Metz 45 CT-1 Flash gun

I was given a professional flashgun with a number of issues. Let’s get it fixed.

I love working with flashguns, but believe me they are highly dangerous and potentially deadly pieces of kit, once you get under the skin otherwise known as its protective casing. I inherited this one from a good friend of mine who is a professional photographer, the post regarding what he passed on to me can be found here: Cameras…i need more!

Now please do not go delving into the back of these things unless you know what you are doing. Yes they might only be powered by 6-9v of power from your batteries, however in the process of getting to the point where they unleash a lightning flash for your photographic opportunity, they have passed through a component called a capacitor, that greatly amplifies the voltage from that measly 6-9v from your batteries up to what is now between 3-400v for the flash. Yes, you read right, 400 VOLTS.

That can kill, and if it doesn’t, you have been very fortunate, but will probably bear an entry and exit burn where you made contact with that very component. You have been warned – take heed!

Here’s a little about this flashgun. They were manufactured circa 1979.

The Metz 45 CT-1 is a classic, powerful handle-mount flash gun known for its “hammerhead” design, high light output, and versatile features like a swivel and tilt head. It was a popular and durable accessory for professional photographers. 

Key Features

  • Guide Number: The flash has a high guide number of 45 metres at ISO 100, indicating powerful light output.
  • Exposure Control: It features an analog control display and offers five different “tele-computer” automatic aperture settings, allowing for easy exposure control in automatic mode.
  • Versatility: The flash head can swivel and tilt, allowing for bounce flash techniques to achieve softer, more flattering light. It also includes a built-in wide-angle diffuser.
  • Compatibility: The 45 CT-1 is a non-dedicated flash with a standard sync cable connection, making it universally compatible with many cameras, both film and digital (with caveats).
  • Power Source: It typically uses a rechargeable NiCad battery pack or a holder for 6x AA batteries.
  • Durability: Known for its robust, professional construction. 

Google

Assessment:

To be honest on first receiving this unit, you didn’t know what was coming, but you could certainly smell it. Within the box the smell of battery corrosion was heavy. It’s a hard smell to describe but once you have dealt with it you know what’s coming, and this smelt really heavy.

The smell was coming from two battery pods that play in to the base of the flashgun arm. Thankfully they had been kept separately, and their spread of “Corrosion” was not able to get to the main unit.

The main unit itself had a problem in that the head was floppy, unable to be at any other angle than straight up or, flat down and nothing in between, and something was rattling about inside of it.

So bearing in mind my sermon at the start of this post, I gloved up, armed myself with my capacitor discharge probe and cracked the unit open.

Repair:

Straight in at the head of the unit and I went in search of my nemesis. The charge capacitor. And it wasn’t that hard to find. Sitting there all inoffensive and bright yellow, it was rated at 360 volts. As I had put a small load on it earlier to test its operation it was sitting there still holding a charge of 260 volts, needless to say I made sure this was discharged before I commenced any work in the area.

The “Knuckle” that the head pivots on is just behind the capacitor, so it made sense to discharge it.

The piece that was rattling about was relevant to the reason the head wasn’t able to pivot, it was once part of a rectangular washer that had a serrated side that would mesh up against the head that was also serrated to create a clicking action to angle the head at any point between zero and ninety degrees.

The broken mesh washer

As parts for these had ceased production years back it was time to improvise.

Here is the setup as it was originally.

Original setup

You will see a chrome bolt, that has a spring along its length that would have applied pressure on the mesh washer that is now broken, allowing the head to click into varying angles. To make up for this I have now added a washer on either end so the spring no longer gets depressed, and where the old mesh washer used to be I have now added two small “crinkle” washers that should now take over where the mesh washer was originally placed. the washer at the other end prevents too much compromise, allowing more pressure to be added at the securing end with out damage to the plastic frame.

I’ve tried moving the head and although there isn’t the clicking now, the head does remain in position, whatever angle it is placed in. There is free movement around all axis, and the head stays where it is placed. I’m happy this has been repaired in that sense. Let’s get the casing back on.

The next issue is the corrosion issue. Below you will see before and after photos, all that was used here was an old tooth brush, cotton buds, tooth picks and isopropyl alcohol. And a lot of time and patience

Once these were cleaned, I used a multimeter to check their continuity and all seemed fine. A final clean with some antibacterial cleaner has left them looking and smelling a lot sweeter than when they first arrived.

Reassembled, polished and smelling fine

A very brief video showing its operation.

One minute of unadulterated flashing

And with that, apart from a good old polish I think we are done here.

Result:

Look at me

And doesn’t she look gorgeous after a good Polish?

This flash was really destined for the dump, and has now been given a new lease of life. Perfectly usable, in a very good condition and a lovely piece of photographic history. I’m so pleased with how this project has gone and so proud of myself for saving yet another classic item from landfill.

Thank you so much for passing by, as always you know it is very much appreciated.

Fuji Finepix S1500

I purchased this item from EBay in April 2024 and have only just got around to finishing what had been a draft post put together all that time ago. I had written about it briefly in this earlier post Fuji Finepix S1500

A little bit about this digital “Bridge” camera

Successor to the S1000FD (at the time the world’s smallest 12x zoom camera), the FinePix S1500 is the latest in a long line of very compact SLR-styled big zoom cameras designed to appeal to those wanting a lot of lens on a tight budget. The big change is the inclusion of optical (CCD shift) image stabilization, making the long zoom a lot more usable in less than perfect light, and for the money you’re getting a lot of features – including full photographic controls and a 7.5fps burst mode (at reduced resolution) – in a lightweight package. Price on the market back in 2009 was £219:00GBP

DP Review

Assessment:

This camera was launched in 2009. The unit has arrived and is cosmetically tidy, however when you open the battery door the issue is obvious, two of the contacts are badly corroded and despite some initial cleaning there is no continuity and no power present. The unit is very much dead and not working.

A tatty and unloved camera

The issue with these units is that the power chambers are hard to access and to get to the point where the battery connectors are, you have to remove the powerboard assembly and this involves de soldering a number of points. There does not however appear to be any major signs of corrosion on the visible side of the board, when it’s removed it may reveal a darker issue hidden below.

Power board assembly

It’s going to be no easy task but I may look at running six volts from the bench power supply to a point on the power board assembly to see if I can breathe life into this camera. I don’t want to waste time in the battery terminal area if there are issues elsewhere on the unit.

Repair:

Looking at the boards again I am not going to pay them any further attention. The contamination has not reached under them and is isolated to the battery chamber so that’s where I will concentrate on.

I’ve started with the contacts on the battery door, as you can see above, they are particularly bad and have no continuity through them.

When reassembled the door section looks good, it will just need a good clean at the end.

Before and after

Rather than dismantle the whole camera, and because I know there is no contamination on the main board I was able to get down into the battery chambers with a steel braid pen that I have, that allows me to gradually scrape off the contamination. Followed off with a good chamber clean of Isopropyl alcohol, I was able to get the remaining acid contamination out of the camera.

Attacking the contamination in the battery chamber

Result:

Once I did all of this I paid some more attention to the exterior using some car cockpit polish, this removed those horrid white sweat marks you see on the faux leather coverings of these older cameras, and it came up quite well and had a lovely vanilla smell to it .

Polished

I have turned it on and hey presto we have life. Everything is working as it should. It’s a 10 Megapixel camera and I have a 1Gb Sd card installed and it is taking pictures as expected.

Nothing more really to say about it, it cost me about £6:00GBP spares and repairs as it was totally dead, thankfully we’ve managed to get it working instead of breaking it up for spares that would more than likely never be used anyway.

This unit is of no real use to me, so I will get it up to our local Hospice shop for them to sell on.

Even if they only get a few pounds for it, it will benefit someone who needs the help and assistance.

So another item saved from the scrap heap. Might be of use to someone.

Thanks for passing by.

Systema/Krypton – Horizon computerised travel chess set

What the listing stated:

The item has previously been owned before and unfortunately the batteries were left inside to corrode. When tested the computer part does not work.The pieces are a complete set for playing without the computer. Please see photos.

EBay

The unit looks clean cosmetically, and all the pieces are present. The computer side is not working probably as a result of the corrosion that is present in the battery compartment.

So I’ve paid a grand total of £11:49GBP for this unit which is probably slightly above its value. However it was from the St.Helena Hospice in Colchester, so I do not have an issue with this. In fact if I can get it working it will be donated straight back to a hospice I support here in Leicester – LOROS hospice. So all around, everyone benefits. I don’t play chess so it will not be used by me, I believe this unit was originally released circa 1996, so it is roughly 29 years old.

A really simple video, regarding how this unit works

Not much in the form of instructions online, however I have managed to get hold of some pictures of a quick start guide that should suffice for the moment. I’ll try and get full instructions from somewhere. In the meantime, the video above shows how easy it is to setup and use.

Let’s wait for its arrival to make an assessment.

Assessment:

The item has arrived and cosmetically it’s not too bad. There is some writing ink on the lid, and some staining on the base. but nothing that a good clean wouldn’t see to.

Open the battery compartment and all contacts are in serious need of a good clean or replacement. Battery corrosion is bad. All playing pieces are included and that’s always a bonus. I do believe that the issue here is purely to do with the acid corrosion, as when tested with a multimeter there is no continuity through the contacts. If the corrosion hasn’t gone too deep this should not be too much of a problematic repair.

Repair:

Now inside of the unit we can see the extent of the corrosion and thankfully it hasn’t reached the circuit board as the battery compartment sits just to the side of it.

I’ve disconnected the wires from the battery compartment so i can it take it away and concentrate on removing the contacts and cleaning them, or completely replacing them.

The contacts are in such a poor state and so far beyond recovery that I have decided to replace them all. I need two single and three double AAA size contacts. Luckily I do have plenty of these in my current stock.

Prior to fitting the new contacts I will give the entire battery compartment a good clean with some IPA to remove the residual contamination. I will then dry the unit and just use some furniture polish to buff it all up and make sure it’s as clean as the day it left the factory. Once this is done the new battery contacts can be put in place. I can then re-solder the two internal battery wires back into place.

Contacts checked to see power is a available

New AAA battery contacts in place I just put in the batteries, to confirm continuity with the multimeter. A good 6.4v indicates this part of the repair is good and that the contacts are all working.

Next I’ve decided to replace the two wires from the battery compartment to the circuit board, as the wires, especially the negative one appears very brittle, probably a combination of age and the battery acid contamination.

Two new power wires

I’ve tidied the wire run up by using some Kapton tape to secure it to the shell so there is no chance of a wire pinch.

Before closing the shell up, I use some hot glue to put the speaker back into place.

A bit of hot glue to secure

Now we can get the last four screws in place to secure everything together.

Then switch on…does it work? You betcha, it does everything that it’s meant to, and even though I don’t really know how to play, I do manage to challenge the computer for a good ten minutes. It’s been a great test run and even though I’m not that clued up it is working how it should and is now back in a perfect working order. I’ve created this little video below.

It’s working

Now just a little spit and polish and we can bring this repair to a close.

Result:

It’s polished up well apart from a bit of age staining on the rear, this makes no difference as it’s only the hidden part of the case and every game related part of the unit looks fantastic and it works just fine.

Really pleased with this especially as it’s going straight to our local hospice for them to sell on. It was brought from a hospice, and is going back to another, what better way to generate funds for them. I can’t play chess so this unit is wasted on me. Might as well pass it on to someone who’d appreciate it whilst giving some much needed financial support to a most worthy cause.

Another one saved from landfill. Win win all around.

Thanks for passing by and reading this post. It’s always very much appreciated.

Nintendo Gameboy Printer

What the listing stated:

Listing for a FAULTY Nintendo Gameboy printer unit.

The printer is FAULTY, it has a lot of battery leakage in the battery compartment, so doesn’t currently power up. Some of the terminals look like they should clean up pretty well, but i cannot guarantee. 

As it doesn’t power up, i haven’t been able to test it. So can’t guarantee thats the only issue.

The casing has some discolouration, marks and other imperfections here and there.

I haven’t attempted any repairs and cannot guarantee it is fixable. 

SOLD AS FAULTY/spares/repairs.

EBay

Here are the supplied pictures:

I think I’ve got my work cut out with this one. It’s another piece of unloved technology from 1998 looking for a new life. I’ve paid a total of £19:89GBP including postage for this item, probably at the higher end of what I’m comfortable with for an item in this condition. It has some serious corrosion issues that could go a lot deeper than just the battery contacts. There is a definite issue with discolouration, however I’m happy with that as it will be my guinea pig for my first attempt at retrobrighting, this process i discussed in this post a few days back: Retr0bright – What’s that then?

My plan of attack for this unit is to completely dismantle it, give it a thorough clean, retrobright the casing and then attend to the electrical / component issues.

Here’s some history about the printer unit:

The Game Boy Printer, known as the Pocket Printer in Japan, is a thermal printer accessory released by Nintendo in 1998 which ceased production in early 2003. The Game Boy Printer is compatible with all the Game Boy systems except the Game Boy Micro and is designed to be used in conjunction with the Game Boy Camera. It also prints images from compatible late-generation Game Boy and Game Boy Color games. It runs on six AA batteries and uses a proprietary 38mm wide thermal paper with adhesive backing, originally sold in white, red, yellow and blue colors. In Japan, a bright yellow Pokémon version of the Game Boy Printer was released, featuring a feed button in the style of a Poké Ball.

Wikipedia

If I manage to get this into a working state it will be added to my GameBoy collection.

I just need a suitable lead to connect between the console and the printer, and a small roll of 38mm wide thermal paper. I’m currently sourcing these.

Assessment:

Well it certainly has the yellowing issues and I will cover that in a separate post where I will have my first attempt at Retrobrighting the unit. With batteries in place, the unit is very dead and no matter how many times the switch is operated, it remains dead. Battery terminals are a mess and there is a lot of evidence of battery leakage and corrosion.

The board inside hasn’t been that badly affected by the corrosion, however one track from the battery terminal was showing signs of decay and will need attention. There are parts of the board that will need reflowing as there are some dodgy looking solder joints.

I’m happy that all the issues have been identified and I do actually have the items to carry out the repair. I will focus on the external issues such as the yellowing before dealing with the contacts and main board issues. Stay with me now, the repair begins.

Repair:

The Retrobrighting process for the shell assembly can be found in a separate post here: First attempt at Retrobrighting.

Wow

Needless to say the results are fantastic and I shall look at incorporating this method into more of my future projects. I have since given the case a second treatment and it is pretty much perfect with no sign of discolouration.

As you can see in the pictures above, the battery compartment suffered from some severe acid contamination. Using a grinding pen and a lot of cleaning solution, three of the five contacts were saved but two were beyond repair and I had to replace these with new contacts.

I then loaded the battery compartment with new batteries and then checked the two terminal ends to assure continuity, this was confirmed and continuity exists throughout. As a result the battery issues and power supply have now been resolved.

I mentioned that one of the tracks on the main board was showing signs of corrosion. I filed this down, cleaned it, and then brushed the board down with IPA and checked the continuity and this was fine. All suspect solder joints have also been reflowed, they are all looking good and new.

I had previously removed the motor from the board to assist with cleaning, as i didn’t wish to damage any of the ribbon cables. I then reconnected the cleaned and freshly repaired board, to the restored battery compartment to see if anything lit up. It sure did.

We have a light

This was pleasing as it now showed that we had continuity from the battery compartment to the board. I then added the motor back in and we also had some movement.

Movement restored

This again was very pleasing as everything we have done so far seems to be working. However it proves nothing yet until I can get the correct cable and some correct sized thermal paper to see that it actually does print, or even advance the paper. Those items are being sourced, and I don’t want to jump ahead of myself just yet as there could still be a number of yet to be addressed issues that may arise. It’s very much a fingers crossed period until we can test the unit properly.

Let’s clean all the other plastics whilst we await all the other items to be attended to.

All washed and drying out

Now we will commence reassembly.

All restored, working and looking pristine

Now all assembled the motor moves into position when turned on, the feed button also works. The paper rolls for these units are at the moment extortionate and selling for about £10GBP for the tiniest of rolls, and I’m not paying that. I have a thermal printer at home and I have cut some of this paper to size to test the transport, and this works just fine. Just awaiting the cable to connect the GameBoy to the printer. Fingers still firmly crossed.

Result:

I’ve just found out that if you hold the feed button whilst turning on the unit you get a test message. I’ve done this and I’m pleased to say the unit is fully working.

It’s working perfectly

I’ve also connected it to my game boy and the game – Pokemon pinball, and was able to print off the high scores. It truly works.

High scores

I’m just so pleased how this project has gone. It has been a complete refurbishment, clean, and I have even managed to reuse the original stickers. The unit looks pristine and really is a nice piece of kit. This goes into my GameBoy collection and has many more years of good use left in it.

And to think this would have probably ended up in landfill. Scandalous. The cost of repair to me has been less than £2GBP and the majority of that was for the peroxide solution to do the Retrobrighting.

Great result. Very happy with this.

I can now uncross those fingers. All is fine.

Thanks for passing by, as always most appreciated.

Tiger “Sonic the Hedgehog” handheld console

What the listing said:

Console is sold as nonworking, shows no sign of life. Item is in good physical condition but there is a lot of corrosion in the battery compartment

Ebay

I’ve decide to look into what seems to be the “New Antique” sector of retro gaming. The prices being commanded for 1980s/90s old school gaming is crazy with many small handheld items that would have cost a couple of pounds being sold into the hundreds. Absolutely nuts!

Sonic – Tiger console

My decision making process on this was simple. I love hedgehogs, we have plenty of hedgehog visitors to our garden, so what better game than “Sonic the Hedgehog?”

Anyway, at the cheaper end I managed to bag this for £9 GBP. If I get it working, those units are selling between £20 – £45 so I should at least get my original outlay back, pending on what work needs doing.

So here we go….

Well, it’s arrived and cosmetically it looks fine.

Looks good cosmetically

Now I opened the battery compartment and could see no corrosion, on opening further I noticed some of the screws had been threaded so I guess someone has been in here before me. And I was right. The corrosion can be quite clearly seen on opening the unit.

Where the corrosion is on the negative terminal, a wire is also disconnected, hooray I thought, an easy fix. Hold on tiger, it’s not that simple. it appears the corrosion has leaked down the wire to where the negative wire joins the circuit board, in fact all four wires at this point are holding on by threads of wire. These will need re soldering.

This game appears to be from 1992 according to the stamp on the main board.

The negative terminal connector is broken, i have some replacements on order but I’m going to repair this one.

I’ve taken the corroded rivet out that held the spring. I’ve found a small screw and have used this to connect to the plate. I’ve cleaned the whole lot with wire wool and have cut off the excess screw and filed it all down. It now looks as good as new and no cost involved. I will finish it off with a dab of solder on the back to ensure good contact is maintained.

Peering underneath at the board it all looks ok, needing just a good clean with IPA. However, I’m not really going to be able to confirm this until I’ve re soldered and checked continuity from the batteries.

Signs of light corrosion under board

There could be some damaged tracks, again I’ll know that when all the basic setup and tests have been done. There is also a possibility the speaker could be damaged as the corrosion has reached there. I’ll test with the multimeter in the meantime. That all checked out ok and the speaker is fine.

I’ve given a good overall clean with some IPA and the entire unit inside and out looks as good as new.

I’ve replaced both the power cables from the battery unit as one had fallen off and the negative one had looked as if it had been crushed. I was changing so it made no odds to change the other.

New power cables

I ran some checks with the multimeter and everything is fine, all tracks are good and it looks as if the corrosion was localised, this unit has dodged a bullet.

Batteries in and it’s now working well, see this video short:

When you don’t know what you’re doing

However, as I’m not a gamer I have absolutely no idea what I’m doing, it makes a lot of noise and appears to work but god knows what I do. It certainly does a lot more than it did when I received it.

Another one saved from landfill.

Big Trak CE3962 restoration

Big Trak CE3962

I refer you to the post I wrote earlier in June 24: Teenage jealousies revisited

Here I purchased the toy I most wanted back in my teenage years. Unfortunately I wasn’t available to get the original MB version produced in 1979 so I had to settle for the latter “improved” version made by Zeon Ltd that was made in 2010.

It’s arrived and to be honest dosen’t look too shabby, needs a bit of a clean up and maybe some new transfers applying but we’ll get to that at another time, for now we need to try and get the machine up and running.

I’ve eventually managed to get the lid off. This unit was built to ensure that it was difficult to get into so repairs couldn’t be carried out. Some of the screws are buried under fascia dressings, and if you aren’t careful you could end up snapping some of the body shell.

With the two halves of the body shell detached it’s obvious there are some detached wires. One was a battery wire, one was a speaker wire. Oh if this was the issue wouldn’t it be great? But it wasn’t. I soldered these wires back into place, put the three D types in place and it was still dead.

I’ve now desoldered all connections from the circuit board to assist in carrying out checks for continuity and tracing voltage. I can also check the board under the microscope. I may change all the capacitors for SMD ones.

I started checking continuity and tracing voltages and was doing really well until I got to a large section of the main board where everything seemed dead and unresponsive. What the heck was going on here? And then I noticed the wire had detached from the positive probe of my multimeter thus ending any further testing for today. I need to order some new probes. Well, I’ve ordered some nice new probes and croc clip connectors as well, so as soon as they arrive I’ll get back on with the testing. They arrived and were damaged on arrival, so back to the drawing board.

I took the drive train to pieces and here it became apparent that a number of the cogs are damaged. I believe there is also some issues with the motion detector but I can’t confirm that until I get some power into the motors. I can’t find spare cogs online so I have ordered myself a second damaged unit to use as salvage. To be honest this new unit has all the transfers in place so I will probably use that shell and the guts of my original unit to form one complete Big Trak.

New donor Big Trak – better than my original one

The donor unit has arrived and boy I’m impressed. It’s in far better condition than my original one, so as expected this one will become the working unit and my original one will be come the donor. Any parts left over will be sold on as spares or even used on another damaged one if I can source it.

My new Bigtrak

If you look at the video above you will see the new Big Trak going through the motions. However the one thing it dosen’t do is turn. Could be a wheel sensor issue who knows. Good thing is that the cogs haven’t broken as the drive wheels are both solid and not free wheeling.

There are only two real issues with the donor here. Firstly it will not do the turn command and secondly, one of the drive wheels is damaged. Luckily I have a spare wheel so this was swapped over, some decals were missing but I coaxed these off my old truck with a hot air gun and reapplied them with no issues.

Looking into the drive issue meant opening the gear box. In here we have two magnetic independent gear controls that should have a gap between them, these two were stuck together thus rendering independent motor operations of the turning control useless.

I removed the two motors and repositioned them and the cogs holding the magnetic gear, this gave a gap of about 3mm that now allows the wheels to turn in opposite directions allowing the unit to turn.

Now the Magnetic sensors are adjusted….it turns

Whilst in this gear box I was able to confirm the issue with my old gear box and it really is all down to two damaged drive cogs that I need to obtain. I’m pleased with that as I could now get two good working units for just a small outlay once I can source some cogs. I will have to repair the wheel I removed to replace the one on my new unit however I have an idea how I’m going to remedy this and again it’s a low cost option. But that’s a job for another day.

2:18 of rebuild magic

So if you look at the video above, it’s the full fix that I posted on YouTube. Really pleased with this fix, again I’ve learned quite a bit about these units and I’m going to have immense fun programming it. My wife dosen’t understand my excitement over this toy, but all my old buddies and colleagues understand it as they grew up in the same era. Maybe it’s the male menopause, reliving the past and all that.

But hey, it keeps me occupied and out of mischief so who should worry about that

This one is going on my shelf so when the kids visit I can show them the joys of basic programming we experienced back in the day.

Job done.

Teenage jealousies revisited

I’ve just brought one of these, it’s a toy and I’m heading for the senior end of adulthood:

BIG TRAK / bigtrak is a programmable toy electric vehicle created by Milton Bradley in 1979, resembling a futuristic Sci-Fi tank / utility vehicle. The original Big Trak was a six-wheeled (two-wheel drive) tank with a front-mounted blue “photon beam” headlamp, and a keypad on top. The toy could remember up to 16 commands, which it then executed in sequence. There also was an optional cargo trailer accessory, with the UK version being white to match its colour scheme; once hooked to the Bigtrak, this trailer could be programmed to dump its payload.

WikipediA

Here’s what the original listing said:

Item probably does not work. I recall attempting to fix corroded terminals years ago and it’s still not working. I do not have D cell batteries to test now.

EBay

I was just browsing around as I do and this popped up on my timeline, the wife is going to disown me for bringing such junk into the house, however for a split second 14 year old me was in the house and a flood of memories, not all good came back to me. These toys came out in 1979 when I was aged 14. My friend over the way from me was brought one of these for Christmas and I experienced one of my first ever episodes of Jealousy. Back in 1979 I believe they retailed for approximately £39 Gbp, and my parents weren’t about to part with hard earned cash to invest in developing technology like computing – “It’ll never last, it’s just a fad” (Famous last words).

I made every excuse possible to go around his house to play and even offered to look after it for him when he went on holiday, he never let me though and I believe at that moment my friend realised what the term obsessive meant, as he was experiencing it big time with me.

Now I own one, however this is the later version from 2010, it only cost me £9.99 Gbp and its probably a wreck, but I’m really going to treat this like a proper full sized car restoration and I want this to work, crikey I’ve even found out I can buy the original decals from Australia, so it’s patently obvious the obsession is still there.

I can’t say I have genuinely looked so forward to a parcel arriving as much as this one. I sincerely hope I have no regrets…. And I have all fingers crossed.

This is going to be a labour of love and I can’t wait.

I will keep you updated.

Head over to the repair page here: Big Trak CE3962 restoration it was a pleasurable experience

Sony ICF-480L 3 band radio assessment and repair

I originally posted regarding the purchase of this item in this blog post Sony ICF-480L 3 band radio

The radio was received earlier today. Cosmetically it is a bit tatty, batteries were placed into it and apart from a quick flash from the power light when it was switched on there was no sign of life. So the original description was false as it stated that it powered up with a very low volume. Oh well, not to worry, it now gives us something else to look at.

Tatty appearance

Looking in the battery compartment there looks to be corrosion, this seems to be a common problem with items I’m buying at the moment. The screws have all been tampered with so I suspect others have been inside this radio prior to my purchase, this could be interesting to see what’s already been tampered with or attempted.

I’ve had the unit open and the first thing that comes to light is the utter filth inside. The speaker is thick with god knows what and the board and switches are also covered in the same filth. Before I do anything I’m going to get this cleaned up.

I’ve used IPA on the board and cover and on the (thankfully small) corrosion on the positive battery pole and this has cleaned up nice. I’ve used contact cleaner on all the switches and dials and these have also come up ok.

The speaker grill, I have tidied up and used permanent marker to get rid of the marks on this item. This has tidied it up really nicely.

On the speaker I just used a dry cotton bud to wipe it over but I have my suspicions with this speaker, it looks quite worn and earlier reports on the lack and consistency of sound points to this being a potential issue with this unit. There are no clicks and pops when turning the unit on, there is a power and tuning light. Just no sound.

The speaker is a 4 ohm 1w speaker, I’ve used a multimeter to check its operation and it’s showing as dead, not registering at all, it should be looking at indicating something within its 4 ohm range. I’ve double checked it by putting a battery across the terminals and there are no pops or clicks so this confirms things. I now need to source a new speaker.

Trying to source this speaker in the uk is a tad problematic. There are items available but I’m not paying out two to three times the value of the whole unit. I’m going to try some thrift shops to see if there are any suitable donor units available if not I’ll have to purchase a few of them from China, and that will still be cheaper than purchasing here in the UK, crazy isn’t it? But it’s a long wait….

I did manage to get one from the Uk. Paid about £5.18GBP and it should be here in a couple of days. The annoying thing is that the postage is almost the same cost as the actual speaker and that only cost £2.69GBP. Annoying though that is, it has to be done if we want to get this fixed.

I couldn’t get a 1w 4 ohm speaker only a 1w 8 ohm speaker, this will be fine as at this level of use it will not affect output at all.

A small bit of desoldering, removal of the speaker clamp and the speaker comes away after a little persuasion. I take the opportunity to clean the board and all the battery contacts with some cleaner, and all corrosion marks and debris are now a thing of the past.

Corrosion cleaned

I put some contact adhesive on the speaker grill and put the new speaker in place, clamp is attached and I now solder the speaker wires back in place.

All screws back in place, new batteries in the rear and battery hat hatch closed, the unit looks good.

But does it work?

Radio works – have a listen

You betcha! Have a listen to the short video above to hear it as it should be.

I’m very pleased with this little project. Simple repair in the end but in my eyes it’s another item that isn’t going to landfill. And that’s a win for me, as it’s a nice little radio and I’m going to get some good use out of this.

Jobs a good ‘un 👍

Fuji Finepix S1500

Why do I do it?

Serious battery damage

EBay listing

I like a challenge like most people. But this listing note above should have put me off, but no, I have the equipment, I have the time but do I have the patience to see this repair through. The guy wanted more than I was prepared to pay for such a camera, I got him down to less than a quarter of his original asking price paying just £6 gbp for this camera. Hopefully if it all goes bottoms up I’ll at least have some spares that can be used, if the corrosion has got to the circuitry it might be a different story.

Fuji Finepix S1500

On the market in 2009 this camera was amongst the digital assault from the far east that earned the title of being a “Bridge Camera”. Unfortunately this was not one of the better versions but however was well received by the casual snap shot photographer. I had one back in the day and that was my introduction to digital photography. This particular camera will go to a young family member who is getting into photography, if I can get it working.

The plan with this one is to get it open and do a full review on just how deep the “serious battery damage” goes. I’m not too hopeful, but sometimes luck does go your way.

Keep an eye out for updates when it is received and the work I will be doing to restore it to working order.

Thanks for passing by.

Sony Discman D-121 Pt:2

Assessment and fault finding… will it work?

My recent purchase of a Sony Discman D-121 from EBay has arrived. Just as described it wasn’t really working so I decided to give it a once over to check condition.

Cosmetically sound

Cosmetically it’s in very good condition, open the battery compartment and it’s a different story, definite signs of corrosion and at this point I’m thinking the worst. I put two batteries in to check, the display comes on and shows some strange indication of “HI VOLTS” even though all I have are the two AA batteries in. Strange.

I do manage to play one song but that’s it, any slight move and it skips and hops and shows a raft of other error messages that don’t Instil any confidence into me that this is going to have a good outcome. Then the CD drive motor breathes its last. That’s it….kaput.

So I open up the unit, and put the circuit board under the microscope. The area around the corroded battery terminal has progressed on to the board and a couple of the circuit board tracks have been totally destroyed. A few components look to have issues and have some spurious test results. A check for continuity with the multimeter confirms that one track is dead and another is intermittent at the very least.

Under the microscope

I clean the offending section of the circuit board with IPA and this just confirms the issue, but at least it looks cleaner. If this had been the only issue I’d have happily soldered in a couple of thin wires to the undamaged track to ensure a reliable continuity.

A further look around the board, and there’s nothing blatantly obvious, but seeing this unit was produced in 1993 it’s now in its 31st year of use I also suspect the capacitors (of which there are many) may well be of that era of suspect capacitors I discussed on a previous post. Read here: Capacitor plague

The main drive motor is known to fail after time and a sure sign is if the CD jumps when moved off the horizontal, apparently this is due to bearings becoming misshapen due to use.

This unit therefore is beyond economical repair for me, and I’m not going to progress it any further. The good news is that I can use the unit for spares and as a number of these older units have interchangeable parts, I’m hopeful that as I have a few more units turning up later this week they may have a willing donor.

So the recycling goes on, and that’s always a good thing.

Happy day to you all.