Manuale d’uso / di manutenzione del prodotto 248X del fabbricante Lexmark
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www.lexmark.com T echnical Ref erence October 2000 Forms Printer 248x/249x.
Third Edition (October 2000) The following paragraph does not apply to the United Kingdom or any country where such provisions are inconsistent with local law: LEXMARK INTERNA- TIONAL, INC.
iii Section 1 - Introduction . . . . . . . . . . . . . . . . . . . . . . . . 9 Available Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 Physical Characteristics . . . . . . . .
iv Select Character Set 2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 Select Code Page . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
v Set Page Length in Inches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 Set Page Length in Lines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 Set Skip Perforation .
vi Serial Computer Configuration Recommendations (RS-232C) . . . . . . . . . . . . . . . 103 Section 7 - Downloading Characters and Fonts . . 105 248x Printers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
vii Character Set 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 216 Character Set 2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
viii.
Section Section 1: Introduction 7 1 Intr oduction Your dot-matrix printer is an easy-to-use desktop printer that provides low- cost, high-quality output from your personal computer. It handles cut forms, document-on-demand, and continuous form applications.
Section 1: Introduction 8 Available Options Physical Characteristics Options Pa r t Nu m b er 2480 2481 2490 2491 Parallel Cable 1329605 (10 ft.), 1427498 (20 ft.
9 Section 1: Introduction Print Speeds Your printer supports the following burst print speeds in characters per second (cps). Printhead Description Your printer uses dot-matrix impact technology to generate characters. The 248x has a 9-wire printhead.
Section 1: Introduction 10 Printhead Movement The printhead moves by a direct-current stepper motor. The printhead can print while moving in both directions (bidirectional print). When the printhead is printing in both directions, it automatically finds the shortest path to print the next line.
11 Section 1: Introduction Alternating Current Line Voltage Power Your printer uses one of the following alternating current (ac) line voltage power values.
Section 1: Introduction 12 Paper Specifications 2480/2490 (Narrow Carriage Models) Pa pe r Dimensions Cut Forms Continuous Forms En velopes Single Multiple part Single Multiple part Width Maximum 297 mm (1 1.7 in.) See Note 297 mm (1 1.7 in.) See Note 254 mm (10 in.
13 Section 1: Introduction 2481/2491 (Wide Carriage Models) Pa pe r Dimensions Cut Forms Continuous Forms En velopes Single Multiple part Single Multiple part Width Maximum 420 mm (16.5 in.) 420 mm (16.5 in.) 406 mm (16.0 in.) 406 mm (16.0 in.) 241 mm (9.
Section 1: Introduction 14 Pa pe r Si z e Narro w carriage (2480/2490) Wide carriage (2481/2491) A utomatic Feed Mode (single-par t f orm) Length 139.7 mm (5.5 in.) minimum 355.6 mm (14.0 in.) maximum 139.7 mm (5.5 in.) minimum 355.6 mm (14.0 in.) (See Note 1) maximum 558.
15 Section 1: Introduction Ribbon Specifications The life expectancy of the 2300/2400 series standard re-inking ribbon is approximately 4 million characters in 10 characters per inch (cpi) draft mode. For replacement ribbon, order ribbon number 11A3540.
Section 1: Introduction 16 To run the printer test, follow these steps: 1 Make sure the paper and ribbon ar e installed. 2 T urn the printer Of f. 3 Press Line Feed while you turn the printer On. 4 After a few seconds, r elease Line Feed . To stop or interrupt the printer test: 1 Press Start/Stop .
17 Section 1: Introduction 1050 IF(I$ <> "<")THEN PRINT #2,I$;: GOTO 1090 1060 I$ = INPUT$(1, #1) 1070 IF(I$ = "x")OR (I$ = "X") THEN GOSUB 1130: GOTO 1090 1080 IF(I$ = "<")THEN PRINT#2,I$;: GOTO 1090 ELSE GOTO 1290 1090 WEND 1100 CLOSE #1: CLOSE #2: 1110 SHELL "copy prtrout.
Section 1: Introduction 18.
Section Section 2: Set Initial Conditions (SIC) Command 21 2 Set Initial Conditions (SIC) Command The SIC command sets the printer to the default values that were set at the factory or to user-defined defaults. SIC Command Format Use the following format: Ln is the number of parameters plus 2.
Section 2: Set Initial Conditions (SIC) Command 22 init sets the printer to user-defined or factory settings. The value for init can be: Initial V alues Description 0 Initializes printer to user-defined settings. The download font remains unchanged. If parameters ar e specified, they over- write the default settings.
23 Section 2: Set Initial Conditions (SIC) Command Use the following parameters (parms) with SIC commands that use the printer ID of C5 and C6: Printer Dec Hex 2480 197 C5 2481 197 C5 2490 198 C6 2491.
Section 2: Set Initial Conditions (SIC) Command 24 Notes (cont.): 2 If Parm 3 has no value (macro has not been supplied), the printer default macro is used to store the change. When init=04H or 05H is specified, parm3 is ignored. When init=00H, 01H, FEH, FFh are specified, parm3 value is used as Macr o No.
25 Section 2: Set Initial Conditions (SIC) Command 6 Code Page 0=No Change 1=437 2=850 3=860 4=863 5=865 6=437G 7=813 8=851 9=853T 10=857 11 = 8 6 9 12=920 13=1053 14=861 15=1004 16=858 0 1 2 3 4 5 6 .
Section 2: Set Initial Conditions (SIC) Command 26 14 Auto LF 0=No Change 1=On 2=Off 0 1 2 00 01 02 15 Slash Zer o 0=No Change 1=Slashed Zero 2=Normal Zero 0 1 2 00 01 02 16 Character Set 0=No Change .
Section Section 3: IBM Emulation Mode Printer Commands 27 3 IBM Em ulation Mode Printer Commands This section provides a detailed description of IBM emulation mode commands you can use with your printer. Control Codes Control codes are one-character printer commands that are used to: • Manage the printing of a job.
Section 3: IBM Emulation Mode Printer Commands 28 Escape Sequences An escape sequence (two or more characters of information) lets you change the way the printer is currently printing. Like a control code, it gives you control over the printed output.
29 Section 3: IBM Emulation Mode Printer Commands that selects a right margin beginning at column 63, the right margin of each printed page begins at column 63. The margin remains constant until a right margin command with a different value resets the margin, or the printer is reset.
Section 3: IBM Emulation Mode Printer Commands 30 Example of IBM Emulation Mode Printer Command Select Code Page ( name of command ) ( A short description of the command follows ) This command placed before the first character changes the active code page.
31 Section 3: IBM Emulation Mode Printer Commands Printer Command Quick Reference (IBM Emulation Mode) Function Command Dec Hex For more information see .
Section 3: IBM Emulation Mode Printer Commands 32 Set Print Direction ESC U 27 85 1B 55 page 45 Continuous Double- Wide Printing ESC W 27 87 1B 57 page 46 Set Horizontal Margins ESC X 27 88 n1,n2 1B 5.
33 Section 3: IBM Emulation Mode Printer Commands Selecting a Character Set Select Character Set 1 Character set 1 contains characters and symbols that are used in the English language. See pag e216 for more information. Select Character Set 2 Character set 2 contains characters and symbols that are used in English and non-English languages.
Section 3: IBM Emulation Mode Printer Commands 34 the code page number , then divide by 256. • Code page information begins on page 188. Print From Code Page Continuously Print Characters from a Code Page Use this command to print characters from the all Characters Chart of a Code Page (see “Printing a Code Page” on page 204).
35 Section 3: IBM Emulation Mode Printer Commands located in the code page tables beginning on page 188. Print One Character Use this command to print a character from the All Characters Chart of a Code Page (see “Code Pages” on page 187).
Section 3: IBM Emulation Mode Printer Commands 36 start low/start high When character data is downloaded, the start address is the absolute address of the start of the character data. When the lookup table data is downloaded, the start address is the address of the new entry in the lookup table.
37 Section 3: IBM Emulation Mode Printer Commands Table 1. 248x: Select Global Font Pitch Decimal Hf Lf Hex Hf Lf Normal Bold Italic Bold/Ital Normal Bold italic Bold/Ital Courier 5 0 244 0 245 00 F4 .
Section 3: IBM Emulation Mode Printer Commands 38 Pitch Decimal Hf Lf He x Hf Lf Normal Bold Italic Bold/Ital Normal Bold italic Bold/Ital Gothic 5 0 241 0 242 00 F1 00 F2 10 0 36 00 24 12 1 143 0 1 1.
39 Section 3: IBM Emulation Mode Printer Commands Table 3. Global Font and Size Parameters Table 4. Global Font and Code Page Pitch Dec (Hs, Ls) Hex (Hs, Ls) 24 CPI Subscript ( 249X only ) 0 00 - 0 65.
Section 3: IBM Emulation Mode Printer Commands 40 Select 12 cpi This command sets the pitch at 12 cpi. Select Print Mode This command selects the normal font or the download font in Draft , NLQ (248x only) or LQ (249x only). Usage Note • This command cancels any print combinations that conflict with ESC I.
41 Section 3: IBM Emulation Mode Printer Commands 248x 249x Dec Hex Print Mode Dec Hex Print Mode 0 00 Draft - Resident 0 00 Normal (Draft) 10 cpi 1 01 Fast DP (12 cpi) - Resident 8 08 Normal (Draft) .
Section 3: IBM Emulation Mode Printer Commands 42 Select Print Type Style This command is used for varying the type style of the character and the number of line spacing.
43 Section 3: IBM Emulation Mode Printer Commands m1 Selection Dec Hex 0 No Change 1 Start Italic Print (249x only) 2 Stop Italic Print (249x only) 4 Start Outline Print (249x only) 8 Stop Outline Pri.
Section 3: IBM Emulation Mode Printer Commands 44 Emphasized (Bold) Print Use this command for bold print. To begin bold print: To end bold print: Double-Strike Print Double-strike print results in a darker print because the printhead strikes the character twice.
45 Section 3: IBM Emulation Mode Printer Commands Superscript or Subscript To begin superscript: To end superscript: To begin subscript: To end subscript: Set Print Direction This command sets the printer to print either unidirectionally or bidirectionally.
Section 3: IBM Emulation Mode Printer Commands 46 Continuous Double-wide Printing This command selects or cancels a double-wide printing mode that is not canceled by line feed terminators. Usage Note The value of n can be any of the following: Score Select For 249x printers only.
47 Section 3: IBM Emulation Mode Printer Commands To select type : Usage Note To cancel this command, designate type as Dec 255 or Hex FF. Continuous Underline This command begins and ends continuous underline of spaces and characters.
Section 3: IBM Emulation Mode Printer Commands 48 Set Print Quality This command sets the print quality to draft or letter quality. Usage Notes • For 2480 printers, the value of n can be any of the .
49 Section 3: IBM Emulation Mode Printer Commands Graphics Print Modes Normal Density Bit Image Graphics Use this command to print normal density bit images at 60 dots per inch (dpi) horizontally and 72 dpi vertically. Usage Notes • Ln and Hn identify the number of bytes in data.
Section 3: IBM Emulation Mode Printer Commands 50 Mode and Horizontal Density (249x Only) For 249x printers only. Use this command to select the mode and horizontal density for dot matrix graphics. Usage Notes • Ln and Hn identify the number of bytes in mode and data .
51 Section 3: IBM Emulation Mode Printer Commands • data is the bit-mapped graphics information. The printhead moves at half the speed of mode 2, giving better r esolution. Dual-Density Bit Image Graphics (Half Speed) Use this command to print normal density bit images at 120 dpi horizontally and 72 dpi vertically.
Section 3: IBM Emulation Mode Printer Commands 52 Dual-Density Bit Image Graphics (Normal Speed) Use this command to print dual-density bit images at 120 dpi horizontally and 72 dpi vertically. Usage Notes • Ln and Hn identify the number of bytes in data.
53 Section 3: IBM Emulation Mode Printer Commands Horizontal Movement Set Horizontal Tabulation Stops This command sets up to 28 tabulation stops to be used with the printer command HT, Horizontal Tabulation. Usage Notes n1.....n28 is used to set the tabulator stop positions.
Section 3: IBM Emulation Mode Printer Commands 54 Set Horizontal Margins This command sets the left and right margins. Usage Notes • Use n1 to select the left margin position.
55 Section 3: IBM Emulation Mode Printer Commands Line Control Automatic Line Feed (LF) Executes an automatic line feed when a carriage return is received.
Section 3: IBM Emulation Mode Printer Commands 56 Set Vertical Units For 249x printers only. This command lets you set the size of the increments for the following commands: • Set Line Spacing for Graphics (ESC 3) • Move Paper V ertically (ESC J).
57 Section 3: IBM Emulation Mode Printer Commands • ESC R (Set Default T abulation Stops) and ESC B 0 will clear all vertical tab stops. • Set the tabulation stops in ascending order (n1.....n64). • The last digit in the sequence must be a 0 to terminate the command.
Section 3: IBM Emulation Mode Printer Commands 58 Set Line Spacing for Text This command sets line spacing in n /72 inch increments. To activate the line spacing, use the printer command Activate Line Spacing for Text (ESC 2). Usage Note The value for n must be between 1 and 85.
59 Section 3: IBM Emulation Mode Printer Commands Set Top of Form and Page Length Set Top of Form This command sets the first line of printing on each page to the current paper position. Set Page Length in Inches This command sets the page length to a specified number of inches.
Section 3: IBM Emulation Mode Printer Commands 60 • When the command is sent, the current vertical position becomes the new top of form. • If the printer command Set Skip Perforation (ESC N) is active, or if "skip over perforation" is On in the printer setup, this printer command deacti- vates it.
61 Section 3: IBM Emulation Mode Printer Commands Printer Control Deselect Printer When this command is sent, the printer ignores all data except DC1 . The following values of n are valid: Setup Barcode Parameter This command sets the barcode parameters to the printer.
Section 3: IBM Emulation Mode Printer Commands 62 The barcode type is denoted by k . The following values are valid for k : Module width is denoted by m . When m is 1 , th e bar cod e pri nts by 1/360 or 1/240 full dot method. For all other values, the barcode prints by half dot method.
63 Section 3: IBM Emulation Mode Printer Commands The variable c denotes the control code. The control is made up of 8 bits (b1 - b8). The 8 bits are defined as follows: b1 Check Digit b2 Human Readab.
Section 3: IBM Emulation Mode Printer Commands 64 A utomatic Check Digit Generation Fla g On n1 (low b yte) n2(high b yte) Bar code T ype Dec Hex Dec Hex 12 0C 0 00 EAN-13 70 7 0 0 0 EAN-8 1 to 255 01.
Section Section 4: Epson Emulation Mode Printer Commands 65 4 Epson Em ulation Mode Printer Commands This section provides tables describing Epson mode commands you can use with your printer. Font Selection Name Dec Hex Description ESC % 27 37 n 1B 25 n Select User-defined Set n =0 Selects the resident set.
Section 4: Epson Emulation Mode Printer Commands 66 ESC R 27 82 n 1B 52 n Select an International Character Set n =0 USA n =1 France n =2 Germany n =3 U.
67 Section 4: Epson Emulation Mode Printer Commands ESC k 27 107 n 1B 6B n 248x: Select Near-Letter- Quality Font Selects the font to be used in NLQ mode. n =0 Courier n =1 Gothic 249x: Select Letter-Quality Font Selects the font to be used in LQ mode.
Section 4: Epson Emulation Mode Printer Commands 68 ESC (t 27 40 1 16 3 0 d 1 d 2 d 3 1B 28 74 3 0 d 1 d 2 d 3 Assign Character Tables Parameter range 0 ≤ d 1 ≤ 1, 48 ≤ d 1 ≤ 50 0 ≤ d 2 ≤ .
69 Section 4: Epson Emulation Mode Printer Commands Text Print Mode Name Dec Hex Description ESC M 27 77 1B 4D Print 12 Characters per Inch ESC P 27 80 1B 50 Print 10 Charaters per Inch ESC SP 27 32 n.
Section 4: Epson Emulation Mode Printer Commands 70 The following table lists the n parameters for the ESC ! command. ESC a 2 7 97 n 1B 61 n Select Justification n =0 prints the line of characters against the left margin. n =1 centers the line of characters between the left and right margins.
71 Section 4: Epson Emulation Mode Printer Commands Graphics Print Modes Name Dec Hex Description ESC ^ 27 94 m Ln Hn data 1B 5E m Ln Hn data 9-Pin Graphics Mode (248x only) Prints 9-pin bit-image graphics.
Section 4: Epson Emulation Mode Printer Commands 72 248x Graphic Modes that can be specified by parameter n in the ESC * command: 249x Graphic Modes include 0, 1, 2, 3, 4 and 6 from the 248x table abo.
73 Section 4: Epson Emulation Mode Printer Commands Horizontal Movement Name Dec Hex Description BS 8 08 Backspace Moves left one space, based on pitch setting. HT 9 09 Horizontal Tab Moves right to the next horizontal tab stop. Tab is set with the ESC D command.
Section 4: Epson Emulation Mode Printer Commands 74 Vertical Movement Line Spacing Name Dec Hex Description LF 10 0A Line Feed Advances the form one line. VT 1 1 0B Vertical Tab Advances the paper to the next vertical tab stop. ESC B 27 66 0 n1 n2...n16 0 1B 42 0 n1, n2.
75 Section 4: Epson Emulation Mode Printer Commands Page Format Printer Control ESC 3 27 51 n 1B 33 n Set Graphics Line Spacing - 248x only Use a line spacing of 24/216 for bit-image graphics using 8 bits. n must be a 1-byte decimal value from 0 to 255.
Section 4: Epson Emulation Mode Printer Commands 76 Other Commands BEL 7 07 Beeper Sounds the printer beeper for approximately 1 second. DC1 17 1 1 Select Printer (XON) The host sends this command to signal the printer to begin printing data. DC3 19 13 Null (XOFF) CAN 24 18 Cancel Data Clears data received since the last buffer terminator.
77 Section 4: Epson Emulation Mode Printer Commands ESC & 27 38 0 n1 n2 d1 data 1B 26 0 n1 n2 d1 data Define Download Characers ESC : 27 58 0 n 0 1B 3A 00 n 00 Copy Normal Characters from ROM to RAM ESC < 27 60 1B 3C Select Left-to-Right Printing ESC = 27 61 1B 3D Set MSBs to Zero Sets the MSBs of all data sent to the printer to 0.
Section 4: Epson Emulation Mode Printer Commands 78.
Section Section 5: OKI Microline Emulation Mode Printer Commands 79 5 OKI Micr oline Em ulation Mode Printer Commands This section provides tables describing OKI Microline mode commands you can use with your printer.
Section 5: OKI Microline Emulation Mode Printer Commands 80 ESC [ T 27 91 84 L n H n 0 0 H cp L cp 0 1B 5B 54 L n H n 0 0 H cp L cp 04 Print from Code Page If printing less than 256 characters: L n = .
81 Section 5: OKI Microline Emulation Mode Printer Commands Character Size and Spacing Name Dec Hex Description RS 30 1E Print 10 Characters per Inch FS 28 1C Print 12 Charaters per Inch ESC g 27 103 1B 67 Print 15 Charaters per Inch GS 29 1D Print 17.
Section 5: OKI Microline Emulation Mode Printer Commands 82 Table 1. Variable Values and Factors for Combined Print Features Command Character Style Va l u e V ariable/Feature n1 n2 n3 n4 1 10 cpi Cancel super/ subscripts Utility HSD 2 12 cpi Subscripts NLQ N/A 4 17.
83 Section 5: OKI Microline Emulation Mode Printer Commands Custom Characters Graphics Print Modes Name Dec Hex Description ESC $ 27 36 1B 24 Copy ROM Character Set to RAM Character Set Copies a complete set of the characters resident in the printer to the area of its memory reserved for custom characters.
Section 5: OKI Microline Emulation Mode Printer Commands 84 Table 2. Density To calculate the density (value for n1 ), 1 Locate the dpi and density you want from the above table. 2 Select the corresponding n1 values for each. 3 Add the values selected in step 2.
85 Section 5: OKI Microline Emulation Mode Printer Commands 5 Add the values selected in steps 2 and 4. 6 Add 64 to the total. Example: For double speed, 8-bit graphics, calculate the value of n2 as follows: n2 =8+16+64=88 Horizontal Movement Name Dec Hex Description BS 8 08 Backspace CR 13 0D Carriage Return .
Section 5: OKI Microline Emulation Mode Printer Commands 86 ESC ETX ... CR 27 3 x1 y1 z1 w1...x16 y16 z16 w16 13 1B 03 x1 y1 z1 w1...x16 y16 z16 w16 0D Set Horizontal Tabs by Dot Columns Sets tab stops for up to 16 positions.
87 Section 5: OKI Microline Emulation Mode Printer Commands ESC DLE @ 27 16 64 pN a1 a2 p1 p2 p3 p4 1B 10 40 pN a1 a2 p1 p2 p3 p4 Set Multiple Print Positions Moves the print position to the right or left, as an absolute or relative print position.
Section 5: OKI Microline Emulation Mode Printer Commands 88 Vertical Movement Name Dec Hex Description ESC G 27 71 H n L n 1B 47 H n L n Set Page Length in Inches Sets the page length in increments of 1/2" x the values of H n L n . The values for H n and L n should be between 00 and 99.
89 Section 5: OKI Microline Emulation Mode Printer Commands Other Commands DC4 SP ...SP n ... SP ...SP n ...? 20 32...32 n ... 32...32 n ... 63 14 20...20 n ... 20...20 n ... 3F Set Vertical Format Unit (VFU) Programs up to 12 sets (channels) of vertical tabs.
Section 5: OKI Microline Emulation Mode Printer Commands 90 ESC V 27 86 1B 56 Eject Page Name Dec Hex Description.
Section Section 6: Using the Printer Interface 91 6 Using the Printer Interface The printer interface is the physical connection point between the printer and other devices, such as a computer. The 2400 series printer offers a choice of three printer interfaces: parallel, Universal Serial Bus (USB), or serial.
Section 6: Using the Printer Interface 92 Computer to Printer Communication The parallel interface transfers data from computer to printer. The data path is 8 bits wide. The printer and the computer synchronize data transfer with the interface signals STROBE*, ACKNLG*, and BUSY.
93 Section 6: Using the Printer Interface Pin Connections The following illustration shows the pin assignments for connecting the 25-pin connector to the 36-pin connector.
Section 6: Using the Printer Interface 94 Parallel Pin Assignments Pin Line Description 1 STROBE* When the printer receives the STROBE* low from the computer , the printer reads the data from the interface and sets the BUSY line high. STROBE* must not occur when the BUSY line is high; otherwise, unpredictable r esults may occur .
95 Section 6: Using the Printer Interface Timing The following chart shows the timing in microseconds of these signals. 31 INIT* INIT* from the system r esets the printer to its initial power- on-state. The BUSY line goes high, and any received data is printed.
Section 6: Using the Printer Interface 96 Universal Serial Bus Interface The USB interface, with a signaling bit rate of 12 Mb/s (full speed), is in full compliance with the Universal Serial Bus Specification Revision 1.
97 Section 6: Using the Printer Interface Serial Cable Pin Assignments (RS-232C) The following illustration shows the RS-232C serial cable: RS-232C Serial Connector Pin Assignments Pin Signal Description 2 TXD (T ransmit Data) This line transmits data fr om the printer to the host.
Section 6: Using the Printer Interface 98 Serial Interface Cable (RS-232C) The recommended RS-232C serial cable is 50 feet long. This cable works with the IBM PS/2 series and other compatible host systems using a 25-pin male connector.
99 Section 6: Using the Printer Interface Using an IBM AT Personal Computer (RS-232C) If you are using an IBM AT or compatible computer, use a 9-pin to 25-pin EIA RS-232C cable. We recommend one of the following for a 9-pin to 25-pin cable: • IBM P/N 6450242 (254 mm or 10 in.
Section 6: Using the Printer Interface 100 The voltage reference point is the signal ground on pin 7. A timing or control line is active if the voltage is more than +3 V, or inactive if the voltage is less than -3 V. A data signal more than +3 V means that the bit is a logical 0; less than -3 V means that the bit is a logical 1.
101 Section 6: Using the Printer Interface When No parity is selected, the pritner expects no parity bit when it receives data. The printer transmits data without parity bits. When Ignore parity is selected, the printer expects a parity bit when it receives a data frame.
Section 6: Using the Printer Interface 102 The following diagram illustrates DTR Protocol Timing. Legend: 1 The R TS signal is driven dir ectly by the RS-232C line driver and is active any time power is supplied to the printer .
103 Section 6: Using the Printer Interface 2 Because all data transmissions require CTS, it must be detected prior to the XON/XOFF protocol initiating. Once CTS is detected, after POR, the printer transmits an XON command. It is not necessary for the host to detect this initial XON command prior to transmitting data to the printer.
Section 6: Using the Printer Interface 104 1 Select the printer icon. 2 Select Open . 3 Select Settings . The Printer - Settings scr een appears. 4 Select the serial port to which you want to attach the print er. The Serial Port - Settings sc reen appears.
Section Section 7: Downloading Char acters and F onts 105 7 Do wnloading Character s and Fonts This chapter explains how to download characters and provides programming examples for several escape sequences. The first part of the chapter is for 248x users; the second part is for 249x users.
Section 7: Downloading Char acters and F onts 106 Vertical Lines The following drawing shows how the printer adds dots to a vertical line. The solid dots must be specified in the font. Hollow dots are generated by the printer. Diagonal Lines These drawings show how the printer adds dots to diagonal lines.
107 Section 7: Downloading Char acters and F onts Intersections of Vertical and Horizontal Lines The drawing on the left shows how the printer adds the vertical dots to a vertical line that intersects a horizontal line. The character design must specify all dots in the horizontal line.
Section 7: Downloading Char acters and F onts 108 Diagonal Intersecting Horizontal Line This drawing shows how the printer adds dots at the intersection of horizontal and diagonal lines. The printer considers the point of intersection as a two-dot vertical line.
109 Section 7: Downloading Char acters and F onts When a diagonal line intersects a vertical line at a point other than the end of the vertical line, you should specify a horizontal dot at the intersection to improve character appearance. This ensures that the character is acceptable in Draft.
Section 7: Downloading Char acters and F onts 110 Initializing the Download Area Use the following command to initialize the download areas to the resident fonts: Downloading a Draft/NLQ Character Set The sequence to download characters for Draft/NLQ and Fast Draft is shown below: There are two parts of the ESC = escape sequence.
111 Section 7: Downloading Char acters and F onts Part Two: Specifying the Download Data Attribute byte 1 specifies the character type and additional information. Bit Bit V alues Functions 7 0 if the character is an ascender (a character using only the upper 8 wires of the print head).
Section 7: Downloading Char acters and F onts 112 Attribute byte 2 specifies proportional-spacing information. Bits 6-0 specify spacing information. Set these bits to 0 if proportional spacing is not desired. When you use proportional spacing with a downloaded font that has bits 6-0 set to 0, all 11 bytes of character data print.
113 Section 7: Downloading Char acters and F onts Designing and Downloading the Draft/NLQ Copyright (©) Symbol This example shows how the 11 bytes of printable data for the ’©’ symbol were determined. This example replaces the ’ @ ’ character with the Draft ’© ’ symbol.
Section 7: Downloading Char acters and F onts 114 The following example loads data for the copyright symbol into the printer. The data remains in the download storage area until you: • Set the power switch to Of f. • Overlay the data with download character data.
115 Section 7: Downloading Char acters and F onts Downloading an NLQ II Character Set The 248x printers can download two sets of NLQ II characters. The first set is initialized to a Courier-like font, and the second to a Courier italic-like font.
Section 7: Downloading Char acters and F onts 116 Part Two: Specifying the Download Data Each font character is made up of 48 bytes of data. There are 2 bytes of attribute data and 46 bytes of character data. This field of 48 bytes must be repeated for each character.
117 Section 7: Downloading Char acters and F onts Attribute byte 2 is not used when specifying NLQ II. Set it to zero. Bit Functions Printable Data (Columns 1 to 23) • Defines the column data for each character from left to right. • Column 24 is always blank; therefor e, only 23 columns can be defined.
Section 7: Downloading Char acters and F onts 118 When NLQ II font data is downloaded, it is compressed. By filling in-between adjacent horizontal dots, character compression by the printer is more efficient. When you want to print the ’©’ symbol: • Send ESC I x07 to the printer to select the download characters in NLQ II mode.
119 Section 7: Downloading Char acters and F onts To replace the ampersand (’&’) symbol, use the following example to download and print the copyright © symbol.
Section 7: Downloading Char acters and F onts 120 249x Printers Designing and Downloading Characters The text that follows shows you how to design and download characters for the 249x printers. The definitions use binary and hexadecimal notation. The examples are in the program format shown on page 16.
121 Section 7: Downloading Char acters and F onts on. For Letter Quality fonts, the font descriptor byte also identifies the pitch of the font. If multiple lookup tables have the same combinations of pitch and quality, only the first one is accessible.
Section 7: Downloading Char acters and F onts 122 10 cpi LQ 36 dots 12 cpi LQ 30 dots 10 cpi ELQ 36 dots 12 cpi ELQ 30 dots Proportional characters in the 249x are based on a 7-unit width system where 1 unit is equal to 1/60 inch. Because 1 dot-column equals 1/360 inch, 1 unit is equal to 6 dot-columns.
123 Section 7: Downloading Char acters and F onts Count Count is the number of bytes of data being downloaded starting with the font ID byte. The count is a 2-byte value downloaded as the low byte followed by the high byte. Font ID Byte The font ID byte is a 1-byte number that identifies the font.
Section 7: Downloading Char acters and F onts 124 The Lookup Table • ASCII character 255, xFF , cannot be defined. It is a mandatory space and is the same size as ASCII character 32, x20. • ASCII Character 0, x00, is the zero slash. Any character downloaded to 0, x00 r eplaces the zero.
125 Section 7: Downloading Char acters and F onts Note: The lookup tables copied using the ESC = 0 0 command point to the res- ident fonts with the current code page. After receiving an ESC = 0 0 com- mand, the download area appears empty. Any valid download com- mand activates the download access.
Section 7: Downloading Char acters and F onts 126 This example shows the design for the ampersand character (ASCII 38) from the All Characters chart. This character design does not have any occurrences where extra dots can be added, resulting in a column being identical to its predecessor.
127 Section 7: Downloading Char acters and F onts Creating the Character Data Each dot column is sent to the printer as three bytes of data. To get the values of this data, convert the binary values to hexadecimal values. The ampersand figure shows the hexadecimal value for each byte in each column of the character.
Section 7: Downloading Char acters and F onts 128 Downloading the Character Data You can start the character data at any unused memory address greater than xA413.
129 Section 7: Downloading Char acters and F onts Creating the Lookup Table Data Before creating lookup table data, note the following memory addresses: • The valid download address range for the 249x is x800C to xFFFF .
Section 7: Downloading Char acters and F onts 130 Printing the Character To print the ampersand symbol, send the following command sequence: Designing Monospaced Draft Characters When designing monospaced draft characters, design the character for 10 cpi output and use as many dot-columns as possible.
131 Section 7: Downloading Char acters and F onts This example shows the design for the two-sixteenth note character (ASCII 14) from the All Characters Chart. Because the design of this character does not contain any consecutive columns that are identical, no compression can take place.
Section 7: Downloading Char acters and F onts 132 Creating the Character Data Each dot-column is sent to the printer as three bytes of data. To get the values of this data, convert the binary values to hexadecimal values. The two-sixteenth character shows the hexadecimal value for each byte in each column of the character.
133 Section 7: Downloading Char acters and F onts Downloading the Character Data You can start the character data at any unused memory address greater than xA413. This example uses xB000. Creating the Lookup Table Data Before creating lookup table data, make note of the following memory addresses.
Section 7: Downloading Char acters and F onts 134 Example: Replace ASCII character 173 (inverted exclamation point) with the two- sixteenth note. There are 9 bytes per entry, and entry 0 of the draft table starts at x8011.
135 Section 7: Downloading Char acters and F onts Printing the Character To print the two-sixteenth note character at 12 cpi download draft, send the following sequence: Designing Proportionally Spaced Characters Proportional characters in the 249x are based on a 7-unit width system described in “Design Considerations” on page 121.
Section 7: Downloading Char acters and F onts 136 The following grid shows a 7 unit trademark symbol. Only 41 columns are shown because column 42 must be blank. Solid dots indicate downloaded and printed dots. Hollow dots indicate consecutive dots that may be added back to the design to take advantage of the compression algorithm.
137 Section 7: Downloading Char acters and F onts Creating the Character Data Each dot-column is sent to the printer as three bytes of data. To get the values of this data, convert the binary values to hexadecimal values. The figure shows the hexadecimal value for each byte in each column of the character.
Section 7: Downloading Char acters and F onts 138 Downloading the Character Data You can start the character data at any unused memory address greater than xA413.
139 Section 7: Downloading Char acters and F onts Creating the Lookup Table Data Before downloading lookup table data or character data, make note of the fol- lowing memory addresses. • The valid download address range for the 249x is x800C to xFFFF .
Section 7: Downloading Char acters and F onts 140 Printing the Character To print the trademark character, send the following sequence: <x 1B49 - ESC, I - select print mode 07 - Letter Quality, pro.
141 Section 7: Downloading Char acters and F onts Designing Enhanced Letter Quality Characters When designing monospaced Enhanced Letter Quality characters, you can use horizontal consecutive dots. To design a character, start with a 35 dot wide by 24 dot high grid.
Section 7: Downloading Char acters and F onts 142 Creating the Character Data Each dot-column is sent to the printer as three bytes of data. To get the value for the first byte of data, convert the binary values of the bottom eight print wires to hexadecimal.
143 Section 7: Downloading Char acters and F onts Downloading the Character Data You can start the character data at any unused memory address greater than xA413.
Section 7: Downloading Char acters and F onts 144 Downloading the Font Descriptor Byte Send the following descriptor byte information to the printer: For more information about the Font Descriptor Byte, see page 121. Creating the Lookup Table Data Before creating lookup table data, make note of the following memory addresses.
145 Section 7: Downloading Char acters and F onts Downloading the Lookup Table Data Send the following lookup table information to the printer: Printing the Character To print the character at 10 cpi .
Section 7: Downloading Char acters and F onts 146.
Section Section 8: Barcodes 147 8 Bar codes This section describes how to use your printer to generate barcodes. Barcode Function You can print barcodes on your printer in both IBM and Epson emulation modes.
Section 8: Barcodes 148 UPC-A and EAN-13 barcodes use a flag character for number system encoding and country code. Your printer provides the capability of printing the human readable form of this flag character either in the vertical center along the left side of the barcode, or under the barcode with the other human readable characters.
149 Section 8: Barcodes k is the barcode type. m is the module width. Module is a term defining the smallest unit of measurement within a barcode. The module width, m , is used to determine both bar and space widths. B is a space module. A is a bar module.
Section 8: Barcodes 150 An example of Code 39, with m = 0 and m = 1, follows: m = 0 (the human readable character is printed) m = 1 (the human readable character is not printed) s is the space width adjustment factor . This parameter affects only space modules.
151 Section 8: Barcodes v1, v2 define the bar height. Use the following steps to calculate the values of v1 and v2 : 1 Determine the approximate desir e d height (in inches) of the bar . 2 Let V = 2160 x (height in inches). Round V to the nearest whole number .
Section 8: Barcodes 152 b1: human readable character 0: Prints human readable character . 1: Does not print human readable character . b2: flag character position (for EAN-13 and UPC-A only) 0: Center 1: Under b3-b7: Not used An example of deriving the c parameter follows: 1 Check digit is to be printed by the printer .
153 Section 8: Barcodes Data is the actual data to be transferred into the barcode symbology . The data for the barcode data transfer command is a string of ASCII characters immediately following the n1, n2 count bytes.
Section 8: Barcodes 154 The European Article Numbering (EAN) barcode is the European version of the all-numeric, fixed length UPC symbology. k value: 178, xB2 m value: 0 to 4, x00 to x04 s value: -3 t.
155 Section 8: Barcodes Examples: V alid EAN-13 command: Since the b0 bit of the c parameter has a value of 0 (check digit by host/ software), there must be 13 data characters ( x0D ) specified in the Data Transfer Command .
Section 8: Barcodes 156 Invalid EAN-13 command: Since the b0 bit of the c parameter has a value of 01 (check digit by printer), there must be 12 data characters ( x0C ), not 13 ( x0D ), specified in the Data Transfer.
157 Section 8: Barcodes data character set: Examples: V alid EAN-8 command: Character Hex ’0’ x30 ’1’ x31 ’2’ x32 ’3’ x33 ’4’ x34 ’5’ x35 ’6’ x36 ’7’ x37 ’8’ x38 .
Section 8: Barcodes 158 Since the b0 bit of the c parameter has a value of 01 (check digit by printer), there must be 7 data characters ( x07 ) specified in the Data Transfer Command. Invalid EAN-8 command: The letter ’C ’ is not a valid data character for EAN-8; the numbers ’0’-’9’ are the only valid characters.
159 Section 8: Barcodes CODE 39 This barcode symbology uses both alphabetic and numeric characters. The printer will add a start/stop character, ’ * ’, to the barcode and human readable character automatically.
Section 8: Barcodes 160 data character set: Character Hex Character He x ’0’ x30 ’M’ x4D ’1’ x31 ’N’ x4E ’2’ x32 ’O’ x4F ’3’ x33 ’P’ x50 ’4’ x34 ’Q’ x51 ’5’.
161 Section 8: Barcodes Examples: V alid Code 39 command: <x 1B5B66 - barcode setup command prefix 0600 - setup data length (low byte first) - x0006, 6 B4 - barcode type = Code 39 04 - module width = 4 = 0.038 inches on 248x, 0.026 inches on 249x 03 - space width adjustment = 3 = 0.
Section 8: Barcodes 162 Invalid Code 39 command: The lowercase ’a ’ is not a valid data character for Code 39. <x 1B5B66 - barcode setup command prefix 0600 - setup data length (low byte first).
163 Section 8: Barcodes INTERLEA VED 2of5 Interleaved 2of5 is used to express all-numeric messages. Two bytes of data are encoded to form one barcode character. If the check digit generation flag is on (b0 = 1), the printer will add a ’0’ to the data string automatically.
Section 8: Barcodes 164 data character set: Examples: V alid Interleaved 2of5 command: Since the b0 bit of the c parameter has a value of 01 (check digit by printer), note the 0 character added to the barcode above.
165 Section 8: Barcodes Invalid Interleaved 2of5 command: Four characters are specified in the Data Transfer Command. The first three characters, "058 ", are in the character set for Interleaved 2of5. The fourth character,’ $ ’, is not valid for Interleaved 2of5.
Section 8: Barcodes 166 data character set: V alid UPC-A command: Character Hex ’0’ x30 ’1’ x31 ’2’ x32 ’3’ x33 ’4’ x34 ’5’ x35 ’6’ x36 ’7’ x37 ’8’ x38 ’9’ x39 .
167 Section 8: Barcodes Since the b0 bit of the c parameter has a value of 01 (check digit by printer), there must be 11 data characters ( x0B ) specified in the Data Transfer Command.
Section 8: Barcodes 168 POSTNET This all-numeric symbology is used to express U.S. Postal Service ZIP codes. k value: 185, xB9 m value: 0 to 4, x00 to x04 s value: ignor ed minimum v1, v2 values: ignored; POSTNET uses two dif ferent bar lengths only: a long bar and a short bar .
169 Section 8: Barcodes Examples: V alid POSTNET command: <x 1B5B66 - barcode setup command prefix 0600 - setup data length (low byte first) - x0006, 6 B9 - barcode type = POSTNET 00 - module width.
Section 8: Barcodes 170 Since the v1, v2 values for the bar length are ignored for POSTNET, 00 00 is an acceptable bar length specification . Invalid POSTNET command: The ’- ’ (dash) is an invalid character for POSTNET.
171 Section 8: Barcodes Code 128 Code 128 is a flexible symbology that uses numeric and certain alphabetic and symbolic characters. It provides three separate character sets and a method of shifting between character sets within the same barcode. The first byte of the data string defines the character set.
Section 8: Barcodes 172 data character sets: The character and corresponding hex code for each of these character sets are shown on the following pages.
173 Section 8: Barcodes data character set A : Character Hex Code Character Hex Code Character Hex Code Character Hex Code NUL x00 Space x20 ’@’ x40 FNC 3 x60 OH x01 ’!’ x21 ’A’ x41 FNC 2 .
Section 8: Barcodes 174 data character set B : Character Hex Code Character Hex Code Character Hex Code Character Hex Code Space x20 ’@’ x40 x60 ’!’ x21 ’A’ x41 ’a’ x61 ’ ” ’ x22.
175 Section 8: Barcodes data character set C : Character Hex Code Character Hex Code Character Hex Code Character Hex Code ’00’ x3030 ’32’ x3332 ’64’ x3634 ’96’ x3936 ’01’ x3031 .
Section 8: Barcodes 176 V alid Code 128 command: <x 1B5B66 - barcode setup command prefix 0600 - setup data length (low byte first) - x0006, 6 BA - barcode type = Code 128 00 - module width = default 00 - space width adjustment = default 0404 - height (low byte first) - x0404 = 0.
177 Section 8: Barcodes Invalid Code 128 command: The first byte of the data string defines the character set and must be either ’A’, ’B’ or ’C’.
Section 8: Barcodes 178 V alid Code 128 command using multiple character sets: <x 1B5B66 - barcode setup command prefix 0600 - setup data length (low byte first) - x0006, 6 BA - barcode type = Code 128 00 - module width = default 00 - space width adjustment = default 0404 - height (low byte first) - x0404 = 0.
179 Section 8: Barcodes Notes For Barcode Printing • Bar code printing is always performed unidirectionally (left-to-right). • The desir ed barcode will not print if the barcode print area exceeds the right mar gin of the printer .
Section 8: Barcodes 180 • The desired bar code may not print if invalid characters ar e specified in the data transfer command. Example: Since the desired bar code is POSTNET ( B9 ), the letter ’a’ is not a valid character . The numbers ’0’-’9’ are the only valid characters for POSTNET .
181 Section 8: Barcodes • The desired bar code may not print if the number of characters specified by n1 , n2 does not match the r equired number for the desir ed barcode type. Example: The desir ed barcode type is EAN-13 (B2 ). The check digit is generated by the host/softwar e (b0=0).
Section 8: Barcodes 182 • When the m parameter is set to 1 ( m = 1), the printer does not print the human readable character . Example: Although the c parameter has a value of x00 , which tells the printer to print the human readable characte r, the m parameter has a value of x01 , which causes the b1 bit value of the c parameter to be ignore d.
183 Section 8: Barcodes • Completing the barcode setup and data transfer commands is not enough to print the desired ba rcode. Before the barcode can be printed, the printer must receive suf f icient vertical movement commands (line feed, vertical tab, form feed, etc.
Section 8: Barcodes 184 Example: • Bar code data and other print data (for example, text data) are contr olled independently . It is necessary to pr ovide suf ficient horizontal space for the barcod.
185 Section 8: Barcodes In this example, suf ficient horizontal space is inserted to eliminate overlap: Example : <x1B5B66 0600 B4 00 00 3804 00> Barcode Print Sample: <x1B5B70 0300> 395 T.
Section 8: Barcodes 186.
Section Section 9: Code P ages 187 9 Code P a g es Your printer supports code pages 437, 437G, 813, 850, 851, 853T, 857, 858, 860, 861, 863, 865, 869, 920, 1004, and 1053. Additional code pages are available for designated countries. Code page 437 (U.
Section 9: Code P ages 188 Code Page 437.
189 Section 9: Code P ages Code Page 437G.
Section 9: Code P ages 190 Code Page 813.
191 Section 9: Code P ages Code Page 850.
Section 9: Code P ages 192 Code Page 851.
193 Section 9: Code P ages Code Page 853T.
Section 9: Code P ages 194 Code Page 857.
195 Section 9: Code P ages Code Page 858.
Section 9: Code P ages 196 Code Page 860.
197 Section 9: Code P ages Code Page 861.
Section 9: Code P ages 198 Code Page 863.
199 Section 9: Code P ages Code Page 865.
Section 9: Code P ages 200 Code Page 869.
201 Section 9: Code P ages Code Page 920.
Section 9: Code P ages 202 Code Page 1004.
203 Section 9: Code P ages Code Page 1053.
Section 9: Code P ages 204 Printing a Code Page To print all 256 characters of a code page, use one of the following commands with the program that follows. Replace the first line of the program with the appropriate command for the code page you want to print.
205 Section 9: Code P ages 9x <x1B5C 2000 9020912092209320 9420952096209720 982099209A209B20 9C209D209E209F20> Ax <x1B5C 2000 A020A120A220A320 A420A520A620A720 A820A920AA20AB20 AC20AD20AE20AF.
Section 9: Code P ages 206 Set Font Global, ESC [I You can vary the font and pitch type style within a file with this command. It can also be used to change the code page. ESC [I changes the font, pitch, and code page. It uses the following best-fit algorithm: 1 Requested font, pitch, and code page.
207 Section 9: Code P ages 248x Font Global IDs (FGIDs) Decimal, Hex and Byte Decimal Pitch Font Style Decimal (Hf times 256 plus Lf) Hex (Hf Lf) Byte Decimal (Hf, Lf) Courier 5 (Double Wide) Nor mal 244/246 x00F4/x00F6 00,244/00,246 Emphasized 245 x00F5 00,245 Italic Emph.
Section 9: Code P ages 208 Courier (cont.) PS Nor mal 171 x00AB 00,171 Emphasized 184 x00B8 00,184 Italic 172 x00A C 00,172 Emph./Italic 185 x00B9 00,185 Gothic 5 (Double Wide) Normal 241 x00F1 00,241.
209 Section 9: Code P ages 249x Font Global IDs (FGIDs) Decimal, Hex and Byte Decimal Pitch Font Style Decimal (Hf times 256 plus Lf) Hex (Hf Lf) Byte Decimal (Hf, Lf) Courier 5 (Double Wide) Nor mal 244/246 x00F4/x00F6 00,244/00,246 Emphasized 245 x00F5 00,245 Italic Emph.
Section 9: Code P ages 210 Courier (cont.) 24 Nor mal 286 x011E 01, 30 Emphasized Italic Emph./Italic PS Nor mal 171 x00AB 00,171 Emphasized 184 x00B8 00,184 Italic 172 x00A C 00,172 Emph.
211 Section 9: Code P ages Prestige (cont.) 24 Nor mal 287 x011F 01, 31 Emphasized Italic PS Nor mal 420 x01A4 01,164 Emphasized Italic Gothic 5 (Double Wide) Normal 241 x00F1 00,241 Emphasized 242 x00F2 00,242 Italic Emph./DS X00F3 00,243 10 Normal 36 x0024 00,36 Emphasized Italic Emph.
Section 9: Code P ages 212 sizehigh (Hs): The binary number that is the more significant byte of the 2-byte font size. sizelow (Ls): The binary number that is the less significant byte of the 2-byte font size. Hs and Ls represent a 2-byte, unsigned integer parameter that specifies the font width in units of 1/1440 inches.
213 Section 9: Code P ages Set Print Quality, ESC [d This command sets the print quality for draft or letter quality print: • 1 and 0 (decimal) and 01 and 00 (hexadecimal) ar e constants.
Section 9: Code P ages 214 Example Select Fast Draft: Interaction of Set Font Global and Set Print Quality Every font has an LQ version and a Draft version. Set Font Global changes the font and pitch within the current quality. Set Print Quality changes the quality within the current font and pitch.
215 Section 9: Code P ages Character Sets 1 and 2 The printer’s interpretation of code pages is based on whether character set 1 or character set 2 is selected. Character set 1 is the factory default character set and is printed if you do not specify otherwise.
Section 9: Code P ages 216 Character Set 1.
217 Section 9: Code P ages Character Set 2.
Section 9: Code P ages 218.
Glossary 219 Glossar y A APA . All points addressable. B bidirectional . Printing in either direction, right-to-left or left-to-right. buffer storage . A temporary storage area for holding input or output data. byte . The representation of a character.
Glossary 220 L lines-per-inch (lpi) . The number of lines of text or graphics that can be printed in 1 vertical inch. LPI is the movement of the line advance, not the size of the character being printed. If you set 6 LPI, one line is 1/6-inch; 8 LPI is 1/8-inch .
Index 221 Numerics 248x Printers downloading characters 109 249x Printers downloading characters 120 9-pin compatible serial port 99 A auto sheet feeder, option 10 B barcode bar height 151 data transf.
Index 222 249x Printers enhanced letter quality 141 monospaced draft 130 monospaced fast draft 125 proportional 135 diagnostics power-on 17 printer test 18 DOS serial computer configurations 10 3 down.
Index 223 selecting a character set 33 set top of form and page length 59 structure 29 vertical tabulation 56 interfaces parallel 91–95 serial 96–?? Interleaved 2of5 barcode 163 L line control, IB.
Index 224 protocol timing RS-232C (DTR) 102 R ribbon specifications 17 RS-232C serial adapter see serial adapter S select code page, IBM emulation mode 33 select global font, IBM emulation mode 36 sel.
Reader’ s Comment Fo r m IBM 248x/249x T echnical Reference Manual Part Number: 11A3098 October , 2000 Y ou may use this form to communicate your comments about this publication, with the under - st.
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www.lexmark.com Le xmark and Lexmark with diamond design are tradem arks of Lexmark Int ernational, Inc., registered in the United States and/or other countries.
Un punto importante, dopo l’acquisto del dispositivo (o anche prima di acquisto) è quello di leggere il manuale. Dobbiamo farlo per diversi motivi semplici:
Se non hai ancora comprato il Lexmark 248X è un buon momento per familiarizzare con i dati di base del prodotto. Prime consultare le pagine iniziali del manuale d’uso, che si trova al di sopra. Dovresti trovare lì i dati tecnici più importanti del Lexmark 248X - in questo modo è possibile verificare se l’apparecchio soddisfa le tue esigenze. Esplorando le pagine segenti del manuali d’uso Lexmark 248X imparerai tutte le caratteristiche del prodotto e le informazioni sul suo funzionamento. Le informazioni sul Lexmark 248X ti aiuteranno sicuramente a prendere una decisione relativa all’acquisto.
In una situazione in cui hai già il Lexmark 248X, ma non hai ancora letto il manuale d’uso, dovresti farlo per le ragioni sopra descritte. Saprai quindi se hai correttamente usato le funzioni disponibili, e se hai commesso errori che possono ridurre la durata di vita del Lexmark 248X.
Tuttavia, uno dei ruoli più importanti per l’utente svolti dal manuale d’uso è quello di aiutare a risolvere i problemi con il Lexmark 248X. Quasi sempre, ci troverai Troubleshooting, cioè i guasti più frequenti e malfunzionamenti del dispositivo Lexmark 248X insieme con le istruzioni su come risolverli. Anche se non si riesci a risolvere il problema, il manuale d’uso ti mostrerà il percorso di ulteriori procedimenti – il contatto con il centro servizio clienti o il servizio più vicino.
