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Ultimate Technology 500 POS User Manual

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SERIES 500 POS KEYBOARD
PROGRAMMING & USER'S GUIDE

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  • Page 1 SERIES 500 POS KEYBOARD PROGRAMMING & USER’S GUIDE...
  • Page 2 *A Secondary Operation Access Key provides access to the secondary level of each key as programmed in the Series 500 Keyboard. Please Refer to the Programming and User’s Guide for other Programmable Functions. Series 500 POS Keyboard KEY PROGRAMMING To Program a Primary Key...

  • Page 3: Table Of Contents

    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 TABLE OF CONTENTS...
  • Page 4 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...
  • Page 5 APPENDIX C ASC11 CHARACTER SET APPENDIX D 101/102-KEY KEYBOARD KEY NUMBER TO SCAN CODE CROSS REFERENCE TABLE 1. SERIES 500 POS KEYBOARD - TYPICAL CONTROLS AND INDICATORS TABLE 2. LOCAL MODE PROGRAMMING FUNCTION CODES AND DEFAULT SETTINGS TABLE 3. LOCAL MODE PROGRAMMING INSTRUCTIONS TABLE 4.
  • Page 6 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 STATEMENT NOTICE If this...

  • Page 7: 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...
  • Page 8 Figure 1. Typical Point-of-Sale station with standard QWERTY Series 500 keyboard Series 500 POS Keyboard...

  • Page 9: Product Information

    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.
  • Page 10 OPTIONAL PEDESTAL MOUNT...

  • Page 11: Specifications

    • 3-volt lithium battery (battery backup for memory data retention when host source voltage removed) 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.

  • Page 12: Installation

    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 INSTALLATION UNPACKING AND INSPECTION NOTE...

  • Page 13: 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.
  • Page 14 Main RS232 Port Aux RS232 Port Cash Drawer 1 (Driver) Port In Cash Drawer 1 (Driver) Port Out Cash Drawer 2 (Drawer) Port In Cash Drawer 2 (Drawer) Port Out Drawer Type Jumpers CAB20133 or CAB20137 or CAB20134 Main KB Port Adapter (optional) Aux KB Port Bar Code Scanner...
  • Page 15 Figure 2. Typical keyboard external connections...
  • Page 16 Figure 3. Keyboard external connectors - rear view...

  • Page 17: Operation

    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.

  • Page 18: Table 1. Series 500 Pos Keyboard - Typical Controls And Indicators

    Figure 4. Series 500 POS keyboard - typical controls and indicators Table 1. Series 500 POS Keyboard - Typical Controls and Indicators Index Name 1 through 3 Light Emitting Diode (LED) Indicators Sound Port Magnetic Stripe Reader ENTER Key Numeric Keypad...
  • Page 19 All Other User Defined Keys User defined keys programmed by user/developer.

  • Page 20: 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.
  • Page 21 Table 2. Local Mode Programming Function Codes and Default Settings Channel Separator MSR Channel 1,3 Suffix Channel Separator MSR C h a n n e l 2 P r e f i x MSR Channel 2 Field Separator MSR Channel 2 Suffix MSR Bad Read Track 1,3 MSR Bad Read Track 2 MSR Sending...
  • Page 22 Table 2. Local Mode Programming Function Codes and Default Settings RS232 Port 0 Word Length RS232 Port 0 Prefix RS232 Port 0 Suffix RS232 Port 1 Baud Rate RS232 Port 1 Stop Bits RS232 Port 1 Parity RS232 Port 1 Handshaking RS232 Port 1 Word Length RS232 Port 1 Prefix RS232 Port 1 Suffix...
  • Page 23 Table 2. Local Mode Programming Function Codes and Default Settings Keyswitch Position 2 BREAK Keyswitch Position 3 MAKE Keyswitch Position 3 BREAK Keyswitch Polling D r a w e r 1 O p e n D r a w e r 1 C l o s e d D r a w e r 2 O p e n D r a w e r 2 C l o s e d Poll/Unsolicited Cash Drawer Status...
  • Page 24 Table 2. Local Mode Programming Function Codes and Default Settings Enable/Disable Key Clicks Define Left Shift Key Define Right Shift Key Define Left Control Key Define Right Control Key Define Left Alternate Key Define Right Alternate Key Programming Mode Enter Macro Lock Mode Enter Macro Send System Log Main Port Select...
  • Page 25 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.

  • Page 26: Local Mode Programming Instructions

    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.

  • Page 27: Table 3. Local Mode Programming Instructions

    Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation T h e k e y s c a n b e p r o g r a m m e d t o h a v e p r i m a r y a n d s e c o n d a r y P r o g r a m P r i m a r y l e v e l s o f f u n c t i o n .
  • Page 28 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation p o s i t i o n k e y s w i t c h , m o v e s w i t c h o u t o f t h e A U X p o s i t i o n . 1.
  • Page 29 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation Note: programming operations. 1. While in programming mode, at the Series 500 Keyboard numeric Magnetic Stripe keypad, enter Function code 09. Reader (MSR) Beeper 2. At Series 500 Keyboard numeric keypad, enter the applicable number (1 through 4) to select magnetic stripe reader beeper operation per list below.
  • Page 30 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 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...
  • Page 31 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 4. Program the next function code or exit programming mode by entering 99 Programmer's card. 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.
  • Page 32 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 21 or 31 1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function Main Port 0 (21) Code 21 (Port 0) or 31 (Port 1). AUX Port 1 (31) Stop Bits 2.
  • Page 33 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 23 or 33 1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function Main Port 0 (23) Code 23 (Port 0) or 33 (Port 1). AUX Port 1 (33) Handshaking 2.
  • Page 34 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 25 or 35 1. While in programming mode, at the Series 500 Keyboard numeric keypad, Comm (RS232) enter applicable Function Code 25 (Port 0) or 35 (Port 1). Main Port 0 (25) AUX Port 1 (35) Prefix 2.
  • Page 35 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation n u m e r i c k e y p a d , e n t e r a p p l i c a b l e F u n c t i o n C o d e 3 8 , 3 9 , 4 0 , 4 1 , 4 2 o r 43 .
  • Page 36 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 1. While in programming mode, at the Series 500 Keyboard numeric keypad, enter applicable Function Code 45, 46, 47 or 48. Drawer 1 Open (45) 2. At the auxiliary keyboard, press the desired key or type the desired key sequence. Closed (46) Note that the maximum number of key codes is limited to 24 - this is equivalent to approximately 12 key strokes.
  • Page 37 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function Indicator LED Code 70. Mode (70) 2. At Series 500 Keyboard numeric keypad, enter the applicable number (0 or 1) to select LED mode of operation.
  • Page 38 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 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) 2.
  • Page 39 Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 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 Dump System Log main port.

  • Page 40: Local Mode Programming

    Table 3. Local Mode Programming Instructions - Continued Function Code(s) Operation 1. While in programming mode, at Series 500 Keyboard numeric keypad, enter Function Default Keyboard Code 97. 2. At Series 500 Keyboard numeric keypad, enter the applicable number (0 or 1) to select mode of default operation per list below.

  • Page 41: Table 4. Local Programming Commands For Key Make/Break And Extended Functions

    Table 4. Local Programming Commands For Key MAKE/BREAK And Extended Functions SERIES 500 KEYBOARD NUMERIC 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).
  • Page 42 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.
  • Page 43 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.

  • Page 44: 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. program, follow the instructions supplied with the program.
  • Page 45 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.

  • Page 46: Table 5. Remote Programming Mode Commands

    Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) MACROK Download all key macros for Series 500 Keyboard. Refer to Table 6 for further explanation. COMMAND/ACKNOWLEDGEMENT COMMAND: A0krcCxDx...<CR> = Op Code = P to program Primary key = S to program Secondary key Missing means program both Primary and Secondary Keys = row in ASCII...
  • Page 47 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) MACROP Download macros for prefix/suffix. COMMAND/ACKNOWLEDGEMENT COMMAND: A1aCxDx...<CR> = 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>...
  • Page 48 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) SNDDLY Determines rate of delay in milliseconds for sending macros. This command used when interfacing with slow systems. COMMAND/ACKNOWLEDGEMENT COMMAND: A2CxDx<CR> = Op Code = hex value for low nibble = hex value for high nibble Range = 00 - FF;...
  • Page 49 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) COMMP Communications setup for selecting ports, baud rate, word length, stop bits, parity, and method of handshaking. NOTES Used to enter up to 40 characters of notes into RAM. Useful for recording keyboard version and date, etc.
  • Page 50 MNEMONIC/DESCRIPTION CODE (HEX) SPCDEF Define where SHIFT, CONTROL, and ALTERNATE keys are located on auxiliary keyboard. CLICKED Turns keyboard key audible click on or off. NVBDRD Read a database register. COMMAND/ACKNOWLEDGEMENT COMMAND: A5xCxDx<CR> = Op Code = 1 right shift = 2 left shift = 3 right control = 4 left control...
  • Page 51 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) NVBDWR Write a database register. NVBDCLR Clear all database registers. RAWED Puts keyboard in row and column mode used for diagnostics. SECURE Used to lock keyboard from remote location. COMMAND/ACKNOWLEDGEMENT COMMAND: A8hhhxx..x<CR>...
  • Page 52 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) COMMENT Use when notes or comments are to be placed in the download file. All data is ignored up to the carriage return <CR>. LIGHT Provides on/off control for keyboard light emitting diode (LED) indicators.
  • Page 53 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) BEEPON Controls pitch and duration of beep. If valued for pitch (p) and duration (d) omitted when command activated. COMMAND/ACKNOWLEDGEMENT COMMAND: B1pd<CR> = Op Code = pitch in Hz = duration in milliseconds <CR>...
  • Page 54 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) SENDP Sends data to selected port: main serial port, auxiliary serial port, or auxiliary keyboard port. RDERROR Sends all error information to main port for output. COMMAND/ACKNOWLEDGEMENT COMMAND: B2p...<CR> = Op Code = data destination port <CR>...
  • Page 55 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) COMMIT Writes programming changes to the NVRAM. Always apply the COMMIT command after programming the keyboard to save 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.
  • Page 56 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) MSRSND Use to send magnetic card reader track data for any one good track or if both tracks are good. CARDED Enables or disables tracks on magnetic card reader. COMMAND/ACKNOWLEDGEMENT COMMAND: B8x<CR>...
  • Page 57 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) BEEPRD Selects magnetic card read annunciation mode. CDCONT Determines when cash drawer status is sent; on demand or when a change occurs. COMMAND/ACKNOWLEDGEMENT COMMAND: BAp<CR> = Op Code = annunciation mode select <CR>...
  • Page 58 Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) CDSTATUS Send cash drawer macros for open and closed drawer. PORTE Disables all data applied from the selected port. COMMAND/ACKNOWLEDGEMENT COMMAND: BCp<CR> = Op Code = selection control <CR> = terminate command (0D hex) Selection control: = cash drawer 1 macros = cash drawer 2 macros...

  • Page 59: 101/102-Key Keyboard - Key Code Identification

    Table 5. Remote Programming Mode Commands - Continued MNEMONIC/DESCRIPTION CODE (HEX) VERSION Sends software version, engineering number, and keyboard type parameters. GETSET Sends each key macro, all keyboard communication parameters. Keeps sending until all data has been transferred. Structure of data is in load command format (MACROK).

  • Page 60: Programming Key Make/Break Codes

    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.

  • Page 61: Examples Of Remote Programming For Key Make/Break Code

    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.
  • Page 62 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.
  • Page 63 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.

  • Page 64: Copying Keyboard Setup Data (Cloning)

    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.

  • Page 65: Operator's And Programmer's Magnetic Cards

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

  • Page 66: 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. • Do not drop keyboard or allow it to be subjected to impact.

  • Page 67: Key Legend Change - Flat Tactile Membrane

    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.
  • Page 68 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...
  • Page 69 APPENDIX A SERIES 500 POS STANDARD KEYBOARD LAYOUTS 112 Key 3/4-Inch Standard Layout...
  • Page 70 144 Key Compact 5/8-Inch Size and Flat Panel Membrane Standard Layout...
  • Page 71 Compact 5/8-Inch QWERTY Layout...
  • Page 72 KEYBOARD CABLE/CONNECTOR DATA BACK CONNECTOR PINOUTS MAIN RS232 DB9 FEMALE 1 N/C 2 TXD OUT 3 RXD IN 5 GND 6 N/C 7 CTS IN 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...
  • Page 73 ASCII CHARACTER SET Ctrl-@ (NUL) Ctrl-A (SOH) Ctrl-B (STX) Ctrl-C (ETX) Ctrl-D (EOT) Ctrl-E (ENQ) Ctrl-F (ACK) Ctrl-G (BEL) Ctrl-H (BS) Ctrl-I (HT) Ctrl-J (LF) Ctrl-K (VT) Ctrl-L (FF) Ctrl-M (CR) Ctrl-N (SO) Ctrl-O (SI) Ctrl-P (DLE) Ctrl-Q (DCI) Ctrl-R (DC2) Ctrl-S (DC3) Ctrl-T...
  • Page 74 101/102-KEY KEYBOARD KEY NUMBER TO SCAN CODE CROSS REFERENCE 102-Key Keyboard Key Number Position Layout NUMBER NUMBER (Decimal) (Hexadecimal) APPENDIX D LEGEND SET 1 29/A9 02/82 03/83 04/84 05/85 06/86 SCAN CODE SET 2 SET 3 0E/F0 0E 0E/F0 0E 16/F0 16 16/F0 16 1E/F0 1E...
  • Page 75 NUMBER NUMBER (Decimal) (Hexadecimal) LEGEND SET 1 07/87 08/88 09/89 0A/8A 0B/8B 0C/8C 0D/8D Backspace 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 Cap Lock 3A/BA 1E/9E 1F/9F 20/A0 21/A1 SCAN CODE SET 2 SET 3 36/F0 36 36/F0 36...
  • Page 76 NUMBER NUMBER (Decimal) (Hexadecimal) LEGEND SET 1 22/A2 23/A3 24/A4 25/A5 26/A6 27/A7 28/A8 No Key on 101 2B/AB keyboard Enter 1C/9C Left Shift 2A/AA No Key on 101 56/D6 keyboard 2C/AC 2D/AD 2E/AE 2F/AF 30/B0 31/B1 32/B2 33/B3 34/B4 35/B5 Right Shift 36/B6...
  • Page 77 NUMBER NUMBER (Decimal) (Hexadecimal) LEGEND SET 1 Space bar 39/B9 Right Alternate E0 38/E0 B8 Right Control E0 1D/E0 9D Insert E0 52/E0 D2 Delete E0 53/E0 D3 ç E0 4B/E0 CB Home E0 47/E0 C7 E0 4F/E0 CF é E0 48/E0 C8 ê...
  • Page 78 NUMBER NUMBER (Decimal) (Hexadecimal) LEGEND SET 1 Keypad 5 4C/CC ê 50/D0 Keypad Keypad Insert 52/D2 Keypad * 37/B7 Keypad PgUp 49/C9 è 4D/CD Keypad keypad PgDn 51/D1 Keypad Delete 53/D3 Keypad - 4A/CA Keypad + 4E/CE Keypad Enter E0 1C/E0 9C Escape 01/81 3B/BB...
  • Page 79 NUMBER NUMBER (Hexadecimal) (Decimal) LEGEND SET 1 Print/SysRq E0 2A/E0 37 E0 B7/E0 AA Scroll Lock 46/C6 Pause/Break E1 1D/45 E1/ 9D C5 SCAN CODE SET 2 SET 3 E0 12 E0 57/F0 57 7C/E0 F0 7C E0 F0 12 7E/F0 7E 5F/F0 5F E1 14 77 E1...
  • Page 80 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.

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