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SDTM Cary Hardy: Saving Swords of Fury Pinball Part 2

Straight Down the Middle·video·15m 8s·analyzed·May 16, 2019
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Analysis

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TL;DR

Carrie Hardy repairs Swords of Fury backbox damage, fixes 16 severed wires and bad fuses before smoke test.

Summary

Carrie Hardy continues her restoration of a Swords of Fury pinball machine in part 2, focusing on cleaning the MPU board, identifying and repairing 16 severed/chewed wires in the backbox, replacing a bad fuse, and testing fuses using multimeter resistance readings. She documents the repair process using soldering and heat shrink tubing, then prepares for a power-on smoke test, ending on a cliffhanger about whether the machine will power up successfully.

Key Claims

  • The Swords of Fury machine sustained damage from rodents that chewed through 16 wires/connections and snipped multiple cables in the backbox

    high confidence · Direct visual documentation of damage; Hardy identifies chewed wires, snipped knock record cable, and damaged fuses throughout the video

  • Hardy uses isopropyl alcohol or deionized water with a soft bristle brush to clean heavily soiled circuit boards

    high confidence · She demonstrates the cleaning technique on the MPU board, showing dirt from dirt daubers and explaining the methodology

  • 5 amp slow-blow fuses are the most commonly used fuse type in pinball machines and should be kept in heavy stock for regular maintenance

    medium confidence · Hardy states this as maintenance advice while replacing a bad 5 amp slow-blow fuse during repair

  • Testing fuses in-circuit using multimeter ohm readings can yield inconsistent results across different circuits, making out-of-circuit testing the more reliable method

    high confidence · Hardy demonstrates both in-circuit testing (showing variable resistance readings) and explains the limitations of the method

  • Visual inspection alone cannot reliably identify blown fuses; multimeter testing is necessary even when a fuse appears intact

    high confidence · Hardy shows a fuse that 'looks good' visually but then tests it and determines it is bad, emphasizing the need for testing

Notable Quotes

  • “I gotta be frank with you guys still gonna have a little bit of a cliffhanger because I've honestly misplaced / deleted some of the footage from which I go over all of the defects that I find within that back box”

    Carrie Hardy@ 1:07 — Sets up the episode structure; acknowledges missing footage of initial damage discovery but compensates with demonstration on working machine

  • “Snipped and removed from that fuse you had wires down here that were snipped you had wires that were over here that were I think it was this one this one had wires that were all snipped you had wires going somewhere up here... I say snipped I mean they were probably chewed up by rats or mice or they might have actually been cut”

    Carrie Hardy@ 4:30 — Describes the extent of rodent damage to the machine; identifies 16 total severed connections throughout the backbox

  • “Non-metal obviously it's best to avoid putting too much pressure without tearing up the board I utilize this tool along with isopropyl alcohol or you have the ability to get deionized water than by all means use deionized water”

    Carrie Hardy@ 5:45 — Technical guidance on proper circuit board cleaning to avoid damage while removing dirt and debris

  • “5 amps slow blow it's gonna need one of those 5 amps slow blows are like the most commonly used for your machines I suggest you keep a heavy stock of those that this is something that you do on the regular”

    Carrie Hardy@ 9:14 — Practical maintenance advice for pinball machine operators and hobbyists

  • “If this is a good working fuse if I put one in there probe on each one I'll get maybe like a point something very low resistance so now if I put it on a fuse that is burnt out I'm gonna get a higher number”

    Carrie Hardy — Explains multimeter ohm testing methodology for in-circuit fuse testing, demonstrating the resistance differential

Entities

Carrie HardypersonStraight Down the Middle: a pinball showmediaSwords of Furygame

Signals

  • ?

    community_signal: Carrie Hardy creating detailed educational content on pinball restoration techniques, including proper cleaning methods, fuse testing, and wire repair procedures

    high · Hardy demonstrates multiple repair and testing methodologies while explaining best practices and reasoning, positioned as instructional content for viewers

  • ?

    product_concern: Swords of Fury machine sustained significant rodent damage to backbox wiring and components, requiring replacement of 16 severed wires and multiple fuses, indicating potential storage/environmental issues with the machine's history

    high · Visual documentation of chewed wires, snipped cables, damaged knock record connection, and bad fuses throughout the backbox

Topics

Pinball machine restoration and repairprimaryCircuit board cleaning and maintenanceprimaryElectrical troubleshooting (fuse testing and replacement)primaryRodent damage to pinball machinessecondaryMultimeter usage for electronics testingsecondaryPinball content creation and documentationsecondary

Sentiment

positive(0.78)— Hardy maintains an upbeat, educational tone throughout despite challenges (missing footage, extensive damage). She expresses frustration about the lost footage but pivots to creative problem-solving. The emphasis on learning and sharing technical knowledge maintains positive community engagement. Cliffhanger ending adds excitement rather than negativity.

Transcript

youtube_auto_sub · $0.000

oh please let the batteries be in tact here we go [Music] what's up guys and welcome back to another episode on straight down the middle my name is Carrie Hardy and I talk and do everything pinball so if that sounds interesting to you then hit that subscribe button down below so here we are now we're on part 2 of saving swords of fury now when I ended last episode it was obviously on a cliffhanger for most of you and I got to be a frank with you guys still gonna have a little bit of a cliffhanger because I've honestly misplaced / deleted some of the footage from which I go over all of the defects that I find within that backbox now I'm gonna get a lot of flack for this and trust me no one's more pissed off than me about it and I even tried doing hard drive recoveries to recover the davut data that I deleted but evidently it's gone so what I have done though is a little bit fancy and a little bit stupid and I'm gonna do a dramatic reenactment of what happened whenever I open the backbox [Music] too much now okay Plus let's turn it down a notch and let's just try just straight reenactment style oh no my boards are messed up whatever will I do okay that was bad that's just bad that was horrible granted that I have misplaced some footage but I am trying my best to make sure I don't delete anything else on my harddrive related to pinball so what I will do is do my best to go over what I did see on the currently working fully that I'm sorts of fury that I have behind me showing you at least an image of one of the main defects along with all of the other stuff that I described out it's really mainly I'm just missing the beginning of when I first discover everything in this backbox guys so don't be thinking that I'm missing a giant polka stuff is literally I want to say just the beginning where I actually go over all that I find in the backbox that is messed up so without further ado let's start it up alright so this is my current source of fury so I just want to point out and try to record what I can show you was on my board or on I want to be able to show you at least give you a visual on what I saw upon opening so the first thing I noticed when I first opened it was right here was a pretty decent sized our top Ernest that was on my mp built up right there that was the main thing then you had your your knock record this was snipped right there this cable was from like snipped and removed from that fuse you had wires down here that were snipped you had wires that were over here that were I think it was this one this one had wires that were all snipped you had wires going somewhere up here in this vicinity that he that were all snipped I say snipped I mean they were probably chewed up by rats or mice or they might have actually been cut let's see there I can't remember what all cables were cut and I want to say that might have been it but uh yeah we'll go over everything else all right so here's the mpu and as you can see the board looks really good and how I II got that off is by using [Music] this brush right here still got powder coming off from there from the dirt daubers mist so just using this little bristle brush right here nonmetal obviously it's got room to give without tearing up the board I utilize this tool along with isopropyl alcohol or you have the ability to get deionized water than by all means use deionized water regular water would work as well depending on how clean your water is I don't like using it your best best probably getting to steel of water but I don't want to use city water due to eating type of it like you know particles that are in it I just I don't that's just me you do what you want but essentially IPA or your distilled water and a good little scrubbing with this tool right here was able to wear all that dirt and grub down and there's no longer there so that took care of that so that pretty much went over the defects that were found in the backbox and the other footage that I'm missing is essentially where I go over how I went about repairing all the broken wires that are in this backbox now I want to say I mentioned in the video there's a total of sixteen wires or sixteen tabs of red tape or connections wise that's coming up in the next portion but essentially how I repaired these wires is by of course soldering the wires together and then heat shrinking tubing over the part that I've soldered so that way we know that we've got a secure connection on the wire that it's not just twist tied together and live with some electrical tape a rig job know that is what I did all right so this is where we have cut wires everywhere there's red tape so that goes to this these two right here go to the knocker which is over here which I've also got red tape on right here these three go to this connector right here do these three then you have a wire down here that goes to this connector down here and you have this one right here this two right here for the flasher bulb I don't think it's a flasher oh yeah it's a blinker and it's a controlled one uh so let's see here what else do we have is the total of sixteen I've got 16 tape wires so I'm gonna have to do repair on those oh yeah and I almost forgot rip ribbon cable right there and right there all right so gone through and repaired all the broken wires so now everything should be connected the way it's supposed to be now I'm going to be verifying that all my fuses are intact so let's go through that process I've got bad fuse [Music] all right so I've got a bad 5 amps low blow it's gonna need one of those 5 amps slow blows are like the most commonly used for your machines I suggest you keep a heavy stock of those that this is something that you do on the regular always of course check your fuses before installing them to make sure that they are good whatever you are installing them so new fuse is there all right so let me tell you a method about checking your fuses while they're in circuit I met that I use is by putting my multimeter on home readings and let's say for instance I know that this top T's is bed this one right here is bed this is no bueno so a way to test this is if this is a good working fuse if I put one in probe on each one I'll get maybe like a point something very low resistance so now if I put it on a fuse that is burnt out I'm gonna get a higher number so anything that's slick let's see yeah 10 point you know on it and it moves around static so that's basically let me know that it's not going between this fuse right here to connect to these probes it's going throughout the circuitry to get to the other probe and measuring the resistance between them now I've out test another fuse that I know is good it's going to show me pretty much zero two point something resistance because in a very little resistance between this fuse it's going probe the probe right here in the fuse that's a method I'll tend to use when checking my fuses while and circuit now granted guys one of the downsides to using the method of the own readings per your fuses is that not every circuit is I did so you're gonna be getting a various difference of readings from fuse to pews and from board to board it's not gonna be the same your best method is of course removing the fuse and checking it using your multimeter all fuses are verified I think it's time for the smoke test all right I want to go over something with you guys about checking your fuses by simply looking at them so if you were to simply look at this fuse inside the game you'd be like it looks good to me no burnt spots no blacking this no brokenness in the wire but just both sides of it nothing not a supposed to be let me know that it can see the other poor nothing and that's why you don't judge a fuse by its looks test your fuses [Music] overnight it's the moment of truth we'll go ahead and install the three balls I'll keep one ball down in there in the a hole just to make sure the solenoids are all going to work don't have any batteries in there because chances are those battery connectors not even going to work so I think we should be good to go oh there's two fuses I did not check those fuses are good time for a smoke test here we go three well plug it in I don't know the power switch is currently on so I'm just gonna plug it in and we're gonna see what happens all right three two one I did it again huh cliffhanger docks I know so that's gonna wrap this video up what do you think happens whenever I hit that power switch does she power right up with zero issues do I see magic smoke or does nothing happened let me know what you think is gonna happen in the comments down below before you go be sure you give me that thumbs up that way I know that you enjoyed what you saw and maybe even learn something and if you haven't already do not forget to hit that subscribe button down below that way you can be notified of whenever we upload something for you your viewing pleasure until next time guys ASAP [Music] you
@ 10:01
  • “Not every circuit is I did so you're gonna be getting a various difference of readings from fuse to fuse and from board to board it's not gonna be the same your best method is of course removing the fuse and checking it using your multimeter”

    Carrie Hardy@ 11:14 — Acknowledges limitations of in-circuit testing and recommends best practice of out-of-circuit fuse verification

  • “If you were to simply look at this fuse inside the game you'd be like it looks good to me no burnt spots no blacking this no brokenness in the wire but just both sides of it nothing not a supposed to be let me know that it can see the other poor”

    Carrie Hardy@ 12:02 — Teaches that visual inspection of fuses is unreliable; demonstrates a fuse that appears intact but tests as defective

  • “I did it again huh cliffhanger docs I know so that's gonna wrap this video up what do you think happens whenever I hit that power switch does she power right up with zero issues do I see magic smoke or does nothing happened”

    Carrie Hardy@ 14:10 — Ends episode on cliffhanger, setting up expectation for part 3; uses humor to engage audience