Ultimate Technology Mouse 500 POS User Manual

SERIES 500 POS KEYBOARD

PROGRAMMING & USER’S GUIDE

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TABLE OF CONTENTS

SCOPE ...........................................................................................................vi

SPECIAL NOTE.............................................................................................vi

PRODUCT INFORMATION...........................................................................2

MODEL DESCRIPTION ................................................................................................. 2

FEATURES....................................................................................................................... 2

SPECIFICATIONS........................................................................................................... 3

SERVICE AND WARRANTY..........................................................................3

INSTALLATION..............................................................................................4

UNPACKING AND INSPECTION................................................................................. 4

EXTERNAL CONNECTIONS........................................................................................ 5

DRAWER JUMPER CONNECTIONS (PRINTER FIRED)....................................... 5

OPERATION...................................................................................................9

CONTROLS AND INDICATORS.................................................................................. 9

PROGRAMMING ..........................................................................................12

PROGRAMMING KEYBOARD OPERATING PARAMETERS..............................12

LOCAL MODE PROGRAMMING - FUNCTION CODES AND SETTINGS .........12

LOCAL MODE PROGRAMMING INSTRUCTIONS ................................................18

LOCAL MODE PROGRAMMING................................................................................32

KEY MAKE/BREAK CODES AND EXTENDED FUNCTIONS.............................32

PROGRAMMING IN REMOTE MODE .......................................................................36

REMOTE MODE PROGRAMMING MACROS AND COMMAND SUMMARY....36

101/102-KEY KEYBOARD - KEY CODE IDENTIFICATION .................................51

PROGRAMMING KEY MAKE/BREAK CODES.......................................................52

EXAMPLES OF REMOTE PROGRAMMING FOR KEY MAKE/BREAK CODE 53

COPYING KEYBOARD SETUP DATA (CLONING)................................................56

OPERATOR'S AND PROGRAMMER'S MAGNETIC CARDS..............................57

SYSTEM LOG.................................................................................................................57

Series 500 POS Keyboard

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MAINTENANCE............................................................................................58

PRECAUTIONS.............................................................................................................58

CLEANING......................................................................................................................58

KEY LEGEND CHANGE..............................................................................................58

3/4 AND 5/8-INCH FULL TRAVEL KEYBOARDS..................................................58

KEY LEGEND CHANGE - FLAT TACTILE MEMBRANE......................................59

BATTERY REPLACEMENT........................................................................................59

Series 500 POS Keyboard

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APPENDIX A

SERIES 500 POS STANDARD KEYBOARD LAYOUTS

APPENDIX B

KEYBOARD CABLE/CONNECTOR DATA

APPENDIX C

ASC11 CHARACTER SET

APPENDIX D

101/102-KEY KEYBOARD KEY NUMBER TO SCAN CODE CROSS

REFERENCE

LIST OF TABLES

TABLE 1.

TABLE 2.

SERIES 500 POS KEYBOARD - TYPICAL CONTROLS AND

INDICATORS

LOCAL MODE PROGRAMMING FUNCTION CODES AND

DEFAULT SETTINGS

TABLE 3.

TABLE 4.

LOCAL MODE PROGRAMMING INSTRUCTIONS

LOCAL PROGRAMMING COMMANDS FOR KEY MAKE/BREAK

AND EXTENDED FUNCTIONS

TABLE 5.

TABLE 6.

REMOTE PROGRAMMING MODE COMMANDS

RMOTE PROGRAMMING COMMANDS FOR KEY

MAKE/BREAK CODE

Series 500 POS Keyboard

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FEDERAL COMMUNICATIONS COMMISSION

RADIO FREQUENCY INTERFERENCE

STATEMENT

NOTICE

This equipment complies with the limits for a Class A computing

device in accordance with the specifications in Part 15 of FCC rules

which are designed to minimize radio frequency interference in the

installation; however, there is no guarantee that radio or television

interference will not occur in any particular installation. If this

equipment does cause interference to radio or television reception,

which can be determined by turning the equipment off and on while

the radio or television is on, the user is encouraged to try to correct

the interference by one or more of the following measures:

• Reorient the radio or television receiving antenna

• Relocate the keyboard with respect to the receiver

• Move the keyboard away from the receiver

If necessary the user should consult the dealer or an experienced radio/television

technician for additional suggestions. The user may find the following booklet

prepared by the Federal Communications Commission helpful: "How to Identify and

Resolve Radio/TV Interference Problems". This booklet is available from the U.S.

Government Printing Office Washington, DC 20402. Order stock number 004-000-

00345-4.

Series 500 POS Keyboard

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SCOPE

This user's guide provides the information and procedures needed to install,

operate and program your Series 500 POS Keyboard. Differences in models and

optional features are described in this manual, where applicable. It is suggested

that the entire manual be read before attempting installation or programming. If

assistance is needed that is beyond the coverage provided in this guide, please

contact Customer Service:

Ultimate Technology Corporation

100 Rawson Road

Victor New York, 14564

Phone: (800) 349-0546

Fax: (585) 924-1434

SPECIAL NOTE

When this publication was written, every effort was made to ensure that information in this

document was complete, accurate, and up to date. Ultimate Technology Corporation assumes no

responsibility for errors beyond its control. Ultimate Technology Corporation also cannot

guarantee that changes in software and equipment made by other manufacturers, and referenced

in this guide, do not effect the applicability of the information in this manual. If assistance is

needed, please contact Customer Service at the address or phone number given above.

CAUTION

RISK OF ELECTRIC SHOCK

DO NOT OPEN

TO REDUCE THE RISK OF ELECTRIC SHOCK,

DO NOT OPEN KEYBOARD ENCLOSURE WHEN

KEYBOARD IS CONNECTED TO SYSTEM.

REFER SERVICING TO QUALIFIED SERVICE

PERSONNEL.

WARNING: TO PREVENT FIRE OR SHOCK HAZARD, DO NOT EXPOSE THE KEYBOARD

TO RAIN OR MOISTURE.

Contents of this publication may be changed without notice and shall not be regarded as a warranty.

Series 500 POS Keyboard

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Figure 1. Typical Point-of-Sale station with standard QWERTY Series 500 keyboard

Series 500 POS Keyboard

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PRODUCT INFORMATION

MODEL DESCRIPTION

Series 500 POS Keyboards are point-of-sale (POS) keyboards designed for use with a PC or

ASCII terminal. These keyboards have total flexibility in keyboard layout coupled with an extensive

programming capability. Each keyboard contains a built-in magnetic stripe reader (MSR), two

serial ports, two cash drawer status ports, a main keyboard port, and an auxiliary keyboard port.

The Series 500 POS Keyboard provides both the hardware and firmware interfaces necessary to

fully integrate a modular "open system" POS workstation when attached to a PC or terminal, and

connected with a printer, cash drawer and display of the users choice.

FEATURES

CHOICE OF KEYBOARD TYPES

• Full travel, standard size keys - up to 112 keys

• Full travel, compact size keys - up to 144 keys

• Flat panel (micro motion), standard size - 112 keys

• Flat panel (micro motion), compact size - 144 keys

TWO CASH DRAWER PORTS

•Status monitoring

Autosend (Unsolicited)

Polling (Solicited)

All key locations are available

permanently printed or re-legendable. Full travel

keycaps have removable plastic covers for re-

legending. Flat panel membrane versions are re-

legendable by use of interchangeable overlays.

•Optional cash drawer firing

AUX PC KEYBOARD PORT

• For data entry when full alphanumeric capability is

needed

Standard keyboard configurations

• For programming key codes (local method)

• For keyboard port compatible peripherals (bi-

directional)

including QWERTY and typical POS layouts are

available. Custom configurations of any number of

keys are also available.

TWO RS232 PORTS

FULLY USER PROGRAMMABLE

• Local (PC Keyboard)

• Remote (from Host)

• Serial peripherals

• Main communications port when used as a

terminal

• Download (Cloning)

• Hardware and software handshaking

• Selectable baud rates (300 bps - 57.6 Kbps)

All keys can be reprogrammed to output

any code. Single wide, double wide, and quad

keys can be placed anywhere on the keyboard.

Spacers are available for unused key locations.

32K NVRAM BUILT-IN

• 2048 16 character memory locations

• Control totals

• Other purposes

BUILT-IN MAGNETIC STRIPE READER

• 2 track, 3 format

THREE LED INDICATORS

• Programmable for prefix, suffix, separators and

audible annunciation

• User programmable

BUILT-IN AUDIBLE BEEPER

• Programmable

• Selectable tone and duration

MAGNETIC

SECURITY

STRIPE

CARD

CONTROLLED

• Keyswitch optional

BUILT-IN DIAGNOSTICS

• Self test

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OPTIONAL PEDESTAL MOUNT

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SPECIFICATIONS

DIMENSIONS

ENVIRONMENT

• Depth - 8 Inches

• Width - 13 Inches

• Height - 3 Inches

• Storage temperature -20° to 70°C (-68° to 158°F)

• Operating temperature 0° to 50°C (32° to 122°F)

APPROVALS

WEIGHT

• FCC Class A

• 3.5 pounds (avg)

• UL recognized

• UL recognized (Canada)

ELECTRICAL

• 135 - 185mA at 5VDC (supplied from host)

• 3-volt lithium battery (battery backup for memory

data retention when host source voltage removed)

SERVICE AND WARRANTY

Series 500 POS Keyboards come with a one-year parts and labor warranty. Assistance and

customer service is always available from Ultimate Technology Corporation's Customer Service

representative. If the dealer or your service provider cannot answer your question or provide

satisfactory service, please call our sales and technical support department. When calling for

assistance or service information, please have available the model number, part number and

serial number of the keyboard. This information is found on a decal located on the bottom of the

keyboard.

If the keyboard needs to be returned to a repair facility, please use the original packing material

and shipping carton. It is recommended that one set of packing material be retained for this

purpose.

The address and telephone numbers to be used for assistance, service, and warranty information

is:

Ultimate Technology Corporation

100 Rawson Road

Victor, New York 14564

Phone: (800) 349-0546

Fax: (585) 924-1434

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INSTALLATION

UNPACKING AND INSPECTION

1.Examine the exterior of the shipping carton for signs of abuse or damage that may have

occurred during transport. Report all evidence of damage or abuse to shipper and dealer.

NOTE

If any damage may have occurred during transport, examine

keyboard and accessories carefully before performing any set-up

procedures. Return damaged keyboards to the dealer. See

Service paragraph.

2.Open top of shipping carton and carefully remove the keyboard and accessories.

3.Remove shipping retainers and protective covers from the keyboard and accessories.

NOTE

Retain a set of shipping retainers, protective covers, and the

shipping carton. Use these items whenever keyboard is to be

shipped.

4.Inventory and inspect the keyboard and other accessories listed below for damage.

· Keyboard

· One 8-foot cable (determined by configuration ordered)

Part No. CAB20133 - 5 pin DIN keyboard cable for AT & PC/XT, Data General

Part No. CAB20137 - 6 pin Mini DIN keyboard cable for PS2, TVI9070

Part No. CAB20134 - 8 pin modular keyboard cable for IBM 3151

· Secure Magnetic Card

· Programmer's Magnetic Card

· Series 500 POS Keyboard Programming & User's Guide

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EXTERNAL CONNECTIONS

As required by the hardware configuration, connect the keyboard to its host computer and other

peripheral devices as shown in Figures 2 and 3. Note that the specific use for each connector on

the keyboard is marked adjacent to each connector. Depending on the make and model of the

user's equipment, the following cables and/or adapters may need to be supplied by the user to

complete the installation:

Standard 6-foot cable, 6-Pin Modular to 6-Pin Modular - UTC Part No. CAB20137 or equivalent

Keyboard adapter 2-Inch, 5 Pin DIN Male to 6-Pin Mini DIN Female - UTC Part No.900-0839 or equivalent

Keyboard adapter 12-Inch, 5 Pin DIN Female to 6 Pin Mini Din Male - UTC Part No. 901-5009A or equivalent

DRAWER JUMPER CONNECTIONS (PRINTER FIRED)

As shown on Figure 3, the Series 500 Keyboard has two status cash drawer ports. Each port is

selectable by use of the jumper connector located next to the MAIN keyboard connector. This

jumper connector is used to make the keyboard compatible with the different printer and cash

drawer connections required by various manufacturers.

Jumper pin set A and B is used with cash drawer 1: pin set C and D is used with cash drawer 2.

Installing the jumper on the B (drawer 1) and D (drawer 2) side of the connector causes the status

signal from the cash drawer to be applied on pin 2 of the related cash drawer port. Installing the

jumper on the A (drawer 1) and C (drawer 2) side of the connector causes the status signal from

the cash drawer to be applied on pin 6 of the related cash drawer port which allows pin 2 to be

used to open the drawer. Shown below are the pin connections for the cash drawer ports for each

position of jumper. Identified by an "X" are the jumper setting used with typical Epson and Ithaca

Peripheral devices.

PRINTER 1, 2 PINOUTS

DRIVER 1, 2

DRAWER 1, 2

JUMPER ON A OR C SIDE

DRAWER 1, 2

JUMPER ON B OR D SIDE

1 - SOLENOID GND

2 - SOLENOID GND

3 - STATUS GND

4 - SOLENOID +

5 - SOLENOID GND

6 - STATUS +

1 - SOLENOID GND

2 - STATUS +

2 - SOLENOID GND/STATUS +

3 - STATUS GND

4 - SOLENOID +

5 - SOLENOID GND

6 - STATUS +

4 - SOLENOID +

5 - SOLENOID GND

6 - NO CONNECTION

EPSON

ITHACA PERIPHERALS SERIES

50,60

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Main RS232

Port

Aux RS232

Bar Code Scanner

Port

CAB20138

Receipt Printer

Cash Drawer

Port 1 & 2

Cash Drawer 1

(Driver)

Port In

Cash Drawer 1

(Driver)

Port Out

Cash Drawer 1

Cash Drawer 2

(Drawer)

CAB20138

Port In

Cash Drawer 2

(Drawer)

Cash Drawer 2

Port Out

Drawer Type

Jumpers

CAB20133 or CAB20137 or CAB20134

PC or Terminal

Main KB Port

Adapter (optional)

PS2 Type KB

Aux KB Port

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Figure 2. Typical keyboard external connections

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Figure 3. Keyboard external connectors - rear view

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OPERATION

CONTROLS AND INDICATORS

Operating controls and indicators on the Series 500 Standard QWERTY Keyboard are shown in

Figure 4 and described in Table 1. Because most Series 500 POS Keyboards are customized to

match the user's needs, keyboard layouts and the function of the keys may vary widely from the

one shown in Figure 4. Although the location of keys may differ among keyboard and types of

keyboards, the function of the controls and indicators described in Table 1 pertain to all keyboard

types. The operator should become familiar with the controls, indicators and other operating

features of the keyboard. For typical keyboard layouts of other Series 500 POS Keyboards, refer

to Appendix A.

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Figure 4. Series 500 POS keyboard - typical controls and indicators

Table 1. Series 500 POS Keyboard - Typical Controls and Indicators

(See Figure 4)

Index

No.

Name

Function

1 through 3

Light Emitting

Diode (LED)

Indicators

LED (1) SECURE - When on, indicates keyboard is secured(locked);

when off, indicates keyboard is unlocked.

LED (2) When on, indicates keyboard is in CAP LOCK mode.

LED (3) When on, indicates keyboard is in NUM LOCK mode.

When in local programming mode - the status (on or off) of LEDs

varies depending on status of programming. Refer to programming

instructions contained in this guide.

Sound Port

Beeper annunciator port.

Magnetic Stripe

Reader

Magnetic card reader used to read standard format customer credit

and bank cards for normal business transactions when the card is

passed (swiped) through reader.

Used to read Operator's Card to secure or unlock use of keyboard

when the card is swiped through reader. LED (1) is on when

keyboard is secured and off when unlocked.

Used to read Programmer's Card to enable keyboard programming in

local mode when the card is swiped through reader.

ENTER Key

When pressed during local programming mode, initiates various

program actions. Refer to programming instructions contained in this

guide.

When pressed during normal business operation, enters numeric

keyboard and other keyed data as defined by the user.

Numeric Keypad

Numeric keypad that may be used during normal business

operations to enter numeric values or can be customized to represent

user defined items.

Used during local programming mode to enter programming

commands. Refer to programming instructions contained in this

guide.

Keyswitch

(Optional)

When set to AUX position, enables keyboard programming in local

mode. The remaining two positions can be programmed for Macros

and/or security locking. Refer to programming instructions contained

in this guide.

Pen/Pencil Holder

Storage location used to hold user's pens or pencils.

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All Other

User Defined Keys

User defined keys programmed by user/developer.

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PROGRAMMING

PROGRAMMING KEYBOARD OPERATING PARAMETERS

The operating parameters of the keyboard can be configured (programmed) remotely from the

host computer or locally at the keyboard. Keyboard programming in the remote mode sets the

keyboard parameters as commanded by the host computer input applied at the main

communications port. Selection of the local programming mode enables keyboard parameter

setup locally at the keyboard. Note that all keyboards come from the factory programmed with a

default set of parameters.

LOCAL MODE PROGRAMMING - FUNCTION CODES AND DEFAULT SETTINGS

A summary of all keyboard parameters programmable in the local mode, their assigned Function

Codes and factory default settings are given in Table 2.

Table 2. Local Mode Programming Function Codes and Default Settings

FUNCTION

CODE

PARAMETER

DEFAULT

SETTING

REMARKS

(XXh = Hex

Code In ASCII)

Program Keyboard Primary Keys

See default

Used to program primary keys on Series 500

Keyboard. The keys can be programmed to

have primary and secondary levels of function.

The primary function is activated when only the

designated key is pressed. The secondary

function is activated when both the Sec Op key

and

designated

key

are

pressed

simultaneously. Use Function Code 01 to

program secondary key functions.

Program Keyboard Secondary Keys

See default

See remarks above.

Copy Primary Keys to Secondary

Keys

Used to copy primary key code into key

secondary position.

Enable/Disable

Reader (MSR) Tracks

Magnetic

Stripe Channels 1,2

enabled

The magnetic card reader can read three

formats of information, two at any one time, on

standard format cards. This function is used

to select which tracks on the MSR are enabled

and/or disabled.

MSR Beep Configuration

Beep on good

and bad read

Useful for indicating a good or bad reading

when card swiped through reader.

MSR Channel 1,3 Prefix

% (25h) for

format 1

Used to send

prefix before the

magnetic card channel.

; (3Bh) for

format 3

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Table 2. Local Mode Programming Function Codes and Default Settings

MSR

Separator

Channel

1,3

Field ^ (5Eh) for

format 1

Used to send a field separator between

fields of the magnetic card channel.

= (3Dh) for

format 3

MSR Channel 1,3 Suffix

?<CR>

Used to send suffixes after the

magnetic card channels.

(3Fh,0Dh)

for both

format 1 and

MSR

Separator

Channel

Account : (3Ah) for

format 3

Used to send an account separator on

the magnetic card channel.

MSR Channel 2 Prefix

; (3Bh) for

format 2

Used to send

prefix after the

magnetic card channel.

MSR Channel 2 Field Separator

MSR Channel 2 Suffix

= (3Dh) for

format 2

Used to send a field separator between

fields of the magnetic card channel.

?<CR>

Used to send

suffix after the

(3Fh,0Dh)

for format 2

magnetic card channel.

MSR Bad Read Track 1,3

MSR Bad Read Track 2

MSR Sending

M1!<CR>

(4Dh,31h,21

Used to send a key sequence to the

host computer upon a bad magnetic

card read.

0Dh)

M2!<CR>

(4Dh,32h,21

Used to send a key sequence to the

host computer upon a bad magnetic

card read.

0Dh)

Send any

track

Used to send MSR data if one or both

tracks are good.

0 = send any track; 1 = send if both

tracks are good.

RS232 Port 0 Baud Rate

9600 Baud

Rate

Used to select a baud rate for Port 0.

Baud rates available are: 300, 600,

1200, 2400, 4800, 9600, 19200, 38400

and 57600.

RS232 Port 0 Stop Bits

RS232 Port 0 Parity

2 stop bits

No parity

Used to select number of stop bits, 1

or 2, used with Port 0.

Used to select parity used with Port 0.

Selections available are: no parity, odd

parity or even parity.

RS232 Port 0 Handshaking

Both

Used to select method of handshaking used

with Port 0. Selections available are: none,

CTS/RTS, XON/XOFF or both.

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Table 2. Local Mode Programming Function Codes and Default Settings

RS232 Port 0 Word Length

User defined

Used to change the word length, 7 or 8 bits,

of the data at Port 0.

RS232 Port 0 Prefix

None

Used to place a prefix before the packet of

data before it is sent out of the keyboard

Main Port. (This function is inactive if Port

0 is the main port.)

RS232 Port 0 Suffix

<CR> (0Dh)

Used to place a suffix after the packet of

data before it is sent out of the keyboard

Main Port. (This function is inactive if Port

0 is the main port.)

RS232 Port 1 Baud Rate

9600 Baud

Rate

Used to select a baud rate for Port 1. Baud

rates available are: 300, 600, 1200, 2400,

4800, 9600, 19200, 38400 and 57600.

RS232 Port 1 Stop Bits

RS232 Port 1 Parity

2 stop bits

No parity

Used to select number of stop bits, 1 or 2,

used with Port 1.

Used to select parity used with Port 1.

Selections available are: no parity, odd

parity or even parity.

RS232 Port 1 Handshaking

Both

Used to select method of handshaking used

with Port 1. Selections available are: none,

CTS/RTS, XON/XOFF or both.

RS232 Port 1 Word Length

RS232 Port 1 Prefix

User defined

None

Used to change the word length, 7 or 8 bits,

of the data at Port 1.

Used to place a prefix before the packet of

data before it is sent out of the keyboard

Main Port.

RS232 Port 1 Suffix

<CR> (0Dh)

No output

Used to place a suffix after the packet of

data before it is sent out of the keyboard

Main Port.

Keyswitch Position 1 MAKE

Used to program the MAKE codes of the

keyswitch. When the key is turned into

position 1, the switch can send macros

and/or perform an internal secure (lock).

Keyswitch Position 1 BREAK

Keyswitch Position 2 MAKE

No output

Used to program the BREAK codes of

the keyswitch. When the key is turned

out of position 1, the switch can send

macros and/or perform an internal

secure (lock).

Used to program the MAKE codes of

the keyswitch. When the key is turned

into position 2, the switch can send

macros and/or perform an internal

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Table 2. Local Mode Programming Function Codes and Default Settings

secure (lock).

Keyswitch Position 2 BREAK

Keyswitch Position 3 MAKE

Keyswitch Position 3 BREAK

Keyswitch Polling

No output

Used to program the BREAK codes of

the keyswitch. When the key is turned

out of position 2, the switch can send

macros and/or perform an internal

secure (lock).

Used to program the MAKE codes of

the keyswitch. When the key is turned

into position 3, the switch can send

macros and/or perform an internal

secure (lock).

Used to program the BREAK codes of

the keyswitch. When the key is turned

out of position 3, the switch can send

macros and/or perform an internal

secure (lock).

User

Allows the user to poll for keyswitch

defined

1,2, or 3 MAKE/BREAK codes.

Two

options are available: 0 = unsolicited

mode in which codes are sent

whenever the keyswitch is rotated, or 1

= solicited mode in which codes are

sent only when

executed.

B7 command is

Drawer 1 Open

D1+

(44h,31h,2B

Used to set up a unique sequence of

keys so host computer can determine if

drawer 1 is open or closed.

Drawer 1 Closed

D1-

(44h,31h,2D

Used to set up a unique sequence of

keys so host computer can determine if

drawer 1 is open or closed.

Drawer 2 Open

D2+

(44h,32h,2B

Used to set up a unique sequence of

keys so host computer can determine if

drawer 2 is open or closed.

Drawer 2 Closed

D2-

(44h,32h,2D

Used to set up a unique sequence of

keys so host computer can determine if

drawer 2 is open or closed.

Poll/Unsolicited Cash Drawer Status

Unsolicited

Allows the user to poll for cash drawer status,

instead of sending it each time it changes

state, open or closed.

Two options are

available: Send on change or transition, or

send only with poll command CDCONT.

Indicator Lights Mode

Command

mode of

operation

Used to select if the CAPS (2) and NUM (3)

LOCK indicators function in the same manner

as a PC. Two options are available: PC mode

or Command mode (Lights Command). Note

that in the PC mode control of the indicators

will be transferred to other higher priority

commands if applied.

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Table 2. Local Mode Programming Function Codes and Default Settings

Enable/Disable Key Clicks

Enables or disables audible key clicks.

0 = off; 1 = on

Define Left Shift Key

Key 44

See

illustration in

Appendix D

If auxiliary keyboard connected to the Series

500 Keyboard is other than a standard 101 or

102- key keyboard, used to define where the

AUX keyboard SHIFT keys are located. Refer

to Appendix D.

Key 57 See

illustration in

Appendix D

Define Right Shift Key

Define Left Control Key

Same as Function Code 80 above.

Key 58

See

illustration in

Appendix D

If auxiliary keyboard connected to the Series

500 Keyboard is other than a standard 101 or

102-key keyboard, used to define where the

AUX keyboard CONTROL keys are located.

Refer to Appendix D.

Define Right Control Key

Define Left Alternate Key

Key 64

See

illustration in

Appendix D

Same as Function Code 82 above.

Key 60

See

illustration in

Appendix D

If auxiliary keyboard connected to the Series

500 Keyboard is other than a standard 101 or

102-key keyboard, used to define where the

AUX keyboard ALTERNATE keys are located.

Refer to Appendix D.

Define Right Alternate Key

Key 62

Same as Function Code 84 above.

See

illustration in

Appendix D

Programming Mode Enter Macro

Lock Mode Enter Macro

Send System Log

None

Reserved for future use.

Used to read the Series 500 Keyboard system

log at the main port. For detailed information

about retrieving the system log data, refer to

the Maintenance Section of this manual.

Main Port Select

Port 0

Used to select either the main keyboard port

or main RS232 port as the main

communications port.

Set Secure Mode

Default Keyboard

Download Keyboard

None

Used to toggle between secure or unsecure

mode.

Used to reset Series 500 Keyboard to all

programmed default settings.

Once a Series 500 Keyboard has been

programmed, the parameters can be copied

(cloned) from the source keyboard to other

keyboards.

This feature saves time and

reduces errors when programming more than

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Table 2. Local Mode Programming Function Codes and Default Settings

one keyboard. It is also useful for remote

keyboard setup and when making changes in

key codes. To download keyboard settings,

refer to the procedure given at the rear of the

Programming Section in this manual.

Exit Program Mode

None

Used to terminate the programming mode.

When activated, causes all programmed

changes to be saved and the keyboard to do a

warm boot. Exiting programming mode can

also be accomplished by swiping the

Programmer's card.

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LOCAL MODE PROGRAMMING INSTRUCTIONS

To program the Series 500 Keyboard in the local mode proceed as follows:

1. Swipe the Programmer's card supplied with the keyboard in the magnetic stripe reader

(MSR). For Series 500 Keyboards equipped with the optional 3-position keyswitch

adjacent to the LED indicators, set the switch to the AUX position and enter 882 on the

keyboard numeric keypad.

2. All LED indicators turn on and the keyboard enunciator beeps three times.

3. After step 2 is complete, LED indicator (1) will flash continuously to indicate that the

keyboard programming mode is active.

4. For a summary of the parameters that can be programmed in the local mode, refer to Table

2 preceding.

5. Follow the instructions given in Table 3 for the applicable Function Code(s) to program the

keyboard for the desired parameter(s). Note that sequence of instructions provided in

Table 3 is in Function Code numerical order.

6. When programming is complete, exit the local programming mode by typing 99 on the

Series 500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position. This returns the

keyboard to normal operation.

NOTE

Some programming options may not be

activated until the keyboard is re-powered.

Serial port communication selections --

Function Codes 10-24; 30-34; 91;

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s)

Operation

Normal Indication

Remarks

NOTE

The keys can be programmed to have primary and secondary

levels of function. The primary function is activated when only

the designated key is pressed. When programming the secondary

operation keys, do not press the Sec Op Key. The secondary

Program Primary

Key Functions

(00) and

Secondary Key

Functions (01)

operations access key (Sec Op Key) provides access to the

secondary level of each key as programmed in the Series 500

Keyboard.

While in programming mode, at the Series 500 Keyboard

numeric keypad, enter Function Code 00 for primary key

function or 01 for secondary key function.

LED (2) turns on.

the

Series

500

Keyboard,

pres s the key to be

programmed.

See Table

Local Mode Programming Key

MAKE/BREAK Codes and Extended Functions for detailed

s t e p s .

LED (2) flashes.

At the auxiliary keyboard, press the desired key or type the

desired key sequence. Note that the maximum number of key

codes is limited to 24 - this is equivalent to approximately 12

k e y s t r o k e s .

If the Series 500 Keyboard

beeps and LED (2) turns off

while entering key codes at

the auxiliary keyboard, you

have

codes.

through 3.

exceeded

key

Repeat s teps

At the Series 500 Keyboard, press ENTER.

LED (2) stops flashing.

Repeat 2 through 4 for next key to be programmed.

Exit

programming

primary/secondary

key

functions

pressing 00 on the Series 500 Keyboard numeric keypad.

7. Program the next function code or exit programming mode by

entering 99 on Series 500 Keyboard numeric keypad or by

swiping the Programmer's card.

If using the optional 3-

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s)

Operation

Normal Indication

Remarks

position keyswitch, move switch out of the AUX position.

1. While in programming mode, at the Series 500 Keyboard numeric

Copy Primary Key

Functions to

Secondary Key

Positions

keypad, enter Function Code 02.

LED (2) turns on.

2. At the Series 500 Keyboard, press the designated key to copy its

primary function into the secondary position.

3. Repeat 2 for next key to be programmed

4. When completed, press ENTER.

LED (2) turns off.

5. Program the next function code or exit programming mode by entering 99

on Series 500 Keyboard numeric keypad or by swiping the Programmer's

card. If using the optional 3-position keyswitch, move switch out of the

AUX position.

Note: A Sec Op Key or Sec Op Lock Key must be programmed in the

primary function mode in order to use secondary function codes.

1. While in programming mode, at the Series 500 Keyboard numeric

Enable /Disable

Magnetic Stripe

Reader (MSR)

Tracks

keypad, enter Function code 08.

LED (2) turns on.

2. At the Series 500 Keyboard numeric keypad, enter the applicable

number (1 through 6) to select the MSR track configuration per list

below.

1 = Channel 1 enabled

2 = Channel 2 enabled

3 = Channel 3 enabled

4 = Channels 1 and 2 enabled*

5 = Channels 2 and 3 enabled

6 = All channels disabled

LED (2) turns off.

3. Program the next function code or exit the local programming mode by

entering 99 on Series 500 Keyboard numeric keypad or by swiping the

Programmer's card. If using the optional 3-position keyswitch, move

switch out of the AUX position.

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s)

Operation

Normal Indication

Remarks

Note:

Disabling all format tracks will not disable the secure or

programming operations.

1. While in programming mode, at the Series 500 Keyboard numeric

Magnetic Stripe

Reader (MSR)

Beeper

keypad, enter Function code 09.

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable

number (1 through 4) to select magnetic stripe reader beeper

operation per list below.

1 = beep on good read for all enabled tracks

2 = beep on bad read for all enabled tracks

3 = beep on good or bad read of enabled tracks*

4 = no beep on good or bad reads

LED (2) turns off.

3. Program the next function code or exit the local programming mode

by entering 99 on Series 500 Keyboard numeric keypad followed by

ENTER or by swiping the Programmer's card. If using the optional

3-position keyswitch, move switch out of the AUX position.

1. While in programming mode, at the Series 500 Keyboard numeric

keypad, enter applicable Function Code 10, 11, 12 or 13.

LED (2) flashes.

Magnetic Stripe

Reader (MSR)

Channel 1,3

Prefix (10)

2. At the auxiliary keyboard, press the desired key or type the desired

key sequence. Note that the maximum number of key codes that

can be entered is limited to 24 - this is the equivalent to

approximately 12 key strokes.

Field

Separator (11)

If the Series 500 Keyboard

beeps and LED (2) turns off

while entering key codes at

the auxiliary keyboard, you

have exceeded 24 key codes.

Repeat steps 1 and 2.

Suffix (12)

Account

Separator (13)

3. At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

4. Program the next function code or exit programming mode by

entering 99 on Series 500 Keyboard numeric keypad or by swiping

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s)

Operation

Normal Indication

Remarks

the Programmer's card. If using the optional 3-position keyswitch,

move switch out of the AUX position.

1. While in programming mode, at the Series 500 Keyboard numeric

keypad, enter applicable Function Code 14, 15, or 16.

Magnetic Stripe

Reader (MSR)

Channel 2

Prefix (14)

LED (2) flashes.

2. At the auxiliary keyboard, press the desired key or type the desired key

sequence. Note that the maximum number of key codes is limited to 24

- this is equivalent to approximately 12 key strokes.

Field

Separator (15)

If the

Series 500 Keyboard

beeps and LED (2) turns off

while entering key codes at the

auxiliary keyboard, you have

exceeded 24 key codes. Repeat

steps 1 and 2.

Suffix (16)

3. At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

4. Program the next function code or exit programming mode by entering 99

on Series 500 Keyboard numeric keypad or by swiping the Programmer's

card. If using the optional 3-position keyswitch, move switch out of the

AUX position.

1. While in programming mode, at the Series 500 Keyboard numeric

keypad, enter applicable Function Code 17 or 18.

Magnetic Stripe

Reader (MSR)

Channel 1,3

Bad Read (17)

LED (2) flashes.

2. At the auxiliary keyboard, press the desired key or type the desired key

sequence. Note that the maximum number of key codes is limited to 24

- this is equivalent to approximately 12 key strokes.

Channel 2

Bad Read

Macro (18)

If the

Series 500 Keyboard

beeps and LED (2) turns off

while entering key codes at the

auxiliary keyboard, you have

exceeded 24 key codes. Repeat

steps 1 and 2.

3. At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s)

Operation

Normal Indication

Remarks

4. Program the next function code or exit programming mode by entering 99

on Series 500 Keyboard numeric keypad or by swiping the

Programmer's card. If using the optional 3-position keyswitch, move

switch out of the AUX position.

1. While in programming mode, at the Series 500 Keyboard numeric keypad, enter

MSR Send

applicable Function Code 19.

LED (2) turns on.

2. At the Series 500 Keyboard numeric keypad, enter the applicable number (0 or 1) per

list below to select MSR data from one or both good tracks.

0 = send any good track*

1 = send only if all enabled tracks good

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

20 or 30

Comm (RS232)

Main Port 0 (20)

AUX Port 1 (30)

Baud Rate

1. While in programming mode, at the Series 500 keyboard numeric keypad, enter

Function Code 20 (Port 0) or 30 (Port 1).

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (1 through 9)

to select baud rate per list below.

1 = 300

2 = 600

3 = 1200

4 = 2400

5 = 4800

6 = 9600*

7 = 19200

8 = 38400

9 = 57600

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s)

Operation

Normal Indication

Remarks

21 or 31

Main Port 0 (21)

AUX Port 1 (31)

Stop Bits

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Code 21 (Port 0) or 31 (Port 1).

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the number of stop bits (1 or 2) per

list below.

1 = one stop bit

2 = two stop bits*

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

22 or 32

Main Port 0 (22)

AUX Port 1 (32)

Parity

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Code 22 (Port 0) or 32 (Port 1).

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (0, 1 or 2) to

select type of parity per list below.

0 = none*

1 = odd

2 = even

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s)

Operation

Normal Indication

Remarks

23 or 33

Main Port 0 (23)

AUX Port 1 (33)

Handshaking

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Code 23 (Port 0) or 33 (Port 1).

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (0, 1, 2 or 3) to

select handshaking per list below.

0 = None

1 = CTS/RTS

2 = XON/XOFF

3 = Both*

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

24 or 34

Main Port 0 (24)

AUX Port 1 (34)

Word Length

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Code 24 (Port 0) or 34 (Port 1).

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (7 or 8) to

select word length per list below.

7 = 7 data bits

8 = 8 data bits

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s) Operation

Normal Indication

Remarks

25 or 35

Comm (RS232)

Main Port 0 (25)

AUX Port 1 (35)

Prefix

1. While in programming mode, at the Series 500 Keyboard numeric keypad,

enter applicable Function Code 25 (Port 0) or 35 (Port 1).

LED (2) flashes.

2. At the auxiliary keyboard, press the desired key or type the desired key

sequence. Note that the maximum number of key codes is limited to 24 - this

is equivalent to approximately 12 key strokes.

If the Series 500 Keyboard beeps

and LED (2) turns off while

entering key codes at the auxiliary

keyboard, you have exceeded 24

key codes. Repeat steps 1 and 2.

3. At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

4. Program the next function code or exit programming mode by entering 99 on

Series 500 Keyboard numeric keypad or by swiping the Programmer's card. If

using the optional 3-position keyswitch, move switch out of the AUX position.

26 or 36

Comm (RS232)

Main Port 0 (26)

AUX Port 1 (36)

Suffix

1. While in programming mode, at the Series 500 Keyboard numeric keypad,

enter applicable Function Code 26 (Port 0) or 36 (Port 1).

LED (2) flashes.

2. At the auxiliary keyboard, press the desired key or type the desired key

sequence. Note that the maximum number of key codes is limited to 24 - this

is equivalent to approximately 12 key strokes.

If the Series 500 Keyboard beeps

and LED (2) turns off while

entering key codes at the auxiliary

keyboard, you have exceeded 24

key codes. Repeat steps 1 and 2.

3. At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

Program the next function code or exit programming mode by entering 99 on

Series 500 Keyboard numeric keypad or by swiping the Programmer's card. If

using the optional 3-position keyswitch, move switch out of the AUX position.

While in programming mode, at the Series 500 Keyboard

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s) Operation

Normal Indication

Remarks

numeric keypad, enter applicable Function Code 38, 39, 40, 41,

42 or 43.

LED (2) flashes.

Keyswit ch

Position 1

MAKE (38)

At the auxiliary keyboard, type the desired MAKE OR BREAK

key sequence shown below and /or desired key sequence. Note

that the maximum number of key codes is limited to 24 - t h i s i s

equivalent to approximately 12 key strokes .

Keyswit ch

Position 1

BREAK (39)

<882>001 = To enter into secure mode or MAKE

<882>002 = To exit out of secure mode or BREAK

Keyswit ch

Position 2

MAKE (40)

If the Series 500 Keyboard

beeps and LED (2) turns off

while entering key codes at

the auxiliary keyboard, you

Keyswit ch

Position 2

BREAK (41)

have

exceeded

key

codes. Repeat steps 1 and

Keyswit ch

Position 3

MAKE (42)

At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

Keyswit ch

Position 3

BREAK (43)

Program the next function code or exit programming mode by

entering 99 on Series 500 Keyboard numeric keypad or by

swiping the Programmer's card. If using the optiona l 3-position

keyswitch, move switch out of the AUX position.

Poll

K e y s w i t c h

While in programming mode, at Series 500 Keyboard numeric

keypad, enter Function Code 44.

LED (2) turns on.

At Series 500 Keyboard numeric keypad, enter the applicable

number (0 or 1) to select polling method per list below.

0 = Send on change or transition

1 = Send only with poll command B7

LED (2) turns off.

3. Program the next function code or exit programming mode by

entering 99 on Series 500 Keyboard numeric keypad or by

swiping the Programmer's card. If using the optional 3-position

keyswitch, move switch out of the AUX position.

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s) Operation

Normal Indication

Remarks

1. While in programming mode, at the Series 500 Keyboard numeric keypad, enter

applicable Function Code 45, 46, 47 or 48.

LED (2) flashes.

Drawer 1

Open (45)

Closed (46)

2. At the auxiliary keyboard, press the desired key or type the desired key sequence.

Note that the maximum number of key codes is limited to 24 - this is equivalent to

approximately 12 key strokes.

Drawer 2

Open (47)

Closed (48)

If the Series 500 Keyboard beeps and

LED (2) turns off while entering key

codes at the auxiliary keyboard, you

have exceeded 24 key codes. Repeat

steps 1 and 2.

3. At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

4. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Poll/

Code 49.

Unsolicited

Cash Drawer Status

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (0 or 1) to

select status method per list below.

0 = Send on change or transition

1 = Send only with poll command CDSTATUS

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s) Operation

Normal Indication

Remarks

Indicator LED

Mode (70)

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Code 70.

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (0 or 1) to

select LED mode of operation.

LED Mode

0 = Command mode of operation*

1 = PC mode of operation

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

Enable/Disable

Keyboard Key

Clicks (71)

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Code 71.

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (0 or 1) to

select key click mode of operation.

Key Click Mode

0 = off

1 = on*

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s) Operation

Normal Indication

Remarks

1. While in programming mode, at the Series 500 Keyboard numeric

keypad, enter Function Code 80 or 81.

Define Position of

Left SHIFT Key

(80) and Right

SHIFT Key (81)

LED (2) flashes.

2. At the auxiliary keyboard, hit the left SHIFT key if programming Function

Code 80 or right SHIFT key if programming Function Code 81.

3. At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

4. Program the next function code or exit programming mode by entering 99

on Series 500 Keyboard numeric keypad or by swiping the Programmer's

card. If using the optional 3-position keyswitch, move switch out of the

AUX position.

1. While in programming mode, at the Series 500 Keyboard numeric

keypad, enter Function Code 82 or 83.

Define Position of

Left CONTROL Key

(82) and Right

LED (2) flashes.

CONTROL Key (83) 2. At the auxiliary keyboard, hit the left CONTROL key if programming

Function Code 82 or right CONTROL key if programming Function Code

83.

3. At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

4. Program the next function code or exit programming mode by entering 99

on Series 500 Keyboard numeric keypad or by swiping the Programmer's

card. If using the optional 3-position keyswitch, move switch out of the

AUX position.

1. While in programming mode, at the Series 500 Keyboard numeric

keypad, enter Function Code 84 or 85.

Define Position of

Left ALTERNATE

Key (84) and

Right ALTERNATE

Key (85)

LED (2) flashes.

2. At the auxiliary keyboard, hit the left ALTERNATE key if programming

Function Code 84 or right ALTERNATE key if programming Function

Code 85.

3. At the Series 500 Keyboard, press ENTER.

LED (2) turns off.

4. Program the next function code or exit programming mode by entering 99

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s) Operation

Normal Indication

Remarks

on Series 500 Keyboard numeric keypad or by swiping the Programmer's

card. If using the optional 3-position keyswitch, move switch out of the

AUX position.

This is a command used to read out the Series 500 Keyboard system log data at the

main port. For detailed information about retrieving the system log data, refer to the

Maintenance Section of this manual.

Dump System Log

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Main Port Select

Code 91.

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (0 or 1) to

select LED mode of operation per list below.

0 = Keyboard Port 0 is main

1 = RS232 Port 0 is main

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

Note: Must re-power Series 500 Keyboard in order to activate function code.

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Set Secure Mode

Code 96

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (0 or 1) to

select override secure mode of operation per list below.

0 = not secure

1 = secure

LED (2) turns off.

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

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Table 3. Local Mode Programming Instructions - Continued

Note: *Default Settings

Function Code(s) Operation

Normal Indication

Remarks

1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function

Default Keyboard

Code 97.

LED (2) turns on.

2. At Series 500 Keyboard numeric keypad, enter the applicable number (0 or 1) to

select mode of default operation per list below. Note selection of 1 below resets the

Series 500 Keyboard to all programmed default key and port settings.

0 = Exit default mode

1 = Default mode

3. Program the next function code or exit programming mode by entering 99 on Series

500 Keyboard numeric keypad or by swiping the Programmer's card. If using the

optional 3-position keyswitch, move switch out of the AUX position.

Once a Series 500 Keyboard has been programmed, the parameters can be copied

(cloned) from the source keyboard to other keyboards. This feature saves time and

reduces errors when programming more than one keyboard. It is also useful for remote

keyboard setup and when making changes in key codes. This command is used to

initiate the download of keyboard settings as described in the procedure given at the

rear of the Programming Section in the this manual.

Download

Exit Program

Mode

Used to terminate the programming mode. When activated, causes all programmed

changes to be saved into non-volatile RAM and the keyboard to do a warm boot. Exiting

programming mode can also be accomplished by swiping the Programmer's card.

LOCAL MODE PROGRAMMING

KEY MAKE/BREAK CODES AND EXTENDED FUNCTIONS

There are two scan codes assigned to each key, one for when the key is depressed (MAKE

code) and the other for when the key is released (BREAK code). Generally, all keys are

programmed to output both MAKE and BREAK codes. The SHIFT, CONTROL and ALTERNATE

keys are always programmed to output MAKE and BREAK codes so that the system can tell if the

key is being held down. Other programming commands are provided in the local programming

mode to enable the user to customize the keyboard output. These commands entered at the

Series 500 Keyboard numeric keypad are summarized in Table 4. Some typical programming

examples using these commands follow the table.

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Table 4. Local Programming Commands For Key MAKE/BREAK And Extended Functions

SERIES 500

KEYBOARD

NUMERIC

DESCRIPTION

KEYPAD NO.

Aborts changes to macros.

Defines where the output of MAKE codes end and BREAK codes start. Prior

to this command, all codes are sent when the keys are pressed (MAKE

codes). After command, all codes are sent when keys are released (BREAK

codes).

Defines where repeating function of keys start. After command, all keys

repeat code when keys are held down past repeat time.

This command overrides PC settings for key. Key sends code as typed on

BREAK.

This command overrides PC setting for repeat. Key sends code as typed on

MAKE and BREAK.

This command removes all BREAK codes from the macros except for SHIFT,

CONTROL and ALTERNATE keys.

NOTE: Only available in 00 and 01 commands.

Defines the position of a key on the Series 500 Keyboard. Note that a Sec Op

Key must be defined on the Series 500 Keyboard to enable programming of

secondary-level key codes.

NOTE: Only available in 00 and 01 commands.

Defines the position of a Sec Op Lock Key on the Series 500 Keyboard.

Used to erase the macro from the primary and/or secondary key position.

EXAMPLE 1.

This example programs where the Series 500 Keyboard MAKE codes end and BREAK codes

start using the "A" key.

1.Place the Series 500 Keyboard in local programming mode.

2.At the Series 500 Keyboard numeric keypad, enter 00 or 01.

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3.At the Series 500 Keyboard, press the key to be programmed.

4.At the auxiliary keyboard, press and hold the "A" key.

5.At the Series 500 Keyboard numeric keypad, enter 1.

6.At the auxiliary keyboard, release the "A" key.

7.At the Series 500 Keyboard, press ENTER to complete programming of the key.

8.Repeat steps 3 through 7 to program another key.

9.To exit the programming mode, enter 00 99 at the Series 500 Keyboard numeric keypad.

EXAMPLE 2.

This example programs the Series 500 Keyboard to start repeat mode of key using the "A" key.

1.Place the Series 500 Keyboard in local programming mode.

2.At the Series 500 Keyboard numeric keypad, enter 00 or 01.

3.At the auxiliary keyboard, press and hold the "A" key.

4.At the Series 500 Keyboard numeric keypad, enter 2.

5.At the auxiliary keyboard, release the "A" key.

6.At the Series 500 Keyboard, press ENTER to complete programming of the key.

7.Repeat steps 3 through 7 to program another key.

8.To exit the programming mode, enter 00 99 at the Series 500 Keyboard numeric keypad.

EXAMPLE 3.

This example programs a Sec Op Key on the Series 500 Keyboard.

1.Place the Series 500 Keyboard in local programming mode.

2.At the Series 500 Keyboard numeric keypad, enter 00 or 01.

3.At the Series 500 Keyboard, press the key to be programmed.

4.At the Series 500 Keyboard numeric keypad, enter 6 (Sec Op) or 7 (Sec Op Lock).

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5.At the Series 500 Keyboard, press ENTER to complete programming of the key.

6.Repeat steps 3 through 5 to program another key.

7.To exit the programming mode, enter 00 99 at the Series 500 Keyboard numeric keypad.

EXAMPLE 4.

This example erases the macro from the primary and/or secondary key position on the Series 500

Keyboard.

1.Place the Series 500 Keyboard in local programming mode.

2.At the Series 500 Keyboard numeric keypad, enter 00 (for primary keys) or 01 (for secondary

keys).

3.At the Series 500 Keyboard, press the key to be erased.

4.At the Series 500 Keyboard numeric keypad, enter 9.

5.Repeat steps 3 and 4 to erase another key.

6.To exit the programming mode, enter 00 99 at the Series 500 Keyboard numeric keypad.

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PROGRAMMING IN REMOTE MODE

Programming in the remote mode requires the use of a supplemental program that is run on the

host computer. If using an IBM PC or compatible computer as the host, use program supplied by

Ultimate Technology Corporation when programming the keyboard. To load and use the

program, follow the instructions supplied with the program.

REMOTE MODE PROGRAMMING MACROS AND COMMAND SUMMARY

Refer to Table 5 for details about the commands and MACROS used when programming the

keyboard. A summary of the commands and their assigned Function Codes (OP Codes) and

mnemonic follows:

Note: OP Codes are single 8 bit entities in hexadecimal.

OP Code A0 - Key Macro Download Command (MACROK)

OP Code A1 - Macro Suffix/Prefix Download Command (MACROP)

OP Code A2 - Macro Rate Of Delay Command (SNDDLY)

OP Code A3 - Communications Setup Command (COMMP)

OP Code A4 - 40 Character Note Field (NOTES)

OP Code A5 - Define Shift, Control, Alternate Keys (SPCDGF)

OP Code A6 - Key Click (CLICKED)

OP Code A7 - Read Database Register (NVBDRD)

OP Code A8 - Write Database Register (NVBDWR)

OP Code A9 - Clear Database Register (NVBDCLR)

OP Code AD - Absolute Row/Column (RAWED)

OP Code AE - Secure Keyboard (SECURE)

OP Code AF - Ignore Everything To Carriage Return (COMMENT)

OP Code B0 - Indicator Light Command (LIGHT)

OP Code B1 - Beeper Activation Command (BEEPON)

OP Code B2 - Send Data to Port Command (SENDP)

OP Code B3 - Send Error Information Command (RDERROR)

OP Code B4 - Commit Changes to Memory (COMMIT)

OP Code B5 - Reset Keyboard Command (RESET)

OP Code B6 - Keyswitch Send (KSSND)

OP Code B7 - Keyswitch Poll Command (KSSTATUS)

OP Code B8 - MSR Send (MSRSND)

OP Code B9 - Enable/Disable Card Reader Command (CARDED)

OP Code BA - Card Good/Bad Read Annunciation Command (BEEPRD)

OP Code BB - Cash Drawer Status Command (CDCONT)

OP Code BC - Cash Drawer Open/Close Command (CDSTATUS)

OP Code BD - Auxiliary Keyboard ON/OFF Command (PORTE)

OP Code BE - Send Keyboard Parameters Command (VERSION)

OP Code BF - Send Keyboard Macros Command (GETSET)

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NOTE

Always apply the COMMIT command (OP Code B4) after

programming the keyboard remotely to save the changes in the

NVRAM. Failure to use the COMMIT command after making

programming changes will result in the loss of the changes the

first time power is removed from the keyboard.

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

MACROK

COMMAND: A0krcCxDx.......<CR>

Download all key macros for Series A0

= Op Code

500 Keyboard.

= P to program Primary key

= S to program Secondary key

Missing means program both

Primary and Secondary Keys

= row in ASCII

Refer to Table 6 for further

explanation.

= column in ASCII

= Low nibble of hex value

= High nibble of hex value

Where x = 0-9, A-F

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

MACROP

COMMAND: A1aCxDx.......<CR>

Download macros for prefix/suffix.

= Op Code

= macro to load in ASCII

range A-Z listed below

= key number

(refer to Appendix D)

= key number

(refer to Appendix D)

<CR> = terminate command (0D hex)

= AUX serial port prefix

= AUX serial port suffix

= keyswitch 1 make

= keyswitch 1 break

= keyswitch 2 make

= keyswitch 2 break

= keyswitch 3 make

= keyswitch 3 break

= mag 1, 3 prefix

= mag 1, 3 suffix

= mag 1, 3 field separator

= mag 2 prefix

= mag 2 suffix

= mag 2 field separator

= cash drawer 1 closed

= cash drawer 1 open

= cash drawer 2 closed

= cash drawer 2 open

= bad read track 1-3

= bad read track 2

= account separator 1-3

= main serial port prefix

= main serial port suffix

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

SNDDLY

COMMAND: A2CxDx<CR>

Determines rate of delay in

milliseconds for sending macros.

This command used when

= Op Code

= hex value for low nibble

= hex value for high nibble

Range = 00 - FF; Where 00 is no

delay and each increment in

count equals 10 mS

interfacing with slow systems.

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

COMMP

COMMAND: A3Pbbbbbwsph<CR>

Communications setup for

selecting ports, baud rate, word

= Op Code

= destination port for load

length, stop bits, parity, and method bbbbb = baud rate

of handshaking.

= word length 7 or 8 bits

= number of stop bits 1 or 2

= parity odd, even, or none

= handshaking

<CR> = terminate command (0D hex)

Port:

0 = main; 1 = AUX

Baud rate:

00300, 00600, 01200,

02400, 04800, 09600,

19200, 38400, 57600

Word length:

7 or 8

Stop bits:

1 or 2

Parity:

O = odd, E = even, N = none

Handshaking:

H = CTS/RTS, S = XON/XOFF,

B = both, N = none

ACKNOWLEDGEMENT: NONE

COMMAND: A4xxxx-xxxx<CR>

NOTES

Used to enter up to 40 characters

of notes into RAM. Useful for

recording keyboard version and

date, etc.

= Op Code

= Note (max of 40 Characters)

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

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CODE

(HEX)

MNEMONIC/DESCRIPTION

SPCDEF

COMMAND/ACKNOWLEDGEMENT

COMMAND: A5xCxDx<CR>

Define where SHIFT, CONTROL,

and ALTERNATE keys are located

on auxiliary keyboard.

= Op Code

= 1 right shift

= 2 left shift

= 3 right control

= 4 left control

= 5 right alternate

= 6 left alternate

= key number

(refer to Appendix D)

= key number

(refer to Appendix D)

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

COMMAND: A6x<CR>

CLICKED

Turns keyboard key audible click on A6

or off.

= Op Code

0 = off

1 = on

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

COMMAND: A7hhhm<CR>

NVBDRD

Read a database register.

= Op Code

hhh

= 3 character address representing

the register to read range "000" to

"7FF" in ASCII

= mode to read in

0 = string mode up to null

1 = raw mode

read as CxDx (16 bytes)

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

NVBDWR

COMMAND: A8hhhxx..x<CR>

Write a database register.

= Op Code

hhh

= 3 character address representing

the register to write

= data to write in ASCII or CxDx

pairs (16 bytes max.)

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

COMMAND: A9CLR<CR>

NVBDCLR

Clear all database registers.

= Op code

CLR = required for failsafe operation

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

COMMAND: ADx<CR>

RAWED

Puts keyboard in row and column

mode used for diagnostics.

= Op Code

0 = user codes

1 = row and column

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

COMMAND: AEx<CR>

SECURE

Used to lock keyboard from remote AE

location.

= Op Code

0 = unsecured

1 = secured

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

COMMENT

COMMAND: AFxxxx-xxxx<CR>

Use when notes or comments are

to be placed in the download file.

All data is ignored up to the

carriage return <CR>.

= Op Code

= Comments

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

COMMAND: B0Lx<CR>

LIGHT

Provides on/off control for keyboard B0

= Op Code

= lamp

= on/off

light emitting diode (LED)

indicators. PC mode for NUM and

CAP Lock lights is default.

<CR> = terminate command (0D hex)

0, 1, 2, 3, P in ASCII, where 0 = all. P

is used for PC emulation of NUM and

CAPS Lock

PC mode

1 = on; 0 = off

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

BEEPON

COMMAND: B1pd<CR>

Controls pitch and duration of beep. B1

= Op Code

If valued for pitch (p) and duration

(d) omitted when command

activated.

= pitch in Hz

= duration in milliseconds

<CR> = terminate command (0D hex)

pitch (Hz) in ASCII

0 = 500

1 = 2000

2 = 220

3 = 440

4 = 660

5 = 880

6 = 1320

7 = 1760

8 = 2640

9 = 3520

duration (mS) in ASCII

0 = 1000

5 = 500

6 = 600

7 = 700

8 = 800

9 = 900

1 = 100

2 = 200

3 = 300

4 = 400

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

SENDP

COMMAND: B2p...........<CR>

Sends data to selected port: main

serial port, auxiliary serial port, or

auxiliary keyboard port.

= Op Code

= data destination port

<CR> = terminate command (0D hex)

0 = serial port 0 (main)

1 = serial port 1 (auxiliary)

2 = keyboard port 0 (main)

3 = keyboard port 1 (auxiliary)

4 = cash drawer 1 fire

5 = cash drawer 2 fire

Where data can be ASCII or CxDx (high and

low nibble hex value) type.

ACKNOWLEDGEMENT: NONE

COMMAND: B3<CR>

RDERROR

Sends all error information to main

port for output.

= Op Code

<CR> = terminate command (0D hex)

Sends all error log information contained in

the non-volatile memory (NVRAM) out the

main port.

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

COMMIT

COMMAND: B4<CR>

Writes programming changes to

the NVRAM. Always apply the

COMMIT command after

= Op Code

<CR> = terminate command (0D hex)

programming the keyboard to save ACKNOWLEDGEMENT: NONE

the changes in the NVRAM. Failure

to use the COMMIT command will

result in the loss of the changes the

first time power is removed from

the keyboard.

RESET

COMMAND: B5RST<CR>

= Op Code

Resets keyboard after downloading B5

configuration. On receipt of this

command the unit does a warm

boot.

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

COMMAND: B6<CR>

KSSND

Used to select when keyswitch 1, 2 B6

= Op Code

or 3 MAKE/BREAK codes are

sent. Two options are available:

A = unsolicited

B = solicited

unsolicited mode where codes are <CR> = terminate command (0D hex)

sent whenever the keyswitch is

rotated, or solicited mode where

codes are sent only when a OP

Code B7 command is received.

ACKNOWLEDGEMENT: NONE

KSSTATUS

COMMAND: B7<CR>

Send keyswitch MAKE/BREAK

= Op Code

codes in current keyswitch 1, 2 or 3 <CR> = terminate command (0D hex)

position.

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

MSRSND

COMMAND: B8x<CR>

Use to send magnetic card reader

= Op Code

track data for any one good track or x

if both tracks are good.

A = send any good track

B = send if both tracks are good

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

COMMAND: B9c<CR>

CARDED

Enables or disables tracks on

magnetic card reader.

= Op Code

= track selection

<CR> = terminate command (0D hex)

Track selection:

= track 1 on

= track 2 on

= track 3 on

= track 1 and 2 on

= track 2 and 3 on

= all tracks off

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

BEEPRD

COMMAND: BAp<CR>

Selects magnetic card read

annunciation mode.

= Op Code

= annunciation mode select

<CR> = terminate command (0D hex)

Annunciation selection:

= beep on good read

= beep on bad read

= beep on good and bad read

= no beep

Annunciation beep frequency for good read is

2000 Hz and for a bad read is 500 Hz.

ACKNOWLEDGEMENT: NONE

COMMAND: BBp<CR>

CDCONT

Determines when cash drawer

status is sent; on demand or when

a change occurs.

= Op Code

= selection control

<CR> = terminate command (0D hex)

Selection Control:

= send on change or transition

= send on poll command "BC"

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

CDSTATUS

COMMAND: BCp<CR>

Send cash drawer macros for open BC

and closed drawer.

= Op Code

= selection control

<CR> = terminate command (0D hex)

Selection control:

= cash drawer 1 macros

= cash drawer 2 macros

= cash drawer 1 and 2 macros

ACKNOWLEDGEMENT:

Send back Macros for request.

PORTE

COMMAND: BDpx<CR>

Disables all data applied from the

selected port.

= Op Code

= port

0 = serial 0 main

1 = serial 1 AUX

2 = keyboard main

3 = keyboard AUX

= selection control

1 = enable data

0 = disable data

<CR> = terminate command (0D hex)

ACKNOWLEDGEMENT: NONE

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Table 5. Remote Programming Mode Commands - Continued

MNEMONIC/DESCRIPTION

COMMAND/ACKNOWLEDGEMENT

CODE

(HEX)

VERSION

COMMAND: BE<CR>

BE = Op Code

Sends software version,

engineering number, and keyboard <CR> = terminate command (0D hex)

type parameters.

ACKNOWLEDGEMENT:

BEnnnnnvvvvkkkkx-x<CR>

nnnnn = engineering number

vvvv = software version

kkkk = keyboard type installed

x-x = notes (maximum of 40 characters)

= Op Code

GETSET

COMMAND: BF<CR>

Sends each key macro, all

keyboard communication

BF = Op Code

<CR> = terminate command (0D hex)

parameters. Keeps sending until

all data has been transferred.

Structure of data is in load

command format (MACROK).

ACKNOWLEDGEMENT:

BF...............<CR>

101/102-KEY KEYBOARD - KEY CODE IDENTIFICATION

As shown in Appendix D, a specific Key Code number is assigned for each of the keys on the

standard 101/102 key keyboard. These key code numbers are decimal numbers not ASCII

values. Use of key code numbers provides a more positive way for identifying a specific key than

using its name. Different keyboard types may have different names assigned to the same key, but

the key code is the same for that position. For example, on the 101/102-key keyboard shown in

Appendix D, key code 31 identifies the "A" key. Assignment of different key codes to keys that

produce the same scan codes or have similar functions is done so that like keys can be used for

other functions. For example, the left and right ALTERNATE keys are assigned key codes 60 and

62, respectively.

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PROGRAMMING KEY MAKE/BREAK CODES

There are two scan codes assigned to each key, one for when the key is depressed (MAKE

code) and the other for when the key is released (BREAK code). Generally, all keys are

programmed to output both MAKE and BREAK codes. The SHIFT, CONTROL and ALTERNATE

keys are always programmed to output MAKE and BREAK codes so that the system can tell if the

key is being held down. Refer to Appendix D for a list of the scan codes associated with the

typical 101/102-key keyboard. Table 6 below summarizes the commands used to program key

MAKE/BREAK functions in the remote programming mode. Some typical examples of

MAKE/BREAK code programming are given following the table.

Table 6. Remote Programming Commands For Key MAKE/BREAK Codes

REMOTE

PROGRAMMING

COMMAND

DESCRIPTION

Defines where the output of MAKE codes end and BREAK codes start. Prior to this

command, all codes are sent when the keys are pressed (MAKE codes). After this

command, all codes are sent when keys are released (BREAK codes).

Defines where repeating function of keys start. After this command, all keys repeat

code when keys are held down past repeat time.

This command overrides PC settings for key. Key sends code as typed on BREAK.

This command overrides PC setting for repeat. Key sends code as typed on MAKE and

BREAK.

Defines the position of a Sec Op Key on the Series 500 Keyboard. Note that a Sec Op

Key must be defined on the Series 500 Keyboard to enable programming of secondary-

level key codes.

Defines the position of a Sec Op Lock Key on the Series 500 Keyboard.

Used to define left SHIFT key MAKE code.

(

)

Used to define left SHIFT key BREAK code

[

Used to define left CONTROL key MAKE code.

Used to Define left CONTROL key BREAK code.

Used to define left ALTERNATE key MAKE code.

Used to define left ALTERNATE key BREAK code.

Shorthand for BREAK code of previous CxDx key.

Key number for hex code of xy is xy in range 00 to 7F.

]

{

}

CyDx

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EXAMPLES OF REMOTE PROGRAMMING FOR KEY MAKE/BREAK CODE

EXAMPLE 1.

This example programs a key located at the top left-hand corner of the keyboard (row 1, column

A) as a primary key that outputs the scan code for lowercase "z" on MAKE and BREAK.

1. Use the data in Appendix D to find the key code number for the "Z" key on the 101/102-

keyboard. The "Z" key code number = 46 (decimal).

2. Convert key code 46 (decimal) to its hexadecimal equivalent. The key code = 2E hex.

3. Programming command = A0krcCxDx<CR> = A0 P 1 A CED2!-<CR>

WHERE:

= Op Code (1 byte hexidecimal)

= P to program Primary key

S to program Secondary key

= Row in ASCII

= Column in ASCII

= Low nibble of hex value

= High nibble of hex value

Where x = 0-9, A-F

= start BREAK code phase of key

= BREAK code of previous key

<CR> = terminate command (0D hex)

EXAMPLE 2.

This example programs the key at top left-hand corner of keyboard (row 1, column A) as a primary

key that outputs the scan code for uppercase "Z" on MAKE and BREAK.

1. Use the data in Appendix D to find the key code number for the "Z" key on the 101/102-

keyboard. The "Z" key code number = 46 (decimal).

2. Convert key code 46 (decimal) to its hexadecimal equivalent. The key code = 2E hex.

3. Programming command = A0krc(CxDx)<CR> = A0 P 1 A ( CE D2 ! - ) <CR>

Parameters same as shown for example 1, except () = left shift MAKE and left shift

BREAK

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EXAMPLE 3.

This example programs the key at top left-hand corner of keyboard (row 1, column A) as a primary

key that outputs the scan code for lowercase "z" on MAKE only.

1. Use the data in Appendix D to find the key code number for the "Z" key on the 101/102-

keyboard. The "Z" key code number = 46 (decimal).

2. Convert key code 46 (decimal) to its hexadecimal equivalent. The key code = 2E hex.

3. Program command = A0krcCxDx@<CR> = A0 P 1 A CE D2 @ <CR>

Parameters same as shown for example 1, except @ = output on MAKE only.

EXAMPLE 4.

This example programs key at top left-hand corner of keyboard (row 1, column A) as a primary

key that outputs the scan code for uppercase "Z" on MAKE only.

1. Use the data in Appendix D to find the key code number for the "Z" key on the 101/102-

keyboard. The "Z" key code number = 46 (decimal).

2. Convert key code 46 (decimal) to its hexadecimal equivalent. The key code = 2E hex.

3. Program command = A0krc(CxDx)@<CR> = A0 P 1 A ( CE D2 ) @ <CR>

Parameters same as shown for example 1, except @ = output on MAKE and () = left shift

MAKE and left shift release.

EXAMPLE 5.

This example programs key at top left-hand corner of keyboard (row 1, column A) as a primary left

SHIFT key that outputs the scan code for MAKE and BREAK.

1. Use the data in Appendix D to find the key code number for the left SHIFT key on the

101/102-keyboard. The "Left SHIFT" key code number = 44 (decimal).

2. Convert key code 44 (decimal) to its hexadecimal equivalent. The key code = 2C hex for

MAKE and AC hex for BREAK.

3. Program command = A0krcCxDx!CxDy<CR> = A0 P 1 A CC D2 ! CC DA <CR> or

A0 P 1 A ( ! ) <CR>

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Parameters same as shown for example 1.

EXAMPLE 6.

This example programs key at top left-hand corner of keyboard (row 1, column A) as a primary

key that outputs the string "abCd" for MAKE.

1. Use the data in Appendix D to find the key code numbers for the A, B, C and D keys on the

101/102-keyboard. The key code numbers for the A, B, C and D keys = 31, 50, 48 and 33,

respectively.

2. Convert key codes 31, 50, 48 and 33 to their hexadecimal equivalents. The key codes = 1F,

32, 30 and 21, respectively.

3. Program command = A0krcCxDxCxDx(C^xD^x)CxDx<CR> =

A0 P 1 CF D1 C2 D3 ( C0 D3 ) C1 D2 <CR>

Parameters same as shown for example 1, except () = left shift MAKE and BREAK.

This command sends the MAKE code for the "ab"; MAKE code for the left SHIFT; MAKE

code for "C"; then BREAK code for the left SHIFT followed by the MAKE code for the "d".

EXAMPLE 7.

This example programs key at top left-hand corner of keyboard (row 1, column A) as a primary

key that outputs the scan code "left CONTROL a" for MAKE and BREAK.

1. Use the key code data in Appendix D to find that the key code number for the "A" key. The

key code = 31.

2. Convert key code 31 to its hexadecimal equivalent. The key code = 1F hex.

3. Program command = A0krc[CxDx!]<CR> = A0 P 1 A [ CF D1 ! ] <CR>

Parameters same as shown for example 1, except [] = left CONTROL key MAKE and

BREAK and ! = define where BREAK code start.

This command sends the MAKE code for the left CONTROL; MAKE code for the "a" when

pressed; then after release of the key the BREAK for the left CONTROL. This allows more

keys to be typed in while the PC is under the influence of CONTROL. The ! causes all

codes remaining in the key macro to be sent on release of the key.

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COPYING KEYBOARD SETUP DATA (CLONING)

Once a keyboard has been programmed, the parameters can be copied from the source

keyboard to other keyboards. This feature saves time and reduces errors when programming

more than one keyboard. It is also useful for remote keyboard setup and when making changes in

key codes. Downloading of keyboard parameters can be done using one of two methods. The

first method is initiated by using the GETSET command (Table 5) issued from the host. This

sends all setup data such as baud rate, key codes and macros to the main port of the keyboard in

command format.

The second method is performed in the local programming mode with the source and target

keyboards connected together. This method can only be used when the main ports are

configured as RS232 type ports. To use this method proceed as follows.

1. Connect a cable, UTC Part No. CAB20135 or equivalent, and external 5-volt power adapter,

UTC Part No. CAB20136 or equivalent to the source and target Series 500 Keyboards as

shown below. Schematics showing the pin and signal data for the cable and power adapter

are provided in Appendix B.

SOURCE UNIT

SERIES 500

DESTINATION UNIT

SERIES 500

CAB20135

Main

RS232

Port

Main

RS232

Port

Aux

RS232

Port

CAB20136

+5VDC

Supply

Figure 5. Keyboard downloading connection diagram

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2. At the source keyboard, swipe the Programmer's card in the magnetic stripe reader (MSR).

For keyboards equipped with an optional 3-position keyswitch adjacent to the LED

indicators, set the switch to the AUX position, then enter 882 at the numeric keypad.

3. All LED indicators turn on and the keyboard enunciator beeps three times.

4. At the source keyboard numeric keypad, enter 98.

5. Exit the local programming mode by typing 99 on the source keyboard numeric keypad or

by swiping the Programmer's card. For keyboards equipped with an optional 3-position

keyswitch, move the switch out of the AUX position. This returns the keyboard to normal

operation.

6. Repeat steps 1 through 5 for next target keyboard or disconnect equipment.

OPERATOR'S AND PROGRAMMER'S MAGNETIC CARDS

Operator's and/or Programmer's magnetic cards are available for purchase from Ultimate

Technology Corporation should the need for replacement or customized cards be required.

SYSTEM LOG

The Series 500 POS Keyboard maintains a system log to monitor and record both external and

internal operating events. When Function Code 90 is entered at the keyboard, this system log

data is transferred via the keyboard main port to a terminal/PC for monitoring or for capture as a

data file. Refer to Table 2 for instructions needed to initiate Function Code 90.

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MAINTENANCE

The Series 500 POS Keyboard requires minimal routine maintenance. However, reasonable

care of the keyboard will extend its life. The following precautions and routine maintenance

actions are recommended.

PRECAUTIONS

• Do not drop keyboard or allow it to be subjected to impact.

• Keep liquids away from keyboard.

Thin liquids, such as water, spilled into the keyboard may cause permanent damage. If you

spill a thin liquid into the keyboard, disconnect it from the system. Turn it over and allow to

drain. Allow to dry for 24 hours, then reconnect to system. If it does not work, consult a

qualified service technician. The keyboard may need to be repaired or replaced.

If you spill heavy or thick liquids into the keyboard, consult a qualified service technician. The

keyboard may need to be repaired or replaced.

CLEANING

Cleaning the keyboard is the most important action the user can perform. The frequency of

cleaning is dependent on the environment.

• Wipe the exterior with a soft cloth as needed. Do not use cleaning products as they may

discolor or damage the finish.

• Use a can of compressed air as used for servicing computer components to remove any

dust that has accumulated on the keyboard or between the keys.

KEY LEGEND CHANGE

3/4 AND 5/8-INCH FULL TRAVEL KEYBOARDS

NOTE

A full line of keycaps or relegendable tops is available for

purchase from Ultimate Technology Corporation in a variety of

colors and with legends customized to the users specifications.

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The key legends for full travel keyboards can be changed by one of two methods depending on the type of keys

installed on the keyboard. For keys with legends permanently printed on the keys, the entire keycap can be

changed by placing a flat head screwdriver under the existing key and applying an upward pressure to aid in pulling

off the key top, then push on the new key. The legends for keyboards with relegendable keys tops are changed by

removing the clear top portion of the key, replacing the existing legend tab with a new one, then replacing the clear

top.

KEY LEGEND CHANGE - FLAT TACTILE MEMBRANE

NOTE

Legend sheets customized to the users specifications are

available for purchase from Ultimate Technology Corporation.

The key legends for flat tactile membrane keyboards are printed on a single legend sheet that can be changed by

pulling up and removing the access panel on the left side of the keyboard case. No tools are required. With the

access panel removed, slide out the existing legend sheet. Slide the new legend sheet under the seal, then

replace the access panel making sure that it fits securely into the base.

BATTERY REPLACEMENT

The keyboard contains a 3-volt lithium battery replaceable with Panasonic Part No. 884-0316, Eveready Part No.

729-6010, Duracell Part No. 737-0439, or equivalent. Under normal use of the keyboard, this battery typically has

a 5-year life. To replace the battery, proceed as follows:

WARNING

Never try to disassemble, recharge, or short circuit battery. Never expose batteries to

excessive heat.

Keep batteries out of the reach of children. If battery should accidentally be swallowed,

contact a doctor immediately.

Never try to disassemble or modify any battery, or battery pack, for use in the keyboard.

Always dispose of used batteries in a proper and environmentally safe manner. If

necessary, used batteries may be returned to Ultimate Technology Corporation for

proper disposal.

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CAUTION

Replacement of the battery may result in the need to reprogram

the keyboard. For programming instructions, refer to the

programming section of this manual.

1. Disconnect keyboard from system.

2. Turn keyboard over to gain access to 5 screws that secure the base of the keyboard case to

the top. Remove the 5 screws.

3. Turn keyboard upright. Gain access to the battery by lifting the top portion of the keyboard

assembly from the base and placing it and the attached extended cable/connectors in front

of the base.

4. Remove existing battery.

5. Making sure to observe correct polarity, install a new 3-volt lithium battery in the keyboard

using one of the approved replacement batteries listed below, or an equivalent. Note that

sweat and oil can prevent a battery's terminals from making electrical contact. To avoid this,

wipe both sides before installing battery.

Panasonic, Part No. 884-0316

Eveready, Part No. 729-6010

Duracell, Part No. 737-0439

6. Make sure that the cable/connectors are making good contact, then position the top of the

keyboard assembly on the keyboard base. Turn the keyboard over and secure top of the

keyboard to the base by installing the 5 screws.

7. Connect keyboard to system.

8. Dispose of the used battery in an environmentally safe manner. If necessary, the battery may

be returned to the Ultimate Technology Corporation at the address shown below for proper

disposal.

Ultimate Technology Corporation

100 Rawson Road

Victor, NY 14564

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APPENDIX A

SERIES 500 POS STANDARD KEYBOARD LAYOUTS

112 Key 3/4-Inch Standard Layout

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144 Key Compact 5/8-Inch Size and Flat Panel Membrane Standard Layout

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Compact 5/8-Inch QWERTY Layout

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APPENDIX B

KEYBOARD CABLE/CONNECTOR DATA

BACK CONNECTOR PINOUTS

ADAPTER CABLE PINOUTS

MAIN RS232 DB9 FEMALE

1 N/C

CAB20135 CLONE CABLE

2 TXD OUT

3 RXD IN

5 GND

6 N/C

7 CTS IN

DB9 MALE

1 .......................... 1

2 .......................... 3

3 .......................... 2

4 .......................... 4

5 .....GND........... 5

6 .......................... 6

7 .......................... 8

8 .......................... 7

9 .....+5VDC...... 9

8 RTS OUT

9 +5 VDC IN/OUT

AUX RS232 DB9 MALE

1 N/C

2 RXD IN

3 TXD OUT

5 GND

6 N/C

CAB20136 POWER ADAPTER

7 RTS OUT

8 CTS IN

DB9 FEMALE

9 +5 VDC IN/OUT

KEYBOARD MAIN

1 DATA

2 N/C

5 SIGNAL GROUND

3 GND

4 +5 VDC IN/OUT

5 CLOCK

6 N/C

9 +5VDC @ 500mA

KEYBOARD AUX

1 DATA

2 N/C

3 GND

4 +5 VDC IN/OUT

5 CLOCK

6 N/C

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APPENDIX C

ASCII CHARACTER SET

Ctrl-@ (NUL)

Ctrl-A (SOH)

Ctrl-B (STX)

Ctrl-C (ETX)

Ctrl-D (EOT)

Ctrl-E

Ctrl-F (ACK)

Ctrl-G (BEL)

Ctrl-H (BS)

‘

(ENQ)

Ctrl-I

Ctrl-J

(HT)

(LF)

Ctrl-K (VT)

;

Ctrl-L

(FF)

Ctrl-M (CR)

Ctrl-N (SO)

Ctrl-O (SI)

Ctrl-P

Ctrl-Q (DCI)

Ctrl-R (DC2)

Ctrl-S

Ctrl-T (DC4)

Ctrl-U (NAK)

Ctrl-V (SYN)

Ctrl-W (ETB)

Ctrl-X (CAN)

Ctrl-Y (EM)

Ctrl-Z

(DLE)

(DC3)

{

(SUB)

Ctrl-[

Ctrl-\

(ESC)

(FS)

[

}

Ctrl-]

Ctrl-^

Ctrl-_

(GS)

(RS)

(US)

DEL

Space

“

‘

(

)

]

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APPENDIX D

101/102-KEY KEYBOARD KEY NUMBER

TO SCAN CODE CROSS REFERENCE

102-Key Keyboard Key Number Position Layout

SCAN CODE

KEY

LEGEND

NUMBER

(Decimal) (Hexadecimal)

SET 1

29/A9

02/82

03/83

04/84

05/85

06/86

SET 2

0E/F0 0E

16/F0 16

1E/F0 1E

26/F0 26

25/F0 25

2E/F0 2E

SET 3

0E/F0 0E

16/F0 16

1E/F0 1E

26/F0 26

25/F0 25

2E/F0 2E

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SCAN CODE

KEY

LEGEND

NUMBER

(Decimal) (Hexadecimal)

SET 1

07/87

08/88

09/89

0A/8A

0B/8B

0C/8C

0D/8D

0E/8E

0F/8F

10/90

11/91

12/92

13/93

14/94

15/95

16/96

17/97

18/98

19/99

1A/9A

1B/9B

2B/AB

3A/BA

1E/9E

1F/9F

20/A0

21/A1

SET 2

SET 3

36/F0 36

3D/F0 3D

3E/F0 3E

46/F0 46

45/F0 45

4E/F0 4E

55/F0 55

66/F0 66

0D/F0 0D

15/F0 15

1D/F0 1D

24/F0 24

2D/F0 2D

2C/F0 2C

35/F0 35

3C/F0 3C

43/F0 43

44/F0 44

4D/F0 4D

54/F0 54

5B/F0 5B

5D/F0 5D

58/F0 58

1C/F0 1C

1B/F0 1B

23/F0 23

2B/F0 2B

36/F0 36

3D/F0 3D

3E/F0 3E

46/F0 46

45/F0 45

4E/F0 4E

55/F0 55

66/F0 66

0D/F0 0D

15/F0 15

1D/F0 1D

24/F0 24

2D/F0 2D

2C/F0 2C

35/F0 35

3C/F0 3C

43/F0 43

44/F0 44

4D/F0 4D

54/F0 54

5B/F0 5B

5C/F0 5C

14/F0 14

1C/F0 1C

1B/F0 1B

23/F0 23

2B/F0 2B

Backspace

Tab

[

]

Cap Lock

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SCAN CODE

KEY

LEGEND

NUMBER

(Decimal)

NUMBER

(Hexadecimal)

SET 1

22/A2

23/A3

24/A4

25/A5

26/A6

27/A7

28/A8

2B/AB

SET 2

34/F0 34

33/F0 33

3B/F0 3B

42/F0 42

4B/F0 4B

4C/F0 4C

52/F0 52

5D/F0 5D

SET 3

34/F0 34

33/F0 33

3B/F0 3B

42/F0 42

4B/F0 4B

4C/F0 4C

52/F0 52

53/F0 53

;

No Key on 101

keyboard

Enter

1C/9C

2A/AA

56/D6

5A/F0 5A

12/F0 12

61/F0 61

5A/F0 5A

12/F0 12

13/F0 13

Left Shift

No Key on 101

keyboard

2C/AC

2D/AD

2E/AE

2F/AF

30/B0

31/B1

32/B2

33/B3

34/B4

35/B5

36/B6

1D/9D

38/B8

1A/F0 1A

22/F0 22

21/F0 21

2A/F0 2A

32/F0 32

31/F0 31

3A/F0 3A

41/F0 41

49/F0 49

4A/F0 4A

59/F0 59

14/F0 14

11/F0 11

1A/F0 1A

22/F0 22

21/F0 21

2A/F0 2A

32/F0 32

31/F0 31

3A/F0 3A

41/F0 41

49/F0 49

4A/F0 4A

59/F0 59

11/F0 11

19/F0 19

Right Shift

Left Control

Left Alternate

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SCAN CODE

KEY

LEGEND

NUMBER

(Decimal)

NUMBER

(Hexadecimal)

SET 1

39/B9

SET 2

SET 3

29/F0 29

39/F0 39

58/F0 58

67/F0 67

64/F0 64

61/F0 61

6E/F0 6E

65/F0 65

63/F0 63

60/F0 60

6F/F0 6F

6D/F0 6D

6A/F0 6A

76/F0 76

6C/F0 6C

6B/F0 6B

69/F0 69

77/F0 77

75/F0 75

Space bar

Right Alternate

Right Control

Insert

29/F0 29

E0 38/E0 B8

E0 1D/E0 9D

E0 52/E0 D2

E0 53/E0 D3

E0 4B/E0 CB

E0 47/E0 C7

E0 4F/E0 CF

E0 48/E0 C8

E0 50/E0 D0

E0 49/E0 C9

E0 51/E0 D1

E0 4D/E0 CD

45/C5

E0 11/E0 F0 11

E0 14/E0 F0 14

E0 70/E0 F0 70

E0 71/E0 F0 71

E0 6B/E0 F0 6B

E0 6C/E0 F0 6C

E0 69/E0 F0 69

E0 75/E0 F0 75

E0 72/E0 F0 72

E0 7D/E0 F0 7D

E0 7A/E0 F0 7A

E0 74/E0 F0 74

77/F0 77

Delete

Home

End

Page Up

Page Down

Num Lock

Keypad Home

Keypad ç

Keypad End

47/C7

6C/F0 6C

4B/CB

6B/F0 6B

4F/CF

69/F0 69

E0 35/E0 B5

48/C8

E0 4A/E0 F0 4A

75/F0 75

Keypad é

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SCAN CODE

KEY

LEGEND

NUMBER

(Decimal)

NUMBER

(Hexadecimal)

SET 1

4C/CC

50/D0

SET 2

73/F0 73

72/F0 72

70/F0 70

7C/F0 7C

7D/F0 7D

74/F0 74

7A/F0 7A

71/F0 71

7B/F0 7B

79/F0 79

E0 5A/E0 F0 5A

76/F0 76

05/F0 05

06/F0 06

04/F0 04

0C/F0 0C

03/F0 03

0B/F0 0B

83/F0 83

0A/F0 0A

01/F0 01

09/F0 09

78/F0 78

07/F0 07

SET 3

73/F0 73

72/F0 72

70/F0 70

7E/F0 7E

7D/F0 7D

74/F0 74

7A/F0 7A

71/F0 71

84/F0 84

7C/F0 7C

79/F0 79

08/F0 08

07/F0 07

0F/F0 0F

17/F0 17

1F/F0 1F

27/F0 27

2F/F0 2F

37/F0 37

3F/F0 3F

47/F0 47

4F/F0 4F

56/F0 56

5E/F0 5E

Keypad 5

Keypad ê

Keypad Insert

Keypad *

Keypad PgUp

Keypad è

keypad PgDn

Keypad Delete

Keypad -

Keypad +

Keypad Enter

Escape

52/D2

100

101

102

103

104

105

106

108

110

112

113

114

115

116

117

118

119

120

121

122

123

37/B7

49/C9

4D/CD

51/D1

53/D3

4A/CA

4E/CE

E0 1C/E0 9C

01/81

3B/BB

3C/BC

3D/BD

3E/BE

3F/BF

40/C0

41/C1

42/C2

43/C3

F10

44/C4

F11

57/D7

F12

58/D8

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SCAN CODE

SET 2

KEY

NUMBER

(Hexadecimal)

LEGEND

KEY

NUMBER

(Decimal)

SET 1

SET 3

124

Print/SysRq

E0 2A/E0 37

E0 B7/E0 AA

E0 12 E0

7C/E0 F0

57/F0 57

7C E0 F0 12

125

126

Scroll Lock

46/C6

7E/F0 7E

5F/F0 5F

62/F0 62

Pause/Break

E1 1D/45 E1/

9D C5

E1 14 77 E1

F0 14 F0 77

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One Year Limited Service Warranty Terms & Conditions

Ultimate Technology Corporation, 100 Rawson Road, Victor, NY 14564, warrants that the

product shall be free from defects in material and workmanship for one year from the date of

shipment from Ultimate Technology. In accordance with the terms of this limited warranty,

Ultimate Technology, at its expense shall either repair or replace any product returned to the

Ultimate Technology Service Department in the original container or equivalent. It is the

customer’s responsibility to pay to ship the product to Ultimate Technology. Ultimate Technology

will pay the return ground shipping charge within the Continental United States.

THIS ONE YEAR LIMITED WARRANTY COVERS repair or replacement at the discretion of

Ultimate Technology Corporation.

THIS ONE YEAR LIMITED WARRANTY DOES NOT COVER losses or damages that occur

as a result of shipping; or improper installation and maintenance by anyone other than Ultimate

Technology Service; and/or an on-site Service Provider contracted by Ultimate Technology

Corporation; and/or an UTC certified technician. This warranty does not cover acts of God or

accident; misuse; neglect; misapplication of the product; exposure to extremes of temperature or

humidity; and improper electrical power.

THIS ONE YEAR LIMITED WARRANTY IS IN LIEU OF ALL OTHER WARRANTY OR

CONDITIONS, EXPRESSED OR IMPLIED.

MERCHANTIBILITY OR FITNESS FOR A PARTICULAR PURPOSE.

THERE ARE NO WARRANTIES OF

ULTIMATE

TECHNOLOGY CORPORATION WARRANTY OBLIGATIONS AND BUYER’S REMEDIES ARE

EXCLUSIVELY STATED HEREIN. ULTIMATE TECHNOLOGY’S LIABILITY, WHETHER

BASED ON CONTRACT, TORT, WARRANTY, STRICT LIABILITY, OR ANYOTHER THEORY

SHALL NOT EXCEED THE PRICE OF THE INDIVIDUAL UNIT WHOSE DEFECT OR

DAMAGE IS THE BASIS FOR THE CLAIM. IN NO EVENT SHALL ULTIMATE TECHNOLOGY

CORPORATION BE LIABLE FOR ANY SPECIAL OR CONSEQUENTIAL DAMAGES.

Some states do not allow limitations on how long an implied warranty lasts, or allow the exclusion or limitation of

incidental or consequential damages, so the above limitations may not apply to you. This warranty gives you

special legal rights, and you may also have other rights, which vary, from state to state.

ULTIMATE TECHNOLOGY CORPORATION

100 Rawson Road

VICTOR, NEW YORK 14564

Printed in U.S.A.

10190009 REV C 1/03

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