Gasboy MDE-4483 Quick Reference Guide

Gasboy

CFN III Quick Reference Guide v3.3

MDE-4483

(formerly C35921)

Company Programs and Documentation

All Gasboy computer programs (including software on diskettes and within memory chips) a nd documentation are copyrighted by, and shall remain the property of, Gasboy. Such computer programs and documents may also contain trade secret information. The duplication, disclosure, modification, or unauthorized use of computer programs or documentation is strictly prohibited, unless otherwise licensed by Gasboy.

FCC Warning

This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy, and if not installed and used in accordance with the instruction manual, may c ause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. Changes or modifications not expressly approved by the manufacturer could void the user’s authority to operate this equipment.

Approvals

Gasboy, Greensboro, is an ISO 9001:2000 registered facility.

Underwriters Laboratories: New York

U.L. File#

City:

Products listed with U.L. NYFD of A # Product

MH4314 All dispensers and self contained pumping units

4823 9100A, 9140A, 9152A,

9153A,

9800A, 9840A, 9850A,

California Air Resources Board (CARB):

Executive Order #

G-70-52- AM

G-70-150-AE

Product

Balance Vapor Recovery

VaporVac

MH6418 Power operated Transfer

Pump Models 25, 25C, 26, 27,

28, 72, 72S, 72SP, 72X, 73 and 1820

4997

9852A,

9853A, 9140

9822A, 9823A

MH7404

MH10581

Hand operated Transfer

Pump Models 1230 Series,

1243 Series, 1520 and 1720

Series

Key control unit, Model GKE-

B Series

Card reader terminals,

5046 9100Q, 9140Q, 9152Q,

9153Q,

9800Q, 9840Q, 9852Q,

9853Q

Models 1000, 1000P

Site controller, Model 2000S

CFN Series

Data entry terminals, Model

TPK-900 Series

Fuel Point Reader System

NCWM – Certificate of Compliance

Gasboy pumps and dispensers are evaluated by the National Conference of Weights and Measures (NCWM) under the National Type Evaluation Program (NTEP).

NCWM has issued the following Certificates of Compliance (COC):

COC# Product Model # COC # Product Model # COC # Product Model #

9100 Commercial Series

95-179A2 Dispenser

9100 Retail Series,

8700 Series, 9700 Series

91-019A2

Dispenser

91-0573A3

95-136A5 Dispenser 9800 Series Dispenser

Patents

Gasboy products are manufactured or sold under one or more of the following U.S. patents:

Dispensers

5,257,720

1000 Series FMS,

2000-CFN Series

Point of Sale/Back Office Equipment

D335,673

Trademarks

Non-registered trademarks

Atlas™

Consola 

Infinity 

Registered trademarks

ASTRA 

Fuel Point 

Gasboy

Keytrol 

Slimline

Additional U.S. and foreign trademarks pending.

Other brand or product names shown may be trademarks or registered trademarks of their respective holders.

Additional U.S. and foreign patents pending.

This document is subject to change without notice. • For information regarding Gasboy Literature, call (336) 547-5661

E-mail: [email protected] • · Internet: http://www.gasboy.com

© 2005 GASBOY • All Rights Reserved

CONTENTS

CONTENTS ..................................................................... 1

CFN3.................................................................................. 1

Command Summaries, Version 3.3.......................... 1

FRED Command Summary ................................ 17

System Variables .................................................. 17

.EXE............................................................................. 18

CFN3 Backup............................................................. 18

CFN3 CPU Board ...................................................... 19

Switches.................................................................. 19

Jumpers ................................................................... 20

CFN3 Memory Board ............................................... 20

Switches.................................................................. 20

Jumpers ................................................................... 20

CFN3 Memory Map ............................................. 20

LED Diagnosis ...................................................... 21

Serial/Parallel Ports ................................................... 21

CFN3 Ports............................................................. 21

Internal Profit Point setup........................................ 22

Diagnostic Error Codes................................................. 22

Console........................................................................ 22

Card & Gate Reader.................................................. 22

Pump Control Unit .................................................... 22

Tank Monitor.............................................................. 23

Raw Mode Error Codes ................................................ 23

Profit Point...................................................................... 23

Back panel .................................................................. 23

Scanner........................................................................ 23

Menu Tree................................................................... 24

Menu Tree – Profit Point v3.5................................. 25

Special functions........................................................ 27

Check Point..................................................................... 27

Special Functions....................................................... 27

Product Attributes...................................................... 28

Check Point Key Map............................................... 28

Check Point Key Actions......................................... 29

Switch Settings........................................................... 30

CPU Board, Firmware 5.0-5.2............................ 30

CPU Board, Firmware 5.3 & 5.4........................ 30

Check Point Test Mode............................................ 30

Configuration......................................................... 30

Vacuum Fluorescent Display ................................. 31

Standalone Receipt Printer........................................... 32

Epson........................................................................... 32

Star............................................................................... 32

Self Test.................................................................. 32

Star (RS-422) ......................................................... 32

Star (RS-232) for CheckPoint............................. 33

Star (Parallel) ......................................................... 33

Okidata 184/186 Printer Setup .................................... 33

Settings for serial printer.......................................... 33

Printer Controls .............................................................. 34

Name on Receipt Track 1 only............................... 34

POS Reports.................................................................... 34

Tender Codes.............................................................. 34

Event Codes................................................................ 35

Record Identifiers ...................................................... 35

Sample Commands.................................................... 36

Link Terminal Setup...................................................... 36

Island Card Reader I...................................................... 37

CPU Board .................................................................. 37

Switches.................................................................. 37

Jumpers ................................................................... 37

Test Mode ................................................................... 38

Printers......................................................................... 38

Star........................................................................... 38

Island Card Reader II .................................................... 38

CPU Board .................................................................. 38

Switches.................................................................. 38

Jumpers ................................................................... 39

Test Mode ................................................................... 39

Printers......................................................................... 39

Star........................................................................... 39

DPT .................................................................................. 39

Keypad......................................................................... 39

Switches ...................................................................... 40

Jumpers........................................................................ 41

CRIND............................................................................. 41

Keypad......................................................................... 41

Cabling ........................................................................ 42

D-Box to Gilbarco Interface ............................... 42

SDI/Wayne CAT............................................................ 42

Keypad......................................................................... 42

SDI Box Switches ..................................................... 43

Insight Interface ............................................................. 43

PC Connection........................................................... 43

Insight Board Switches ........................................ 43

Parameter File ............................................................ 44

Parameter File Defaults ............................................ 44

Softkey and Animation sequences.......................... 45

Pump Control Unit......................................................... 45

EXPMUX CPU Board .............................................. 45

LEDs ....................................................................... 45

Switches.................................................................. 45

Jumpers ................................................................... 46

CMOS CPU Board .................................................... 46

LEDs ....................................................................... 46

MDE-4483 CFN III Quick Reference Guide v3.3 · August 2005 Contents-1

Switches.................................................................. 46

Jumpers ................................................................... 46

I/O Board .................................................................... 47

Jumpers ................................................................... 47

9800 Pump Dispenser................................................... 47

CPU Board .................................................................. 47

Jumpers ................................................................... 47

LED Indicators ...................................................... 47

Test Points.............................................................. 47

Switches.................................................................. 48

LCD Board ................................................................. 48

Jumpers ................................................................... 48

Electronic Pump Interfaces .......................................... 49

Tokheim...................................................................... 49

Gilbarco Interface Unit ............................................. 50

CPU Board ............................................................. 50

Front Panel LEDs.................................................. 51

Interface Board ...................................................... 51

Wayne.......................................................................... 52

Tank Gauge..................................................................... 53

Veeder-Root CPU Board .......................................... 53

TLS 250 and TLS 250i ........................................ 53

TLS 350.................................................................. 53

TLS 350R............................................................... 53

Gasboy Interface Software .................................. 54

RS-422/485 Communications...................................... 54

422/485 Line Monitor............................................... 54

PC Monitor............................................................. 54

DIP Switch Banks 2 and 3................................... 54

422/485-232 Converter............................................. 54

Jumpers ................................................................... 54

R1 - Adjusting....................................................... 55

RS-232 Communications.............................................. 55

Modems and Cables .................................................. 55

PC Package/Answer modem............................... 55

Bank Network modem......................................... 55

CFN3 to Modem ................................................... 56

CFN3 to Okidata................................................... 56

RS-232 Character Framing ..................................... 56

Print Transaction........................................................ 56

Host-Site Mode ..................................................... 56

Completed Transaction Codes............................ 56

Site-Host Mode.......................................................... 56

Raw Mode................................................................... 57

PC/Site Control .............................................................. 57

Required Settings for CFN3 ................................... 57

Command Line Options ........................................... 57

Input and Output Redirection................................. 58

Fuel Point Reader........................................................... 58

CPU Board .................................................................. 58

Switches.................................................................. 58

Site Notes ........................................................................ 59

Contents 2 MDE-4483 CFN III Quick Reference Guide v3.3 · August 2005

CFN3

Command Summaries,

Version 3.3

General Command Summary

[...] Square brackets mean that the contents enclosed within the pair of brackets are optional.

| Vertical bar means or ; it separates alternatives.

{...} Curly brackets are used to group optional alternatives where only one choice can be entered.

Text in bold must be typed just as it is shown; italics indicate a generic category where you are to substitute a specific entry.

Shift-change Commands.

Shift-change commands— which are included in the optional shift-change package—are shown in lowercase.

Disk-based Commands . Disk-based commands do not have short forms, and you should use semi-colons only where they are specifically shown.

System Commands . The short form of the command is in uppercase. The command number, which is used to enter the command from a console, is given in parentheses after the command name.

All system-command options must be preceded by a semi -colon, and there can be no blank spaces on either side of the semi-colon.

System commands and their options may also be entered using the command number followed by a:

.5 to insert a ;I

.4 to insert a ;A

.3 to insert a ;C

Using Print SAles as an example:

126.4 is the same as typing P SA;a

ACtivate GAte (94) activates a gate from the terminal.

Option: C

ACtivate PUmp (10) activates a pump from the terminal.

Options: C A P1

A option puts pump in full serve mode

P1 assigns account number

CFN III Quick Reference

ADd ALlocation (77) adds to an allocation totalizer.

Option: C

ADd DRawer (11) adds to cash in cash drawer.

Option: C addrawer a shift-change command to add money to the cash drawer of a POS console.

Options: [ POS# ] [ $amount ]

ADd INventory (100) adds to inventory counters for a product.

Option: C

ADd SIGnon (101) adds a user, assigns permission level to user, and loads user’s signon code.

ADd TAnk (12) adds to tank inventory counter.

Option: C alter clerk a shift-change command to create a new format file for clerk reports. alter day a shift-change command to create a new format file for end-of-day reports. alter shift a shift-change command to create a new format file for shift reports.

BACKTRAN disk-based command to back up transactions to disk file filename .

Option: ; >filename

BUFFERS disk-based command to display buffer usage.

CALL (102) initiates the dial-out process.

CASE command to switch by case in command files.

Options: [D ] {P n1 n2 | E n1 text }

D add line for default command

P n1 n2 number of case is passed from command line; n1 is the total number of cases

(except default, if used); n2 is the case to execute

-or-

E n1 text Number of case to execute is entered by user; n1 is total number of cases (except default, if used) cashier a shift-change command to output the shift report to standard out and a flat file.

Options: [journal log filename] [format filename]

[flat filename] [%I | shift sequence number] [%S

| shift number] [POS#] [day of week] [%D | date] [%T | time] [%Y | yymmddhhmm]

[siteID]

CHDir (103) changes directories.

Check CArd (13) determines if a card is valid or

MDE-4483 CFN III Quick Reference Guide v3.3 · August 2005 Page 1

CFN III Quick Reference invalid.

Option: C

CHKDSK disk-based command to check the R drive integrity.

Options: [ -A ] [ -B ### ] [ -F ] [ -R ]

-A read and check entire disk

-B if the disk error message shows bad sectors, use this option with the sector numbers to mark those sectors

-F attempt to fix disk if lost or cross-linked clusters or length errors are found

-R read all files to check for bad sectors

CLOSE (154) makes a retroactive safe drop to the previous shift; used only in command files, never by itself on a command line. compare a shift-change command to compare two character strings without case sensitivity.

Options: [ string1 ] [ string2 ]

CONSOLE disk-based configuration program for console.

Options: [ -P ][ -V ] [ filename ]

-P print current configuration

-V display in TTY form if port is configured as a CRT in the system parameters, or vice versa

CP (105) command to copy disk files quickly.

Options: A I file1 file2 | file1 [file2] dir

COPy (105) copies a disk file.

Options: A I file1 file2

DEactivate PUmp (14) shuts off a pump from the terminal.

Options: C A

A option takes a pump out of full serve mode

DELete (6) removes a disk file or files on the R drive only.

Option: A

A option deletes any specified file, even readonly and hidden files

DIRectory (4) prints a listing of disk file names.

Options: I A

I option gives listing in short format

A option lists hidden files

DIsable COnsole (19) shuts down a console.

Option: C

Page 2

DIsable DUmp (106)

Options: C A terminal.

Option: C

Option: C

Option: C

turns off file dumping.

DIsable FPR (162) shuts down a fuel point reader.

Option: C

DIsable GAte (88) shuts down a gate controller.

Option: C

DIsable HIstory (107) turns off system history recording.

DIsable PCu (20) shuts down a pump control unit.

Option: C

DIsable PROduct (108) disables product attributes.

Option: C

0 prompt displays ?

Price ?, not ?

Amount ?

1 product is not a refund

2 product is not a payout

3 product is not a withdrawal

4 disables dollar amount inventory for product

5 disables inventory tracking for product

7 low inventory not indicated by asterisk in

PRINT PRODUCT

8 product is not a fuel product

9 journal does not use category number as department number

15 disable patronage (Buypass only)

DIsable PUmp (21) shuts down a pump.

A option disables all pumps

DIsable RAW (109 ) turns off raw mode.

DIsable REader (22) shuts down a card reader

DIsable SDI (163) shuts down SDI.

DIsable TMS (86) shuts down a tank monitor system (gauge).

DOwnload SDI (100) forces a download of an SDI.

Include the SDI number(s) on the same line as the command, no C option is needed.

MDE-4483 CFN III Quick Reference Guide v3.3 · August 2005

DUMP disk-based command to print raw tables.

Options: (see below)

[ D ] TIP pump_number [ P ] dump transaction in progress on specified pump; D decodes the transaction; P dumps previous transaction

-or-

[ D ] TIP NF console_number [ P ] dump merchandise transaction in progress on specified console; D decodes the transaction; P dumps previous transaction

-or-

[ D ] TRAN [ R ] transaction_number ( s ) dump the indicated transaction (or range of transactions) in decoded format; D decodes the transaction; R indicates a raw index number (to be used only by technicians)

-or-

CORE [ address_range [ page_size ]] dump specified range of addresses from memory

-or-

PROCESS [process number(s)] dumps all processes (default) or specified range

-or- table_name [ major_range [ minor_range ]] dump from specified table record numbers included in major range (by subrecords in minor range); default is all records

ECho (144 ) outputs the string given as argument.

Option: A T P1

A option suppresses line feed

T option displays string on console

P1 is used with fixed decimal numbers. Place a number between the @ and M to specify the number of characters including decimal point.

ELSE command used with IF in command files.

Option: block block is command or begin...end block

Enable COnsole (23) returns a console to operation.

Options: C I

I option initializes and enables all consoles

Enable DUmp (112) starts file dumping.

Option: A

A option appends file


Enable FPR (161) enables a fuel point reader.

Option: C I

I option initializes and enables fuel point reader

Enable GAte (87) returns a gate controller to operation.

Options: C I

I option initializes and enables all gate controllers

Enable HIstory (113) restarts system history recording.

Option: I

I option clears history table

Enable PCu (24) returns a pump control unit to operation.

Options: C I

I option initializes and enables all PCUs

Enable PROduct (114) enables product attributes.

Option: C

0 prompt displays ?

Amount ?, not ?

Price ?

1 product is a refund

2 product is a payout (subtracts from sales)

3 product is a withdrawal

4 enables dollar amount (not units) inventory for product

5 enables inventory tracking for product

7 low inventory indicated by asterisk in

PRINT PRODUCT

8 product is a fuel product

9 journal uses category number as department number

15 enables patronage (Buypass only)

Enable PUmp (25) returns a pump to operation.

Options: C A I

I option enables all pumps

A option clears ownership and frees the pump

Enable RAW (8) enables raw output mode.

Option: A

A option sends only 1 line of response at a time

Enable REader (26) returns a reader terminal to operation.

Options: C I

I option initializes and enables all readers



Enable SDI (164) returns SDI to operation.

Option: C I

I option enables and re-initialize the SDI

Enable TMS (85) returns a tank monitor system to operation.

Options: C I

I option enables and re-initializes all TMSs

EXit (27) exits command mode, enters system monitor mode; if the exit command is in a command file, the system prompt returns.

FIND disk-based command to search for pattern in

.CMD or text files.

Options: [;[ A ][ I ]] pattern file1 [ file2 ] ...

; A prints line numbers along with lines

; I returns the number of lines on which pattern is found (%E)

FIX_CONF disk-based command to update an old configuration file to work with a new release of

FRAMOS (but not a new version number).

Options: [D conf_name ]...[ filename ]

D conf_name conf_name is replaced with name of configuration program to be reset to defaults

(e.g., READER , PUMP , SYS_PAR ) or ALL for all configuration programs at once; you may specify more than one program by repeating modifier in front of the name of each configuration program you want to reset to its default filename name of configuration file; if no file name is given, assumes FRAMOS.CFG

Fix TRansactions (28) changes transaction-begin and -end pointers.

Options: AI rec1 rec2

A recalculate CRC; allows damaged transaction records to be used; use only if necessary to allow corrupted records to be polled

I clear all transaction numbers from the transaction file and reset the transaction pointers; irreversible; fill transaction number field with -1s for all transactions rec1 rec2 set pointers; rec1 is the physical record number of the oldest transaction you want to include in the active portion of the table; rec2 is the physical record number of the most recent transaction you wish to include in the active portion of the table fmtlint a shift-change command to output memory utilization to the screen.

Options: [ filename ]

FORMAT (116) formats the RAM disk.

Do not use unless supervised by a Gasboy

Technician. Erases your site information.

FRED disk-based full-screen text editor (FRED commands are summarized later in this chapter).

Option: [ filename ]

FUELER disk-based program to set the fueler ID for a cluster.

Options: [<cluster> <fueler-ID>]

If the arguments are not provided, the current state of all fuelers is shown. Only clusters 1-9 can have a fueler. Entry of a Fuel ID card generates a disk journal event type 197 with the first two characters of the text field containing the cluster number.

Fuelpt disk-based configuration program for fuel point readers.

Options: [P ][V ] [ filename ]

P print current configuration

V display in TTY form if port is configured as a CRT in the system parameters, or vice versa

GATE disk-based gate-reader configuration program.



-V display in TTY form if port is configured as a CRT in system parameters, or vice versa

Get TRansactions (117) polls transactions from connected site.

Option: A

A option prints full Print Transaction format

GOTO used in command files; execution jumps to line labeled with label .

Option: label

Help (29) lists Site Controller commands.

Option: A

A option prints commands with command numbers

Page 4 MDE-4483 CFN III Quick Reference Guide v3.3 · August 2005

IF command for conditional branching in command files.

Options: [ !

] { Y [ text ] | E filename |

{ = | < | <= | > | >= } arg1 arg2 }

-! negation operator; comes between dash (-) and conditional expression; reverses the truth conditions of the conditional expression it proceeds

-Y text the text is echoed, and if the user enters a

1, Y , or y, then the command following the IF statement is executed

-E filename if the named file exists, the command following the IF statement is executed

-or-

{ = | < | <= | > | >= } arg1 arg2 } the command or block of commands following the IF statement is executed if = , < , <= , > , or >= holds between arg1 and arg2 ; that is, if arg1 { comparison } arg2 is true. You can separate expressions by |, which means “or,” or by &, which means “and”

INSTALL disk-based command for hard drive installation.

KERMIT disk-based program for file transfer to external computer. Note: press CTRL-SHIFT-6 to exit from connect mode.

Options: [ baud ][ D ][ L # ]

{ R | S file1 [ file2 ] ...} baud data transmission rate to use, in bits-persecond

D debug mode (used in development only)

L # Site Controller RS-232 port number to use; where # is the port number

(without R or S) connect mode; default is port number 1

-or-

R receive-file(s) mode

-or-

S file1 [ file2 ] ... send the specified file(s) to the connected computer lddrawer a shift-change command to enter the initial amount in the cash drawer at the beginning of a shift on a console.


CFN III Quick Reference listday a shift-change command; with the 0 argument, it moves the PREVIOUS.LOG file to the reports directory; with the 1 argument, it completes the processing of the PREVIOUS.LOG file.

Options: 0 | 1 [ POS#] [ shift# POS# ] . . . listnext a shift -change command to generate a shift report.

Options: [filename] [filename -extension only]

[%I | shift sequence#] [shift#] [POS#] [printer# on POS] listone a shift-change command that runs the cashier, pritem, and prhour commands to generate the end-of-day reports.

Options: [filename -extension only] [POS#]

[ POS# ] the number of the console associated with the receipt printer where the end-of-day report is to be printed

LOad ALlocation (78) enters amounts in allocation totalizers.

Option: C

LOad Authorization (30) enters authorization code for allowed fuels or disallowed merchandise.

Options: C I

I option erases all authorization codes

LOad CArd (146) is run by a remote host to download a bit-mapped lockout file.

Option: C

LOad CRon (76) creates cron entries.

Options: C I

I option removes all entries from the cron file

Action types: @ ! ^ % ?

@ DWMMDDYYHHMM command is a timed entry

! command executes at a system restart

^ command executes at boot

% command executes when transaction file is near full

Note: an optional hyphen (-) after the action type and before the command name suppresses output to the printer.

LOad CUtoff (40) enters pump -fill limit and slowto-cutoff point.

Option: C

LOad DAte (31) enters date and time.



LOad DRawer (32) enters initial amount of money in cash drawer.

Option: C

LOad Fuel (33) assigns product codes, price codes, and tank numbers to pumps.

Option: C

LOad Heading (34) enters receipt heading and footing messages.

Options: C I

I option erases all heading and footing lines

LOad INventory (118) sets up inventory for a product and enables inventory tracking.

Option: C

LOad KEY loads the 18-character DES (data encryption standard) key or keys — ttxxxxxxxxxxxxxxxx , where tt is:

00 = master key

10 = working key

20 = working based on previous working

30 = exclusive or with previous master xxxxxxxxxxxxxxxx is the 16 characters of the key

LOad LImitation (35) enters limitation code and fuel limit.

Options: C I

I option erases all limitation codes and fuel limits

LOad MEssage (36) enters card reader terminal and gate broadcast messages.

Options: C I

I option erases all messages

LOad PHone (46) enters dial-out phone numbers.

Options: C I #

I option removes all phone numbers

# is

1 = main CFN host phone number

2 = backup CFN host phone number

3 = main bank phone number

4 = backup bank phone number

5 = main auxiliary phone number

6 = backup auxiliary phone number

LOad PLU (119) loads price lookup information for merchandise products.

Option: C

LOad PRice (37) enters price code, price level, and price.

Options: C I

I option erases all price codes, price levels, and prices

LOad PROduct (38) changes product number, name, or other product information.

Options: C A

A option creates a new product

LOad PUmp (39) enters pump totalizer amount.

Option: C

LOad SHift (41) changes the site’s shift.

LOad SIGnon (42) changes your sign-on code.

LOad TAnk (45) enters tank inventory counter quantity.

Options: C I

I option clears all tank inventory counters

LOad TAX (142) enters tax numbers and names.

Options: C I

I option clears all tax accumulator names

LOad TRansaction (47) enters initial transaction number.

LOad Vehicle (82) enrolls a vehicle in the MPG package.

Options: C I A

I option removes all vehicles from the MPG package

A option resets MPG period for all vehicles

LOCk CArd (48) invalidates a card.

Options: C A

A option erases card file and sets positive lockout

LOG EVent (158) puts an event in the disk journal.

Options: < et >< amt >< d >< c# >< cl# >< sh# >< sq# > et event type (required) amt amount in current monetary units (no decimal) d descriptive text (up to 20 characters). enclose spaces in quotes c# console number - 2 or less characters cl# clerk number - 2 or less characters sh# shift number - 2 or less characters sq# shift sequence number - 4 or less characters

Use a 0 as placeholder for parameters not used.


LOG FIle (121) prints a file on the log printer.

Option: A

A option deletes file after logging

LOG MEssage (93) prints a message on the log printer.

Option: C

MKdir (122) creates a new directory.

NExt CLerk (159) allows the disk journal to keep separate shifts for each console. nextday a shift-change command to end the day and begin a new day.

Options: [ POS# ]

[ POS# ] the number of the console associated with the receipt printer where the end-of-day report is to be printed

NExt DAY (151) stops the site, closes the current day, restarts the site, opens the cash drawer for a safe drop, and loads shift 1.

Options: I A

I option does not restart the site; useful for sites that are not open 24 hours a day

A option ignores the system parameter that set the time interval required between changing shifts with this command nextshft a shift-change command to change shift, either system-wide or on a particular console.

Options: [ n ] [ -?

] [ -s ] [ -c[n] ] [ -a[n] ] [ -pn ] [ -dn ]

[ -on ]

Loads next shift and prints report for console or clerk/fueler id number n Changes shift for console n and prints shift report

-? Displays this message

-s Changes shift for all console at Site and prints unique shift reports

-c[n] Changes shift and prints report for

Clerk id number n

a[n] Changes shift and prints report for

Attendant number n

-pn Prints report to console n.

-dn specifies n number of digits in attendant number.

on specifies n number of offset digits into card data for attendant number.


NExt SHift (152) closes the current site shift, loads the next shift number, and opens the cash drawer for a safe drop.

Option: A

A option ignores the system parameter that sets the time interval required between changing shifts with this command

PAUse (149) p rompts for user input.

Options: I A P1

I option saves line of input for next command that needs terminal input

A option suppresses line feed

P1 option is used with fixed decimal numbers

PERM disk-based command to change permission levels of system-resident commands.




PJ a disk-based command to print journal information.

Options: [ -C n [m ]] [ -R n [m ]] [ -A n [m ]] [ -U n [m ]] [ -S n [m ]] [ -D n [m ]] [ -H n [m ]] [ -B n [m ]]

[ -N x [y ]] [ -T x [ ss ]] [ -O y [: z ]] [ -X ] [ -W ] [ -V ]

[ -E ] [ -I ] [ -F ] [ -G ] [ -L ] [ -M ] [ -P ] [ -?

]

[ filename ]

-C n [ -m ] list journal entries for console n (to m )

-R n [m ] list journal entries for island card reader n (to m )

-A n [m ] list journal entries for pump n (to m )

-U n [m ] list journal entries for user/clerk n (to m )

-S n [m ] list journal entries for shift n (to m )

-D n [m ] list journal entries for date n (to m )

-H n [m ] list journal entries for hour n (to m )

-B n [m ] list journal entries for department n (to m )

-N x [y ] list journal entries for transaction number x (to y )

-T x [ ss ] list tender type x (sub-tender type ss )

-O y [: z ] length of the first and second fields of club cards

-X compressed listing

-W raw data listing

-V list events only

-E include events



-I do not include merchandise-item entries

-F do not include fuel-item entries

G List general events only

L Print total without transaction records

-M do not include tender records

-P list journal entries for previous day’s journal; if no filename specified,

PREVIOUS.LOG is default

-? print help

[ filename ] if no filename is specified,

JOURNAL.LOG is default

PORT (155) allows the site to manipulate a serial port to communicate with devices connected to that port.

Options: Open, Send, Wait, Receive, Flush,

Close

Open option initializes the port:

PORT OPEN [<port #>] [BAUD

(300|1200|2400|4800|9600)] [DATA7]

[STOPS2] [PARITY (EVEN|ODD)]

[NOFLOW] [LF]

<port #> SC port number, defaults to 2

BAUD baud rate, defaults to 2400

DATA7 7 data bits, defaults to 8

STOPS2 2 stop bits, defaults to 1

PARITY parity, defaults to none

NOFLOW turns off flow-control

(normally XON/XOFF)

LF adds CR LF to lines (default is CR)

Send option transmits characters from string or file, or causes a break:

PORT (SEND[LINE] < string >|

SENDPACKET<string>|

SENDSLOW< string >|

SENDBREAK|SENDFILE < fname >)

SEND < string > < string > is sent to port

SENDLINE < string > < string > is sent followed by a CR (and LF if LF option was used in OPEN)

SENDBREAK causes a break on the line

SENDFILE < fname > sends file as lines followed by CR (and LF if LF option

was used in OPEN)

SENDPACKET < string > sends

<STX>< string ><ETX><LRC> where LRC is the XOR of < string > and ETX

SENDSLOW < string > string is sent one char. at a time paced about 1/4 second apart.

Note: This command may be used to

cause a modem to dial, etc., by sending


the appropriate modem command. Often

a break may be used to cause the modem

to hang up the phone.

Wait option pauses until a string matching the specified string (or any of a list of strings) is received or until timeout is reached:

PORT WAIT < option-list > FOR < string >

[< string >...]

The < option-list > is replaced by one or more of:

TIME <seconds> is time to wait, defaults

to 30 seconds

CASE string is case sensitive

SPACE length of white space in target is

significant

MAX <integer> give up after that many

characters are received

QUIET <integer> give up if host silent that

many seconds

VAR <variable > target matched is returned in

<variable>

ECHO display characters as received

The keyword FOR signals the end of the option list and the beginning of the string list. Each string may contain control codes (for example,

~0D or ^M) or wildcard characters (@s).

If any string contains internal spaces, it must be enclosed in quotes (‘‘this string’’).

The return code is the number of the string that was matched (for example, 1 if the first (or only) string was matched).

Receive option captures incoming characters in variable and/or file:

PORT RECEIVE [<until-list>] (VAR <variable>

| FILE[APPEND] < fname >)

The < until-list > is replaced by one or more of:

MAX <integer> get the given number of

characters (defaults to 39 if VAR, 80 if

FILE)

END < string > until any character in the string is encountered (this option may

appear multiple times), defaults to LF

and FF

TIME <seconds> timeout in seconds, defaults

to 30

QUIET <seconds> give up if line quiet for

given number of seconds

PACKET terminated on receipt of packet,

returns 0 (may combine with END)

VAR <variable> is the user variable to hold

the data

FILE < filename > name of a file to hold the

data, if file exists, it is overwritten

FILEAPPEND < fname > if file exists,

received data is added at the end.

Note: the terminator character is not

included in the string. If a terminator

character is found, the return code of n

means the nth character in the END

string was found.

Flush option discards pending input:

PORT FLUSH

Close option relinquishes control of port:

PORT CLOSE

The following error codes are used by all variants of the PORT command:

0 Success

100 Syntax error

101 Bad port

102 Bad baud

103 No channel open

104 Timeout

105 Quiet timeout

106 Max. chars termination

107 Terminated with ^C

108 Can’t create file

109 LRC didn’t check in packet

110 Port busy

Non-printing Characters: In any data string in one of the commands, non-printing characters may be represented in hex or control-letter form.

For example, CR may be represented by ~0D or

^M. prattend a shift-change command to print attendant sales.

Options: [ -?

] [ -an ] [ -sn ] [ -gn ] [ -on ] [-tn(mm)] [ p ] [ -e ] [-f flatfile] [ -yYYMMDDHHMM ]

[ -nx(-m) ] [ -x ] [ infile ]

-? displays this message.

-a displays totals for attendant ‘n’. if none, or

-a All, gives a totaled report of all.

-sn gives report for shift n.

-gn use ‘n’ digits for attendant number.

on offset of ‘n’ digits into card data.

tn(mm) designates tender type n and subtype mm to report for .


-p processes the previous journal file.

-e gives separate report for each attendant found.

f outputs raw data into ‘flatfile’.

y begin time for shift (YYMMDDHHMM).

Show transactions after this time.

-nx ( -m ) transaction number x or range. Will wrap after 9999

-x Display taxes separate. infile - Journal file to process. Defaults to c:journal.log. prboth journallog a shift-change command to print data from the specified journallog .

Options: journallog -I [ -F flatfilename] | -H [ -F flatfilename] | -I -H [ -F flatfilename]

-I prints sales, if any, by stock numbers

-H prints a summary of sales activity by hour

-F flatfilename creates a flat file named flatfilename from the specified journallog file

Print ALlocation (79) prints allocation totalizers.

Print Authorization (49) prints authorization codes and fuels allowed.

Print CArd (95) prints lockout file in bitmapped format.

Print COnsole (150) puts a line of text on console display.

Print CRon (15) prints entries in cron file.

Print DAte (50) prints date, time, and current transaction number.

Print DIagnostics (51) prints system errors.

Option: A

A option prints all error codes

Arguments:

0 when diagnostics were last reset

1 Site Information

2 PCUs

3 readers

4 consoles

5 fuel point readers

6 gate controllers

7 tank gauges

8 pumps

12 SDI

Print DRawer (52) prints shift and daily cash drawer totals.



Print Heading (53 ) prints receipt heading and footing.

Print HIstory (123) prints event history.

Option: A

A option displays new events as they occur.

Print LImitation (54) prints limitation codes and fuel limits.

Print LOckout (55) prints invalid or valid card numbers.

Print MEssage (56 ) prints broadcast messages.

Print MOnitor (89) prints stored log.

Option: A

A option prints with physical record numbers.

Print PHone (16) prints the dial-out phone numbers.

Print PRice (57) prints price codes, levels, and prices.

Print PROduct (58) prints product information.

Options: I A

I option allows ranges of categories

A option prints attributes enabled with

ENABLE PRODUCT

Print PUmp (59) prints pump numbers, tank numbers, products, price codes, prices, pump totals, and pulse rates.

Option: A

A option prints buffered totals

Print QUantity (145) prints quantity sold information.

Options: IA


A option allows choice of periods:

1 = previous shift 1



C = current shift

Y = yesterday’s total

D = today’s total

T = cumulative total

P = cumulative totals at last day change

Print RECeipt (124) prints text on receipt printer.

Option: C A [# | C # | P1 =# | P1 = C #] [ message ]

A option allows a file to be printed on a receipt printer without waiting for the printer to complete printing on the receipt. You must redirect a file to the command or it is an error.

# is a receipt printer’s number; C# is the number of the console to which the receipt printer is attached.

P1 option is usually used when redirecting a file that does not have a stored printer number

Print SAles (126) prints sales information.

Options: I A



0 = print tax accumulators (with I option:

P SA;I 0)




C = current shift


D = today’s total


P = cumulative totals at last day-change

Print SIGnon (125 ) prints user numbers and permission levels.

Print SUmmary (18) prints summary of sales totals report.

Options: I A






C = current shift


D = today’s total


P = cumulative totals at last day change

Print TAnk (60) prints tank numbers and inventory totals. print tax use Print SAles;I 0


prntrpt a shift-change command to print reports.

Options [Report type] [Report number] [Day of week extension] [Date and time][Printer POS]

[Report flag] prtender creates a report similar to the site PRINT

TRANSACTION command. The report is a file in the reports directory named ptend###.rpt where ### is the tender type and/or subtype of the report.

Options [-?] [-tn(mm)] [-en] [-a(n)] [-dn(-m)] [hn(-m)] [-p] [infile]

-? Displays this message.

-tn(mm) Designates tender type n and subtype mm for report creation

-en Displays extra account digit from offset n into discretionary data

-a(n) Displays Aux Tran sequential numbers for all tenders

-dn(-m) Date n to m

-hn(-m) Hour n to m

-p Processes previous journal file

infile journal.log

Journal file to process. Defaults to /

Print TIp (129) prints transactions in progress.

Option: A

A option continuously updates (for use with

CRTs only)

Print TOtals (61) prints sales totals.

Options: I A

I option allows you to specify categories





C = current shift


D = today’s total



Print TRansaction (62) prints completed transactions.

Options: I A P1 P2

I option shows format header of remote site when used with Site control command

A option prints with physical record numbers

P1 and P2 options sort transactions


Print Vehicle (83) prints MPG information for vehicles in the MPG package. prvoid displays all voids found in the journal.

Options [ -?

] [-cn] [-sn] [-f flatfile] [infile]

-? Displays this message

-c Displays voids for console n

-s Displays voids for shift n

-p Processes the previous journal file

-f Outputs raw data into flatfile

PUMP disk-based configuration program for pumps.


-P prints current configuration

-V displays in TTY form if port is configured as a CRT in the system parameters, or vice versa

PUrge SIte (130) resets transaction-begin pointer.

RCP disk-based command to copy dir1 and all subdirectories thereof to dir2 directory and new subdirectories.

Option: dir1 dir2

RDEL disk-based command to delete a directory and all of its contents.

READER disk-based configuration program for island card reader.



-V display in TTY form even though port is configured as a CRT in the system parameters, or vice versa

REBOOT (131) with no options, reloads configuration and reboots.

Options: I A P1

I option does a warm boot in version 1.0

A option reboots from disk (cold boot)

P1 option reconstructs all tables

RECord (7) writes data to a disk file.

Option: I

I option overwrites existing file

REMove ALlocation (80) removes a totalizer from the allocation package.

Options: C A

A option initializes the allocation file and frees all accounts from allocation

REMove Authorization (63) removes a fuel or merchandise code.

Option: C



REMove CRon (132) removes a cron entry.

Options: C I A

I option deletes any pending executable

A option attempts to kill the executable or cron command currently running

REMove Heading (133) removes a receipt heading line.

Option: C

REMove LImitation (64) removes a limitation code.

Option: C

REMove MEssage (134) removes a broadcast message.

Option: C

REMove PRice (17) removes a price level.

Option: C

REMove PROduct (135) removes a product.

Options: C A

A option removes all products

REMove SIGnon (136) removes a user sign on.

REMove Vehicle (84) removes a vehicle from the

MPG system.

Option: C

REName (138) renames a disk file.

Option: A

A option moves file(s) across directories report a shift-change command to regenerate shift and end-of-day reports using an existing journal file.

Options: [ # of printer’s POS ] { yday | pday

[ extension ] | shft [ shift# ] [ POS# ] | pshft

[ extension ] [ shift# ] [ POS# ]

| clrk [ clerk# ] | pclrk [ extension ] [ clerk# ]

| atnd [ attendant# ] | patnd [ ext ] [ attendant# ]} yday report regenerate yesterday’s end-of-day pday regenerate an end-of-day report using the extension of the journal log file shft regenerate a shift report for the current day pshft regenerate a shift report for a previous day using the file extension of the journal log file clrk regenerate a clerk report for the current day pclrk regenerate a clerk report for a previous day using the file extension of the journal log file atnd regenerate an attendant report for

Page 12 the current day patnd regenerate an attendant report for a previous day using the file extension of the journal log file reprint a shift-change command to reprint whatever was last printed at a receipt printer.

Options: [ # of printer’s POS ] { day | last | pday

[ day ] | shft [ day ] [ shift# ] [ POS# ]

| clrk [ day ] [ clerk# ]

| atnd [ day ] [ attendant# ] } day print the last end-of-day report last print the last report or receipt printed on specified receipt printer pday reprint a previous end-of-day report shft reprint a shift report clrk reprint a clerk report atnd reprint an attendant report

REset DIagnostics (65) clears diagnostic error counter.

Option: I

I option resets after a reconfiguration

REset PUmp (66) resets pump totalizers.

REset TOtals (67 ) resets the daily sales totals.

Option: A I

A option resets daily and cumulative sales totals to zero, and loads shift 1

I option resets cumulative only

REset TRansaction (68) resets first (oldest) transaction to save and to print pointer.

Options: AI

A option resets all transaction table pointers, including next transaction to send to CFN host and next transaction to log; if a number is provided with the A option, the CFN host poll pointer is set to that transaction number;

I option deletes transactions in progress

(resulting in unassigned transactions and loss of card data needed for billing any pumping transactions that were in progress)

RESTORE Command file that extractes the files compressed with the BACKUP command and returns the files to the SC3 directory.


RESTORE disk-based command to restore contents of selected data tables from disk file

SYSBACK.DTA (by filename if specified).

Options: [ old ] { table1 [ table2 ] ... | { everything | reconstructed } [ except table [ table ] ...]}

[ from filename ] [ corrupt ]

[ old ] restores from backup files created under

FRAMOS version 0.2, which used a different format for the cron table; it converts the cron entries to FRAMOS version 1.0 format while restoring them table1 [ table2 ] ... restores specified tables (if backed up)

-or- everything [ except table1 [ table2 ] ...] restores all tables (if backed up); optional: except specified tables table1 , table2 , etc.

-or- reconstructed [ except table1 [ table2 ] ...] restores all reconstructed tables (if backed up); optional: except specified tables table1 , table2 , etc.

[ from filename ] this option restores from data in file filename

[ corrupt ] restores records with bad checksums

RMdir (140) removes an empty directory.

RUN (69) restarts site.

Options: I A

I option starts site initially, or after a crash

A option restarts a site after a console disable pumps safedrop a shift-change command to reconcile a cash-drawer amount when money is taken out to adjust the till.


SCReen (167) allows command files to perform screen functions independent of the type of terminal connected.

SEND COMmand (156) sends a command from the

Site Controller to one or more Profit Points

SEND COMMAND device command

For device , substitute one of the following:

C* all Profit Points

C1 Profit Point #1 (

Point #2, etc.) or C2 for Profit

C1C2 Profit Points 1 and 2; etc.


For command , substitute any of the commands you can enter at a DOS prompt

Option: A

A option does not wait for operator response at the Profit Point before clearing the dis play, if any, from the executed command.

SEND FIle (157) sends a file from the Site

Controller to one or more Profit Points, or from a

Profit Point to the Site Controller. Requires at least

50 free buffers.

In the following, S stands for source, and D stands for destination:

SEND FILE[;A] [mode] S-device S-filename

D-device[D-device . . .] [D-filename]

A option causes the command to run in the background.

Mode stands for transfer mode. It is a single-digit number or the letter e (9 is the default). Only one mode is allowed at a time. Modes are:

1 overwrite only (send the file only if the file already exists)

3 resume prior send, abort if file does not exist

4 do not overwrite, do not make directory

5 overwrite ok, do not make directory

8 do not overwrite, ok to make directory

9 overwrite ok, ok to make directory e execute transferred file on destination device.

For S-device , substitute one of the following:

S Site Controller

C1 Profit Point #1

C2 Profit Point #2; etc.

In place of S-filename , insert the name (including the path) of the file to be sent.

For D-device , substitute one of the following:

S Site Controller

C* all Profit Points

C1 Profit Point #1

C2 Profit Point #2; etc.

In place of D-filename , insert a new name (and, optionally, the path) if you want the transferred file to have a name different from the source file’s name (and path).



SET_PERM disk-based command to change file attributes and permissions of disk-based commands.

Options: [ -R ] [ -H ] [ -N ] [ -U user_no ]

[ -P perm_level ] file1 [ file2 ]

-R file1 [ file2 ] sets read-only status on file1

[ file2 ]

-H file1 [ file2 ] sets hidden status on file1 [ file2 ]

-N file1 [ file2 ] allows any user to execute the disk-based command(s) file1 , file2 , etc.

-U user_no file1 [ file2 ] ... only user number user_no may execute the disk-based command(s) file1 , file2 , etc.

P perm_level file1 [ file2 ] ... only users having a permission level greater than or equal to perm_level may execute the disk-based command(s) file1 , file2 , etc.

Copy all necessary hard-drive files to RAM disk, run SET_PERM, copy back to hard disk. settle varies for each card network; see the specific

Credit and Debit Card Networks manual. setup a shift-change command to configure report package parameters. setup clerk a shift-change command to customize clerk reports; makes a copy of the existing format file, which can be used to undo the changes, and then runs the ALTER CLERK command to create a new format file for clerk reports.

Options: [ -D ]

[ -D ] copies the CLERK.FMT file, wipes out the existing report configuration, and runs ALTER

CLERK -D to generate a default report configuration for demo purposes setup day a shift -change command to customize the end-of-day reports; makes a copy of the existing format file, which can be used to undo the changes, and then runs the ALTER DAY command to create a new format file for end-of-day reports.

Options: [ -D ]

[ -D ] copies the DAY.FMT file, wipes out the existing report configuration, and runs ALTER

DAY -D to generate a default report configuration for demonstration purposes setup shift a shift-change command to customize the shift reports; makes a copy of the existing format file, which can be used to undo the changes, and then runs the ALTER SHIFT command to create a new format file for shift reports.

Options: [ -D ]

[ -D ] copies the SHIFT.FMT file, wipes out the existing report configuration, and runs ALTER

SHIFT -D to generate a default report configuration for demonstration purposes

SET_VAR or SET command to create variables on

RAM disk to store text or integers.

Options: [; I ] |

{ variable {= | @} [string] | variable {+ | - | * | / | % | ^} number_value | variable $ filename [line [column [length]]] | variable ~ string [column [length]] | variable ? filename | variable # string | variable := num [{+ | - | * | / | % | ^} num ] ... set variable < format data

}

(no arguments) lists contents of all variables

-or-

; I deletes all variables

-or- variable = string sets variable equal to value

(literal text, % parameter number, or % variable name)

-or- variable @ string echoes string text as prompt on terminal, set variable equal to line typed by user

-or- variable {+ | - | * | / | % | ^} number_value sets variable to the result of performing the given mathematical operation on the current value of variable and number_value ; % = mod, ^ = exclusive or

-or- variable $ filename [ line [ column [ length ]]] sets variable to the substring at location line column in filename , for length characters

-or-


variable ~ string [ column [ length ]] sets variable to string ; if string is followed by a blank space and a number, column , that number is the offset into the string , from the left, before the remainder of string will be set to variable ; (any blank spaces in the string itself must be enclosed in quotation marks.); the second numb er, length , if present, specifies how many characters after the offset will be included in variable

-or- variable ? filename sets variable to exact length in bytes of disk file named by filename

-or- variable

-or-

# string characters of

sets variable to length in string variable := number_value [{+ | - | * | / | % | ^} number_value ] . . . sets variable to result of numeric expression

-or- set variable < format data allows a number to be formatted into a user variable using the same format options available for the P1 option in

ECHO. Useful for converting the internal format of numbers in command files to a form that can be used a input for commands that require decimal points in a correct place.

Four of the operators (=, @, $, and ~) can be followed by one of these three modifiers:

B stands for Boolean . If a 1, y, or Y is entered, a y is stored. If any other character is entered, an n is stored.

M stands for configured monetary units. In the

United States, the default configuration is for two decimal places (xx.xx) for cents as hundredths of a dollar

Q stands for configured quantity units. The default configuration is for three decimal places

(xx.xxx) for thousandths of a unit.

SHow (166) displays communication between the site and devices.

SHow <device> [<device>...]

<device> may be a single word if it is one of:

ALL - shows communication of all devices

RBroad - shows reader broadcast messages

CBroad - shows console broadcast messages

ROUTer - shows router activity

STATUS disk-based command to print selected site status information.


Options: [ B ][ C ][ D ][ H ][ N ][ S ][ T ][ U ][ V ][ !

]

With no arguments, defaults to VTS

B backup; backs up user data in a file of your choosing (enter the command as

STATUS;>> filename B ).

C CPU; calculates percentage of CPU being used at site

D prints daily settlement control information

H host; reports last transaction number sent to

CFN host

N no-sale; reports all non-zero no-sale counters

O oldest; returns oldest transaction number as its error code %E

R reports; prints reports on users (sign-ons), including no-sales, item voids, and length user was signed on. Default report is for previous shift. A character following the R indicates the period requested:

C = current shift

D = current day

Y = yesterday

T - cumulative totals

1 = previous shift

2 = one before previous shift

3 = two before previous shift


S switches; reports current DIP switch settings

T transaction table; reports how many more transactions will fit in the transaction table

U unpaid; reports all non-zero unpaid counters

V version; reports operating system version number and release level

! repeat; causes specified report to repeat every 1 second; for use with CRT

STOP (70 ) shuts down a site.

Options: A I

A option halts pumping transactions. Pay off fuel sales to display prompt.

I option does not wait for site to stop

SUbtract ALlocation (81) subtracts from an allocation totalizer.

Option: C

SUbtract DRawer (71) subtracts from cash in drawer.

Option: C



SUbtract INventor y (141) subtracts from inventory for a product.

Option: C

SUbtract TAnk (72) subtracts from tank inventory counter.

Option: C

SYSBACK disk-based command to back up all system tables in RAM, except transactions, to the

SYSBACK.DTA file.

SYS_PAR disk-based configuration program for system parameters; main configuration program for

Site Controller.



-V display in TTY form if port is configured as a CRT in the system parameters, or vice versa.

SYSte m (160) changes from the CFN3 prompt (R*) to the NT operating system prompt. Type EXIT to return to the CFN3 prompt. Designed for use from a remote site only.

TABLE disk-based configuration program for data table sizes.




TAX disk-based tax table entry program.

Options: [ ; [ C ][ I ]] [ -P | -R | -?

]

;C chain entries: keep looping back to the initial prompt

;I reconstruct the tax rate table

-P print tax table summary

-R print tax table in raw form used by

RESTORE

-? run in tutorial mode

TEst PCu (73) tests a pump control unit’s memory.

TRANBACK disk-based command to back up transaction data to the TRANBACK.DTA file.

TREE disk-based command to print directory structure of the R drive only.

TRFMT disk-based configuration program for local transaction format.

Options: [ -P ][ -V ] [filename]



TYpe (5) prints the contents of a file.

Option: A

A option prints past the MS-DOS end-of-file marker

Unlock CArd (74) validates a card.

Options: C A

A option clears card file and sets negative lockout variable a shift-change command to list the state of the shift sequence and shift number for the system and for each console.

WHERE disk-based command to print current directory.


FRED Command Summary

Modes

Command Mode Function

Ê

^C

^N i e c i e c i e c enter edit mode enter command mode enter insert mode

Insert or Edit Mode

Command Argu.

Mode Function

Ô

ENTER key

↑ or ^K

↓ or ^J

← or ^H

← or ^L

SPACEBA

R b e c i

DEL key

^D

^X k

Û

^S

^R

^Y

^P u d g x s e move cursor to end of line e enter command mode e enter insert mode i e delete one character left of cursor i e delete one character at cursor char i e delete current line e kill line from cursor up to character char i e undo changes to current line i e split line at cursor i e open line above i e open line below i e cursor up one line i e cursor down one line i e cursor left one character i e cursor right one character e cursor right one character e move cursor to beginning of line i e join current line to line above i e save current line i e put saved line below current line e scan backward (up) through file e scan forward (down) through file n char e c go to line number n e exchange character at cursor with character char char e search for character char


Command Mode

Command Argu.

Mode Function g change find search n begin # end# begin# end# ec go to line number n c make changes to designated lines c c search for a pattern, enter insert mode print all lines in search range that match a pattern clear del begin# end# c erase entire file c deletes designated lines append filename c insert file at cursor load filename c replace buffer with file name filename c set name of current file save c save file resave q tabs n c resave existing file c quit editor, exit to operating system c set tab stops every n columns

System Variables

The following variables can be used in command files. Note that these are case-sensitive—they must be uppercase or lowercase, as shown below:

Name Definition

%0 Number of arguments on command line (note that this character is a zero).

%1-

%9

%A

Command line arguments one through nine.

Number of input lines from command terminalwaiting to be read. (To test if user

%C pressed ENTER).

%B# Current drawer balance for drawer #. No decimal is displayed.

Where command is being executed from:

1 = local command port (command terminal)

2 = remote command port

3 = cron

4 = console #1

5 = console #2

6 = console #3

7 = console #4

8 = Profit Point #1

9 = Profit Point #2

10 = Profit Point #3

11 = Profit Point #4

%D

%E

%Fd

Date (MM/DD/YY).

Last error code from last command.

A 0 means the command was completed successfully; greater than 0 usually means the command failed. Note that FIND and

STATUS O and CLOSE use the error code in a special way.

Where d is the drive letter. Gives space remaining, in bytes.



%I

%J

%K Position of console keyswitch:

0 = off

1 = on

4 = supervisor

8 = manager

%M# Miscellaneous options where # stands for:

0 = non-resettable totals

1 = returns the initial drawer

balance in SYS_PAR

2 = transaction number of first

transaction in file

3 = transaction number of last

transaction in file

4 = status of bank modem (0=down,

1=available, 3=connected)

5 = status of CFN modem (0=down,

1=available, 2=dialing,

3=connected but not logged in,

4=logged in)

6 = if the parameter is enabled

for unique shift numbers for

each console, returns a 1; if

disabled, returns a zero

7C# = if the parameter is enabled


each console, returns the

shift number of console #;

if disabled, returns the

system’s shift number. (The #

can be replaced by a %a-%z

user variable to allow

variable selection of the

console number.

8C# = if the parameter is enabled


each console, returns the

shift sequence number of

console #; if disabled,

returns the system’s shift

sequence number.

(The # can be replaced by a

%a-%z user variable to allow

variable selection of the

console number.

9 = returns one if configured for

a CRT; otherwise, returns

zero.

%P

%Q

%R

%S

%T

Current site ID.

0=journal.log is up to date.

1=journal.log is not up to date.

Permission level of user currently signed on.

Site shift sequence number; each site shift change increments this number.

Site run level:

0 = running

1 = blocking new transactions

2 = stopped

3 = emergency stopped

4 = memory full

5 = crashed

Current site shift number (1, 2, or 3).

Time (HH:MM AM/PM).

Page 18

%U

%V

%W

%Y

%a-

%z

User number of user currently signed on.

Site version number.

Day of week-Sun, Mon, Tue, Wed, Thu, Fri,

Sat

Date-time (YYMMDDHHMM)

User string variables set by SET_VAR; up to

118 characters long.

.EXE

Executable programs used to ca rry out or perform an operation. These have an .EXE ending.

BATCH Executes processes on the Site Controller through the PC.

SC3 local Site Controller command terminal window on the PC.

SC3SHELL Site Controller command shell program on the PC.

CFN3 Backup

These are run from an NT command window, not the

SC3 window.

BACKUP NT command file which takes all files excluding .BINs, .EXEs, and HTML files placing them onto floppy diskette(s).

RESTORE NT command file which extracts the compressed files created with BACKUP and returns them to SC3 directory. Not the same as the site’s own

RESTORE described earlier.


CFN3 CPU Board

Assembly part number: C05838.

Switches

PC Address Switch, SC-COMM CPU - S1

On the CPU board, card edge side, Switches 1-4, the

PC address DIP sets where in the PC address space the Dual RAM will occur. The SC-Comm board currently assumes D0000.

Address 1

C0000 cl

C3000 cl

C6000

C7000

CC000

CF000

D0000*

D3000

D6000

D9000

DC000

DF000

E0000

E3000 op op op op op op cl cl cl cl cl cl

3 cl cl op op cl cl op op cl cl op op

cl

cl

op

op cl cl cl cl op op op op cl cl op op op op

Switch

2 cl cl

4 cl op cl op cl op cl op cl op cl op cl op cl op

E6000

E9000

* = default op op

Switches 5-8 enable the IRQ. Choose one of the four possible interrupt priorities. Only one may be selected and no other device on the PC can use that interrupt. SC3.EXE assumes level 10. Other choices are 15, 11, and 12

5

6

7

8

Closed IRQ - 15

Closed IRQ - 12

Closed IRQ - 11

Closed IRQ - 10

Default - open

Default - open

Default - open

Default - closed*

SC3 Comm Board DIP Switch, CPU - S2

Position 4 - UP (open), default signon.


Previous PC SC -COMM settings

Boards produced for the CFN3 prior to surface mount have a separate IRQ (S1) and Address (S2) switch settings. The CPU is S3. These are listed below.

PC IRQ Switch, SC-COMM CPU - S1

On the SC-COMM CPU board on the card edge side, middle DIP switch is the IRQ enable DIP switch. The

IRQ enable switch chooses one of the four possible interrupt priorities. Only one may be selected and no other device on the PC can use that interrupt.

SC3.EXE currently assumes level 10. Other choices are 15, 12, and 11.

1

2

3

4

Closed IRQ - 15 Default - open



Closed IRQ - 10 Default - closed

PC Address Switch, SC-COMM CPU - S2

On the CPU board, card edge right, the PC address

DIP sets where in the PC address space the Dual

RAM will occur. The SC-Comm board currently assumes D0000.

Switch

Cl cl cl cl

Cl cl cl op cl cl op cl cl cl op op

Address

C0000

C3000

C6000

C7000 cl op cl cl cl op cl op

CC000

CF000 cl op op cl D0000* cl op op op D3000

Switch op cl cl cl op cl cl op op cl op cl op cl op op op op cl cl op op cl op

Address

D6000

D9000

DC000

DF000

E0000

E3000 op op op cl E6000 op op op op E9000

SC3 Comm Board DIP Switch CPU - S3

SC3 Comm Board DIP Switch CPU - S3, position 4, default signon.



Jumpers

SC-Comm CPU Board settings

Jumper Description

K3 AC power fail sense

K4

K5

K6

K7

K8

K9

K10

K11

AC watch dog timer

SC-Comm CPU (testing only)

RS-485 loop 1, 2 wire to 4 wire

RS-485 loop 2, 2 wire to 4 wire

Rx Clock from synchronous modem (DB-25-15)

ETC output to synchronous modem (DB-25-24)

Tx clock input from synchronous modem (DB-

25-17)

EPROM type

Setting

2-3 to enable

1-2-3 to disable*

1-2 to enable*

1-2 to reset

2-3 for 4 wire*

1-2 for 2 wire

2-3 for 4 wire

1-2 for 2 wire*

1-2 to connect

1-2 to connect

1-2 to connect

K12 EPROM type

2-3 for 27256 or

27128

2-3 for 27256 or

27128

* = default setting

CFN3 Memory Board

Assembly part number: C05839.

Switches

DIP Switch SC-Memory I/O-S1

Position & Definition

1 Boot to monitor after reset

2

Boot to OS after reset

Debug mode

Normal

3

4

Don’t talk to PC while in monitor

Monitor I/O goes to PC also

Monitor I/O goes to SC port 1 also

No monitor I/O to SC port 1

Setting open closed open closed open closed open closed

Dip Switch SC -Memory I/O-S2


1

2

3

4

Battery 1

Setting

Battery 2 - External open=disabled* closed=enabled

N/A

N/A open=disabled closed=enabled* unused unused

Page 20

Jumpers

SC-Comm Memory I/O board settings

Jumper Description

K1 Date/Time Clock Speed

Setting

*1-2 for 4 wait state

K2 Enable A19 to RAM

2-3 for 1 wait state

*2-3 for 128Kx8

K3

K4

K5

RAM size

External Battery

Tokheim Reset Output

Channel 2

Do not install; not supported

1-2 for 512Kx8

*2-3 for 128Kx8

1-2 for 512Kx8 no connector = disabled

1-2 for reset

* = default

CFN3 Memory Map

00000

-

FFFFF

00000

00000

00000

00800

01700

10000

10100

10200

20000

20100

20300

20500

20700

00900

-

Fffff

RAM

DUAL RAM

EEPROM

SCC0

SCC1

SCC2

SCSI

LEDs

CPU Board Switches

Real Time Clock

Memory Board

Switches

Battery Status

Watchdog Reset

Battery Drain Control

EPROM


LED Diagnosis

No LED lit: Did not reach EPROM . Check seating of CPU Socket, check jumpers k1 & k2 are set correctly.

1 LED lit: EPROM not relocated . Check seating of CPU Socket, check jumpers k1 & k2 are set correctly.

2 LED’s lit: Parallel ports not initialized or

Vectors not copied to RAM EPROM. Check seating of CPU socket. Check U19, U20, U14 and U46.

3 LED’s lit: Access BI-RAM failed . Check seating of CPU socket. Check U19, U20, U14 and U46.

4 LED’s lit: Failed to initialize UART channel

#1 . Check seating of CPU socket. Check chips

U32, U33, U36, U29, U16, U3 and U6.

5 LED’s lit: Failed to initialize Real Time

Clock . Check U4,U5, U3. Check connector P1 for unsoldered, bent or broken pins. Double check memory board k1, 1-2 jumper.

6 LED’s lit: Failed one of: Talk to PC; sends version command to PC; print power-up message; print data/time; boot operating system.

Check seating of CPU Socket. Check

U19, U20, U14, U46, U9, U15, U23, U24, U31 and U47.

7 LED’s lit: Should be OK.

Check seating of

CPU socket. This is not an expected type of failure. May indicate a bad DIAG.BIN has been loaded.


Serial/Parallel Ports

CFN3 Ports

The RS232 ports on the SC can be used for any function that needs a RS232 port. The ports on the

PC are more limited. Com1-4 can be used for login, log printers, and command output may be directed to them. LPT1-2 can only be used as log printers or command output.

The CFN3 has one more RS422/485 channel available than the SCII. This has been assigned to be another island loop. Broadcast messages will be sent to both of these channels. The POS loop is the only loop for Profit Point connections.

Cable Connections

Port 1, Local RS232 - use cable number C05994,

CFN3 terminal cable assembly.

Port 2, Ribbon Cable to RS232 - use ribbon cable

C05554 (not currently used).

Port 3, RS232 - use cable number C05996, CFN3 to

Tokheim cable assembly.

Port 4, RS232 use cable number C05995, CFN3 modem cable assembly.

Port 5, RS232 use cable number C06006, CFN3

Wayne cable assembly.

Port 6 is extra and can be used as either a modem or

Wayne.

Note: Ports 1, 4, 5 and 6 are interchangeable.

Loops 1, 2, and 3 - use cable number C05670, cable assembly 4 position 1:1 HS/Line - 8ft. modular cable.



The following is a list of ports and their assignments:

Name

CON

SC1

SC2

SC3

SC4

SC5

SC6

COM1

COM2

COM3

COM4

LPT1

LPT2

Chnl

0

1

2

10

11

12

7

8

9

3

4

5

6

P C

P C

P C

P C

P C

P C

Location

PC CRT/Keyboard

COMM CPU right DIN

Function

Local port login

RS232

COMM CPU 26 pin

ribbon

COMM MEM DB-9*

RS232 all cont. lines

Tokheim pumps

COMM MEM bottom DIN* RS232

COMM MEM middle DIN* RS232 jumperable

COMM MEM right DIN* RS232 jumperable

RS232

RS232

RS232

RS232

Parallel output

Parallel output

LOOP1

LOOP2

N/A

N/A

COMM CPU bottom handset* Island loop

COMM CPU middle handset* Island loop

LOOP3 N/A COMM CPU right handset* POS loop

* refer to diagram on previous page

Internal Profit Point setup

Plug the power supply into the Gasboy distribution box next to the word power. Plug the other end into an outlet.

Plug cables into their correct positions. Com2 of the computer connects into serial2 of the Gasboy distribution box.

Com3 on the computer connects to serial3 of the

Gasboy distribution box.

Diagnostic

Error Codes

The following error codes may appear in response to

PRINT DIAGNOSTICS;A.

Console

Errors in console-to-Site Controller messages:

CRC—bad cyclical redundancy check (CRC)

DIE—device went down

NOR—no response

PIN—PIN errors

RDE—card read error

Errors in Site Controller-to-console messages:

NB3—buffer busy

NB5—invalid command

NB7—receiver overrun

NBA—bad cyclical redundancy check (CRC)

Card & Gate Reader

Errors in reader-to-Site Controller messages:



NOR—no response

PIN—PIN errors

RDE—read error

Errors in Site Controller-to-reader messages:

NB3—buffer in use

NB4—not hexadecimal


NB6—undefined EE command number

NB7—overflow/framing error

NB8—input buffer overrun

NB9—alphanumeric display busy


Pump Control Unit

Errors in PCU-to-Site Controller messages:



NOR—no response


Errors in Site Controller-to-PCU messages:

NB0—invalid hose number or price level

NB1—pump in use

NB2—transaction data unavailable

NB4—not hexadecimal


NB6—invalid pump number

NB7—overrun

NB8—buffer overflow

NB9—test


NBD—power failure

NBE—RAM contains transaction data

Tank Monitor


DIE—number of communication losses

NOR—no response

Raw Mode

Error Codes

The following error codes may appear in conjunction with the %E error variable.

Code Meaning

00

Completed, Ok,

Passed

01

Transaction(s) in progress

02

Not found or does not exist

Code

15

16

Meaning

Valid card, bit mapped

Valid card, limited

17

Invalid card, bit mapped

03

04

Invalid data

Card is valid

18

Invalid card, limited

19

Expecting NC,

NW, or NY

20 String too long 05 Card is not valid

06

07

Device out of service

Pump is in use

21

Print heading before record

22

Some valid, some not

23 Already exists 08 Pump is not on

09 Illegal command

10 Command failed

24

25

Invalid price

Can’t open file

11 No more file space 26 Site not stopped

12

Manager key required

27 Can’t activate

13 Site is stopped

14 Invalid option

28 Gate in use


Profit Point

Back panel

The back panel of the non-modular Profit Point looks like this:

The back panel of the modular Profit Point looks like this:

Scanner

The scanner should be set to the following parameters when the scanner is attached to the scanner port:

2400 baud (non-modular)

7 bits (non-modular) parity even (non-modular)

2 stop bits (non-modular)

RS-232 prefixes disabled

CTS/RTS disabled

RS-232 output carriage return only

1200 (modular)

8 bits (modular) no parity (modular)

1 stop bit (modular)



Menu Tree

Main menu

0. Exit to DOS

1. Operate Point-Of-Sale Terminal

2. PLU maintenance

0. Return to main menu

1. Add entries

0. Return to PLU maintenance menu

1. UPC entries

2. Stock number entries

3. Department number entries

4. All PLU types

2. Edit entries


1. UPC entries



4. All PLU types

5. PLU size #s

6. Change prices

7. Global edit

8. Global search and replace

3. List entries

4. Other lists and printing


1. List entries

2. Output to file for printout

3. Display product totals

4. Print product totals to file

5. Delete entries

6. PLU special operations


1. Set default entries

2. Output everything to ASCII file

3. Append changes to ASCII file

4. Input from ASCII file

5. Merge input from ASCII file

6. Clear PLU product totals

7. Configure scanner port

3. Utility

0. return to main menu

1. Test PLU file

2. Show directory tree and space used

3. Directory of drive A:

4. Format a diskette

5. View a text file

6. Edit a text file

Page 24

7. Copy PLU data file to diskette

8. Get new PLU data file from diskette

9. Installation menu

0. return to Profit Point main menu

1. New installation

2. Update all program and menu files

from diskette

3. Only update .EXE files

4. Batch files and menus

5. Fonts and utilities

6. POS and OS configuration files

7. Copy PLU data files


9. Exit to DOS

4. Configuration


1. Software configuration menu

0. Return to configuration menu

1. Training mode off-hook rate

2. Show change as coins and bills

3. Minimum age to buy ask-ID items

4. Product totals kept in PLU file

5. Keep file of missing items

6. Off-hook beep rate

7. Validate checks

8. Enter birthdate when ID required

2. Hardware configuration menu


1. Console address

2. Address of printer/PIN pad

3. Type of PIN pad used

4. Printer type

5. Margins for printer (L T B)

6. Bar code scanner

7. Key switch type

8. Drawer type

9. Beeper type

3. Keyboard configuration menu


1. Configure keys

2. Move keys

3. List keyboard

4. Define new user keys

4. Set up config.pos file


1. Network cards configuration

2. Discount configuration

3. Permission levels


4. User menu configuration

5. Idle message and time

5. Printer configuration submenu


1. Forms (invoice) printer

5. Self-test


1. Keyboard test

2. Read a card

3. Disk drive(s)

4. Show CMOS configuration

5. Customer display test

6. Open and close cash drawer

7. Test Manager’s key switch

8. Memory test submenu

0. Return to self-test menu

1. Video RAM test

2. Test free portions of base RAM

3. Quick test of entire base RAM

4. Show map of base memory

5. DOS shell

6. Back up files to diskettes

0. return to main menu

1. Everything

2. Data and configuration files

3. Program directories

4. System directories

5. Copy log files and missing UPC file

6. Delete log files and missing UPC file

7. Restore files from diskettes


1. Everything

2. All missing or modified files


4. Changed data and configuration files



Menu Tree – Profit Point

Main menu

0. Exit to DOS

v3.5

1. Operate Point-Of-Sale Terminal

2. PLU maintenance


1. Add entries



1. UPC entries

2. Add stock number entries

3. Add department number entries

4. Add all PLU types

2. Edit entries


1. UPC entries



4. All PLU types

5. PLU size #s

6. Change prices

7. Global edit

8. Global search and replace

3. List entries

4. Other lists and printing


1. List entries

2. Output to file for printout

3. Display product totals

4. Print product totals to file

5. Delete entries

6. PLU special operations


1. Set default entries

2. Output everything to ASCII file

3. Append changes to ASCII file

4. Input from ASCII file

5. Merge input from ASCII file

6. Clear PLU product totals

7. Header information

8. File statistics

9. Purge file and resize

7. Configure scanner port for PC use

8. Set PLU options

3. Utility


1. Test PLU file

2. Show directory tree and space used


4. Format a diskette

5. View a text file

6. Edit a text file

7. Copy PLU data file TO diskette

8. Get new PLU data file FROM diskette

9. Installation menu

0. Return to Profit Point main menu

1. New installation



2. Update all program and menu files

from diskette

3. Only update .EXE files

4. Batch files and menus

5. Fonts and utilities

6. POS and OS configuration files

7. Copy PLU data files

8. Program modular keyboard

9. Exit to OS

4. Configuration


1. Software configuration menu


1. Training mode off-hook rate

2. Show change as coins and bills

3. Minimum age to buy ask-ID items

4. Product totals kept in PLU file

5. Keep file of missing items

6. Off-hook beep rate

7. Validate checks

8. Enter birthdate when ID required

2. Hardware configuration menu


1. Console address

2. Address of printer/PIN pad

3. Type of PIN pad used

4. Customer display type

5. Profit Point type

6. Bar code scanner

7. Key switch type

8. Drawer type

9. Host IP address

3. Keyboard configuration menu


1. Configure keys

2. Move keys

3. List keyboard

4. Define new user keys

5. Keyboard port

6. Type of keyboard

7. Initialize serial keyboard

4. Set up config.pos file


1. Network cards configuration

2. Discount configuration

3. Permission levels

4. User menu configuration

5. Idle message and time

Page 26

6. Currency configuration

5. Printer configuration submenu


1. Forms (invoice) printer

2. Printer type (receipt)

3. Margins for receipt (LTB)

6. Edit language file

5. Self-test


1. Keyboard test

2. Read a card

3. Disk drive(s)

4. Show CMOS configuration

5. Customer display test

6. Open and close cash drawer

7. Test Manager’s key switch

8. Memory test submenu

0. Return to self-test menu

1. Video RAM test

2. Test free portions of base RAM

3. Quick test of entire base RAM

4. Show map of base memory

5. DOS shell

6. Back up files to diskettes


1. Everything




5. Copy log files and missing UPC file

6. Delete log files and missing UPC file

7. Restore files from diskettes


1. Everything

2. All missing or modified files


4. Changed data and configuration files




Special functions

0 Exit to main menu

1 Cashier sign on/off

2 Record safe drop

3 Load drawer total

4 Record unpaid completion (drive away)

5 Make payout sale

6 Reverse selected sale

7 Make return sale

9 Pay multiple sales

11 Load authorization number for selected sale

12 Apply offroad discount to selected sale

13 Reverse sale is unpaid

30 Enter site command mode

31 User defined function (con01)





36 Execute remote command

37 Download site configuration

50 Enter training mode

51 Enter stand-alone mode

52 Show communications

53 Communications monitor OFF [ON]

54 End the day and print report

55 End the shift and print report

56 User defined menu


58 Manager menu

59 File transfer menu

60 Execute local command

61 Execute PP01

62 Execute PP02

63 Execute PP03

64 Execute PP04

65 Execute PP05

66 Enter fuel amount for selected sale

67 Assign patron number for cash sale

68 Special network card types

69 Discounts

70 Clerk menu


72 Count cash in drawer



Check Point

Special Functions

This section contains a list of special functions that are in the default configuration for the Check Point.

00

01

02

03

04

05

Sign Off: operator sign off at Check Point

Sign On: operator sign on at Check Point

Safe Drop

Load Drawer

Unpaid Completion

Payout

06

07

08

09

Reversal

Return

Load Shift reserved for multiple sales; not yet implemented

10

11

12

13-23

Off-road fuel sales

These functions are undefined and can be configured to serve the needs of the user.

24-29 not available

30

Transfer Merchandise

Set Authorization Number

31

32

33

34

35

36

37

38

39

40

Enters Site Controller command mode.

Executes CON01.CMD; default is

NEXTDAY.CMD, end the day and print report


NEXTSHFT.CMD, end the shift and print report


COUNT.CMD, record cash in drawer and final safe drop


REPORT.CMD yday, regenerate last end-of-day report

Executes CON05.CMD; default is console status report


REPRINT.CMD last, reprint last report


SAFEDROP.CMD, record safe drop


ADDRAWER.CMD, add change to drawer


LDDRAWER.CMD, load starting drawer balance


REPRINT.CMD day, reprint last end-of-day report

Page 27


51

52

53

46

47

48

49

50

41

42

43

44

45


REPORT.CMD shft, regenerate shift report for current day


REPORT.CMD pday, regenerate a previous endof-day report


REPORT.CMD pshft, regenerate shift report for a previous day


REPRINT.CMD pday, reprint any end-of-day report


REPRINT.CMD shft, reprint shift report

Executes CON16.CMD; (no default function)

FINA

Shamrock

Wright Express (Wex)

CITGO

Texaco or Phillips

Cenex

Coastal

Product Attributes

1

0

4

3

8

7

15 Enable patronage (Buypass only)

9 Use category number as department number in journal

Fuel product

Low inventory is indicated by an asterisk in PRINT

PRODUCT

5

2

Inventory tracking is enabled with ADD

INVENTORY, LOAD INVENTORY, or ENABLE

PRODUCT

Inventory is in dollars

Product is a special cash-withdrawal product

Product is a special payout product. Subtracts from sales.

Product is a special refund product

Check Point prompts Amount ? rather than Price ?

Check Point Key Map

The following diagrams show the Check Point key numbers, which are used to configure the Check

Point.

This keyboard layout shows the numbers of the

Check Point keys on a 71-key keyboard:

This keyboard layout shows the numbers of the

Check Point keys on a 36- and 56-key keyboard.


Check Point Key Actions

13 club level 1

14 club level 2

15 club level 3

16 club level 4

17 club level 5

18 print

19 enter

20 insert key

21 signon

22 on/off

23 scan

24 repeat

25 total

26 no sale

27 review

28 void

The following table shows the default numbers used in assigning actions to Check Point keys (submenu 2 in the Console configuration program):

00 pump 40 sign off

01 merch

02 disable pumps

03 start

04 stop

41 sign on

42 safe drop

43 lo dr

44 drive off

05 preset

06 prepay

07 cash

08 credit

09 debit

10 checking

11 savings

12 cash acct

45 payout

46 reverse

47 return

48 lo sh

49 fn 9

50 move merc

51 auth numbr

52 offroad

53-63 fn 13 fn 23

64 command

65 con01

66 con02

67 con03

68 con04

69 con05

70 con06

71 con07

72 con08

73 con09

74 con10

75 con11

76 con12

77 con13

78 con14

29 discount

30 #px gn pr

31 qpx prd

32 qpx prds

33 qpx mprds

34 ppx gn pr

35 ppx prd

36 ppx prds

37 ppx mprds

38 self test

39 spec fun c

79 con15

80 con16

81 FINA

82 Shamrock

83 Wex

84 Citgo

85 Tex/Phil

86 Country Energy

87 Coastal

88-94 not used



Page 29


Switch Settings

CPU Board, Firmware 5.0 -5.2

CPU board assembly number: C04832.

DIP switch banks 2 and 3 on the Check Point CPU board set options:

DIP Switch Bank 2


1

2-3

4

5

____

Setting(*=customary) key click beeper see below

*closed=enabled open=disabled cash drawer present *closed=yes

open=no

6

7-8 cash drawer type address

*open=Gasboy see below

Keyclick none short medium long

2-2 open open closed closed

Check Point Poll Address Select

2-3 open closed open closed

Address

3

4

1

2

2-7 open open closed closed

2-8 open closed open closed

5

6

7

8



1 ____

2 dead man timer

3

4

____ self test mode keyswitch type off-hook beeps off-hook color off-hook beeper

Setting(*=customary)

*open=enabled

closed=disabled

*open=disabled

closed=enabled

*open=4 position

closed=2 position closed=soft

*open=loud

*open=red

closed=green closed=no

*open=yes

CPU Board, Firmware 5.3 & 5.4

CPU board assembly number: C05836.

There are no DIP switch banks on the Check Point

CPU board with this firmware version.

Pins 2 and 3 on K1 (next to U15) are normally jumpered.

Any RS-232 (serial) printer connected directly to the

Check Point CPU board goes to P11; a parallel printer goes to P12.

Check Point Test Mode

To begin a self test:

5

6

7

0

1

2

3

4

• turn keyswitch to MANAGER and press 00/NO

SALE, or

• disconnect the RS-422/485 connector, wait for the Out of Service display, and press 00/NO

SALE.

8

CLEAR

PRINT

9

00 self-test memory test beeper check console card reader test display test keyboard test test opening of cash drawer check setting of switches (firmware 5.2) or configuration (firmware 5.3) serial port/loopback test printer test (ver. 5.4 and higher) ends self test manager key test (firmware 5.3 or later)

Configuration

In the self test with firmware 5.3, pressing 7 accesses configuration mode. (If the Check Point has never been configured or if its configuration has been erased, it will go into configuration mode at power up.)

The default selection is the first selection shown in each of the following option groups:


Option Menus console address keyswitch type cash drawer drawer switch type

Selections

1 2 3 4

4 position

2 position yes no dr clo=sw closed dr clo=sw open beeper alert beep type alert beep repetition* key click type

LED color dead man timer console printer/pad** printer address

DES receipt line feed, top receipt line feed, end receipt left margin printer printer port enabled disabled short long no no

15 sec 8 sec

4 sec 2 sec short medium long none normal reversed on off none present

01 01-64 disabled enabled

0 1-10

10 00-18

04 00-10

Star undefined serial parallel decimal position decimal point ignore scan ignore scan

.00 none .0 .000 period comma

57 36-59, 62-77, 99

99 36-59, 62-77, 99 ignore scan ignore scan ignore scan

* in version 5.3e

99 36-59, 62-77, 99

99 36-59, 62-77, 99

99 36-59, 62-77, 99

** for Star RS-422 printer, set to none

While an option in each group is displayed, pressing:

• ENTER selects the currently displayed option and causes an option in the next group to display.

• 1 selects the next option in that group.

• 2 defaults to the first option in that group.

• 0 exits configuration mode and saves your changes.

• PREV selects the currently displayed option and displays the previous group.

• 7 returns you to the initial configuration display.

RS-422/485 Loopback Connector

Pin connections: 1 to 3 (black to green) and 2 to 4

(red to yellow).


Vacuum Fluorescent

Display

DIP switch bank 1 on the Check Point fluorescent display board sets options:

VF Display on

Switch 1 Definition Console Cust. Display

1

2

3

4

----

----

TEST**

MASTER open open open closed open open open open

5

6

7

SLAVE

----

---- open open open closed open open

8 ---- open open

**in version 3.0; position 6 activates the self test in version 3.1.

Notes

1-3, TEST—If closed, the display performs a rotating barber-pole-pattern self test. The last four characters in the pattern have all dots lit.

1-4, MASTER—If closed, display transmits characters via its serial interface as it displays them.

This switch should be closed on the display in the

Check Point if a remote display is used also.

1-5, SLAVE—If closed, display listens on its serial interface and displays all characters received there.

This switch should be closed if a display is being used as a remote display connected to the display in the Check Point.



Standalone

Receipt

Printer

Epson

Dip Switch Settings

Set 1

Switch Setting

1-1 OFF

1-2 OFF

1-3 OFF

1-4 OFF

1-5 OFF

1-6 OFF

1-7 ON

1-8 OFF

Function

Data Errors

Print as “?”

4K Buffer

DTR/DSR

Handshaking

8 Bits Data

Word

Parity Check

Disabled

Parity Odd

9600 Baud

Transmission

Speed

Set 2

Switch Setting

2-1 OFF

2-2 OFF

2-3 OFF

2-4 OFF

2-5 OFF

2-6 OFF

2-7 OFF

2-8 OFF

Function

Busy, Off Line or Buffer Full

Fixed Off

Normal Print

Density

Normal Print

Density

Fixed Off

Fixed Off

Reset Pin 6

Disabled

Reset Pin 25

Disabled

Star

Self Test

To start any Star printer’s self test and display its switch settings, turn its power on while pressing down on FEED.

Star (RS-422)

The part number is C06244; the adapter is C06243; and the cable is C06242. This printer works with both console CPU boards, C04832 and C05836.

This printer does not allow the use of a PIN pad. On

CPU board C05836, set the console printer/pad configuration to none.

Configure as type 3 in the Reader configuration program, menu 3 (parameters).

The Star printer has four DIP switch banks:

DIP Switch Bank 1 . Positions 1-4 and 6 are always closed; positions 7 and 8 are always open. Position 5 governs the height of the line feed: open=1/8 of an inch; closed (default)=1/6 of an inch.

DIP Switch Bank 2 . All 8 positions on DIP switch bank 2 should always be closed, with the possible exception of position 4, which sets the paper width: closed (default)=3-inch or 3.25-inch paper; open=2.5inch paper.

DIP Switch Bank 3 . Positions 1-4 and 6-8 should always be closed; position 5 should always be open.

DIP Switch Bank 4 . Switch 4, which has 4 positions, sets the address of the printer, as shown in the following chart. Note that the Star printer can never be address 4.

8

9

10

11

12

13

5

6

7

Address 4-1

1 op

2

3 cl op op cl op cl op cl op cl op

4-2

Cl

Op

Op

Cl

Op

Op

Cl

Cl op op cl cl

14 cl op op

Jumper B and C on SW5 and SW6.

4-3 cl cl cl op op op cl cl cl cl op op op op op op op op op cl cl cl

4-4 cl cl cl


Star (RS-232) for CheckPoint

The part number is C06297, and the cable is C04532.

This printer works with console CPU board C05836.

Inside the CheckPoint, the ribbon from the printer port must be connected to P11, the serial printer connector on the CPU board.

Set the console printer/pad configuration to none, and set the printer address even if no PIN pad is used.

With 1.0 software, configure the printer as type 2 in the Reader configuration program, menu 3

(parameters). With 2.0 software, configure it as type

4.

All switches on DIP switch banks 1-4 are normally closed, with the exception of switch 5 on DIP switch bank 3, which is open.

SW5 and SW6 have A and C jumpered.

Star (Parallel)

The part number is C06451, and the cable is C01303.

This printer works with console CPU board C05836.

Inside the CheckPoint, the ribbon from the printer port must be connected to P12, the parallel printer connector on the CPU board.

Set the console printer/pad configuration to none, and set the printer address even if no PIN pad is used.

With 1.0 software, configure the printer as type 2 in the Reader configuration program, menu 3

(parameters). With 2.0 software, configure it as type

4.

Set all switches to on.


Okidata

184/186

Printer Setup

Settings for serial printer

SW1-1 on

SW1-2 on

SW1-3 on

SW1-4 off on

SW1-5 on

SW1-6 on

SW1-7 on

SW1-8 on

Parity: odd

Parity: no

Data bits: 8

Protocol: XON/XOFF (CFN)

Ready/Busy (Gasboy RS-232 splitter)

Test select: circuit

Mode select: print

Busy line selection: DTR - pin 20

Busy line selection: DTR - pin 20

SW2-1 off

SW2-2 on

SW2-3 on

SW2-4 on

SW2-5 on

SW2-6 off

SW2-7 on

SW2-8 off

Baud rate: 9600

Baud rate: 9600

Baud rate: 9600

DSR input signal: active (set to off for splitter)

Buffer threshold: 32 bytes

Busy signal timing: 1 sec (min.)

DTS signal: space after power on not used



Printer

Controls

String

&&C;

Effect use condensed print (15 chars. per inch) use normal print (12 chars. per inch) &&N;

&&E;

&&U; use expanded print (7.5 or 6 chars per inch, depending if condensed or normal in effect) use expanded print (return to condensed/normal)

&&L nn ; set margin to nn ( nn is one or two digits)

&&V; text wait for insert, print text on inserted slip (check validation)

The C and N options may be followed by any combination of B or E. B causes the text to be struck twice, giving a bold effect. E puts the print into expanded mode.

Name on Receipt

Track 1 only

The card reader device must support track 1 to use the following characters:

@N prints customer’s name if known. Line prints regardless even if no name found.

@O if found on line with @N, line will not print unless customer name is known.

POS

Reports

Tender Codes

In the following table, a first digit of:

0 = club card

1 = debit checking

3 = credit card

4 = cash

2 = debit savings

Code Tender

5 = unpaid

Code Tender

000 Gasboy club card 331 Trendar

001 Country Energy regional club card

002 Country Energy local club card

003 CITGO Fleet

004

100

200

300

IAES

Debit checking

Debit savings

Bank credit card

332

333

Tesoro

Sinclair Fleet

334 Gascard

335 Amarada-Hess

336 Voyager

337 JCB

338 Gulf

339 Fuelman 302 Wright Express card

303 American Express card

304 VISA card

305 MasterCard

306 Discover card

307 FINA card

308 AMOCO card

340

341

IAES Fleet

Country Mark

342 Southern States

343 Amoco Multi card

344 Amoco Torch

345 Amoco Transi card

309 CITGO Plus card 346 MasterCard Fleet

310 Diamond 347 VISA Fleet

Shamrock card

311 Texaco card 348 Amoco Co Brand

312 Sinclair card 349 API

313 Carte Blanche card 350 Citgo FAMS

314 Diners Club card 351 Gasboy Fleet One

315 customer charge 352 Gasboy Debit

316 employee charge 353 Gasboy Program 1

317 Phillips card 354 Gasboy Program 2

318 Comdata card

319 CCIS card

355 Gasboy Program 3

356 SPS Fleet

320 Coastal card 357 T Chek

321 Buypass Fleet card 358 Shell GO

322 Generic fleet card 365 Citgo PrePaid

323 PHH Fleet Amer card

366 Citgo Black (Plus)

324 CITCO Red card 400 cash

325 CITCO Silver card 401 food stamps

326 Quick Fuel 402 checks

327 Transcash

328 NTS Fuel

403

500 full-serve unpaid

329 TIC

330 EFS

501 Instant-on denial


Event Codes

Code Event

000 Clerk sign-on

001 Clerk sign-off

002 New shift

003 Safe drop

004 No sale

Code Event

012 Enter stand alone mode

013

014

015

016

Training mode

Load drawer

Add drawer

AC power fail

005 System reboot 017 Outstanding pre-pay

006 Configuration change 018 Next clerk

007 Device up

008 Device down

019 Settlement complete

020 Settlement failed

009 Void all items

010 New day

011 End of day

021 Final safe drop

022 Exit stand alone mode

023 Instant-on refusal

Record Identifiers

The following table summarizes the various record identifiers and their associated data:

Description

Cashier Report

Record

Id

CSH

Data clerk,datetime

Shift Report Record

End of Day Report

Record

Events Logged

SHF serial,shift,POS,dateti me

DAY site,serial,datetime

Fuel Sales

EVT type,POS,shift,amount

,datetime

FUL dept,count,quantity, amount

Inside Fuel Sales

Outside Fuel Sales

Total Fuel Sales

Merchandise

Departments

Merchandise Items

Misc. taxable merchandise

IFS

OFS

TFS

DEP

ITM count,quantity,amount count,quantity,amount count,quantity,amount dept,count,amount stock,size,count,amou nt

MTX count,amount

Misc. nontaxable merchandise

Total Merchandise

Sales

Department Sale

Adjustments

MNT count,amount

TMS

ADJ count,amount count,amount

UNP count,amount Drive-aways

(UnPaid)

Returns

Total Sale

Adjustments

Offroad Tax

Net Sales Tax

Total Net Sales

Tenders

Tenders Inside

RTN

TSA count,amount

Amount

ORT count,amount

TAX count,amount

TNS

SYT

STI amount type,count,amount type,count,amount


Description

Tenders Outside

Id

STO

Data type,count,amount

Other Credit OCR count,amount

Other Inside Credit OCI count,amount

Other Outside Credit OCO count,amount

Total Inside Credit TIC count,amount

Total Outside Credit TOC count,amount

Total Credit Tenders TCR count,amount

Total Noncredit

Total Tenders

Fuel by Tenders

TNC

TST

FST count,amount count,amount type,count,quantity, amount

Fuel by Other Credit FOC count,quantity,amount

Prior shift Pre-pays PSP count,amount

Change for other

POS

Change by other

POS

Outstanding Prepays

CFP

CBP

OST count,amount count,amount count,amount

Sign-on

Sign-off

SON count

SOF count

No Sales

Item Voids

Sale Voids

Reversals

NOS

ITV

SVD

RVS count count,amount count,amount count,amount

Unprocessed records UPR count,amount

Cash Withdrawals CAW count,amount

Instant-on Refusals IOR count,amount

Total Fuel Only

Total Merchandise

Only

TFO

TMO count,amount count,amount

UPC Items Scanned UIS

UPC Items Hand

Total Mdse/Fuel

UIH count count

TMX count,amount

Total Patronage

Sales

Total All Sales

TPS

TAS count,amount count,amount

Average Fuel Only

Average

PFO percent,average

PMO percent,average

Merchandise Only

Average Mixed PMX percent,average

Average All Sales

Average Inside

Credit

ALL

PIC

Average percent,average

Average Outside

Credit

POC percent,average

Average Credit PCR percent,average

Average Noncredit PNC percent,average

Average Seconds SEC

Card Auto (Swiped) CDS count,average count

Card Hand Entered CDH count

Settlement Compete SCP count,amount

Settlement Failed

Starting Drawer

SFL

SDB count amount

Balance

Drawer Tender

Adjustments

DAJ type,amount

Add Drawer

Pay outs

ADD count,amount

PYO count,amount



Description

Safe Drops

Id

SFD

Final Safe Drop FSD

Final Book Balance FBB

Data count,amount count,amount amount

Ending Drawer

Balance

EDB amount

Drawer Over/(Short) DOS amount

This table summarizes the record identifiers that do not appear in the standard reports:

Description Id Data

Total to account for TAF amount

Total Lottery

Total Coupons

TLT

TCP amount amount

Sign On User ID

Total Dept Sales

SOU userID,count

TDS amount

Sample Commands

REPORT 1 PDAY LOG Regenerates the end-ofday report from the PREVIOUS.LOG file, and prints it on console 1’s receipt printer.

REPORT 2 PSHFT 5 2 4 Regenerates the shift report for shift 2 at console 4 from the PREVIOUS.5 file, and prints it on console 2’s receipt printer.

REPRINT 1 PDAY THU Reprints Thursday’s end-of-day report on console 1’s receipt printer.

REPRINT 2 SHFT TUE 3 1 Reprints Tuesday’s shift report for shift 3, console 1, at console 2’s receipt printer.

Link

Terminal

Setup

General Setup

Emulation

Enhancements

VT52

Off

Virtual Terminal Off

Scroll Style Jump

Auto Scroll

Auto Wrap

Received CR

On

On

CR

Auto Page

Warning Bell

Margin Bell

Bell Sound

Off

On

Off

1

Block Terminator US/CR

Send ACK Off

Monitor Mode Off

The warning bell, margin bell, and bell sound parameters can be set as you wish. All other parameters should be set as shown.

Communications Setup

Main Baud 9600

Main Data/parity 8/None

Aux Baud 9600

Aux Data/Parity 8/None

Main Stop Bits 1 Aux Stop Bits 1

Main Rcv Hndsk XON/XOFF Aux Rev Hndsk NONE

Main Xmt Hndsk NONE Aux Xmt Hndsk XON/XOFF

Ignore 8th bit

Comm Mode

Disconnect

Off Aux Rev Level 50%

Full Duplex Aux Port RS232

2 sec Aux Interface RS232

Serial Printer

All parameters should be set as shown.

Display Setup

Columns

80/132 Clear

Lines

Pages

Status Line

Cursor Style

132

On

24

Background

Attributes

Wprt Intensity

1X Lines Wprt Reverse

Ext Wprt Underline

Blink Block Refresh Rate

Dark

Char

Dim

Off

Off

60 Hz

Cursor On Pound Char US

Screen Saver 15 min Auto Font Load On

You can change the Columns setting from 132 to 80 if you wish. However, this may cause transactions displayed on the screen (and printed on the Okidata printer) to wrap, hindering readability. Set the Cursor

Style and Screen Saver parameters as you wish. All other parameters should be set as shown.

Keyboard Setup

Key Click

Key Repeat

Key Lock

Return Key

Enter Key

Back Space Key

Left Alt Key

Off

On

Caps

CR

CR

BS/DEL

Funct

Break

Xmt Limit

250 ms

None

FKey Xmt Limit None

Key Code ASCII

WP Keyboard Off

Mode

Lock Keyboard

Language

Disable

US

Delete Key Normal

Set Key Click and Key Repeat as you wish. All other parameters should be set as shown.



FKey Lock Off

Feature Lock Off

Keypad

Cursor Keys

Xfer Term

Numeric

Normal

EOS

ANSI Setup

Print

Send

Send Area

Print Area

Send Term

National

All

Screen

Screen

None

Char Mode Multinational Print Term None

Keys Typewriter Print Mode Auto/Normal

VT 100 ID VT 100 Auto Answerback Off

Any commands run at the Site Controller will not be logged unless you:

• direct output to the logger (use >log with the command), or

• press CTRL - SHIFT - PRINT SCREEN simultaneously. Pressing these keys toggles the

Main port output to the logger. (The message line at the top of the screen toggles between FDX

MAIN and FDX>AUX.)

All other parameters should be set as shown above.

Island Card

Reader I

CPU Board

Part number: C05375.

Switches


DIP switch 2 on the reader terminal CPU board sets options, including the reader terminal address:

Position & Definition Setting(*=customary)

1 see below

2

3

4

5

6

7-10 decimal point

DES PIN encryption reader type gate reader reader type address

*open

*open=enable

closed=disabled

*closed=disabled

open=enabled see below

*open=disabled

closed=enabled see below see below

10

11

12

13

14

15

7

8

9

4

5

6

Reader Type 2-4 mag swipe without optical closed

2-6 closed

1

2

3 mag swipe with optical mag insert closed open open closed optical

Notes closed open

Position 2-1 is not used in SC II software versions

1.0 and later. (In software versions 0.2 and before, 2-

1 is the deadman timer switch: open

(default)=enabled, closed=disabled.)

Position 2-5— In SC II software versions 0.2 and before, 2-5 is the CRC switch; open=CRC enabled, closed= disabled.

Address 2-7 2-8 2-9 2-10 cl cl cl cl cl cl cl cl op cl op cl cl cl cl cl cl op op op op op op op cl op op op op cl cl cl cl op op op op op cl cl op op cl cl op op cl cl op op op cl op cl op cl op cl op cl op cl op 16 op

Jumpers

Jumper Function and/or Normal Setting

K1 Position 1=LCD display

Position 1 and 2=Beckman alphanumeric display

K2, K3 K2 in position 2 and K3 in position 1=Omron reader

K2 in position 1 and K3 in position

2=Magstripe reader

K4

K5

K6

----

Position 2=2K RAM; position 1=8K RAM

Jumpered when using motorized reader



Test Mode

To activate test mode, open the island card reader door, flip the S3 switch on the CPU board to TEST , and press START OVER on the keypad. (The unit must remain open during tests.) The keypad is now enabled for selecting one of the 9 test routines:

1 test front panel lights for paper low and paper out on receipt printer

2 test the table messages

3 test printer

4 test DES

5 test alphanumeric display

6 test keypad

7 test card reader (mag or optical)

8 display baud rate and address

9 test paper cutter

Printers

Star

There are two DIP switch banks on the Star printer.

Each position must be set as follows:



1-3 9600 baud

4 stop bit 1

5 X-on/X-off mode

6 8 data bits

7 no parity

8 even parity



1 USA character set

2 USA character set

3 printer type

4 CR valid

Required Setting on on off on on off

Required Setting on on on off

Island Card

Reader II

CPU Board


Works with program software 5.0 and above.

Notes

Beckman display not supported

Motorized reader not supported

Novatronics printer not supported

3

4

5

Switches

DIP Switch Bank

DIP switch on the reader terminal CPU board sets options, including the reader terminal address:


1 not used

2 decimal point

6

7-10

1 or 2 line display reader type gate reader reader type address

Setting(*=customary) not used

*open=enable

closed=disabled

*closed=1 line

open=2 line see below

*open=disabled

closed=enabled see below see below

Reader Type 4 mag swipe without optical closed mag swipe with optical mag insert closed open optical closed

6 closed open closed open


12

13

14

15

16

9

10

11

5

6

7

8

2

3

4

Address 7

1 cl cl cl cl cl cl cl cl op op op op op op op op

Jumpers

cl cl op op cl cl op op

9 cl cl op op cl cl op op cl cl cl cl op op op op

8 cl cl cl cl op op op op

Jumper Function and/or

Normal Setting


K1

K2

K3

K4, K5

Jumpered=debug *always open

Watchdog timer

*1-2=on (always)

2-3=off

---- *open, future use

Position 1-2=AM MAG

Position 2-3=Omron reader

Test Mode

To activate test mode, open the island card reader door, flip the S3 switch on the CPU board to TEST , and press START OVER on the keypad. (The unit must remain open during tests.) The keypad is now enabled for selecting one of the 9 test routines:

1 test front panel lights for paper low and paper out on receipt printer

2 test the table messages

3 test printer

4 test DES

5 test alphanumeric display

6 test keypad

7 test card reader (mag or optical)

8 display baud rate and address

9 test paper cutter cl op cl op cl op cl op

10 cl op cl op cl op cl op



Printers

Star

There are two DIP switch banks on the Star printer.

Each position must be set as follows:



1-3 9600 baud

4 stop bit 1

5 X-on/X-off mode

6 8 data bits

7 no parity

8 even parity

Required Setting on on off on on off



1 USA character set

2 USA character set

3 printer type

4 CR valid

Required Setting on on on off

DPT

The Tokheim DPT comes in two models: TCS and

Premier.

Keypad

$ c

C

Y

N

The keys on the TCS and Premier DPT keypads can be configured for different functions with the

Tokheim DPT/Gilbarco CRIND keyboard layout on page 4 of the CFN3’s SYS_PAR program. The characters that select different functions are shown below. Note that these characters are case-sensitive:

Char. Function

0-9

.

E

Numeric digits 0 through 9

Decimal point

ENTER

CLEAR

Yes

No

Cash inside

Cash outside

Page 39


D d

B b

X x

Debit inside

Debit outside

Credit (bank card) inside

Credit outside

H h

CANCEL

CLEAR/CANCEL (CLEAR if data entry started; else CANCEL)

Help

Help/Decimal (Decimal if data entry started; else Help) n No/CANCEL (No if in yes/no state; else

CANCEL)

Start S u unused key

The numbers of the keypad keys on the TCS are:

1

2

3

7

8

9

13

14

15

19

20

21

4

5

10

11

16

17

22

23

6 12 18 24

The default function arrangement of the TCS keypad:

B

N

1

4

B

N

2

5 b

Y

3

6 b

Y

C

C

7 8 9 E h 0 X E

The numbers of the keypad keys on the Premier are:

6

12

5

11

4

10

3

9

2

8

1

7

18 17 16 15 14 13

24 23 22 21 20 19

The default function arrangement of the Premier keypad: h

0

X

E

7

8

9

E

4

5

6

C

1

2

3

C

N

N

Y

Y

B

B b b

Address 1-7

10

11

12

7

8

9

4

5

6

1

2

3

13

14

15

16

17

18

19

20 on on on on on on on on on on on on on on on on off off off off

The string that would be typed into the Tokheim

DPT/Gilbarco CRIND keyboard layout item in

SYS_PAR to give the Premier keypad function arrangement shown above is:

BN147hBN2580bY369XbYCCEE

Some TCS and Premier keys are “double” keys, made up of a pair of single keys. On a double key, the same function must be selected for each member of the pair. On the TCS, 1 and 7, 13 and 19, 2 and 8,

14 and 20, 21 and 22, and 23 and 24 are pairs in a double key. On the Premier, keys 1 and 7 must be the same, and keys 13 and 19 must be the same.

Switches


Position & Definition on = printer has tear bar

1

2 off=printer has cutter bar pump side on = side A, off = side B

3-7 reader address

8 on = 4-line display off = 2-line display


* on (requires DPT ver

1.0D) on

(see below)

*on off on on on on on on on off off off on off off off off on

1-5 on on on off on on on on off off off off off off on on on on on off

1-6 on on on off on on off off on off off on on off off on on off off on

1-4 on on off off on off on off off on off on off on off on off on off on

1-3

On

Off

On


25

26

27

28

21

22

23

24

29

30

31

32 off off off off off off off off off off off off off off off off on on on on off off off off

Jumpers

on on on on off off off off off off off off on on off off on on off off on on off off

2-wire operation (default) : jumpers 9, 10, and 11 in position 1.

Connector J4:

3 - Tx+/Rx+ (CFN 422 - 1 & 3)

4 - Tx-/Rx- (CFN 422 - 2 & 4)

4-wire operation : jumper 9 - position 1; jumpers 10 and 11 - position 2.

Connector J11:

3 - Rx- (CFN422-4)

4 - Rx+ (CFN422-3)

5 - Tx+ (CFN422-1)

6 - Tx- (CFN 422-2)

CRIND

Version 2.0b or later of the Site Controller software is required to run a Gilbarco CRIND (Card Reader IN

Dispenser). The CRIND should be on the RS-422 port.

Keypad

on off on off on off on off on off on off

The keys on the CRIND keypad can be configured for different functions with the Tokheim

DPT/Gilbarco CRIND keyboard layout item on page

4 of the CFN3’s SYS_PAR program. The characters that select different functions are shown below. Note that these characters are case-sensitive:

Char. Function

0-9 Numeric digits 0 through 9

. Decimal point



E

C

Y

N

$ c

D

ENTER

CLEAR

Yes

No

Cash inside

Cash outside

Debit inside d

B b

X x

H h n

Debit outside

Credit (bank card) inside

Credit outside

CANCEL


Help

Help/Decimal (Decimal if data entry started; else Help)

No/CANCEL (No if in yes/no state; else

CANCEL)

S Start u unused key

The numbers of the keypad keys on the CRIND are:

1

6

11

16

2

7

12

17

3

8

13

18

4

9

14

19

Note that keys on the left half of the keyboard— that is, 1, 2, 3, 6, 7, 8, 11, 12, 13, 16, 17, and 18— cannot be programmed.

5

10

15

20

The default function arrangement of the CRIND keypad:

1

4

7

C

2

5

8

0

9

E

3

6 u

$

N

H

The string that would be typed into the Tokheim

DPT/Gilbarco CRIND keyboard layout item in

SYS_PAR to give the CRIND keypad function arrangement shown above is: b

B

Y

X

123ub456$B789NYC0EHX

Page 41


Cabling

D-Box to Gilbarco Interface

Pump Loop


There are two wires, which have spade lugs on one end and a DB-9S connector on the other. The wires connect the terminal block on the back of the interface box to the male 9-pin connector current loop at the distribution box.

Terminal Block DB-9S Wire Color

1 - 6 red

1 + 7 black

At the terminal block, connect the red wire to the black wire and the black wire to the red wire.

CRIND Loop

Part number: adaptor is C06692; cable is C06242; both together are C06326.

There are four wires, which have a modular handset plug on one end and a DB-9P connector on the other. The wires connect the spare RS-422 jack on the interface box to the DB-9S RS-422 loop at the

D-box.

Modular Plug DB-9P

1

2

2

6

3

4

3

7

Signal Name

RX+

RX-

The wire colors are not significant.

TX-

TX+

The modular pins are numbered from right to left when looking at the modular plug from the retainerclip side, with the cable inserted into the plug on the side closest to you.

SDI/Wayne

CAT

The keys of the CAT keypad can be configured for different functions with the TokheimDPT/Wayne

CAT keyboard layout item on page 4 of the CFN3’s

SYS_PAR program.

Keypad

The characters that select different functions are shown below. Note that these characters are casesensitive:

Character Function of key

0-9

.

Numeric digits 0-9

Decimal point

E

C

Y

ENTER

CLEAR

Yes

D d

B

N

$ c b

X x

H

No

Cash inside

Cash outside

Debit inside

Debit outside

Credit (bank card inside)

Credit outside

CANCEL


Help

Help/Decimal (Decimal if data entry h n

S u started; else Help)

No/CANCEL (No if in yes/no state; else

CANCEL)

Start unused key


The numbers of the keypad keys on the CAT are:

1

6

11

2

7

12

3

8

13

4

9

14

5

10

15

16 17 18 19 20

Note that keys on the left half of the keyboard - that is: 1, 2, 3, 6, 7, 8, 11, 12, 13, 16, 17, and 18 - cannot be programmed.

The default func. arrangement of the CAT keypad is:

1

4

2

5

3

6 u

$ b

B

7

C

8

0

9

E

N

H

Y

X

The string that would be typed into the Tokheim/

DPT/Wayne CAT keyboard layout item in SYS_PAR to give the CAT keypad function arrangement shown above is:

123ub456$B789NYC0EHX

SDI Box Switches

MODA/MODB are on switch 7, RESET on switch 8.

For Wayne CAT, SDI #1, make all switches to OFF

(open).

For Wayne CAT, SDI #2, make position 5 ON

(closed), all others OFF (open).

To clear application memory:

1. Close switch position 6

2. Close switch position 8

3. Open switch position 8

4. Wait a few seconds

5. Open switch position 6


Insight

Interface

PC Connection

Connect com1 (default) or alternate PC Com port to the DB25 connector of the 9600 converter (Gasboy part# C05859). Use a standard PC DB9 to DB25 cable (part# C06253). The following is an overview of the connections and a wiring illustration:

CFN

3

DB9-DB25 CABLE

C06253

Com1

C05859

9600

Converter

Tokheim 69 Box Tokheim Insight

-485 4

+485 3

GND 2

GND 1

P2 Connector

3

4

1

2

2

1

4

3

Site J1

(for multiple connections)

J2, J3, J4, J5

5 -485 Red

4 +485 White

6 DCC Black

(See NOTE)

PMR-C Junction Box

NOTE:

Connections for Premier B are

3, 1, and 5 instead of 5, 4, and 6.

Connect the power supply (part# C05440) to the

9600 converter and plug it in.

Insight Board Switches

SW1 on the Insight board is used to set the Insight address and baud rate for the site controller port.

Leave position 1 and 2 alone. These control internal settings for the Insight/pump interface, which should be set at the factory or by a Tokheim service person.

Set each Insight address to match the site’s DPT address. These are set using positions 3-7.



OFF

OFF

ON

ON

OFF

OFF

ON

ON

OFF

OFF

ON

ON

OFF

OFF

ON

4

ON

ON

OFF

OFF

ON

ON

OFF

OFF

ON

ON

OFF

OFF

ON

ON

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

3

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

OFF

ON

ON

OFF

OFF

OFF

OFF

OFF

OFF OFF OFF OFF

Set position 8 to OFF for 9600 baud.

OFF

OFF

ON

ON

ON

ON

OFF

OFF

OFF

OFF

ON

ON

ON

ON

OFF

5

ON

ON

ON

ON

OFF

OFF

OFF

OFF

ON

ON

ON

ON

OFF

OFF

OFF

OFF

ON

ON

ON

ON

ON

ON

ON

ON

OFF

OFF

OFF

OFF

OFF

6

ON

ON

ON

ON

ON

ON

ON

ON

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

ON

ON

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

7

ON

ON

ON

ON

ON

ON

ON

ON

ON

ON

ON

ON

ON

ON

Parameter File

For COM 1, the parameter file is located and named:

C:SC3\XBIN\insight.A01

For COM 2, the parameter file is located and named :

C:SC3\XBIN\insight.A02

Parameter File Defaults

26

27

28

29

30

31

32

19

20

21

22

15

16

17

18

23

24

25

Address

1

2

3

4

5

6

7

8

9

10

11

12

13

14

FIRST_ADDRESS= and LAST_ADDRESS= refer to the Insight address range this SDI is supposed to control.

ID=Insights1-16

FIRST_ADDRESS=1

LAST_ADDRESS=16

Non-Debit operations:

DEBIT_MODE=N

Debit operation:

DEBIT_MODE=Y

PROMPT=

Everything after the “PROMPT=” is the wording of the prompt, multiple spaces and punctuation are ignored. These can be unique for each site and must be entered, matching the reader prompt. These two are examples:

PROMPT= enter amount $

PROMPT= enter driver id:

Defaults:

INSERTED_WRONG_MESSAGE=Card inserted wrong Please insert again

READ_ERROR_MESSAGE= Read error

Please insert again

REMOVE_CARD_MESSAGE= Remove

Quickly

BAD_CARD_MESSAGE=Unable to read card

Use a different card

SALE_CANCELLED_MESSAGE=Sale

Cancelled

Payment Softkey Labels:

CASH_HERE_PROMPT=Cash Here

CASH_INSIDE_PROMPT=Cash Inside

CREDIT_HERE_PROMPT=Credit Here

CREDIT_INSIDE_PROMPT=Credit Inside

DEBIT_HERE_PROMPT=Debit Here

DEBIT_INSIDE_PROMPT=Debit Inside

Native mode with no graphics.

NATIVE_MODE=Y

Merchandise:

ITEM_AMOUNT_PROMPT=enter amount $

Up to 6 items are allowed in the following format:

ITEM=name:price:deparment

For example:

ITEM=Qt oil:99:22


Softkey and Animation sequences

Softkeys

~s =

~p =

~c = start/cancel/help payment type cancel/help

~q =

~h =

Yes/No enter/cancel/help

~d = dollar preset (use with “enter amount” step in reader configuration)

~M = merchandise

Animation sequences

~B =

~C = spinning clock insert card

~R =

~N =

~n =

~L = receipt printing remove nozzle replace nozzle remove nozzle and lift lever

~l =

~W =

~$ = lift lever car wash cash

Pump

Control Unit

EXPMUX CPU Board

Part number: C05837

LEDs

LED Color Function

DL1

DL2

DL3

DL4

DL5, 8, 11, 14

DL6, 9, 12, 15 green green red red red red

DL7, 10, 13, 16 red reset high battery okay

422 receive

422 transmit slow flow, pump 1, 2, 3, 4 fast flow, pump 1, 2, 3, 4 submersible, pump 1, 2, 3, 4


Switches

DIP switch banks B and C on the EXPMUX CPU board set options latched in at power-up time:

DIP Switch Bank B


1-4 address

5 pulser type

6-8 relay

Address B-1

13

14

15

9

10

11

12

7

8

5

6

3

4

1

2

16 op

DIP Switch Bank C cl op cl op cl op cl cl op cl op cl op cl op

Setting(*=customary) see below closed closed

B-4 op op op op op op op op cl cl cl cl cl cl cl cl

B-3 op op op op cl cl cl cl op op op op cl cl cl cl

B-2 cl cl op op cl cl op op cl cl op op cl cl op op


1-4

5

6

7 pulser enabled (pumps

1-4) (see note below)

---- dead man timer

----

Setting(*=customary) closed=after reset is complete open=upon activation

*always open=enabled

8 test mode

*closed=no open=yes

Note: In connection with pulser enabled, there are two error codes, each with three characters, that can show up in the error column on a transaction printout.

The reset-failed-to-start transaction code is $D2 through $DF, and the reset-failed-to-complete transaction code is $E5 through $EF ($ indicates hexadecimal). The last character in each code (2 through F or 5 through F) is the number of seconds the PCU waited for reset to start or complete. This


CFN III Quick Reference numeric character is incremented by one each time the PCU reset-to-start/complete times out, until the maximum timeout of 15 (15 is F in hexadecimal counting) seconds is reached.

Test Mode.

When test mode is activated with switch

C-8, switch C-5 determines the relay limits:

C-5 open

Function pump slows at 500 pulses and turns off at 510 pulses closed pump slows at 50 pulses and turns off at 60 pulses

In test mode, switches C-6 and C-7 select the pump to be tested:

Pump to Test

1

2

3

4

Jumpers

C-6 closed open closed open

C-7 closed closed open open

Jumper Setting

K1 installed=battery connected

Setting removed=battery disconnected

Default installed

CMOS CPU Board

Part number: C05321

LEDs

LED

L1

L2

L3, 4, 5, 6

Color Function red 422 transmit red red

L7, 8, 9, 10 red

422 receive submersible & slow flow, pump

1, 2, 3, 4 fast flow, pump 1, 2, 3, 4

Switches

DIP switch banks B and C on the CMOS CPU board set options latched in at power-up time.

DIP Switch Bank B


1-4

5

6

7 address address address baud rate

8 baud rate

Setting(*=customary) see below

*always closed

*always closed

*open=9600

closed-see below

*closed=9600

open-see below

12

13

14

15

16

8

9

10

11

Address

1

2

3

6

7

4

5

B-1 B-2 B-3 B-4 B-5 B-6 cl cl op op cl cl op op cl cl op op cl cl op op cl op cl op cl op cl op cl op cl op cl op cl op cl cl cl cl op op op op cl cl cl cl op op op op cl cl cl cl cl cl cl cl op op op op op op op op cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl cl

Baud Rate not used

9600

1200

300

B-7 closed open closed open

B-8 closed closed open open

5

6

7

8

DIP Switch Bank C


1-4 pulser enabled pumps 1-4

CRC required dead man timer

____ test mode


*closed=after reset is

complete

open=upon activation

*open=required

closed =not required

*always open=enabled

*closed=no

open=yes

Jumpers

Jumper Setting-IN

K1

K2 normal battery

Setting-OUT battery test no battery

Default installed installed


I/O Board

The part number of the original PCU I/O board is

C05668.

Jumpers

Jumper Position

K1-K4 (see below)

K-5 in=low speed main pulsers

Position out=high speed main pulsers

Default out

K1-K4 power pulsers 1-4.

For pulsers with mechanical switch closures (such as VR 1871 series):

For electronic pulsers requiring +12

Volt power (such as VR 7671 series):

For pulsers with an external power supply (such as VR 7874 series):


9800 Pump

Dispenser

CPU Board

Jumpers

Jumper K1 is set according to the size of the RAM IC in socket U19. At this time, only the 2K size is being used:

RAM

2K

8K

Jumper Pins across 2 and 3 across 1 and 2

LED Indicators

LED Function

L1

L2

AUTH1 - side 1 AC authorization present

SLOW1 - side 1 slow flow solenoid

L3

L4

L5

L6

L7

L8

FAST1 - side 1 fast flow solenoid

SUBM1 - side 1 submersible starter relay

AUTH2 - side 2 AC authorization present

SLOW2 - side 2 slow flow solenoid

FAST2 - side 2 fast flow solenoid

SUBM2 - side 2 submersible starter relay

L9 PUL1A - side 1 pulser, channel A

L10 PUL1B - side 1 pulser, channel B

L11 HAND1 - side 1 handle switch

L12 PUL2A - side 2 pulser, channel A

L13 PUL2B - side 2 pulser, channel B

L14 HAND2 - side 2 handle switch

Test Points

Test points are provided for voltage measurements.

Test Point

TP1

TP2

Function

+5VDC

DC ground



Switches

Switch settings should be changed with the power switch OFF. The new settings are read by the CPU board when the power is turned ON again.

Switch Bank 1


1 baud rate

2

3-4 lead detect delay

5 ----

6 authorization activates

7

8 communication mode totalizers

----


*open=9600

closed=1200

*open=on-line

closed =standalone see below

*open=no

closed=yes

*open=no

closed=reset

Delay Time

0

4

5

6

1-3 closed closed open open

Switch Bank 2

This bank serves two purposes:

1-4 closed open closed open

• address setting when communicating on the

Gasboy RS-485/RS-422 loop, or

• pulser output rate selector when pulser data is sent to a fuel management system other than a

Gasboy CFN.

Pulse Rate 2-1 2-2 2-3

1

10

100

250

500

1000 none none cl op cl op cl op cl op cl cl op op cl cl op op cl op op cl cl cl op op

Address

13

14

15

16

9

10

11

12

7

8

5

6

3

4

1

2

2-1 cl op cl op cl op cl op cl op cl op cl op cl op

LCD Board

Jumpers

Display Address:

Hose

1

2

Jumper Pins across 1 and 2 across 2 and 3

2-2 cl cl op op cl cl op op cl cl op op cl cl op op

2-3 op op op op cl cl cl cl op op op op cl cl cl cl

Display of Units:

Units K2 K4 K6 whole units tenths - .0 hundredths - .00

1-2

2-3

1-2

1-2

1-2

1-2

2-3

1-2

1-2

1-2

1-2

2-3 thousandths - .000

For decimal point position only. Display also depends on pulse rate (latest software) for stand alone mode. Unused digits are marked.

2-4 op op op op op op op op cl cl cl cl cl cl cl cl


Electronic

Pump

Interfaces

Tokheim

Single Channel To Tokheim 67 Box or 98 Box

For single channel use Tokheim cable, C07081.

98 Box

TALK DISP should be connected to +9V with a

1K Ohm resistor. DC COM should be connected to

GND.

Dual Channel To Tokheim 67 Box or 98 Box

Dual Channel to Tokheim 67 or 98 box, use cable

C05996 that has the following layout.

Male DB-9

Connector

TTDB 4

TTDA 2

TTCB 5

TTCA 3

DCCB 6

DCCA 7

Tokheim connectors

1 TTDA

2

3 TTCA

5

6 DCCA

10

1 TTDB

2

3 TTCB

5

6 DCCB

10



CFN3 Pump Configuration

In the PUMP configuration program, in submenu 1, set Maximum Units to Gallons and Maximum

Amount to 999 Gallons.

In the PUMP configuration program, in submenu 3, set the following options:

Tokheim type Options to set

162/262

262-A

SA MMD

SA MMD $/Cr

TCS

TCS $/Cr

2,7

2,7,8,9,13

1,2,7,8,9

1,2,3,7,8,9

1,2,7,8,9,13

1,2,3,7,8,9,13

TCS 1 hose blend 1,2,7,8,9,12,13,19

TCS 1 hose blend $/Cr 1,2,3,7,8,9,12,13,19

TCS 1 hose, multigrade, non-blend 1,2,7,8,9,13,19

TCS 1 hose, multigrade non blend $/Cr

Premier

Premier $/Cr

1,2,3,7,8,9,13,19

1,2,7,8,9,13,16

1,2,3,7,8,9,13,16

Premier 1 hose blend

Premier 1 hose blend $/Cr

Premier blender

Premier blender $/Cr

Premier 1 hose, 1 prod

Premier 1 hose, 1 prod $/Cr

1,2,7,8,9,13,16,19

1,2,3,7,8,9,13,16,19

1,2,7,8,9,13,16

1,2,3,7,8,9,13,16

2,7,8,9,13,16

1,2,3,7,8,9,13,16

Premier 1 hose, multigrade 1,2,7,8,9,13,16,19

Premier 1 hose, multigrade $/Cr 1,2,3,7,8,9,13,16,19

The options in the above table are:

1 Pump is a multi-product dispenser.

2 Pump always needs switch detect (off-hook) to activate.

3 Pump has a cash-credit select button. (Customer can choose cash or credit payment at the pump.)

4 Site Controller can activate the pump without knowing the price or hose (for some MPDs).

5 Site Controller cannot choose the hose number or price (for some MPDs).

6 Site Controller cannot get the dollar amount or volume during pumping.

7 Pump can’t do switch detect or pulser timeouts

(timeouts must be done by the driver).

8 Pump is a Tokheim stand-alone dispenser or

Gasboy SPD v4.3+/PAC v4.2+.

9 Pump can only be activated from downloaded prices (the displayed prices are downloaded).

10 Pump never needs switch detect to activate (can be activated while it is still on-hook).

11 The PCU is slow to respond to requests

(improves performance on pumps that are

Page 49

CFN III Quick Reference inherently slow to respond or at sites that have a large number of pumps and are very busy).

12 The pump is a blender. (The Site Controller may not be able to keep component product tank inventories for types of blender pumps that are not specifically supported by Gasboy.) Do not use this option for Gilbarco and Tokheim

Blenders .

13 The pump is a TCS configured to always download prices. (This allows TCS pumps to display the correct price level for a sale, provided that the pump’s Tokheim firmware supports the

Mode 25 feature.)

14 Pump is a Gasboy PAC.

15 Single -sided pump (used for PCU autoconfiguration).

16 Tokheim Premier model.

17 Requires start button (not required for Tokheim).

18 Beeps without pressing payment on DPT or

CRIND.

19 Grade-select buttons exist.

20 Beeps when offhook without START key being pressed.

21 Pump has a lift-lever for offhook.

22 Pump is the master of the pump chain. Turning on this pump activates all other “pumps” in its cluster except other master pumps in that cluster.

23 Wayne 3 product blender, hoses 1, 3, and 5. For

Wayne products V580 and V590U. Previously these pumps required using 5 hoses, setting the price code for hoses 2 & 4 to 99. With this option, only define 3 hoses and the Wayne driver maps to the appropriate pump positions automatically.

Tokheim Pump Programming

Mode 19 - set dispenser function code to 0.

Mode 23 - set address (1-16), number of products, number of sides, and number of prices.

Mode 25 - set price-change mode equal to 1.

Mode 26 - on the Premier should be set as 2.

Gilbarco Interface Unit

Part number: C05688. Use a C04500 cable from the

RS422/RS485 junction box to the RS422 port of the interface unit.

Use Gilbarco firmware version 70.2 or later.

Product authorization does not work with Gilbarco pumps before version 2.0c of Gasboy’s interface firmware and version 2.0cp2 of the Site Controller II software and only with the Advantage Series.

Interface

Terminal

Short

Wire

Color

Pl-1

Terminal Block

Connection

Field

Wire

Color

Gilbarco dist. Box

Terminal

Legend red 1+ (top terminal) black box 1 -BLK

Pl-2

P2-1

P2-2 black 1- (next down) red box 1 red 2+ (third down) black box 2 black 2- (bottom) red box 2

CPU Board

+RED

- BLK

+ RED

Jumper

K1

K2

K3

K4

K5

K6

K7

Function and/or Normal Setting

All K1 jumpers are absent.

All K2 jumpers are absent.

Position 1: enables the dead man timer.

K3-1 jumper must be installed.

K3-1 is the pair of K3 terminals closest to

P9, the long double-row offboard connector at the edge of the board.

Position 2: K3-2 jumper is absent. K3-2 is the pair of K3 terminals farthest from P9.

----

Battery to U31; must install.

Battery to U32; must install.

Enables the AC power fail circuit; must install.

K8 K8 jumper is absent.

DIP Switch Bank 2 . This switch sets the poll address and allows memory to be cleared

.

.

64

Position & Definition Setting(*=customary)

1 debug mode *closed=normal mode

open=debug mode

2

3-8 erase memory on reset *closed=no interface address

open=yes see below

5

.

2

3

Address

1

4

2-3 cl cl cl cl cl

2-4 cl cl cl cl cl

2-5 cl cl cl cl cl

2-6 cl cl cl cl op

2-7 2-8 cl cl cl op op cl op cl op cl op op op op op op




1-2 local terminal baud rate

3

4

5

CRIND reports (see below) product authorization


*open=9600

(also see below) open=RS-422/485 to

CRIND closed=current loop open=onhook activate closed=no report open= no restrictions closed=restrict grades

Switch 3-4 : with Site Controller versions before 2.0b, pumps are deactivated if offhook, and activated if onhook. This is the sequence reported with push-tostart and cash-credit.

Baud Rate 3-1 3-2

9600

2400

1200 open open closed open closed open

300 closed closed

DIP Switch Bank 4.

This switch selects certain price level options and allows either twelve or sixteen pumps (six or eight double-sided units) on a loop .


1

2

3

(see below)

# of pumps per loop dead man timer

*open=6 dual pumps

closed=8 dual pumps

*open=enabled

closed=disabled

4 (see below)

5-8 ----

Dip Switch Bank 4 for a single -display price bar:

Pricing policy all levels have same price level 0 same as level 2 level 0 same as level 1 levels 0, 1, and 2 all different

Bar shows level:

1

2

1

2

1

2

1

2


SW4-1 SW4-4 op op op op op op cl cl cl op cl op cl op cl op


Dip Switch Bank 4 for a cash/credit select button, dual-display price bar, or a single alternating-display price bar (only three prices levels —0, 1, and 2—can be loaded, and level 0 must be the same as level 1 or level 2):

Pricing policy level 0 same as level 1 level 0 same as level 2

SW4-1 op op

Front Panel LEDs

L1 L12

o o o o o o o o o o o o

o o o

DC BOK BAD

Lamp Indication

L1

L2

TxD on CRIND 422 port

RxD on CRIND 422 port

L3

L4

L5

L6

L7

L8 transmit data on 422 loop #1 receive data on 422 loop #1 dead man timer refresh current loop power enabled current loop #1 active if flashing current loop #2 active if flashing

L9

L10

L11 program crash code bit 1 program crash code bit 2 program crash code bit 3

L12 program crash code bit 4

DC DC 5V power OK (green)

BOK battery OK (green)

BAD battery bad (red)

Interface Board

SW4-4 cl op

Jumper Function and/or Normal Setting

K1

K2

Baud rate clock source; must be installed in position 1.

Battery backup enable. Boards should be stored with this jumper out; it should be installed at assembly time. Lamp BAD will light if K2 is omitted.



CFN3 Pump Configuration to Gilbarco

Notes: Pump limits and card limits must be in dollars, not volume; for a cash/credit pump ($/Cr), the limit must be $999. Grade assignments must be entered as hose numbers.

In the PUMP configuration program, in submenu

3, set the following options:

Gilbarco type

Highline (old)

Highline

Highline$/Cr

MPD

MPD $/Cr

Options to set

6,9

9

3,9

1,5,9

1,3,5,9

Wayne

The cable that connects the Wayne controller with port 4, 5, or 6 of the CFN3 is part number C06006.

The pins in the cable are wired like this:

DIN

3

4

6

5

7

8

1

2

Male DB-25S

Connector

3

7

6

2

4

8

20

5

The Wayne controller must be set at 1200 baud.

For Wayne pumps:

• the cash price must be lower than or equal to the credit price.

• the pump limit must be $999 for the cash/credit selection to work.

• all Wayne dispensers must be configured in sequential, consecutive order. All Wayne dispensers must be addressed as starting with number 1, regardless of the actual pump numbers that they are configured with in the Site

Controller.

• in the Wayne Data Distribution Box, any switches that are not wired to a dispenser must be in the Bypass position.

For non-blenders:

• each hose must be assigned a price code in ranges 1-5, 11-15, 21-25, 31-35; all hoses on a pump must be in the same decade.

For all blenders:

• use price codes 6-9, 16-19, 26-29, 36-39 for blended hoses. Use price codes 4, 14, 24, 34 for low feedstock (non-blended hoses). Use price codes 5, 15, 25, 35 for high feedstock (nonblended hoses).

• product names for products in blended hoses should contain blend rate (for example, blended

40% , using a percent sign); do not use a percent sign in non-blended hoses.

For fixed blenders:

• hose 1 is always a non-blended, low-feedstock hose and must have price code 4 (or 14 or 24 or

34). Hose 3 is always a non-blended, high-feedstock hose and must have price code 5 (or 15 or

25 or 35). Hose 2 is the blended hose and must have a price code in ranges 6-9, 16-19, 26-29,

36-39.

For variable 5-product blenders:

• hoses 1-5 must use price codes 4-9, 14-19, 24-

29, 34-39, with no repeats.

For variable 3-product blenders:

• assign 5 hoses, but assign price code 99 to hoses

2 and 4 since the system uses only hoses 1, 3, and 5.

CFN3 Pump Configuration to Wayne

In the PUMP configuration program, in submenu 3, set the following options:

Wayne type Options to set

MPD

MPD $/Cr

Blender

1,2,5,7,9

1,2,3,5,7,9

1,2,5,7,9,12,19*

Blender $/Cr 1,2,3,5,7,9,12

* Select option 19 only if there are grade buttons to press.


Tank Gauge

Veeder-Root CPU Board

TLS 250 and TLS 250i


4

5


1-3 interboard communications parity security code

TLS 350


*always closed

*always closed=odd

*always closed=enable

9600, odd, 1 stop bit, 7 data bits

Enable Security Code: Yes

Auto Transmit Message: Disabled

Tank Monitor Security 000001 (assumes only

Code (Address): one monitor on system)

EoT Character: Enable

Cabling the TLS-350

TLS 350R

1. RS-232 Security Code: 000001

2. RS-232 End of Message: Enabled

System Requirements

Console must have “Send All Messages Feature”, page 5 of SYS_PAR.

Non-blended dispensers are supported.

All Profit Point Broadcast Messaging enabled.

Gasboy Junction Box P/N C05020.


Interface Module Hardware Configuration.

Baud

Rate

9600

DATA

Bits

7

CFN

Parity

SW1 odd 1,2,4=closed

3=open

SW2 all open

Cabling the TLS-350R for with BIR

The TLS must be connected on Island Loop 1 to receive BIR data. See TLS-350 illustration.

ECPU Board Battery Switch ON (SW1)

HRM Features (Europe Only) - Enabled

(DIP Switch 3 in the Closed position)

Other areas - disabled (disabled for CFN)

(DIP Switch 3 in the OPEN position)

RS-232 Security Code-Disabled

(DIP Switch 2 in the OPEN position)

Front Panel Security Code - Disabled

(DIP Switch 1 in the CLOSED position,

2 OPEN, 3 OPEN, 4 UNUSED)

DIP rocker switch 4 - Unused

Battery Backup Switch - OFF (down)

Wiring to the Junction Box

Note: if cable must be shortened, remove excess at the TLS end.

For further installation instructions, refer to the

VeederRoot manual titled “ Gasboy CFN TLS-

350/TLS-350R Systems Setup .”



EECO tank monitor

Interface with CFN II or CFN3 using either the a

RS232 connection utilizing the CFN System’s PORT command or a Gasboy RS232-RS485 converter. In the EECO monitor setup menus, there are two selections for connecting to a site controller. These are:

Gasboy-PC or Gasboy-Site Control.

Gasboy-PC

Use this setting when connecting to one of the site’s

RS232 ports and interfacing using the PORT command. This sets the communication parameters to

9600, odd, 1 stop bit, 7 data bits, and no security code.

Gasboy-Site Control

Use this setting when connecting to one of the site's

RS485 loops. This sets the communication parameters to 9600, odd, 1 stop bit, 7 data bits, and security code to 000001. These parameters can also be changed individually. You need a C07476 cable to connect from the monitor to the 485/232 converter

(C05897).

Gasboy Interface Software

EECO SYSTEM™ 2000

Software Minimum Revision

028 E

029 E

030 D

041

042

D

A

074 F

EECO SYSTEM™ 1500


023 M

087 B

083 E

EECO SYSTEM™ Galaxy


063 H

075 L

RS-422/485

Communications

422/485 Line Monitor

PC Monitor

There are no switches on the PC-based monitor. (DIP

Switch Banks 2 and 3, discussed below, apply only to

Site Controller I-based monitors.) PC monitors require an RS 422/485 - RS232 converter, discussed below after DIP switch banks.

Help . Press H for help on the PC.

DIP Switch Banks 2 and 3

These switches apply only to Site Controller I-based monitors. Set these switches according to the speed of the terminal to be hooked to the line monitor.

Local Terminal Baud Rate

Baud Rate

300

1200

2400

4800

9600

3-1 closed closed open open open

3-2 closed open closed closed open

RS-422/485 Port Baud Rate

DIP switch 3, positions 5-8, all open=9600 baud.

2-8

----

---- closed open

----

DIP switch 2, position 7, open=7 bits; closed=8 bits.

422/485-232 Converter

For PC monitors, Veeder-Root tank gauges, and

Profit Points. Part number: C05897.

Jumpers

Position 1 is top and position 2 is bottom when the board is oriented so that GASBOY RS422/485-

RS232 CONVERTER is readable.

Position 1, both jumpers on upper two rows:

Position 2, both jumpers on lower two rows:


Jumper

K1K2 position 1=slave side of 422/485

K3K4 position 1=tank monitor or PC or

Profit Point

K5

K6

K7

Setting loop transmits always on on=232 device listens to slave responses, or for

PC monitor on=232 device listens to master side of 422/485 loop

Setting position

2=master side of

422/485 loop transmits position 2=other application if position 1 doesn’t work off=tank gauge off=Profit Point

Default position 1 position 1 on off on

R1 - Adjusting

R1 should be adjusted only if you are using a PC monitor and the data being displayed is scrambled.

1. Turn R1 20 full turns counterclockwise.

2. Slowly turn R1 clockwise until the data display clears up.

3. Start counting turns.

4. Continue turning R1 clockwise until the data starts to scramble again.

5. Turn R1 counterclockwise half the number of turns you counted in order to position it in the middle of the acceptable range.

RS-232

Communications

Modems and Cables

PC Package/Answer modem

Kit number: C01533

Parameter settings

Set SYS_PAR, page 8, Remote CFN Port Type:

3 = direct connect or dumb modem, full duplex .

Setup procedure:

1. Connect a terminal to the modem with a 1:1 cable male DB-25 to male DB-25 (C04549) or male DB-25 to female DB-9 (C04654).


2. Connect the modem’s power cord and turn modem power switch ON.

3. Use the steps below:

Hayes/Hayes-Compatible 14.4 and above

Type: AT&F&D2S0=1&C1B1&Q6X0&K0&W ↵

Modem responds: OK

Type: ATQ1&W ↵

Modem does not respond

Note : If a Panasonic data terminal (or other data terminal requiring DCD) is being used to configure the modem, set the parameter in the terminal to

Ignore the DCD level of the RS-232 signal . This is necessary because the AT&C1&W command causes the modem to drop DCD which may be required by the terminal being used to configure the modem unless the terminal is set up to ignore the DCD level.

Bank Network modem

Kit number: C05899

For SCII, CFN3, or Islander II with a network interface that requires the fuel management system to contact a bank network for verification of a user’s card.

System:

Set remote port modem type to Hayes with handshake.

Modem:

For bank networks, call for current modem part number.

For Networks with a menu selection:

Set the modem type to the approved purchased type of modem. See the appropriate Credit and Debit Card

Network manual for specific modem information.

For Networks without a menu selection:

Set SYS_PAR, page 8, Host Handler Data:

01 = Hayes 2400 .



CFN3 to Modem

For CFN3 to modem use part number C05995.

CFN3 to Okidata

For CFN3 to Okidata use part number C05994.

RS-232 Character

Framing

ASCII, 8 data bits, no parity, 1 stop bit.

Print Transaction

Host-Site Mode

Code = PT; options = A

<ENQ>aaPTb<ETB><crc><EOT>

The Site Controller response is:

<STX>aaPTbrrssss0ddddddxyffggggqqqqqqqqooooooo ppttttyymmddhhnneennnnnnvvvvvvvv aa...aa,[00..00]tdwkii...iikeeeepppp<ETB><crc><EO

T>

Completed Transaction Codes

Code Message* Meaning

7

8

9

10

Refund

Return

Payout transaction is a refund** transaction is a return** transaction is a payout**

40

41

42

Mem Lost pump control unit’s memory was lost due to battery failure

Pwr Fail transaction terminated due to a power failure at the pump control unit normal transaction

43

45

50

Timed Out transaction timed out at the pump

Limit

Reversal pump cut off at limit transaction is a reversal

52

54

55

71

77

78

Unassigned a device completed a transaction but the Site Controller does not

Gate have a record of it. transaction was started at a gate controller

Aborted

Delivery

Manual transaction was aborted (p ump was deactivated) before pumping was completed transaction is a fuel delivery, either manually entered at the card reader terminal*** or registered by a tank monitor transaction was manually

Pulse err

Prod out entered at the card reader terminal*** caused by dual pulser failure pump reports it is out of this type of product

79 Pump down a pump is not working**

81 Withdrawal transaction was a cash withdrawal**

* The message printed in the Error field of the transaction printout.

** Site Controller II and III.

*** Site Controller I only

Site-Host Mode

Standard log in—an example of the sign-on command and response with calculated CRC-16 check sums:

<ENQ>01CK0GASBOY<ETB>E7B6<EOT>

<STX>01CK00085112514080006000600060001002

0 2V010,<ETB>D389<EOT>



Raw Mode

The table on the next page explains the PRINT

TRANSACTION fields. These fields are the same for

GET TRANSACTION except:

• the first GET TRANSACTION field is the 6digit system ID.

• because of the 6-digit system ID, all subsequent

GET TRANSACTION fields are offset by 6 more than the offset number shown below for each PRINT TRANSACTION field.

• if you enter the GET TRANSACTION command without the A option, the resulting display will stop with the 1-digit account field terminator.

Field Off set ssss 0

Lgth

.

4

Description

0 x y

4 1 dddddd 5 6 ff 13 2 gggg 15 4 qqqqqq qq

19 8 oooooo o pp tttt

11 1

12 1

27 7

34 2

36 4 yymmd 40 6 d hhmm 46 4 ee 50 2 nnnnnn 52 6 sequence number assigned by Site

Controller status code; always 0 for completed transaction total dollar amount, in hundredths; if negative, most significant ASCII character has its sixth bit set; the equivalent meanings are: p = -0 u = -5 q = -1 w = -6 r = -2 w = -7 s = -3 x = -8 t = -4 y = -9 account to charge:

0 = club card

1 = checking

3 = bank card

4 = cash

2 = savings transaction type:

5 = unpaid

0 = fuel

1 = fuel, preauthorized

2 = non=fuel

3 = non-fuel, preauthorized

4 = like 0, from console



7 = like 3, from console product code price in thousandths of dollars quantity, in thousandths; if negative, most significant ASCII character has its sixth bit set, see description of dollar amount field above odometer reading, in tenths; if no odometer was entered, the first digit is p or zero, depending on configuration pump number (register number for non-fuel sale) transaction number assigned by Site

Controller date completed, from Site Controller (year, day, month) time completed, from Site Controller (hour, minute) error code (see table below) authorization number (if site authorized, this is SCeeee, where eeee is the card expiration date; if expiration date is two digits, format is SCeeFF)

MDE-4483 CFN III Quick Reference Guide v3.3 · August 2005 vvvvvv vv

58 8 is SCeeFF) vehicle number; if no vehicle number was entered, the first digit is p or zero, depending on configuration aa...aa 66 1-19 account number from transaction table

, V 1 account field terminator

[00...00

] t

V 0-18 zeros if account field is less than 19 digits;

86 1 optional, needed only if account number isless than 19 digits ; field length = 19 - no.. of digits in account field. device type (0-9,A-F valid): d w k

87

88

89

1

1

1

1 = Site Controller

3 = card reader terminal

4 = console

6 = gate reader

7 = tank gauge

9 = remote site

A = full serve device drop (0-9,A-F valid) number of digits after the decimal point in the quantity (for weights and measures, allows transaction printout to match resolution of the pulsers) kind of transaction:

0 = ordinary

1 = refund

2 = return

3 = payout ii...ii 90 20 issuer field (0-9,A-F valid digits) eeee 90 4 expiration date (read from card) pppp 114 4 physical record number; with A option only

PC/Site

Control

Required Settings for CFN3

Network Poll Address = 1.

Site ID = site ID in PC password file.

Password for user 1 is identical in PC password file.

Baud rate correct for modem and its switches.

Command Line Options

SC [ /A argument ] [ /B baud ] [ /C com# ] [ / D phone ] [ /L ]

[ /T timeout ] [ siteid ]

/A argument Specify an argument to be passed to a file of Site Controller commands that is used as input to PC/SiteControl. Multiple arguments can be sent using multiple /A options. /A options must come before any other parameters.

/B baud 300, 1200, 2400, or 9600; default is 1200

/C com# 1 or 2; default is 1

/D phone Specify the phone number to dial to

Page 57

CFN III Quick Reference connect to a Site Controller. Use this option only if you connect to the Site Controller through a dial-out modem and you want to override the number in the password file. P requests pulse (rotary) dialing, T requests touch dialing, and a comma requests the modem to pause 2 seconds in the dialing sequence to wait for a second dial tone.

Another phone number option is the modem timeout length. That is the time the modem will wait for an answer. The modem timeout length is the number of seconds surrounded with square brackets [], typed after the /D.

/L Output usually appears on the screen. This option will make the output also print on the PC printer.

/T timeout Specify how long to wait for a response from the Site Controller. The time is specified in eighteenths of a second (18 = 1 second); default and shortest timeout allowed is 3 (0.167 seconds). siteid Specify the site ID number. Use this option only for sites you are dialing up with a modem, not for direct-connect sites. Use an asterisk (*) as the site

ID to call all the sites in the password file.

Input and Output

Redirection

If you use site-control mode, the input and output files will be on the PC’s disk, instead of the Site

Controller’s disk. Similarly, printed output will be printed on the PC’s printer, instead of the Site

Controller’s printer.

< filename uses the commands from the named file as input.

> filename puts the output of the commands in the named file, deleting whatever was in the named file.

>> filename adds the output of the commands to the end of the named file.

> PRN prints the output of the commands on the PC printer (site-control mode).

> LOG prints the output of the commands on the site printer (terminal mode).

Fuel Point

Reader

CPU Board


4-wire operation:

RS 485 PCB to RS-485 JBOX

1 - Tx+ (CFN422-1)

2 - Tx- (CFN422-2)

4 - Rx- (CFN422-4)

3 - Rx+ (CFN422-3)

Switches


DIP switch 1 on the fuel point reader terminal CPU board sets options, including the reader terminal address:

Switch Setting

1

2 always on always on

3

4 address - see below address - see below

FPR address

3

4

1

2

Switch 3

OFF

OFF

ON

ON

Switch 4

OFF

ON

OFF

ON

Switch Setting

DL1 Receive from vehicle module

DL2 Transmit to vehicle module

DL3 Receive from fuel management system

DL4 Transmit to fuel management system


Site Notes



© 2005 GASBOY

7300 West Friendly Avenue • Post Office Box 22087

Greensboro, North Carolina 27420

Phone 1-800-444-5529 • http://www.gasboy.com

• Printed in the U.S.A..

MDE-4483 CFN III Quick Reference v3.3 • August 2005

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