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Bally Night Club Bingo Machine Restoration Part 2: Getting it Running!

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In part 2 of the 1956 Bally Night Club bingo pinball machine restoration series, we install a new mixer motor in order to get the machine to power itself on without blowing fuses, figure out what other problems the machine has, and do a lot more work on the mechanical side of things with the help of the original pictorial diagrams, switch charts, and the machine schematic.
Part 1: • 1956 Bally Night Club ...
Part 2: this video
Part 3: coming soon!

Опубликовано:

8 июл 2024

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Комментарии : 6

@jensmaa 24 дня назад

Thank you for taking your audience through the prcess, great video!

@arnbon6241 Месяц назад

The spotting disk should turn ONLY when the machine is in the spin cycle ( only few seconds ). Now for the ball, did you have all the eight balls in the trough because one less and no balls will go to the playfield , because in early machines players were cheating so they wired later machine to act this way. Thanks for the upload.

@MaxsGarage Месяц назад

@@arnbon6241 Yes, I eventually figured out that the spotting disc and ball motor should run only in those situations. All 8 balls were present, and towards the end of the video I figure out that a switch in the ball trough needed adjustment so that the balls would load.

@waynegram8907 Месяц назад

MAX, when looking at various pinball games schematics the fast & low blow fuses are often go to different circuits and voltages but what determines a circuit to either use fast blow or slow blow?

@MaxsGarage 29 дней назад

It depends on the circuit. If there's a short circuit, the fuse should blow immediately (fast blow). If it's a circuit that normally draws an amount of current close to the limit of what the fuse can handle, it needs to be a slow blow fuse so that the high current draw doesn't blow the fuse when it's not supposed to.

@waynegram8907 29 дней назад

@@MaxsGarage I'm still confused how to tell or what determines a circuit to use a Slow Blow Fuse? example if the circuit is drawing pulling 500mA you will use a 550mA or 600mA slow blow fuse but most slow blow fuses have a T for timing I think in uS microseconds. So I don't know the uS microseconds timing of the slow blow fuse based on the circuits current draw/pulling?