Haunted House pinball machine

Haunted House (Gottlieb, 1982): Troubleshooting and System 80 Replacement Boards

Is your Haunted House pinball machine by Gottlieb (1982) not starting, crashing, resetting, pop bumpers no longer working, or has the music disappeared? On this Gottlieb System 80 pinball machine, the cause is most often a worn-out CPU board (MPU) or driver board, connectors, or grounds. This guide covers the essentials and the compatible System 80 replacement boards.

Haunted House (Gottlieb, 1982): Overview

Haunted House is an electronic Gottlieb pinball machine from 1982 on the Gottlieb System 80 platform, famous for its three-level playfield (including a lower "cellar" playfield) and its haunted house theme — one of the most sought-after pinball machines of the era.

  • Manufacturer: Gottlieb
  • Year: 1982
  • Electronic system: Gottlieb System 80
  • Type: solid state
  • Theme: haunted house, horror
Gottlieb System 80 boards — Haunted House
The CPU and driver boards of the Gottlieb System 80.

Common Issues with the Haunted House (System 80)

Like all Gottlieb System 80 machines: aging CPU/driver boards, crashes and resets, slam tilt, faulty displays, unreliable grounds and connectors, leaking battery. The lasting solution: replace the boards with modern, battery-free models.

Battery corrosion on Gottlieb System 80 board — Haunted House
Typical corrosion from a leaking battery on System 80: must be addressed first.

Haunted House-Specific Issues (Forum Reports)

  • Dead pop bumpers on the lower playfield and main playfield (coils are fine) — often connectors/grounds.
  • "Coil 8" error when the ball reaches the lower playfield.
  • Up kicker fires repeatedly when sending the ball back to the main playfield (adds Monster Bonus each time) — transistor/driver to check.
  • Erratic relays (cellar won't light up): clean/adjust the contacts on the three relays; watch for wires that shift when opening the playfield.
  • No music: switch 32 controls the background music.
  • CPU battery should be relocated (remote battery) to avoid corrosion, and the main wiring harness should be re-checked.

Driver-related faults (pop bumpers, kicker, displays, resets) are resolved by replacing the CPU/driver boards with the GottFA80_Plus or by diagnosing with the Lisy80. Mechanical faults (relays, switches) still need to be checked separately — free technical support included.

Compatible Replacement Boards for Haunted House

  • GottFA80_Plus (Light) — all-in-one CPU + driver + power supply board, without sound.
  • GottFA80_Plus (Full) — same with integrated sound board.
  • Gosof — replacement sound board (with or without speech).
  • Godri80 — replacement driver board.
  • Lisy80 — CPU board + web-based diagnostics.
  • GoPOP80 — pop bumper driver board (MA-922).
GottFA80_Plus board for Gottlieb System 80 — Haunted House
The GottFA80_Plus: all-in-one board (CPU + driver + power supply), battery-free.

Plug & Play installation, battery-free, with tutorials and free support. Contact us if in doubt.

FAQ — Haunted House Gottlieb

My Haunted House has no music, why?
Check switch 32 (controls the background music); otherwise, sound loss is often caused by the sound board or connectors. The Gosof board replaces the original sound board.

The pop bumpers on my Haunted House no longer work?
Often connectors/grounds or the driver circuitry on the driver board. The GottFA80_Plus (or Godri80 + GoPOP80) restores proper driver circuitry.

Should I do the ground mods?
On System 80, yes; switching to the GottFA80_Plus rebuilds the driver circuitry and power supply properly.

Do I need to replace the battery?
Our boards work without a battery: no more corrosion.

How long does it take to install a replacement board?
Installation is Plug & Play: just a few minutes, no soldering required, with tutorials and free support.

Does a battery-free board retain settings and high scores?
Yes. Modern replacement boards use NVRAM: no battery, no corrosion, and settings are preserved when powered off.

Step-by-Step Diagnostics

  1. With power off, visual inspection: look for any signs of battery leakage or corrosion on the MPU of your Haunted House; remove the NiCad battery if it is still present.
  2. Power supply: measure the 5V rail and verify it reaches the MPU (re-solder the voltage regulator or Q1 if voltage drops).
  3. Grounds: apply ground mods between the boards (CPU, driver, power supply, sound).
  4. Connectors: re-pin oxidized Molex connectors, especially the MPU-to-driver board connection.
  5. Displays: never connect or disconnect a display while powered on; test with a known good display.
  6. Final test: check startup, credits, solenoids, and displays; if needed, contact free support.

Useful Guides

See Also

Sources & Further Reading

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