathe came with a good set of tooling – three jaw chuck, four jaw chuck, faceplate, steady rest, many high speed steel cutting tools, a set of holders for carbide inserts (and a good supply of carbide inserts), live center and dead center. Basically everything you need for general work on the lathe! Buying this tooling separately would cost several hundred dollars or more.

After getting the lathe powered up I spent a couple of hours working with it and checking it out. Everything on it works with the exception of the threading dial – I need to look into that. Initial check of accuracy is encouraging; I need to take the chuck off and check actual runout at the spindle. This lathe has the most features and capabilities of any lathe I’ve used – I’m really happy with it!

It needs a good cleaning and good lubrication. I won’t be doing anything serious with it until the needed oils have arrived. Getting the correct way oil proved to be more of a challenge than expected – it normally comes in five gallon buckets from industrial suppliers. I managed to find a smaller container which will be here next week.

Milling Machine

The milling machine is a clone of the Rong Fu RF31 benchtop mill. This is probably the most widely used small milling machine. It doesn’t have the capabilities of a full size Bridgeport mill – but it also doesn’t have the cost, size, or weight of a Bridgeport! For small shop use it offers a great combination of size, features, and accuracy.

The most common model is the RF30. The RF31 is a more expensive model with power downfeed which provides better quality when boring large holes.

Milling Machine

Checking the spindle with a dial indicator showed a total runout of 0.0002-0.0003 inches – a fantastic result which indicates that the machine is in really good shape. Quality of work will be limited more by my skills than the machine.

Like the lathe the mill came with a good assortment of tooling – a machinist vice, an angle vice, a variety of cutters, collets, a hold down kit, and some other odds and ends. Basically, everything you need for most machining jobs. Like the lathe, this tooling would cost several hundred dollars to purchase separately.

Also like the lathe, the mill needs a good cleaning and lubrication.

Other

The package also included a 12″x18″ surface plate on a stand and a machinist height gauge. I already have a 20″x24″ surface plate but didn’t have a height gauge so this is a useful addition.

So far I’m quite happy with these machines. These are more capable and higher end machines than I had expected to find. And they seem to be in good condition. I don’t plan to start any projects with them until I have the Imperial put back together and on the road, so it may be a while before any updates on them.

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Paint Update Two

Two paint problems on top of the front fenders… First, I managed to drop something and leave a large chip on top of the fender. Applied some touch up paint with a small brush which stuck up. When I tried to sand it down I managed to sand through some of the adjacent paint into the white sealcoat/primer. You can always make a problem worse…

Second, on the opposite side of the car I managed to sand and polish through the paint into the white sealcoat/primer.

I mixed up some black paint, loaded it into my “spot” gun, and tried to touch up the areas. I ended up with poor control and thick paint on both sides. After sanding the new black paint I covered it with three coats of clear coat.

The clear coat looked terrible – I clearly didn’t have the paint gun set properly, and it was difficult to control over the small areas. This is why the recommendation is to clear coat an entire panel.

Still, with nothing to lose I went ahead and started sanding the newly clear coated areas with 1500 grit sandpaper. This leveled out the lumpy clear coat, so I followed up with 2000, 3000, and 5000 grit sandpaper and then the fast cut polishing compound. The good news is that the clear coat blended well – you can’t tell where I did the new clear coat.

Unfortunately I still have problems with the underlying black paint. It is lumpy where I touched up the paint chip and there is some white showing through on the other side.

After contemplating the situation for a while I decided that I needed finer control than I’m getting with the spot paint gun.

I ordered an air brush which should provide very fine control over paint. When it arrives I will sand down the bad areas and repeat the process. Hopefully the air brush will give me the results I’m looking for.

Stay tuned; it looks like there will be an update three at some point.

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Paint Update

The title of the previous post Light at the End of the Tunnel? was prescient. Yup, the light was an oncoming train.

Polishing the paint left a lot of pig tails – small loops gouged in the paint. I kept hoping that the finer grades of polish would remove them, but no luck.

I also managed to sand through the clear coat in a couple of areas. Not good!

And while polishing with the smallest 2″ DA sander I managed to rub the edge of the backing plate against the an adjacent surface leaving long gouges in the paint.

OK, taking them in reverse order:

I carefully sanded the backing plate gouges starting with 1500 grit sandpaper. With luck, patience, and good technique I might – just maybe – be able to sand out the gouges without sanding through the clear coat. After 15 minutes of careful and paranoid work the gouges were gone and the clear coat was still intact. Great relief!

Next I got a quart of clear coat and a can of clear coat blending agent. After masking off a large area around the damaged places I sprayed three coats of clear coat. Started with a quick spray over the damaged area and then sprayed and blended progressively larger areas for the next two coats. After letting it dry over night I carefully sanded it, starting with 2000 grit sandpaper, and polished the areas. The results weren’t perfect – there is a slight banding where the original clear coat was feathered into the base coat. But it is hard to spot. I asked a friend to try to spot the repaired areas and he couldn’t find them. I know where they are, but it is something I can live with.

The pig tails were a major problem. I think I finally identified the source: I think it was a combination of less than perfect cleaning of the surface which left small pieces of paint from the previous sanding stage combined with using a hard foam pad with a smooth surface. Specifically, a Chemical Guys Hex-Logic Orange Medium Heavy Cutting Pad. Other pads have a more open foam surface which I believe can absorb paint particles rather than trapping them between the pad and the paint surface.

The pig tails were deep enough that I couldn’t polish them out. I also couldn’t sand them out with 3000 grit sand paper. The only thing that worked was to go all the way back to 1500 grit sand paper and sand the whole surface. Carefully – very carefully! The clear coat is getting thin, so I’m at constant risk of sanding through it. The 1500 grit was followed by 2000 grit and 3000 grit – and then 5000 grit. Yup, I added another grade of sandpaper. The goal is to get the surface as smooth as possible before polishing.

When I start polishing again I’m going to be using softer open cell foam pads. Specifically, I will be starting with a yellow Griot’s Garage Boss Perfecting Pad. This pad is rated for removing light defects – we will see how it works after the 5000 grit sandpaper.

I also got a rotary buffer with some softer pads and will see how it does for polishing.

In summary, I’m now entering the third month of a 1-2 week job. Yeah, about par for the course…

On a better note, we spent last week in Pennsylvania visiting relatives and exchanging bumpers at Librandi Plating. In I’ll Be Chrome For Christmas I covered how I ended up with the wrong rear bumper. This time I unwrapped the bumper before loading it up! Yes, this time it was the correct bumper. Librandi offered to plate another part to make up for the inconvenience, so I took the cowl covers that go at the base of the windshield. I had wanted these done originally, but they pushed me over budget and came back home with me. I’m looking forward to getting them back!

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Electrical 15: Factory Wiring Diagrams

Previous Electrical article: Electrical 14: MeterMatch

While looking over the electrical posts I realized that I haven’t mentioned one of the most important resources for working on wiring – the wiring diagrams contained in the factory service manual. These are absolutely vital to working on the electrical system!

Intimidating at first glance, a wiring diagram is actually your roadmap to success. They provide a complete picture of every wire in the car from battery to final ground, including all connections, switches, junctions, and plugs.

Consider this wiring diagram for the engine bay of a 1963 Imperial:

1963 Imperial Engine Bay Wiring

This diagram shows everything from the headlights on the front of the car to the bulkhead connector that goes through the firewall into the passenger cabin. It shows all the wires and where they are connected. Each circuit is labeled, such as A-1, H-3, or L-9C.

Cropped wiring diagram showing more detail.

The chart on the left side of the diagram lists each circuit, the wire size, and wire color. Looking at the bottom right corner of the wiring diagram we can tell that circuit L-9C is a 16ga white wire that goes to the left most headlight. Tracing this across the diagram we can tell that L-9C goes to a 3-way connector, where is is connected to L-9E. L9E then joins with L-9D and L9. L-9D goes to the right side headlights and L-9 is grounded at the voltage regulator ground point. All of the L-9 wires are 16ga white wires. OK, L-9 is the headlight ground.

Right above L-9E is L-4D. Here is where we can apply some outside knowledge. We know that the outermost right and left headlights are combination Hi beam and Lo beam headlights, while the inner two headlights are Hi beam only. The wire that goes to all four headlights is Hi beam and the wire that only goes to two headlights is the Lo beam. Careful examination shows that L-3 goes to all four headlights, so it is the Hi beam. L-4 is the Lo beam.

Based on this we know that circuit L-4 is a black 16ga wire for Lo beam headlights and L-9 is a red 16ga wire for Hi beam headlight. Tracing the Lo beam wire, L-4D connects to L-4C which connects to L-4B which joins with L-4. L-4 then goes to Pin 1 on the large bulkhead connector on the firewall. If we go to the cabin wiring diagram we will discover that this wire goes to the Hi/Lo switch, the headlight switch, and ultimately a power source.

The same approach works for the parking light and turn signal. Again, we have background knowledge: the bulb for this grounds through the bulb base, directly into the socket and ultimately the car body, so all wires going into the socket are power. Parking lights are common, and will have a common power wire. Left and right turn signals are independent, and will have separate wires. Circuit L-6 is common to both sides, so it is the parking light. Looking at the left side of the car, L-6A is an 18ga yellow wire that joins to L-6A and L-6. L-6 goes to pin 6 on the large bulkhead connector. Inside the car it connects to the headlight switch.

This means that D-6, an 18ga light green wire that goes to pin 8 on the large bulkhead connector is the left turn signal. Circuit D-5, an 18ga tan wire going to pin 5 on the large bulkhead connector, is the right turn signal.

Because I’m easily confused I clearly label both ends of each wire when I’m working on a wiring harness with both the circuit number and the function – for example, “L-4D Left Headlight Lo Beam” or “L-3C Left Inner Headlight Hi Beam”. This makes life much simpler the next time I’m working on the electrical system – both for the function of the circuit as well as the circuit number for tracing across the wiring diagram.

This wiring diagram is actually fairly simple – others get much more complex. I find it useful to copy or print out wiring diagrams and trace circuits I need to follow with a colored highlighter pen. This makes it “easier” to follow a circuit end to end (or middle to middle), as well as keep track of multiple circuits. You don’t want to do this in the actual factory service manual since the page will become unreadable after tracing a few circuits. It is also easier to take one or two sheets of paper into the car while you are working on it than to drag the large factory service manual around. As well as making it easier to take notes while you are working.

With a set of wiring diagrams, a multimeter, and some patience and persistence you can tame the dragon of electrical wiring!

At least on old cars – modern cars use communications networks. These networks start with CANbus (Car Area Network bus) and are migrating to Automotive Ethernet. Yes, a variation of the same networking protocol used for computers! I stay far away from the new cars; these old cars are enough of a challenge.

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Light at the End of the Tunnel?

After admiring the newly chromed trim in I’ll Be Chrome For Christmas it was time to get back to the paint job mentioned in Back in Black!

As the old observation notes, the light at the end of the tunnel is probably an oncoming train.

The first order of business was to tackle the orange peel, dirt nibs, and other imperfections in the paint with 1500 grit sanding disks on an orbital sander using the highly rated 3M Hookit Purple Finishing Film Abrasive Disc which is designed for clear coat. I was going through these disks a lot faster than expected when I noticed that they are intended to be used damp, not dry. OK, that made a BIG difference in both how they worked as well as how long they lasted.

The bad news is that sanding turned the shiny paint job into a dull matte finish. The good news is that you could watch the orange peel disappear into a smooth surface and the dirt nibs vanish. This actually made a difference!

Of course it took forever. Going over the entire car took over a week. Admittedly this was half days, as my arms and shoulders aren’t what they used to be. Still, it was a long time spent on tedious manual labor with the ongoing threat of a moments inattention creating a huge mess. And this was only the first of six steps.

The bulk of the work was with a six inch DA sander. This works great for most of the car, but there are a lot of small and curved areas that had to be done by hand. Which also takes forever and is even more exhausting than using the power sander. After a few days of this I ordered a smaller DA sander that uses three inch, two inch, and one inch sanding disks. This smaller sander should be able to do both sanding and polishing.

After finishing with the 1500 grit it was time to move on to the 2000 grit. The original pass with 1500 grit does almost all the work for smoothing the surface – each subsequent pass basically removes the progressively smaller sanding scratches from the previous pass. At least that is the theory…

It turns out that the theory is correct! The pass with 2000 grit did go faster. And you could start to see some sheen in the finish. Encouraging!

The next pass was with 3000 grit. Which, if anything, went even faster than the 2000 grit. You could start to see how it is going to look. Maybe this is actually going to work!

At this point the bulk of the car was ready for polish. I needed the small DA sander and sanding disks to finish up the sanding stage – and these were still on order. I had to wait a bit longer to see how the paint would look after polishing.

I couldn’t stand it! I had to see if this was actually going to work! Out came the new DA Polisher, foam pads, and 3M polishing compounds.

I’ve been starting each step with the roof of the car, on the theory that the roof is generally less visible than the hood, trunk, and sides of the car. Once again climb up on the bench and start working from the middle of the roof out. Immediately notice two things: First, the middle of the roof is still almost too far to reach. Have I mentioned how big the Imperial is? Second, the electric DA polisher is much larger and heavier than the air-powered DA sander. And the polisher requires two hands, unlike the one-handed operation of the sander. My entire body is not going to be happy about this…

Polish up the first area with coarse polishing compound, wipe off the residue, and take a look. Wow, what a difference! A smooth surface that looks great and is showing substantial depth. This is encouraging. A bit of haze, but that is what the finer grades of polish are for. Finish off the rest of the roof with coarse compound and then start again with the medium compound.

Now we are getting somewhere! It is looking really good – smooth, clean, good shine, excellent depth. I ran out of time before getting to the final pass with the fine compound but it looks like I’m getting the finish I wanted.

There is still a lot of work to do but I’m really encouraged at the moment. Hopefully this light is actually the end of the tunnel and not a train!

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I’ll Be Chrome For Christmas

To the tune of I’ll be Home for Christmas. Yes, I went there!

While I was at the paint shop picking up the Imperial – documented in Back in Black! – I got a call from Librandi’s Plating that the chrome parts were ready for pickup. Sweet! I wasn’t expecting it until February.

I got the call on a Thursday. A quick examination of the weather forecast revealed an opening between storms in a few days so we scheduled a quick road trip on the following Monday and Tuesday to get the parts. There are times when it is good to be retired! We have had years where our truck was snowed in from January to April so it was a relief to get the parts back before winter really hits. And the week before Christmas was perfect timing.

All the parts were carefully wrapped in 62 layers of newspaper and we were in a bit of a hurry so we decided not to unwrap them for inspection. We did check them against our list – I was actually able to identify each part even though they were wrapped up.

Chrome parts wrapped and under the Christmas tree

With a certain amount of trepidation I started unwrapping and checking the parts. Would they meet my hopes and expectations? Or would they be just OK?

As I unwrapped each part I was almost shocked. The parts are absolutely beautiful! You expect chrome to be shiny – the difference is in the finish and details. And these parts are close to perfect. They have a jewel like appearance and a great finish. The more parts I unwrapped the happier I became.

This is how things started out:

Before re-plating – dull, rough and pitted

And how they finished up:

After plating – beautiful!

This picture doesn’t really do justice to the quality of work, so let’s take a close look at one part:

Close up of headlight bowl

As mentioned, chrome is shiny. A poorly done part will be shiny but have defects like ripples and waves, pits, bubbles, color variations, gouges, and similar visible artifacts. As you can see from the reflections, these parts are smooth and clean – absolutely beautiful!

The plating shop did have a solid foundation to build on. The Imperial parts are very well made – they are solid and heavy and looked great when they left the factory. Still, the results exceeded my expectations!

There was, however, one slight issue… As I unwrapped the very last part, the rear bumper, and checked and admired the finish something seemed a bit off. Stepping back and studying the bumper it suddenly hit me – it was the wrong bumper!

When I called Librandi’s and explained the situation I was met with a moment of shocked silence followed by a quick search and “OK, I have your bumper here on the bench in front of me.” It turns out that my order number was 31701 and the other order was 31781. My bumper is a 1963 (Chrysler) Imperial, and the other bumper is a 1964 Chrysler. The two orders were next to each other. And, to be fair, the bumpers look a lot alike, especially when wrapped up.

I’m working with Librandi’s to get each bumper to its rightful owner. Since I’m 400 miles from Librandi’s and the bumpers are about 7 feet long,weigh about 80 pounds, and are easy to damage in shipping, this isn’t as simple as you might expect. Stay tuned for updates!

In the meantime I’m a bit frustrated. I really want to get all of these beautiful parts back on the Imperial and see how it looks. But before that I have to color sand the paint and polish the car to get the paint looking the way it deserves to. And to get the paint to the level of the chrome parts! Expect more whining about this task.

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Back in Black!

Major development – the Imperial is back from paint! And it looks great!

Back from the paint shop

After all the body work I had done the car was sprayed with a sealer, three coats of black basecoat, and three coats of clear coat. Normally only two coats of clear are applied – we went with three coats to provide a margin of error for sanding and polishing.

Side view – good paint, needs the chrome trim!

There is a saying in the automotive world: If it is perfect, paint it black. Black paint showcases any defects or flaws in the body. Any dents, ripples, bulges, bends, or other imperfections that would be invisible with other colors will demand your immediate attention in black. The Imperial isn’t perfect – but it is close! The body is really straight and the repairs I’ve done are good enough that you can’t see them. There are a few minor issues – that I’m very aware of! – but most people will never notice. And it looks so much better than it did before!

Trunk and fender

No more shotgun marks, cracks, dents, chips, rust holes, exposed primer, or damaged paint. And the paint is glossy, not weathered patina.

Front end and hood – nice and straight!

It has been a bit of a journey to get here. I started serious work on bodywork and paint preparation in February. In April I thought I was down to a couple of weeks of work and started searching for someone to paint it.

It turns out that it isn’t easy to find someone willing to work on restorations – most shops just do accident repair and insurance work and aren’t interested in someone bringing them a project for paint only. I can kind of understand this. 90% of paint quality is based on prep work. If they just spray the car they will be blamed for any issues. So most shops want to do all the work themselves.

I found a shop willing to take on the job and tentatively scheduled the work for May. Then reality hit – the more old paint I stripped off the car the more problems were uncovered. I whined about this in several previous posts… Time passed, work continued, and the car was finally ready for paint around August 1.

This was when the problems started. The paint shop was backed up 6 weeks. No problem, I can wait. After 6 weeks I got back in touch with them. First I couldn’t get the job scheduled. Then they stopped returning my calls. Fine – if they don’t want to do the job, I don’t want them to do it!

Which put me back to square one. I had a recommendation for a small local body shop: Atlas Auto Body in Berlin, MA. They are an old school one man operation that has been around for about 40 years. I talked to them, reached agreement on the work to be done, and scheduled the job for the week after Thanksgiving.

When the day arrived I had the Imperial towed to the body shop. Although the car was running great and the shop was only five miles away by back roads, all of the turn signals and lights were off the car and out at the chrome shop. With my luck, if I drove it there would be a police parade on the road and they would be in a bad mood. Towing was $125 and worth it for my peace of mind.

After a few days I got a call: the trunk lid was finished and he wanted me to look at it to make sure that it was what I wanted before proceeding with the rest of the job. I looked, it was what I wanted, and he proceeded with the rest of the car. A few more days and the car was ready. Close examination didn’t turn up any issues, so write the check, call the tow company, and drag it home!

Which brings us to today. The paint looks good – most people would leave it just at it is. But it could be better: there is moderate orange peel (texture in the paint that comes from the painting process itself) and some dust nibs. To make it look great it should be color sanded, buffed, and polished. I think you can see where this is going…

It needs to be sanded with three or four different grits of sandpaper and then polished with three different grades of polish. All 63 acres of the car body. Yup, going completely over the entire car six or seven times. Have I mentioned recently that I’m not very bright? And that I’m a glutton for punishment with no sense of self preservation? Sigh…

In an amusing coincidence, while waiting for the tow truck to bring the Imperial home I got a call from the chrome shop – all of the trim was done and ready to be picked up. Looks like a quick trip down to Pennsylvania to pick up the trim before the weather turns bad. Report to follow!

Previous article: A Room for Three Seasons.

Next article: getting the trim pieces back from the plating shop in I’ll Be Chrome For Christmas.

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A Room for Three Seasons

When we last saw the Imperial in Handle This! it was ready for paint and little more could be done until paint was completed. Life continues, even while waiting for the Imperial to get into the paint shop.

She Who Must Be Obeyed has indicated that the screened in porch attached to our deck has come to the end of its useful life. And she is right. She wants the replacement to be a real room with glass windows – windows that can be sealed during the dreaded Pollen Season (also known as Spring in New England) that puts a thick coat of toxic green muck all over everything.

Old Screened-In Porch

The ultimate plan was to replace the floor, replace the walls, install new double hung windows, install a storm door, and finish off with siding to match the rest of the house. Basically, everything but the roof and the floor joists will be replaced.

Time to dig out the CAD software and start designing. An early decision was to try to use windows the same size as the existing screens. These screens are either 3-1/2′ or 4′ wide by 5′ tall and fill all of the available space. Because of this decision I spent the entire project fighting for fractions of an inch of clearance to make it work. In retrospect it would have been much simpler to make each window six inches narrower. But what is the fun in that?!?

Since we are still coming out of the COVID pandemic with its related supply chain problems, building materials were hard to find and had long lead times. The windows we were originally looking at had a 5-6 month lead time. We found other windows that would work and had a “mere” 10-12 week leadtime. OK, that should give us just enough time to complete the project before winter sets in.

Building permits also proved to be an issue, ultimately taking seven weeks. But we finally got them. With permit in hand, windows on site, a large order of 2×4’s and plywood stacked up, and a dumpster delivered, we began the project in the usual way – destruction!

The existing walls were set on top of the floor and had to be removed before the floor could be replaced. Which left the roof unsupported. So, step one was to jam some sixteen foot 2×4’s as bracing between the roof beams and the ground. Done properly this would support the roof while the load bearing wall was replaced. Done improperly everything would come crashing to the ground. Probably with me under it…

The non load bearing end walls were easily removed. The load bearing side wall was taken apart, leaving nothing but four columns holding up the roof. Taking a deep breath, a Sawzall with a demolition blade sliced through the support columns leaving the roof balanced on the 2×4 braces – where it peacefully sat with no complaints. And there was quick rejoicing!

The existing floor, including rotted areas, was rapidly ripped up and replaced with 3/4″ plywood. The new sidewall was framed up flat on the deck, carried into the porch, and tipped up. This was the moment of truth – if the new sidewall fit into place all of our concerns were over and the rest of the project would be (relatively) stress free. The new wall was tipped up – and was a fraction of an inch too high. Which was perfect! A few “gentle” taps with a 10 pound sledge hammer and the new wall was in place with the roof firmly supported. Structural screws quickly secured the wall to the floor joists and the roof beams and the structure was sound and safe. And there was much rejoicing!

With the side wall in place, the end wall was framed up and tilted into place. Sheathing was installed to secure and seal the walls and provide a mounting surface for the windows. The 1/2″ plywood sheathing is awkward to hold overhead, especially for one person.

Mulling over the problem I came up with a set of brackets: cut the plywood to size, screw the brackets on, and lift the plywood into place while hooking the brackets into the window opening. Then line up the sheathing exactly where it is needed and run in some starter screws. With the sheathing now supported, remove the brackets and drive screws into the studs every 8″ to fully secure the sheathing.

Brackets for sheathing installation

The rest of the sheathing was smaller pieces and was easy to install.

One of our big concerns was water – we wanted to make sure that the new porch stayed dry and didn’t rot. Since it is mostly windows we decided that it was cost effective to cover the entire porch with Ice and Water Shield – a roll of sticky back rubber sheet that is commonly applied to roofs to avoid water damage from ice dams. The windows were then installed and flashing tape (a sticky rubber tape) was applied to the window flanges. There should be absolutely zero water problems after all of this!

Ice and Water Shield applied and windows installed

After finishing installation of windows and doors it was time for trim and siding. We have a goal of zero maintenance, so exterior materials are chosen to be maintenance free. Trim is Azek, a plastic material that is weather resistant and never rots. Expensive, but never has to be replaced. The rest of the house is sided with HardieBoard, a pre-painted composite cement board that is waterproof and comes with a 30 year paint warranty, so HardieBoard is also used here. This is another material that is expensive but we should never have to touch again.

The end result looks pretty good:

Three Season Room from deck
Three Season Room from the yard

Of course there is still more work to do – electrical installation and finish flooring as well as replacing the main deck and adding new railing. But the exterior work on the Three Season Room has been successfully completed before winter sets in.

I’m claiming this as a win!

Next: Back in Black! – the Imperial has a fresh coat of paint.

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Handle This!

With the boat running right after the previous article on Flat Mercury we can move back to getting the Imperial ready for paint.

The doorcards – the covering on the doors inside the car – needed to be removed to work on windows and for paint. Unfortunately the inside door handles are attached to the doorcard and come off with the doorcard – meaning you can’t open the doors from the inside. I’ve been working around this for months, being careful not to shut myself inside the car. Fortunately I never did this – nope, not once. Never happened. Never made the mistake of closing all the doors while I was inside. Nope, not at all. This especially never happened when the battery was disconnected, making it impossible to lower the window and use the outside door handle. Trust me, never happened.

Ahem.

Anyway, I needed some way to open the doors from the inside. While considering several excessively complicated ways of making a handle I happened to contemplate my scrap steel box.

Scrap steel from various projects

Hmm, those cutoff end pieces of steel tubing from a variety of earlier projects might just work…

A quick measurement says a 1/2″ hole will just fit over the door handle shaft. Setup the drill press and a 1/2″ hole magically appears:

Drilling hole in new door handle

Locking the door handle to the shaft is easy – flip the new handle on its side and drill and tap for a 1/4″ bolt:

Finished interior door handle

All that is left is to slip the new handle over the shaft and tighten the locking bolt:

Temporary inside door handle installed

Lather, rinse, and repeat three more times and I don’t have to worry about locking myself inside the car again! Which never actually happened, of course…

Confession

I take safety seriously. Pain hurts and I don’t like the sight of my own blood. But I slip up from time to time.

The most dangerous phase while drilling holes is when the drill bit breaks through the back edge of the part. The drill bit can catch and grab, pulling itself into the part. When using a hand drill it may just stall the drill. I’ve mentioned that this industrial drill press doesn’t stall…

I had the part clamped in the drill vise and had a good grip on the vise. No problem for the first 98% of the hole. Unfortunately, when the drill broke through the back of the 5/8″ thick steel part it grabbed and started spinning.

The vise was ripped out of my grasp, dragged the part up the drill bit, and EVERYTHING started spinning – both the part and the vise. The part plus vise was widely out of balance and promptly snapped the 1/2″ drill bit and sent the vise plus part plus one half of the drill bit flying through the air.

Fortunately the vise flew away from me – missing me completely and hitting the drill press where it left a large gouge in the massive cast iron base. Somehow my hand holding the vise wasn’t hurt. The drill press was running at fairly low rpm – but still fast enough to do plenty of damage in a fraction of a second.

Damage from flying vise

I got lucky. Really lucky. I wasn’t hurt, the vise is actually OK, and the damage to the drill press is cosmetic. The only thing actually broken was an $8.00 drill bit, making this a very cheap lesson!

The drill press table is set up so that the vise can be bolted to the table. If you look at the second picture you can see how the vise is bolted down. As it will be when I use the drill press in the future!

Next: while the Imperial waits for paint let’s tackle home renovation with A Room for Three Seasons.

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Flat Mercury

With paint prep finished in the last article Block Party Blues we can take a moment to look at other problems.

So, I have a boat… You may be familiar with the real world definition of a boat – “A hole in the water surrounded by wood/fiberglas/aluminum that you pour money into”.

Outboard motors have changed through the years. They used to be simple two stroke engines that were easy to work on. As the T-shirt says, “them days is gone”… Modern outboards, like the 115 horsepower Mercury we have, are computer controlled four stroke electronic fuel injected engines as complex as anything you will find in a car. Clean, powerful, and reliable – until something goes wrong. At which point the marine mechanics start smiling and mummering Ka-ching! Ka-ching! to themselves.

When we had the boat out on vacation last year it was running very badly. So badly that we left it tied at the dock and spent most of out time driving around Northern New Hampshire instead of puttering around the lake. This worked out OK; we found some new places that we want to visit again.

After we got back home we dragged the boat over to the marina where they diagnosed the problem as cracked insulators on two spark plugs (out of four), which they replaced and declared the boat “good to go!”.

On the next trip to the lake the boat ran better, but still not good. Idle was rough and the motor didn’t have any power. It took forever to get up on plane and top speed was way down. Basically, the engine felt “flat”. Sigh, more work to do.

Running through a mental checklist of possible problems, the top candidates looked like bad fuel (the gas in the boat was 2-3 years old), deposits building up somewhere in the fuel system – most likely the fuel injectors, or problems with one or more spark plugs.

Taking the suspects in order:

  • The fix for bad gas is to replace it with good gas. We ran the boat as much as we could while we were at the lake, going through 3/4 of a tank of gas. We then filled up with premium, on the theory that premium has more detergents than regular and will do a better job of cleaning the fuel system. Of course we did this at exactly the peak of the 2022 gas price spike – 19 gallons at over $6.00 per gallon. OUCH! That’s Imperial level pricing!
  • Cleaners help with clogged fuel systems. Since this is a marine engine, order a bottle of Mercury Marine Quickleen Engine and Fuel System Cleaner and dump it in the gas tank.
  • Since only two spark plugs had been replaced, order a set of four spark plugs and replace ’em all.

Replacing the spark plugs went normally for the first three. While removing the fourth I discovered the electrical connector to the coil pack was completely loose – not good as these are locking connectors. As soon as the plug was out I got very suspicious:

One of these is not like the others

Three of these plugs look like you would expect – some black soot from combustion, but they look great. The fourth plug, on the other hand, shows no signs of combustion. No soot, no deposits, and what might be traces of dried gasoline on the insulator.

In fact, it looks like what you would expect from a new spark plug if the plug lead was never hooked up!

This was too simple… Since I had new plugs I went ahead and replaced it. And then made sure that the coil pack connector was firmly locked in place!

Back out on a local lake the boat idled smoothly and jumped up on plane. I couldn’t check top speed on this small lake, but the boat felt “right”. I’m going to declare victory!

Next: one last thing to get the Imperial ready for paint in Handle This!

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