Author Topic: 5500 83-F error (Read 1411 times)

clading · « **on:** October 15, 2021, 01:15:28 PM »

IDK how to clear the 83-F error on my 5500 ProSlot. I tried to do a full clear, but it won't take. Doesn't change the display so it's not clearing. See pics for my board. I'm using a clear chip 3073 U15 and BE00 U12. Are they the right chips??

I had to replace the battery and now need to clear or reset things. I've tried the chips and they won't perform the clear. I've also tried to use the jumper on JW10 and holding in the pseudo coin and test buttons. Also doesn't do anything to clear the error.

Sunrise Side · « **Reply #1 on:** October 16, 2021, 11:41:01 AM »

check your polarity. if that is ok you have a bad battery connection . I don't think you need clear chips because the mains are 920000 type. Put the original 920000 mains back in and do a clear with the JW10 jumper. Be sure you hold the buttons down till you see CLC in the display .

clading · « **Reply #2 on:** October 16, 2021, 12:48:20 PM »

How do I check for a bad battery connection? I've tried the jumper and holding the buttons, but didn't work. The polarity is good.

Trisail · « **Reply #3 on:** October 16, 2021, 03:10:47 PM »

I don't have a Bally 5500 MPU. Your picture is not high enough resolution for me tell where the TP or Wxx jumpers are. You will have to look at the PCB and find the points to test.

Checking the schematic you can test the battery -

Be sure W12 jumper is in place, this would remove the battery from the circuit when the machine or MPU board is not used or in storage.

Check with your meter ~~TP10~~ TP19 (+) to ground (-). Not at the battery where the battery is soldered to the board, any 5V ground point will work - TP21. I don't see a test point on the schematic for ground. The metal chassis/tray the board is mounted to should work. If you cannot find a ground test point. Also, almost any 14 pin device pin 7 or 16 pin device pin 8 will have a ground.

You should read about 2.9 to 3 VDC on ~~TP10~~ TP19 with a good battery. If not, you will need to see why the voltage is not there. If this is the case - I would check the trace/pad the battery is soldered to for a bad/cold solder joint. Both the + and the - legs. If that is not the problem you will need to see if there is a bad trace from the battery to the places the VBB (battery voltage) goes to. Not a lot of places but too much to explain here in the forum.

If you need more information or help, you can PM me and I will do what I can.

Edits to TP numbers for future members.

clading · « **Reply #4 on:** October 19, 2021, 05:50:50 PM »

Big thanks to Trisail for phone support! With his help, we were able to verify that the board seems to be working fine - battery power is going where it shoud and the reset, etc. switches are all operational. Now it comes down to I may have the wrong clear chips or I just am not smart enough to reset the machine.

Most likely it's me, but the game is a 3 reel, 2 coin, Black & White Double Jackpot. The game chips are ME920000. I'm using a clear chip 3073 U15 and BE00 U12.

Can anyone confirm that they are the right chips or what clear chips I should be using??

Sunrise Side · « **Reply #5 on:** October 19, 2021, 07:50:14 PM »

I have not had to use clear chips on a 5500 yet. Cleared by using factory mains used the jumper. If that does not work you may need a new set of mains, all 4. ?

Badbaud · « **Reply #6 on:** October 19, 2021, 08:29:56 PM »

What are the 4 digit SMI numbers on the reel brackets?

clading · « **Reply #7 on:** October 20, 2021, 09:00:33 AM »

I've tried the jumper/mains clear and it didn't work. I can't check the machine SMI numbers until later, but would that really matter? The machine played fine until recently when we had to replace the battery.

I guess I can try some new main chips, but if they were bad suddenly for some reason, couldn't I still clear the machine? I'm not getting any of the clear messages/codes when I try to do a clear.

Do I have the right clear chips or do I need a diff set??

Badbaud · « **Reply #8 on:** October 20, 2021, 01:43:46 PM »

Make sure the battery voltage is getting to the two RAM chips.

Use a volt meter, Black lead on lower left pin, Red on upper right pin, with chip notch facing away from you.

clading · « **Reply #9 on:** October 20, 2021, 01:59:10 PM »

OK, can you just confirm the slots the RAM chips you want me to check are in?

Badbaud · « **Reply #10 on:** October 20, 2021, 09:59:46 PM »

The wide 22 pin chips near the battery.

clading · « **Reply #11 on:** October 21, 2021, 05:44:20 AM »

Assuming that you mean the chips in U67 & U68, there is no reading on my meter checking them as you said to do. Should there be voltage to them?

Sunrise Side · « **Reply #12 on:** October 21, 2021, 07:20:58 AM »

Yes. Should be 3VDC or more.

clading · « **Reply #13 on:** October 21, 2021, 07:32:03 AM »

OK, making progress. The only thing that's changed is that the battery was replaced. Could that have caused some trace or something to be broken in the path from the battery to the RAM? Is there some other spot I can check to narrow down what's blocking the voltage?

Badbaud · « **Reply #14 on:** October 21, 2021, 08:32:04 AM »

It depends how you replaced the battery.
If you didn't remove the board from the tray to remove the old battery and didn't clean out the mounting holes and simply shoved the new battery wires into the mounting holes you could have ripped a trace on the bottom of the board.

Also check the battery jumper at JW12 and make sure it is jumpered across both pins. This jumper turns battery voltage on and off.

Sunrise Side · « **Reply #15 on:** October 22, 2021, 05:02:14 PM »

If you have damaged the traces where the battery is soldered, here is a repair for you, buy a battery holder that has the Black and Red leads. Take the jumper off from JW12 and wrap some of the Red wire around one pin at this JW12 pins. Then bend the two pins together so they touch. Now solder the pins and the wire all together at the same time. Now Take the black lead and crimp on a ring terminal. Remove a nearby screw that holds the MPU board to the tray. Connect the Black wire with the ring terminal to this screw that holds MPU to the tray. Use some mounting tape to attach the battery holder to the place the battery goes on the board.

Badbaud · « **Reply #16 on:** October 22, 2021, 05:12:26 PM »

3 batteries if AA.

clading · « **Reply #17 on:** October 25, 2021, 07:48:40 AM »

UPDATE: Trying to fix battery install today and will bypass with AA battery holder if that won't work. SMI number is only shown on Reel 1 and it's 7402.

clading · « **Reply #18 on:** October 27, 2021, 09:44:36 AM »

Tried to re-seat the new battery but that didn't make a difference. Took advice from Sunrise Side and got a AA battery holder. Installed it but attached the ground wire to TP21 GRND as using a screw to the tray didn't work. Did the clear with the jumper on JW10 and it worked as it should. Cleared the machine and it fired right up. I guess it was the battery install after all and maybe it broke some traces. Thanks very much to all who helped out.

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Author Topic: 5500 83-F error (Read 1411 times)