Slot Machine Attendant Repair Stories Pdf
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No worries, we can help you fix it and get your machine back in working order in no time! Below are some of the more common errors for the IGT S2000 platform of machines and the steps to clear them. Remember, IGT S2000 machines will 'stack' errors. Despite all that has been written about the workings of the modern slot machine, there is still a prevailing notion among players that these questions can be answered—that attendants can give you a hot tip on a machine that’s about to hit; that some outward signs visible on a slot game can show that a machine is close to a jackpot. When slot machines aren't operating properly, slot mechanics have to analyze the situation and fix the problem so that casino guests can resume playing. If a player experiences a problem with a slot machine, he can notify a casino attendant, who can then request the services of a technician, if necessary. TITO Slot Machine Tickets. Our tickets are a win-win. Graphic Controls Slot Machine Tickets combine the latest printing technology with expert service perfected over 100 years. Maximize your message, reduce waste and improve your supply chain management with custom or standard stock TITO Tickets.

So you have an error message displayed in the blue display..now what?!?!?!?! No worries, we can help you fix it and get your machine back in working order in no time!
Below are some of the more common errors for the IGT S2000 platform of machines and the steps to clear them. Remember, IGT S2000 machines will 'stack' errors. IF the machine has multiple errors, only ONE error will be cleared each time the door is opened and closed. If you know that the cause of the error has been fixed, simply lift up on the door handle/latch, and lower it back down. You do not have to physically open and close the door, just lifting and lowering the door handle will clear the error code from the screen.
If you find you need to Clear and/or Key your machine, we have easy to follow instructions. A Clear chip is not a FIX-ALL! If you have a component that has failed or is causing an error, the error will reoccur after the Clear if the problem is not remedied.
Call Attendant - Turn the brass Reset key on the side of the machine once to see the error(s).
Door Open M - Main Door is open. Close the main door.
Door Open B - Belly Door is open. Close the belly door.
Door Open MB - Door to the cash can is open. Close the door to the cash box and secure if needed.
Low Battery - Battery in the corner of the MPU board has dropped to an insufficient level. Replace with a 3.6v Lithium battery (either coin type, AA, or 1/2AA size). The battery will need to be soldered onto the board. Pease NOTE: STANDARD household batteries are NOT an acceptable replacement.
NetPlex Link Down - Usually this is caused by a failed power supply (given the machine was operating as it should prior to the error).
Now..for the fun part! Certain components in your machine can fail causing false error messages to appear. The error can be completely unrelated to the item listed in the message. For example, a Door Open messages when the door is physically closed could be a sign of bad door optics, or perhaps a failing I/O board. A Coin-In Jam error on a coinless machine can also be caused by a failed Door I/O board.
If you run into an error that you cannot get to clear, feel free to contact us or visit the great forums at NewLifeGames.com for answers!

Repair Tips for Reel Readers

How to test and what to look for when doing your own repairs

When one of these goes bad you may see an error that would be 4x or 7x where x indicates thereel position, i.e. a 43 error code would indicate the reel reader on the third reel.

What is described below is for testing the reel reader card using this home built tester. The tester provides both a 50 volt source or a 5 volt source (switch selectable). Best photo edit mac app.

After describing this procedure I will tell you how to test the cards with out having to have a 50 volt source.

I designed and built a tester to make troubleshooting easier. I test the card and all of the photo-transistors
first, then I split the two halves of the card, one for cleaning but also so that I can use a dental tool, poking
it into the tiny opening to push the photo-transistor or IR Emitter back up and out of the small square opening. The photo-transistor/Emitter should be at something close to a 45 degree angle.

Once the bad components are pushed out of the way, I use my soldering iron to melt the solder on both leads at the same time while grasping the upper portion of the optic. It comes off very easily. Once removed use solder wick to remove the excess solder. You want to do this so that when you put in the new device the leads will be nearly flat on the PC board.

Replace the defective components and quickly tack one side, allow the solder to cool and then solder the other side. Once the other side has cooled you can go back and firmly solder the lead that was previously tacked. Reassemble and then retest to make sure that the optics are working properly. Tapping the top of the card lightly with the handle of a screw driver will show any intermittent connections.

The one question that may come up is what constitutes a bad device. Since the reader cards supply signals to TTL logic devices then we can use standard logic levels of 2.0 volts as a high and .8 volts as a low. When measuring the output of the photo transistor, if the voltage is less than 2.0 volts, while unblocked or higher than 0.8 volts when blocked then that photo-transistor (or emitter) is defective.

In the cards that I have repaired I typically see voltages of greater than 4 volts unblocked and .01 volts blocked for the 50 volt reader cards, 5 volt reader cards the unblocked voltage is 3.14 and the blocked voltage 0.2.
Test all of the emitters and photo-transistors first, the replace all defective ones. I make it a habit to clean the bulbs with alcohol on the 50 volt cards so that as much light as possible gets to the photo-transistor.

Testing reel readers without having a 50 volt source.

The 50 volt supply is only used to power the incandescent bulbs. They are in series along with the 470 ohm resistor. Each bulb requires 5 volts to operate properly.

You need a few basic items, a Volt/Ohm meter (DVM) , a 47K resistor, a light source (flashlight) and some clip leads and a 5 volt DC power supply

Split the cards by removing the 2 screws and lay the small card off to the side

If you lay the card flat on its back with the mounting bracket to the left then the pins at the bottom will number 1 through 16 from right to left
Measure the resistance between pin 16 and 14, Pin 16 is Vcc and 14 is Ground you should have a reading a bit above 500 ohms, indicating that the 470 ohm 2 W resistor and all of the bulbs are OK. If not in this range then you will have to remove the tape covering the backs of the bulbs and then measure resistance across each bulb individually. Remember the bulbs are wired in series like the old Christmas tree light strings.

Assuming that the bulbs and resistor are OK. Attach the ground lead of the volt meter and one end of the resistor to pin 14 (pairs 13/14)
of the card. Connect the other end of the resistor and the positive lead of the volt meter to pin 11.

Now using the 5 volt supply, apply 5 volts to pin 1 of the card and read the voltage, shine the light into the small (tiny) hole that is for Q1, voltage should be some where around 4.7 volts with the light on and some where less than 0.2 volts with the light off. Just keep in mind that ambient light might cause the light off reading to be higher. The acceptable voltage ranges need to be within the acceptable ranges used in ‘Logic” circuits so a logic high you need 2 volts or more and a logic low 0.8 volts or less.

You may find t

Slot Machine Attendant Repair Stories