Specifications

Peripherals 8-26 ©2002 Bally Gaming and Systems
Bally Gaming and Systems XS-1200
Hopper (AS-04787-SERIES)
The XS-1200 design combines operator enhancements
with the most advanced technology. It uses a multipur-
pose processor to provide an extremely efficient opera-
tion in a compact and simple design.
The primary focus of the engineering staff was to design
the most dependable increased capacity hopper for the
market and have greatly reduced the damage to compo-
nents if a malfunction occurs, by adding several protective
circuits. This is further enhanced by the power
supply being included on a single printed
circuit board for quick and easy repair.
Features
• Increased capacity for all denomi-
nations of coins. The recom-
mended running levels are 4,200
25¢, 1,000 $1 (or tokens) and 500
$5 tokens.
• Larger motor for increased power,
speed and reliability.
• Convenient switches for manual
operation and testing.
• Advanced technology for easy
repair.
• Easily adapted to various ma-
chine models.
XS-1200 Controller Board
The XS-1200 controller board is an
intelligent control circuit. It handles
all functions of the XS-1200 includ-
ing pin wheel rotation, mixer rotation
and coin un-jamming routines.
Switch Descriptions and Options
Forward Switch: Pressing the forward
switch (SW2) will cause the pinwheel motor
to rotate forward (payout mode). This switch
will only function with the door open. Enabling
this switch will also illuminate the green forward
LED located at CR4. This LED will stay lit until
the switch is released.
Reverse Switch: Pressing the reverse switch (SW1)
will cause the pinwheel motor to rotate in reverse
(clear jam mode). Enabling this switch will also illumi-
nate the red reverse LED located at CR5 until the switch
is released.
Hoppers (cont.)
NOTE: The reverse spin on the pinwheel
is slower than the forward spin, because
the CPU on the control board sends a
slower signal to prevent coins being
forced underneath the hopper knife.
Forward / Reverse (Mixer/Motor Test): Pressing the for-
ward switch (
SW2) and the reverse switch (SW1) simulta-
neously will start the mixer motor, and illuminate the yel-
low mix LED located at CR3. The motor will remain on,
and the LED will remain lit, until either switch is released.