locks are easily reworked by a good old-time smithy who will engineer the key to fit rather than destroying the locks. If you need any detailed photos of inners etc., feel free to call. My machine is very reliable and has not failed in the few years I've had it. The raised areas should be bare metal with the inner painted in black. You can buff this up beautifully shiny as you can along the vertical stripes to the right of machine. It also knows the last jackpot paid and alternates to the second jackpot until won, then reverting back to the first jackpot. As you pull the handle, it cycles 2 coins into the left jackpot, then blocks the chute with a post and cycles 2 coins into the right. A cherry will pay 1, 2 cherries 4, 10 coins pay 8, 14 pays 12, 18 pays 14 etc. However, coins will pay out differently due to their thickness. Simply block the coin slug cutout with a bit of card or, better still, floor lino cut to shape as it wedges nicely. The 6d version will quite happily accept the new 5p without any mechanical fettling. This will illuminate the Jubilee motif and the reels nicely, giving it some ambience at night. They did not come with lighting, although you can place a small pygmy lamp at the top inside the case. Photos posted by others depict the schemes. The original colour schemes are either blue or the red. If you look inside the case, on the left hand side, you might actually find the original factory release label stating model of 'Silver Jubilee', and underneath this there should be an engineer's signature. Note on the jackpot version the 'silver reel strips'. I have a nice unmolested one in the standard blue, first slot I owned. Yes, the proper title for this jackpot version is the 'Silver Jubilee' and it was actually made in 1963. Slide the squeegee in and tighten all the bolts.The machine in question is a Jubilee Mk1. Now do all those previous steps onto the other site of the strut channel! Now we have a spolid squeegee holder. photo 15 and 16: view on the inside of the strut with all three clamping bolts screwed in.photo 10, 11, 12, 13, and 14: a series showing the insertion of the clamping bolt from both the outside and inside of the strut.photo 7, 8, and 9: a plywood strip is held onto the strut channel with bolts.photo 6: view from the inside of the strut channel.photo 5: view from between the plywood and strut channel.photo 4: a close-up of the t-nut from the outside of the plywood.Later we’ll see how these bolts will hold the squeegee in place. These t-nuts are pushed through the back of the plywood and provide threads for three clamping bolts. I found a piece of solid strut channel to which I affixed another piece of scrap 1/2” birch plywood which will act as a bolting mechanism to hold the squeegee in place.īetween the four bolts in the third photo are three t-nuts. This is where some really random DIY engineering starts.
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