CashFlow
®
Coin Routing
Warning:- If directing more than one coin to the same exit
route then use diodes on the routing plug
.
Route Inhibit Connector
The function of the route Inhibit Connector is to signal when
specific exits, external to the product, are in a “Full”
condition. Signals from the machine ensure that, while the
“Full” condition continues, further coins/tokens directed to
that exit will be re-routed to an alternative exit. The
instruction as to which alternative exits can be used will
normally come from the routing plug. In order to inhibit a
particular route, 0V must be applied to its respective pin. An
alternative route must always be of a lower priority.
Ground
0 Volts
0 Volts
9
Exit A is Default
Exit 8 is Default
8
LOWEST
B
Divert Route 7
7
D
Divert Route 6
6
C
Divert Route 5
5
(b)
Divert Route 4
4
(a)
Divert Route 3
3
(c)
Divert Route 2
2
HIGHEST
(d)
Divert Route 1
1
EXIT
Priorities
126
129
Pin
Number
Route Inhibit Connector Detail
N.B. Clear exits are Separator only
Shaded exits are Manifold only
Separator Outline
Manifold Outline
8
7
6
5
4
3
2
1
1
2
3
4
5
6
7
8
Reject
Viewed from above
8 Way Separator Exits
21
19
17
15
13
11
9
7
5
3
C o i n A
Coin C
C o i n E
C o i n G
P i n
1
Route 7 (B)
Route 6 (D)
Route 5 (C)
Route 1 (d)
Route 2 (c)
Route 3 (a)
Route 4 (b)
P i n
22
20
18
16
14
12
10
8
6
4
2
C o i n B
Coin D
C o i n F
C o i n H
Route 7 (B)
Route 6 (D)
Route 5 (C)
Route 1 (d)
Route 2 (c)
Route 3 (a)
Route 4 (b)
Routing Plug Viewed From Wire Links End
Example 3
Routes coin E to route 1 then overflows it to route 2.
CashFlow
®
Coin Routing
The CashFlow
®
126/129 validation system offers two
routing priority orders. These can be activated by the
use of links fitted to a routing plug.
If you use the upper case letter the overflow order is C,
D, B and A ( A = default exit route).
If the lowercase letter is used the overflow order is d, c,
a, and b.
Example:-
If coin ‘F’ is set to route to exit ‘C ‘ ( first exit) and when
tube ‘C’ is full (i.e. inhibit applied to tube C) will route to
exit ‘D’ (second exit), wire the route plug using wire
links as follows:-
pin 20 to 6 = coin ‘F’ to exit ‘C’ (first exit)
pin 5 to 3 = coin ‘F’ to exit ‘D’ (overflow/second
exit)
C
B
A
D
(d)
(c)
(a)
(b)
Viewed from above
4 Way Separator Exits
Lowercase = Higher Priority Route.
Uppercase = Lower Priority Route.
Routing Plug Viewed From Wire Links End
21
19
17
15
13
11
9
7
5
3
Exit B
Exit D
Exit C
Coin A
Coin C
Coin E
Coin G
P i n
P i n
1
22
20
18
16
14
12
10
8
6
4
2
Exit B
Exit D
Coin B
Coin D
Coin F
Coin H
Exit C
( exit 'd' )
( exit 'c' )
( exit 'a' )
( exit 'b' )
( exit 'd' )
( exit 'c' )
( exit 'a' )
( exit 'b' )
Example 1
Routes £1 (coin output F) to exit D,
then £1 overflows to exit C.
This routing plug is wired using standard
wire links.
Routing Plug Viewed From Diode Links End
Example 2
21
19
17
15
13
11
9
7
5
3
Exit B
Exit D
Exit C
C o i n A
Coin C
Coin E
C o i n G
P i n
P i n
1
22
20
18
16
14
12
10
8
6
4
2
Exit B
Exit D
C o i n B
Coin D
Coin F
C o i n H
Exit C
( exit 'd' )
( exit 'c' )
( exit 'a' )
( exit 'b' )
( exit 'd' )
( exit 'c' )
( exit 'a' )
( exit 'b' )
Routes 20p & £1 (coin outputs D & F)
to exit C.
This routing plug is wired using diode links.
Mars Electronics International,
Eskdale Road,
Winnersh Triangle, Wokingham,
Berkshire, RG41 5AQ
Internet:http://www.meiglobal.com
CashFlow
®
126 / 129
Quick Reference Guide
Applies to Product Version G1
-
-
15
F
-
-
14
E
-
-
13
D
-
-
12
C
No
£2
11
B
No
H
£2 Tight
10
A
Yes
£1
9
9
Yes
F
£1
8
8
No
G
50p New
7
7
Yes
50p
6
6
No
E
50p Tight
5
5
Yes
D
20p
4
4
Yes
C
10p
3
3
Yes
A
5p
2
2
Yes
B
Token 2
1
1
No
B
Token 1
0
0
Coin
Enabled
Coin
Output
Coin
Type
Channel
Affected
Position
25012 G1 ©, Mars, Inc., 1997
707403044
