Comments by "SeanBZA" (@SeanBZA) on "HumbleMechanic"
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While I am in there, involved chiselling open a ceiling at 10PM, so as to get the buried junction box open, so that I could make a new cable change direction. Luckily I did have 100m of cable for the conduit already, and got that floor free of the old rubber insulated cable.
Another involved removing nearly 20kg of old cable, inside the machine bowels, and replacing it with 100m plus of new, because I could not be bothered trying to trace where that spaghetti went, so took the original diagram and made the unit match it again. Whole load of mystery relays came out, including some tucked up in the wiring area itself, behind the steel cover, which in turn was covered with a whole host of pneumatic valving. Only used 4 packs of cable ties there.......
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Easiest thing for the floor is to simply rent a buffer, and clean it using the rotary brush attachment, water and detergent in the mix tank, followed by a rinse, then simply use a commercial liquid polish to seal it, probably 3 coats applied with a flat mop. Will seal the concrete from spills and stains, and will at least keep the dust down, plus easy to patch as all you do is strip with polish stripper, wash, let dry and then apply another coat. Do every year as a maintenance task, and it will still allow you to have bare concrete look, but a little more resistant. Downside is if you want to do epoxy afterwards you will have to diamond grind off a millimetre more of the surface to get to bare substrate, so add an hour or two to the epoxy job.
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@HumbleMechanic For you they are cheap, but for the rest of the world they are an expensive item, so I would want to keep it as good as possible, in line that in future i might want to repurpose it. Adjustable feet a good idea, and I would also apply the same surface protection to the underside, as that will at least keep the warping down if you live like I do in a climate where you have considerable humidity swings between seasons.
Would also add a row of socket outlets underneath, along with a desk hole and cover each end, so that you can have things like cordless tool chargers and such neatly arranged, but with the power cords out of sight and clutter. A length of slotted conduit as well under the sockets to hold the cord excess, and then a box and switch above, so that you can turn the whole lot off with a single switch at night, reducing the fire risk from dodgy wall warts.
If going the whole hog would also add a length of LED strip under the front, along with a switched power supply, so that you have easy lighting when down on the floor plugging things in, or fetching stuff from the shelves.
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I will say though they are very strong and safe vehicles. Where i used to live one got t boned by a Fiat Uno, which was skipping a red light, and hit the Porsche (less than a week old as well, under 200km on the clock) on the driver door, and punted it 80m down the other road. Uno was basically crushed back to the firewall, and the cabin itself was compressed and buckled as well. Porsche though, all 14 airbags deployed, car was bent front and rear and looked like a banana, but the driver just had powder burns, and a bruise from the side impact airbags, and was otherwise fine. But the thing was that, despite being hit on the driver's door, and having a massive dent in the door, the cabin was still intact, only slightly warped, and that door both was still openable, albeit with bent metal impeding you, but also still would close and latch properly again. Uno driver had to be cut out of the vehicle. Both written off. Uno driver left in ambulance with police escort, and Porsche driver left with a friend who picked them up. both left on lowbeds, one because there was no way it would tow, and the other because all wheel drive, and towing companies not wanting to get the bill for the extra damages from incorrect tow.
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SAE tooling for that banjo bolt because they are still an imperial thread, and you will never be able to change that, as it is a 1/4 inch pipe fitting. Just remember your caliper bolts, brake fitting threads and all hydraulic fittings are a metric equivalent fitting, because the old stuff was changed to nearest size.
2.5 and 4mm hex keys, very common in industrial machinery, though I will tell you that, if they do get seized fast, the easiest way to get them out is to have a few of those ultra cheap 30 piece 1/4in hex driver sets, and look for the Torx bit that will just not fit in, and tap it into the damaged hex head, so you can turn it out. Will get it out, and if you do not have a replacement capscrew, you can put it back in again with it, and wriggle it with a pair of pliers to get the bit out, making it into a Torx head.
Done that very often, because you might need that machine to run right there and then, and driving to get a new one, adding an extra hour of breakdown time, is often not an option. Make a note to keep that size as spare parts, for the next visit. I go through a lot of those size, M4 and M5, as they are a common thread, and you find often the stainless steel will gall fast to the aluminium parts if you do not use a thread sealer on them, especially if they get hot. I also have the thread repair kits for those sizes in various lengths, and the extractors for the broken screws, though you really burn through cobalt drill bits doing that, especially for the 8.8 high strength variant, and the left hand thread version drill bits are stupid expensive, even in plain HSS.
Ridgid do make a really nice extractor set, but sadly the lifetime warranty does not apply by me, so I have had to buy some replacement sets along the way, because I always break the smaller sizes.
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