Mars CASHFLOW 126 User manual

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.
Ground0 Volts0 Volts9Exit A is DefaultExit 8 is Default8
LOWEST
BDivert Route 77DDivert Route 66CDivert Route 55(b)Divert Route 44(a)Divert Route 33(c)Divert Route 22
HIGHEST
(d)Divert Route 11
EXIT
Priorities
126129
Pin
Number
Route Inhibit Connector Detail
N.B.ClearexitsareSeparatoronly
Shaded exits are Manifold only
Separator Outline Manifold Outline
8 7 6 5
4
3
2
11
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
Coin A
Coin C
Coin E
Coin G
Pin
1Route 7 (B)
Route 6 (D)
Route 5 (C)
Route 1 (d)
Route 2 (c)
Route 3 (a)
Route 4 (b)
Pin
22
20
18
16
14
12
10
8
6
4
2
Coin B
Coin D
Coin F
Coin 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
BA
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
Pin
Pin
1
22
20
18
16
14
12
10
8
6
4
2Exit 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
Coin A
Coin C
Coin E
Coin G
Pin
Pin
1
22
20
18
16
14
12
10
8
6
4
2Exit 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' )
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

Teaching a New Token
The following procedure must be followed in order to teach
a new token into channel 1.
NOTE:- Rotary data switch position “E” is used to
program tight window token limits and ‘F’ standard
window token limits.
1.Switch OFF the power to the validator.
2.Set the 4 way DIL teach switches 2, 3 & 4 to ON,
ON & OFF (channel 1) or OFF, ON & ON for
(channel 0)
3.Set rotary data switch to position “F”standard
window limit.
4.Switch ON the power to the product.
(The LED will start flashing).
5.Insert 10 to 20 (minimum 10) of the desired
tokens through the validator.
6.Return the 4 way DIL switches 2, 3 & 4 to
Normal Operation settings.
(LED will stop flashing and stay ON to indicate
success).
If the LED continues to flash OFF a number of
times this indicates a failure to teach the new
token. See LED Assistance Codes table for help
and then restart procedure again.
7.Token is now programmed and ready to use.
(New token information has been stored in coin
channel “1” which is rotary switch position “1”).
Any previous taught token information in this
channel will be overwritten).
NOTE:- If token self teach is successful but token
taught is rejected i.e. gives 3 flashes of the LED, check
that channel “1” is enabled.
To enable the new token set the rotary data switch to
position “1” then refer to enabling coin or tokens
configuration procedure).
Product Configuration
-FAuto configuration -DParallel output ONOFFOFF
-CBinary coded output
Selecting Machine Interface Types ---OFF-Set the alarm OFF ---ON-Set the alarm ON ONOFFOFF-0 - 7
Change overflow default exit route
ONOFFON-EFraud Defence teach channel 0 OFFONON-
s
E or F
Self teach a token for channel 1 ONONOFF-
s
E or F
Self teach a token for channel 0 OFFONON-0 - DToken group for channel 1 ONONOFF-0 - DToken group for channel 0 OFFOFFON-0 - FEnable a coin or token channel OFFONOFF-0 - FInhibit a coin or token channel
SW4SW3SW2SW1
2 3 4
ON
1
2 3 4
ON
1
Channel
Position
Product Configuration Table
What Do You Want To Do?
wE = Tight Window Limits. Channel F = Standard Window Limits
x 8
Token material outside
acceptable limits
x 7
Token diameter outside
acceptable limits
x 6 Check that there are no mixed
sample tokens
Token thickness outside
acceptable limits
x 5
Ensure that the rotary switch is
set to “F”
Incorrectly set rotary
switch position
x 4
Ensure at least 10 tokens have
been inserted
Not enough sample tokens
inserted
x 3
No activity was registered
within 30 seconds
Validator timed outx 2
Reason/ActionDescription
for Code
LED
Flashes
Teaching Token (LED Assistance Codes)
Normal Operation Settings
234
ON
1
234
ON
1
Set switches 2, 3 & 4
to ON or OFF
No power to validatorOFF
Validator is set in teach modeFlashing Coin inhibited by validator or machine4 x Flash Coin inhibited by validator3 x Flash
Coin rejected as unrecognised2 x Flash
Reject lever pressed or coin accepted1 x Flash
Power is ON validator is O.K.ON
MEANINGSTATE
What Is The Green LED Doing?
Using 4 Way DIL &Rotary Data Switches
To achieve a successful change to the configuration of the
validator the following procedure must be followed.
1.Switch OFF the power to the validator.
2.Set the 4 way DIL switches to the configuration
settings required. (See Product Configuration
Table)
3.Select the required data / channel position using
the rotary data switch. (see product configuration
table)
4.Switch the validator power ON. (The LED will
start flashing).
5.Return the 4 way DIL teach switches back to
Normal Operation Settings. (Switches 2,3 & 4 set
to all ON or all OFF).
6.The LED will stop flashing and will stay ON. This
will indicate a successful change and that the
validator is ready for normal operation.
NOTE:- If teach is entered by mistake, switch OFF the
power to the validator before moving the 4 way DIL
switch positions else the mech. may learn something
unintentionally.