Basic HTML Version
REGISTERS
#18, #19, #20,
and
#21
-CUSTOM
CREDITS PER COIN OPTIONS
These registers are used only when the desired
credit/coin setting does not appear on the
CREDITS PER COIN MENU (see register
#17).
Register
#17
MUST be set for zero (0) In order to
use these four registers.
This procedure allows
you to set any credit/coin combination manually.
Please read the following instructions carefully .
Registers
#18,#19
and
#20
represent the three coin
chute options. Each coin chute option may be set
to give a different number of credits per coin, or
they may be set the same. Register
#21
represents
the coin factor. All four of these registers work
together to deliver virtually any combination
desired.
The coin chute options represent the credits
awarded at each coin chute and the coin factor
represents the coins. Although each coin chute
option may be set differently, they must ~ve a
common denominator ...the coin factor. register
#21.
To arrive at the common denominator. (the
coin factor). you must first decide what you want
each coin chute option to be. Let's say, for
example. you want coi n chute
#1
to give
1
credit for
1
coin. coi n chute
#2
to give
2
credits for
1
coin and
coin chute #3 to .give 1 credit for 2 coins.
I
!
.,
n
This is how it would look:
COIN OPTIONS / COIN FACTOR
COIN CHUTE OPTION
#1
COIN CHUTE OPTION
#2
COIN CHUTE OPTION #3
1 credit / 1 coin
2 credit / 1 coin
1 credit / 2 coin
The COIN FACTOR must be equal from one Coin
Chute to another and above it is not Thereforeyou
must find a common denominator In most cases.
this will be the largest number. In the illustration
above. the largest number under COIN FACTOR is
2 at Coin Chute #3. In order to change the COIN
FACTOR in the other two coin chutes to equal 2.
we must also change the COIN OPTIONS in those
chutes. Since we must double the COIN FACTOR
in chute #1 and
#2
to equal 2. we must also double
the COIN OPTIONS in those coin chutes .
Whatever we do to the COIN FACTOR to make it
equal to the largest number, we must also do to the
COIN OPTION. For example'
,j
COIN OPTIONS / COIN FACTOR
1 credit / 1 coin
COIN CHUTE OPTION
#1
would become
COIN CHUTE OPTION
#1
and
COIN CHUTE OPTION
#2
would become
COl N CHUTE OPTION
#2
2 credit / 2 coin
2 credit / 1 coin
4 credit / 2 coin
The finished layout would then look like this:
COIN OPTIONS/COIN FACTOR
Register
#18
= COIN CHUTE OPTION #1
=
2 credit/ 2 coin
Register
#19
=
COIN CHUTE OPTION
#2
=
4 credit/
2
coin
Register
#20
=
COIN CHUTE OPTION #3
=
1 credit/
2
coin
Register #21
=
COMMON COIN FACTOR
=
2
.J
As you see. we now have
one
COIN FACTOR that
is common to all three coin chutes ...2. We now
have what we need to enter the correct values into
registers
#18. #19. #20.
and
#21
REGISTER
#18
=
2
REGISTER #19 " 4
REGISTER
#20
=
1
REGISTER
#21
=
2
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