Difference between revisions of "Chicago Gaming"

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=Games=
 
=Games=
*Vacation America, December 2003
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*Vacation America, December 2004
  
 
=Technical Info=
 
=Technical Info=

Revision as of 12:36, 18 April 2012

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Note: This page is a work in progress. Please help get it to a completed state by adding any useful information to it.


1 Introduction

Churchill Cabinet Company, who makes cabinets and playfields for other pinball manufacturers, decided to venture into making their own pinball machine. These machines were made strictly for the home market under the name of Chicago Gaming Company.

2 Games

  • Vacation America, December 2004

3 Technical Info

Owner's Manual and schematics for Vacation America home model pinball. File:Vacation America manual.pdf


4 Problems and Solutions

4.1 Power Problems

The power transformer, power supply board, and fuses are all located on the bottom floor of the machine. There are four fuses on the power supply board:

  • F1 8 amp slow blow for the +45 volts to flippers
  • F2 5 amp slow blow for the +24 volts
  • F3 5 amp slow blow for the +38 volts to coils
  • F4 3 amp slow blow for the +12 volts

There are a total of seven power indicating LED's on the power supply board:

  • D1 indicates +45 volts present
  • D2 indicates +24 volts present
  • D3 indicates +38 volts present
  • D4 indicates +12 volts unregulated present
  • D5 indicates +5 volts present
  • D6 indicates +12 volts regulated present
  • D7 indicates -12 volts present

Bridge rectifiers.

  • BR1 GBPC25-02, 25 amp 200 volt, is for the +38 volt coils
  • BR2 GBPC25-02, 25 amp 200 volt, is for the +24 volt circuit
  • BR3 GBPC25-02, 25 amp 200 volt, is for the +45 volts to the flipper coils

Electrolytic filter capacitors.

  • C1 10,000 uf @ 50 volts snap mount is the filter for the +38 volt coils
  • C2 10,000 uf @ 35 volts snap mount is the filter for the +24 volt circuit
  • C3 10,000 uf @ 50 volts snap mount is the filter for the +45 volts to the flipper coils

4.2 Solenoid Problems

4.3 Lamp Problems

4.4 Switch Problems

4.5 Display Problems

4.6 Sound Problems

4.7 Flipper Problems

The flippers operate on 45 to 50 volts DC from the power supply board.

4.8 Pop Bumper Problems

4.9 Slingshot Problems

4.10 Opto Problems

The optos operate on +12 volts. If the +12 volts is bad or missing, none of the opto switches will work.

5 Repair Logs