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Overview of the SPIKE system's modular design and benefits for pinball games.
Explains how SPIKE nodes interact with the player through input/output operations.
Details the SPIKE Pinball system's rugged, distributed, and embedded platform.
Describes the node bus cabling using standard Ethernet-style RJ45 connectors.
Explains the SPIKE system is powered by a 48V DC switching power supply.
Details how each SPIKE node has a unique address set via DIP switches.
Nodes are programmed automatically by the CPU node when software updates are installed.
Details various system components including lighting, drivers, and optos.
SPIKE features built-in short-circuit, static electricity, and over-current protections.
Lists common SPIKE node board types and their corresponding part numbers.
Identifies the 48V switching power supply (48V at 10.5A, 500W).
Explains the board distributes 48V and ground to CPU, cabinet, and playfield.
Identifies the primary CPU board, designated as Node 0.
Identifies connectors for power input, LCD power, and LCD video signals.
Identifies slots and ports for memory cards, USB, and configuration switches.
Identifies connectors for node bus cables, speakers, headphones, and audio.
Details the power and status LEDs on the CPU board.
Lists the LEDs indicating power status: 48V, 3.3V, 5V, 12V, VA, VNB.
Describes the two status LEDs indicating system running status.
Indicates 48V power is present on the playfield node board.
Indicates the system is running, shown by a constant flicker.
Indicates 6V power is present on the playfield node board.
Indicates 48V power is present on the cabinet node board.
Indicates the system is running, shown by a constant flicker.
Indicates 12V power is present on the cabinet node board.
Identifies the RJ45 cable used for the node bus communication.
Identifies the serial data cable used for communication.
Reminder to ensure DIP address switches are set correctly when replacing boards.
Shows interconnect diagrams for both Spike 1 (Dot Display) and Spike 2 (LCD Display) systems.
Explains how to adjust the game's volume using the coin door buttons.
Guides users on how to access and navigate the diagnostic menu system.
Safety warnings about servicing devices and avoiding electrical shocks.
Notice regarding the 48V power interlock switch inside the coin door.
Emphasizes using a ball for accurate switch testing to avoid incorrect results.
Warning to keep fingers away from switch-triggered coils during testing.
How to access the Coil Test menu and select the Single Coil Test.
How to access the Lamp Test menu and select the "ALL" Lamps Test.
Information on the three types of controlled lamps used in SPIKE machines.
Caution against substituting incandescent bulbs for LED bulbs due to current draw.
How to access the Flash Lamps Test from the diagnostics menu.
Information on the types of flash lamps used in SPIKE machines.
Caution against substituting incandescent bulbs for LED bulbs for flash lamps.
Lists requirements for creating a complete SD card: reader, Etcher software, image file.
Flowchart for troubleshooting when the game will not turn on.
Instructions on how to test coils using the game's diagnostic menu.
Steps to access the Switch Test function within the diagnostic menu.
Steps to access the Active Switch Test for viewing current switch states.
How to test individual flash lamps using the diagnostic menu.
How to test the lamp board using the "All Lamps" test.
How to test feature lamps using the All LED Test in diagnostics.
How to test GI strings using the diagnostic G.I. Test.
Table showing status LED indicators for normal and error conditions on node boards.
Table showing status LED indicators for normal and error conditions on cabinet node boards.
General| Brand | Stern Pinball |
|---|---|
| Model | SPIKE |
| Category | Game |
| Language | English |
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