MTP-2283 Modular Thermal Printer User Manual
Contents
1. 35 Figure 17 Code Page 860 Print 36 Figure 18 Code Page 863 Print sample 36 Figure 19 Code Page 865 Print 37 Figure 20 WPC 1252 Salm DIO En as m ety qasa 37 Figure 21 Gode Page 658 Prnt Sample Rai expo Sea uva oe uqa 38 Figure 22 International Character 39 Figure 23 MTP 2283 Drawing Bottom nennen nnn nnns 40 Figure 24 MTP 2283 Drawing Side 1 4 000 41 Figure 25 MTP 2283 Drawing Side 2 41 6 of 42 List of Tables Table 1 Current A for Printer 8 Table 2 Curent for 8 Table 3 DIP Switch 1 DSW1 SettingS e Deka 15 Table 4 DIP Switch 2 DSW2 16 Table 5 Configuration Strap 5 nnn 17 Table 6 Printer s response to a STATUS REQUEST 24 Table 7 Serial RS 232C Interface 52. 29 Table 8 Serial RS 232C Interface Pin 29 Table 9 Parallel Interface Pin Assignments IEEE 1284 Nomenclature 31 Table 10 Alternate Parallel Interface Pin 32 Table 11 General 33 Table 12 Error Detection 34 1 2283 modular thermal printer is designed specifically for the high performance size durability requirements of cut and drop or cut and present with optional Document Presenter applications The size and high performance characteristics coupled with its rugged design also make it ideal for the kiosk environment It prints up to 216 mm 8 5 in paper width 1 1 Applications Financial statements Bridal gift registers Maps and instructions Product information 1 2 Standard Features Direct thermal printing Interfaces Serial and parallel Auto cutter Printer with auto cutter is standard All metal construction Adjustable paper low sensor Paper auto load function ESC POS 1 The commands conform to ESC POS which is a standard in the distribution industry Print speed of up to 50 mm sec 2 in sec 600 dot lines second LEDs visible and DIP switches accessible through bottom panel Continuous roll paper with Paper capacity 200 mm 8 in diameter roll
3. 33 EPISONLSIZG zn poetica toon Mu 18 Error Detection Functions 34 35 EXDOCted a edes 7 33 Feed to Top of 21 FLASH MOM Olin esta saec gu 7 18 19 General 34 m 29 Hardware protocol 30 Head 33 Head UB m mnn 34 Hosiden 8 9 Page 40of 42 ARITON melt 21 22 2 6 15 29 31 33 International character set 6 20 R apun E 6 Line feed seti e ad i etait aine 19 20 33 Load scietis n edens 10 LOGIC a 29 31 32 Maximum printing 33 Mechanism specifications 33 Microsoft Windows driver 7 MTP 2283 Dimensional Drawing 40 41 MTP 2283 Self Test Printout 14 Number of columns 33 Operating humidity 7 33 Operating temperature 7 33 am ua uu 7 PAGE
4. 22 oet Bar code width magnification 22 Set Bit Image mode 20 Set horizontal Print Position 22 Set Horizontal Tab teta 20 Set left suos 21 oet page length 20 22 Ser PHDUIIOGBS iater ait 20 25 oet Right Margin 22 SOL 22 Start of Document for WINDOWS 22 Status commands 24 Storage humiditly 33 Storage temperature 7 33 System 647 18 Thermal 9 Page 41of 42 Unpacking and inspecting 10 e 6 6 User selected data string 19 8 2 9 Weight 7 26 and XOFF 30 26 603 750 7237 Fax 603 742 9938 Website www telpar com E mail info tel
5. OM N H OM H LEG Errar Tedicators Power On la rrars Fr ae Can Nar Englare Ea r pain Jin pu ri 2 Spaim Character Table Tabla E ss Tank Latte ABaricm E Ea r E m F Beth and are off Paper Out Repeating partern af iu Dl a SIT Hami Repeating paeEte n ats n On On OfT On ort OTT Cutter Fapeating patiar of DES in On DES bn att Delivary Jam Sepeating pattar DEZ On Gn T Gn On DES Gn efi Um Abart Printing Eaepeating pattarr of Gn Gn On DEB Ga Pausa Pause Fausa Farce Tam rums Es I p OFF Page 15 of 42 5 c s ITF mith uam 5 codes uithost the chacmb J Conc ee hae CODE 348 ef Tesi 51735 Eytan Part 2
6. 2283 Modular Thermal Printer User Manual ELPA Your Printer Solutions Company TELPAR A Platinum Equity COMPANY 187 Crosby Road Dover New Hampshire 03820 Toll Free 800 872 4886 from the U S A and Canada only 603 750 7237 Fax 603 742 9938 Website www telpar com E mail info telpar com 1 of 42 Warranty TELPAR Printer Limited Warranty For one 1 year after shipment of the printer product to Buyer Telpar warrants the product against defects in materials and workmanship provided the product has been operated and maintained in accordance with manufacturer s operating and maintenance specifications This warranty specifically excludes ribbons paper and other consumable items THIS WARRANTY 1 IN LIEU OF ANY AND ALL OTHER WARRANTIES EXPRESSED IMPLIED TELPAR MAKES NO OTHER WARRANTY AND BUYER SPECIFICALLY WAIVES ANY OTHER WARRANTIES INCLUDING WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE THERE ARE NO WARRANTIES THAT EXTEND BEYOND THOSE DESCRIBED HEREIN Telpar s liability hereunder is limited to the repair or replacement of defective parts This liability does not extend to normal wear and tear Telpar will solely at its option remedy all valid warranty claims either by a Repairing or replacing the defective unit at Telpar s factory or b Repairing or replacing the defective subassembly at Telpar s factory If so directed by Telpar Buyer shall return the defec
7. 0 disables all STATUS ransmissions in IEEE 1284 Page 25 of 42 Enable Disable Start of US b 1F 62 Document for WINDOWS End of US e 1F 65 Document for WINDOWS Set horizontal US x nH 1F 78 nH Print Position nL nL Name Command Command ASCII hex oet Relative US y nH 79 nH Vertical move nL nL Set Horizontal US A 1F 41 Print Position ABSOLUTE Set Horizontal R 1F 52 Print Position RELATIVE parallel mode Low order nibble of n 1 thru F enables STATUS transmission Default is disabled See Section 4 2 2 1 STATUS commands Begin document used only by Telpar s Windows drivers See oection 4 2 2 4 Telpar s indows Commands End document used only by Telpar s Windows drivers See oection 4 2 2 4 Telpar s indows Commands The horizontal print position is set to 256 nH nL 8 dots rom the left margin See oection 4 2 2 5 Bit Image BI Graphics Mode Description Causes paper to feed 256 nH nL dot lines See Section 4 2 2 5 Bit Image Graphics Mode Commands Sets the x move function see US x nH nL to be a move relative to the left margin See US R oets the x move function see US x nH nL to be a move relative to the current position Default setting See US A Page 26 of 42 4 2 2 Descriptions of Commands 4 2 2 1 STATUS commands All transmission of status in IEEE 1284 mode is disabled at power on Status transmission must be enabled by the US S n comma
8. 1F 53 n side of the print head Default maximum dot count for the printer mechanism minus 1 The value being set must be equal to or greater than the left margin plus 80 dots If the margin is set to any invalid value this command is ignore Range Left Margin 80 to rightmost dot NOT IMPLEMENTED The controller selects a font and size to best fit under the bar code being printed Set the bar code height in dots Default 64 Range 1 to 255 dec Selects the bar code type and prints See Section 4 2 2 6 Print Bar Code Command Set the width of the bars used to print bar codes The width of a narrow bar is set to n Range 1 to 8 dec Default 3 A setting of n 1 prints a bar code so small it is possibly not readable 256 nH nL defines how many bytes of bit image data ill follow See Section 4 2 2 5 Bit Image Graphics Mode oets the page length to 256 nH nL dot lines Default is 11 inches Overwrites the page length set by ESC C Bit of n 0 sets the mode to RETRACT an untaken ticket out the front of the printer Bit of n 1 sets the mode to EJECT an untaken ticket back into the printer See DIP SWITCH 2 position 2 for the default If a document is cut and presented but not removed and another document is sent o the printer the first document will not be purged either Ejected or Retracted until n seconds after the first document is presented Default is 5 second Low order nibble of n
9. 3 Part 5 Bottom of Self Test Figure 10 MTP 2283 Self Test Printout 4 Interface Specifications 4 1 General The MTP 2283 may be configured to be a Serial RS 232 interface or an IEEE 1284 Parallel interface by DIP switch settings Page 16 of 42 4 1 1 Setting of DIP Switches 4 1 1 1 DSW1 DIP Switch DIP Switch 1 DSW1 Settings Item Bit No Setup status Setup state Factory Bit1 Bit2 Baud Rate settings Serial interface 1 23 OFF OFF OFF 2400 19200 communication baud rate ON OFF OFF 4800 setting OFF OFF 9600 ON ON OFF 14 4K OFF OFF ON 19 2K ON OFF ON 28 8K OFF ON ON 31 2K ON ON ON 38 4K Parity selection 4 OFF Even Even ON Odd Parity use 5 OFF No parity No parity ON Parity Number of data bits 6 OFF 8 8 ON 7 Serial handshake 7 OFF XON XOF DTR ON DTR Interface 8 OFF Serial Parallel ON Parallel Selection Table 3 DIP Switch 1 DSW1 Settings Paper Low Connectors DSW2 Dip Switch 1 DSW2 Switch 2 Figure 11 2283 Dip Switches on bottom of printer 17 of 42 4 1 1 2 DSW2 DIP Switch 2 DIP Switch 2 DSW2 Settings Item Bit No Setup Status Setup State Factory settings Top of Form 1 OFF Disabled Disabled sensor ON 0 Purge setting 2 OFF Retract Retract ON Eject 3 4 5 Intl Char Code Page USA 6 ew USA CP437 CP437 ON OFF OFF OFF France 858 OFF ON OFF OFF Germany CP858 ON OFF OFF England C
10. 87 47hex 87 34 B B 34 188 18 x 88 35 35 189 M9hex 89 36 D D 36 190 MAhex Z 90 37 E E 37 91 4Bhex 91 38 F F 38 92 MChex 92 39 39 93 93 40 H H 40 94 94 Page 30 of 42 41 41 95 1 Fhex DEL 95 96 FNC3 FNC3 96 97 FNC2 FNC2 97 i m 98 SHIFT SHIFT 45 45 99 99 46 46 100 CodeB FNC4 CodeB 47 47 1 01 4 CodeA CodeA 48 102 FNC1 FNC1 FNC1 c UO Z lt ALS AS c cO C 2 51 51 52 52 53 U 53 Code128 Start Characters Value used to calculate checksum Data sent represents 103 A Start character CodeA 104 Start character CodeB 105 Start character Code128 Stop Character 106 Stop character Code128 other two character data sequences Note Since is used as a sequence header to specify special characters must be sent as data to actually print in the bar code Data sent represents Data sent represents 1 1 Shift 2 2 3 4 FNC4 43 Serial RS 232C Interface 4 3 1 Location of Serial RS 232C Connector Serial RS 232C Connector DE9S 9 pin Figure 12 Picture of MTP 2283 Serial RS 232C Connector 4 3 2 Serial RS 232C Interface Specification Serial RS 232C Interface Specification Specification Data receive speed Baud rate selec
11. Figure 2 3 Pin Hosiden Power Supply Connector with pin outs 8 Figure Molex Power Supply Connector 9 Figure 4 4 Molex Power Supply Connector with 9 Figure 5 MI P 2283 Paper loading Figure 6 2283 Paper loading 10 Figure 7 MTP 2283 Cutter Release Latch 11 Figure 8 MI P 2283 Printhead Release Latches 11 Figure 9 MTP 2283 Top view with Cutter and Print Mechanism 11 Figure 10 MTP 2283 Self Test Printout secciones Ere ae eda pe 14 Figure 11 MTP 2283 Dip Switches on bottom 15 Figure 12 Picture of MTP 2283 Serial RS 232C 29 Figure T3 Seral Connector uQ u uu iy ida Lado Finde tae Eg Sue 29 Figure 14 Picture of Centronics Parallel Interface IEEE 1284 31 Figure 15 Gode Page 950 PHI ux UH odor 35 Figure 16 Code Page 437 Print sample
12. Gutter Size BITE Bytes Breien Size 2144 Bytes Sy atuak Heap fytit Siza 1048576 Bytes Print Intarait y Anjuat 81 E Print Carian Print Mer TH P igeration Settings kiy SES ie Suirtzh 1 eO OFF a Parallel On Sarta OFF UTA CTE OMHZESFF OFF 8 Data Bite 408 OFF 5 Parity 4 Gg H 5 Even Fate Selget z Select Kata Balactios 341 Haud Rate DFF OFF 2430 OF OFF OFF BD DFF DM 14 DFF 13 2 of TE Page 14 of 42 BG RE Bamer var Dn te Tio In tarnatLosal Purge Eject Char as Ther Ghar ter 1 CtaracTac IF F 5 Set Saleactad UEBER EMG EE OFF DEF FF OFF F FF fF F GFF S DW OFF OFF OFF oW iF DFF QFF ON OFF QFF DFF G CH OFF OFF OFF OFF CA OM OFF in OFF
13. MEMON Muda sd 7 Paper capacity 6 EET P 10 Paper loading 10 Paper LOW 6 17 Paper out Mark detect 10 33 34 Paper thickness 7 33 Paper wid h 6 33 Parallel Connector 31 32 Peak Current 8 Power Supply 33 Presenter Deliver system 7 17 Print speed 6 Printer mechanism 10 Printer 20 25 s sm n mu uuu S Su 33 urge 16 Real Time Status 19 24 2 er 7 6 10 Select character 12 21 oelect CODE PAGE o boe 21 Select International character set 20 Select paper 21 Selr test Iode eet eina eie us 12 Serial RS 232C Interface Specification 29 30 Serial 29 set Bar code height
14. Page 11 of 42 Figure 8 2283 Printhead Release Latches 4 Figure 9 2283 view with Cutter Print open 3 Installation 3 1 Self Test Mode also Burn in and Hex Dump modes The MTP 2283 has a self test mode that will print and cut a sample document All electrical and mechanical portions of the printer are exercised and checked by this action except for the serial interface or parallel interface components 3 1 1 SelfTest To place the unit into self test mode turn power switch off press and hold the FEED push button switch and place the POWER switch in the ON position then release the paper feed switch See Figure 10 MTP 2283 Self Test Printout for an example of the self test printout The self test printout also shows pertinent information pertaining to operation of the printer 3 1 2 Factory Burn in Test If the paper feed button is held for 4 seconds after power is turned on the printer will enter the Factory Burn In Mode A hundred shorter sheets approximately 6 will be printed If a sheet is removed during the test the test will stop 3 1 3 Hex Dump printing mode If the paper feed button is held for 8 12 seconds after power is turned on the printer will enter the Hex Dump Mode All codes received will be printed in HEX format rather than causing normal execution this may be useful for troubleshooting customer applications 3 1 4 Continuous Factory Burn in Test
15. to FLASH BR Boot up to ROM Unmarked lt 1 8 EPROM installed Unmarked lt 256 8 EPROM installed 256 gt 256x8K installed 1 1Mx8 EPROM installed Unmarked lt 512 8 EPROM installed 512K 512x8K EPROM installed 32 32Kx8 EPROM installed 32 128 32Kx8 RAM installed 512 512Kx8 RAM installed 128 128Kx8 EPROM installed ON Connect drive signal to LED2 and J10 pin 4 OFF LED3 and J10 pin 4 have no drive signal ON Connect drive signal to BUZZER and J10 pin 2 OFF BUZZER and J10 pin 2 have no drive signal Install ONLY if either JP6 or JP7 but not both are installed oee previous section Unmarked Install if JP9 is set to BF OF Install if JP9 is set to BR BBL Boot Block of optional FLASH is locked Unmarked CAUTION Boot block can be overwritten WP Optional FLASH is Write Protected Unmarked Optional FLASH can be overwritten Factory use only A20 AMbit 256Kx16 optional FLASH is installed Unmarked 512Kx16 optional FLASH is installed Factory use only Page 20 of 42 42 Control Codes and Control Sequences 4 2 1 General Usage Print Commands Name Tab Line feed Form Feed DLE Enable Auto Status Back Buffered STATUS request Real time STATUS request General Usage Print Commands Command Description Command ASCII HT LF FF DLE DLE n1 n2 DLE B DLE R 21 of 42 hex 09 OC 10 10 41 n n2 10 42 10 52 Move the print pos
16. with 1 5 38 mm diameter core Overall size including 200 mm 8 inch diameter roll of paper MTP 2283 243 7 mm H x 209 5 mm W x 400 mm D 9 59 in Hx 11 4 in W x 15 75 in D Page 7 of 42 International character sets U S A France Germany England Denmark 2 choices Sweden Italy Spain Norway Latin America Korea Barcode embedded symbologies UPC A UPC E EAN 13 8 3 of 9 ITF CODABAR and Code 128 Two resident font sizes Code pages 437 850 858 860 863 865 and WPC 1252 Bit image mode Reverse video mode Black mark sensing TOF mode Clam shell design for easy maintenance 1 3 Options for the MTP 2283 Series Microsoft Windows driver 2 Document Presenter P option FLASH memory 512 Kbytes F5 option PAGE memory RAM 1 Mbyte P1 option 1 4 Specifications Resolution 11 8 dots mm 300 dots in Paper thickness 0 06 mm to 0 10 mm maximum 0024 in to 0039 in Operating temperature 0 C to 50 C 32F to 122F Storage temperature 20 C to 60 C 4 F to 140 F Operating humidity 20 85 RH non condensing Weight Standard configuration without paper 6 8 kg 15 Ibs Expected life of mechanism 50 km minimum due to wear Expected life of cutter 500 000 cuts 1 5 Safety Agency Information Information Technology Equipment IEC 950 Product Safety UL 1950 60950 EMC CFR47 Part 15 EN55022 File Number 188263 Project OONK40431 1 66 Powe
17. AN TeSL DU XV CORE N 12 9 1 9 Hex DUMP PANUNG MOG eiui on cet o 12 3 1 4 Continuous Factory Burn lIn Test iiu i cde aw Fev eo 12 Seo IVE uero uui 13 4 interlace SpeciiicatlonS ein phu 15 tiny 15 3 42 4 1 1 Sening Ol DIP SWIG CS sie uuu k u 15 4 1 1 1 DOW DPS 15 15 4 1 1 2 16 4 1 1 3 JO COMIGUPATION TD 17 4 1 1 4 SI ID Belo qM RT t 18 4 2 Control Codes and Control 19 4 2 1 General Usage Print 19 422 JDescupliohs of Commands uu uuu a CU tornano t suku 24 4 2 2 1 STATUS colina Tm 24 4 2 2 2 Set Print OUS ec 24 4 2 2 3 Printer ROSO IM Ud tud s 25 4 2 2 4 Telpar s Windows COMMANGS n u I uu 25 4 2 2 5 Bit Image Bl Graphics Mode 26 4 2 2 6 Pa
18. CT O High level when printer is on 14 14 AFXT Not used 32 ERR O Low level when an error occurs 16 31 Low level system reset 17 36 SLCTIN Low level enables printer 18 Peripheral Logic High 18 thru 16 19 thru Logic ground 18 30 17 CGND Chassis ground Shell Shell CGND Chassis ground 15 33 34 n c No connection x 35 Table 10 Alternate Parallel Interface Pin Assignments 5 Specifications 5 1 Detailed Specifications Specifications MTP 2283 Printing method Thermal sensitive line dot method Dot Structure 2400 dots line Dot pitch horizontal 0 00333 inch 300 dot inch Dot density Dot pitch vertical 0 00333 inch 300 dot inch Line feed pitch Effective printing area 8 inches Paper width 8 5 inches Page 34 of 42 Paper thickness Cutting type Number of columns default Maximum printing speed Character composition dimensions W x H Number of characters per line Interface Power Supply For head For motor For cutter Expected Life Mechanism Cutter Environmental Operating temperature condition Operating humidity Storage temperature Storage humidity Detection Head temperature Paper out Mark detect Paper Table 11 General Specifications 0 0024 to 0 0039 inches Full cut only 80 columns line 30 x 50 dot font 600 dot line s 50 mm s 30 x 50 dots 2 54 x 4 23 mm 80 columns 18 x 38 dots 1 52 x 3 22 mm 133 columns IEEE 1284 Parallel and RS 232C Serial oee
19. ESC US video OFF Set Print ESC n mode Select Bit ESC m Image mode 1 n2 d1 Underline ESC n Set 1 0 line ESC 2 spacing Set Line feed 5 3 n pitch Printer reset ESC Set page ESC C n length Set Horizontal ESC D Command hex 1B 1E 1B 1F 1B 21 n 1B 2A m 1 n2 data 1B 2D n 1B 32 1B 33 n 1B 40 1B 43 n 1B 44 DLE U n1 2 10 55 n1 When DLE U 11 2 is n1 processed out of the receive buffer the printer will transmit DLE U 1 2 back to the host ESC 1B ESCAPE Sequence Header GS 1D GROUP SEPARATOR Sequence Header US 1F UNIT SEPARATOR Sequence Header Description Printing is reversed to white characters on black background Reverse video requires more power to print and is less readable Same as GS B 01 Printing is set to default mode of black print on white background See GS B 00 Set Print mode font A or B Double high Double wide see Section 4 2 2 2 Set Print Mode Select Bit Image mode m 2 2 256 n1 Number of DOT LINES of data to follow data the amount of data required to complete the sequence Telpar does not fully support this command Please refer to US command hich follows Bit 0 of n 0 turns underlining OFF Bit of n 1 turns underlining ON Default is OFF oet 1 6 inch line spacing Set line spacing to n dot lines If the n specified is less than the height to prin
20. IP switch setting Left and Right Margins are set to the defaults Reverse video is turned off Underline printing is turned off Bar code height is set to 64 Bar code magnification is set to 3 4 2 2 4 Telpar s Windows Commands Due to restrictions of the Windows operating system and to allow the use of device fonts for print speed enhancement the Begin Document US b and End Document US e commands were created for use by the Telpar Windows driver These two commands should not be sent to the printer by any other application program since unexpected results will occur Language Monitor Info Not available at publication date Page 28 of 42 4 2 2 5 Bit Image Graphics Mode Commands US nH nL data 1F 2A nH nL data 256 nH nL defines how many bytes of bit image data will follow The data is received sequentially with the first byte representing the first 8 dot positions at the top left side of the bit image with bit being to the left and bit 0 being to the right as printed XMOVE US x nH nL 1F 78 nH nL The horizontal print position is set to 256 nL 8 dots from the left margin If there is a lot of white space on the current dot line the XMOVE command can cause the print location pointer to be moved resulting in less data required to define a dot line of bit image data to be printed Anytime there is more than 4 bytes of white space 32 dots the XMOVE command will result in less data being sent to the pr
21. If the paper feed button is held for 12 seconds after power is turned on the printer will enter the CONTINUOUS Factory Burn In Mode that does not stop after 100 sheets are printed Page 12 of 42 3 1 5 2283 Self Test Printout Resized and reformatted to fit on this page su m m uu uH NR n m m m m m m m m m m m m Mum M TELPAR INC Gat ler T Lis lar H cee i fod tebe cca Top part of Self Test D ER kr LL M UM I EU mM EL ule sasacha Font Mad dots Scaled 2 LIRE s 286818 abcdetghijicumapg mnt d ie TUE Ln Era qe rigen lll ptm ai E RESI Font 1 12x30 Dots Seabed 2 118 7 0123456789 TAB CDEFGHLURLHNOPQRSTUVHXTZ abedefghd anoparstuwsy2 1 ued idc villain Hn PH UT fem Mj cto Part 4 of Self Test 13 of 42 Cerni tenparatece 5 deg Print Hip 1283 Firmearas 1 Esta Falana 2000 Factory Jympar B amp ttinpe 1 2 2 f amp ara Paper Lp Attached Jumper 5 Cotter httuachad 9 Taper
22. P858 OFF OFF OFF Denmark CP858 ON OFF OFF Sweden CP858 OFF ON ON OFF Italy CP858 ON ON OFF Spain CP858 OFF OFF OFF Japan CP850 ON OFF OFF Norway CP865 OFF ON OFF Denmark2 CP858 ON OFF Spain2 CP858 OFF OFF ON Latin America CP437 ON OFF ON Korea CP850 OFF ON ON Reserved ON ON ON Reserved Table 4 DIP Switch 2 DSW2 Settings Reserved 7 Reserved 8 18 of 42 4 1 1 3 Configuration Straps Strap 1 Name JP9 Configuration Straps Erase FLASH ON Paper Low Cutter Document Presenter OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF Erase optional FLASH memory when power is turned on No affect on FLASH Paper Low sensor is installed Paper Low sensor is not installed Cutter is installed Cutter is not installed Presenter is installed Presenter is not installed Table 5 Configuration Strap Settings 19 of 42 4 1 1 4 Other Strap Options Location Name J13 JP1 JP2 JP3 JP4 JP5 JP6 JP8 JP9 JP10 JP11 JP12 JP15 JP14 JP16 Boot function EPROM size EPROM size EPROM siza EPROM size oystem RAM Size LED3 Buzzer Connect LED2 and BUZZER Configuration Optional FLASH FLASH option FLASH option Test points FLASH size Serial port Other Strap Options Position Description BF Boot up
23. PeriphLogicHigh Peripheral Logic High S Shell CGND CGND Chassis ground Table 9 Parallel Interface Pin Assignments IEEE 1284 Nomenclature Page 33 of 42 gt 4 2 Alternate Parallel Connector IEEE 1284 Type A or B onnector J4 is 26 position 2x13 straight pin header with pinout like DB25S for connection directly to a PC parallel port J4 is located directly behind J2 which is an IEEE 1284 type C I O connector A custom mass Connector J3 is a 36 position 2x18 straight pin header with pinout like a Centronics connector for connection directly to a PC printer cable J4 is located directly behind J2 which is an IEEE 1284 type C I O connector A custom mass terminated cable assembly can connect from J3 to a Centronics type connector to connect to a PC printer cable IEEE 1284 type B J2 J3 and J4 are connected in parallel so only one of the three can be used Alternate Parallel Interface Pin Assignments J4 Pin Name Direction Function 1 5 Active Low Pulse to send data tp printer 2 2 DO ASCII data bit 0 LSB 3 3 D1 ASCII data bit 1 4 4 D2 ASCII data bit 2 5 5 D3 ASCII data bit 3 6 6 D4 ASCII data bit 4 7 7 D5 ASCII data bit 5 8 8 D6 ASCII data bit 6 9 9 D7 ASCII data bit 7 10 Active low pulse when data is accepted 11 BUSY High level when printer cannot accept data 2 12 High level when printer is out of paper 13 13 SL
24. Table 1 Current A for Printer Head DC 24V 5 DC 24V 5 1 0 A max Pulse durability 1x10 pulse dot Wear resistance 50 km 5 x 10 cuts 0 to 50 C 20 to 85 RH No condensation 20 to 60 C 5 to 95 RH No condensation By thermistor applied energy control abnormal temperature detection By reflective photo assembly Thermal Sensitive paper 35 of 42 5 2 Error Detection Function Certain ERROR modes are reported when they occur by a sequence of blinks of LEDs DS2 and DS3 located on the controller board The ERROR BLINK patterns are listed below and are also printed during a self test DS2 blinks ON four times indicated in the table below as T1 T2 T3 and T4 Following each sequence of blinks there is a pause before starting the next sequence The ON times of DS2 is the time base used for encoding the error reporting by DS3 0 3 blinks ON during some of the four times that DS2 blinks ON The pattern of ON times of DS3 listed in the table below indicates the ERROR being reported ERROR T1 T2 T3 T4 Paper Out ON OFF OFF OFF Head Up OFF ON OFF OFF Cutter Fault OFF OFF ON OFF Delivery Jam ON OFF ON OFF Table 12 Error Detection Functions Page 36 of 42 5 3 Character Sets Print Samples Figure 16 Code Page 437 Print sample Figure 22 International Character Sets At power on the International Character set is determined by the settings of DIP switch 2 See Section 4 1 1 2 DSW2 DIP Switch 2
25. The International character set can then be changed under software control by using the ESC R command Page 37 of 42 54 2283 Dimensional Drawings 5 38 284 5 25 209 5 31 79 26 21 T K 3 25 82 6 Figure 23 MTP 2283 Drawing Bottom View Page 38 of 42 Figure 24 2283 Drawing Side View 1 19 Figure 25 MTP 2283 Drawing Side View 2 5 5 CE Declaration of Conformity 19111 North Dallas Parkway Suite 100 Dallas TX 75257 USA 12 99 330 1 C ri Ln E TELPAR Page 39 of 42 92955 EC Declaration of Conformity according to EC EMC Directive 89 336 EEC 92 31 EEC 93 68 EEC and EC Low Voltage Directive 3 23 EEC 93 68 EEC We TELPAR declare that the following described equipment in our delivered version complies with the appropriate basic safety and health requirements of the EC EMC Directive 89 336 EEC 92 31 EEC 93 68 EEC and EC Low Voltage Directive 73 23 EEC 93 68 EEC based on its design and type as brought into circulation by us In case of alteration of the machine not agreed upon by us this declaration will lose its validity Description of the Electrical Equipment Thermal Printer Model Number s MTP 2222 MTP 2232 MTP 2232SL MTP 2242 MTP 2242V 2283 Applicable EC Directives EC EMC Directive 89 336 EEC 92 31 EEC 93 68 EEC amp Harmonized Standa
26. d the document up to that point First Status byte transmitted and MASK for DLE A command Bit Type Function condition 7 Status Spare 6 Status Spare 5 Status Receive buffer is full 4 ERROR Cutter Error 3 Status Printer Busy 2 Status Receipt Taken 1 Status Receipt Dropped 0 ERROR Delivery Jam Second Status byte transmitted and MASK for DLE A command Bit Type Function condition 7 Status Spare 6 Status Print head over temperature 5 Status Spare Sensor 4 Status Paper Low 3 Status Cutter Home 2 Status Paper at Delivery 1 ERROR Paper Out 0 ERROR Head Up Table 6 Printer s response to a STATUS REQUEST command 4 2 2 2 Set Print Mode ESC n 1B 21 n n is defined as Bit 7 Not used Bit 6 Not used Bit 0 Double high print OFF 1 Double high print ON Page 27 of 42 Bit 4 0 Double wide print OFF 1 Double wide print ON Bit 3 Not used Bit 2 Not used Bit 1 Font size Bit 0 Font size FontA 30 x 50 Both double wide and double high can be selected for either character size When a printed line contains characters with different heights the characters are arranged so that the base line of all characters line up Default 01 hex FontA 30 x 50 matrix 4 2 2 3 Printer Reset ESC 1B 40 Initializes the printer Any data received before the ESC but not yet printed is cleared The character size is set to the default font International character set is set by the D
27. e of the n and the amount needed to print the data Range 0 to 255dec Select international character set Range 0 through 15dec See Figure 22 International Character Sets for characters affected for each character set left justify 1 center justify n O2hex right justify GS L GS W and ESC will also affect the bar code justification Description BitO 0 Normal paper Bit 0 1 TOF Black Mark sensor enabled Default is based on DIP switch 2 position 1 Command is not implemented all four bytes will be ignored Command is not implemented all four bytes will be ignored n 0 code page 437 standard USA n 2 Code page 850 Multilingual n 3 Code page 860 Portuguese n 4 Code page 863 Canadian French Page 23 of 42 Feed to 5 1D OC of Form Select GS 1D 21 n character size Reverse GS B n 1D 42 n video HRI position GSH n 10 48 n Set left GSL nH 10 4C nH margin nL nL Paper cut GS V n 1D 56 n m m Name Command Command ASCII hex Set Right GS W nH 10 57 nH Margin nL nL n 5 Code page 865 Nordic n 10 hex WPC1252 n 13 hex Code page 858 Multilingual with Euro characters If TOF mode is disabled DIP switch 2 position 1 or ESC c 1 n then paper is fed until the railing edge of the Black Mark sensor is detected the current page length is reached or the printer runs out of paper Bits 7 6 5 4 for widt
28. h Bits 3 2 1 0 for height Can select 1 2 4 or 8 times normal size Ohex 1X size 1 hex 2X size 2 hex 4X size and 3 hex size Bit 0 of n 1 causes Reverse ideo to be printed same as ESC RS Bit 0 of n 0 turns Reverse Video off same as ESC US Select HRI printing position for bar codes n 00hex no HRI printed n any value other than 00hex printed below the bar code Sets the left margin to nH 256 nL dot positions from the left side of the print head Default 0 leftmost dot The value being set must be equal to or less than the right margin minus 80 dots If the margin is set to any invalid value this command is ignore Range 0 to Right Margin 80 If n 0 either 00hex or 30hex a full cut is performed and the m byte is not needed If n is a capital A 41hex then paper is fed for m dot lines and then a full cut is performed Description Set the right margin to 256 nL dot positions from the left 24 of 42 HRI font GS f Set Bar code GS h n height Bar code printing 91 Set Bar code GS w n magnification Bit image US nH command nL data Set Page US C nH Length nL Eject retract US E ticket Set timeout USK to use before an untaken ticket 15 purged Global IEEE 05 5 n 1284 STATUS 1D 66 n 1D 68 n GS k m 10 6B m n DATA 1D 77 n 1F 2A nH nL data 1F 43 nH nL 1F 45 n 1F 4B n
29. inter Another command can follow the XMOVE command until YMOVE signifies the end of the current dot line YMOVE US y nH nL 1F 79 nH nL Causes paper to feed 256 nH nL dot lines This is also the BI line terminator and print command 4 2 2 6 Print Bar Code Command GS k m n 1 dn 1D 6B m n DATA m selects the bar code type n defines the number of data bytes which follow If more data is sent than can fit on the printer being used the bar code is not printed m Bar code n Valid data comment 41 11 0 9 Checksum generated amp printed 42 7 0 9 Checksum generated amp printed 43 13 12 0 9 generated amp printed 44 EAN8 7 0 9 Checksum generated amp printed 45 Code39 ariable 0 9 A Z sp 46 ITF variable 0 9 If an odd number of data bytes is sent a leading zero will be added 47 ICODABAR Variable 0 9 ABCD 49 CODE128 ariable See Section 4 2 2 7 Bar Code 128 definitions 74 CODE 39 ariable 0 9 A Z sp Checksum generated amp printed 75 variable 0 9 Checksum generated amp printed If the data sent and the checksum causes an odd number of digits a leading zero will be printed 29 of 42 4 2 2 7 Bar Code 128 definitions Code128 Character set 103 data chars three different start characters and a unique stop character CodeA consists of the ASCII characters 00hex thru 5Fhex FNC1 thru FNC4 Shift CodeB C
30. ition to the next horizontal tab position See ESC D TAB is received and there are no more tab positions set on the current line the TAB command is ignored If the TAB will exceed the right margin an auto print is performed and the print position is set to the start of the next line Data on the current line is printed paper is fed one line based on the current line spacing and the print position is set to the left margin If the current line spacing is set to less than the current font height then paper is fed to print the current font height see ESC 2 ESC 3 n and ESC C n Feed paper to end of page as defined by the default page length of 11 inches or as modified by the US C command If TOF mode is enabled DIP switch 2 position 1 or ESC c 1 n then paper is fed until the next BLACK MARK is detected To advance to the BLACK MARK if TOF mode is not enabled use the GS FF command Data Link Escape Sequence Header n1 and n2 define a mask to enable the transmission of the STATUS bytes when a user defined event occurs See 4 2 2 1 Default 00 00 ASB disabled The STATUS bytes are transmitted when this command is processed out of the receive buffer See Section 4 2 2 1 STATUS commands The STATUS bytes are transmitted when the printer receives this command See Section 4 2 2 1 STATUS commands User selected data string ESC GS US Name Command ASCII Reverse ESC RS Video ON Reverse
31. nd before any STATUS transmission will occur 1284 mode In case of an ERROR as defined in the table below the printer transmits DLE E and the 2 status bytes The response to a STATUS REQUEST is to transmit DLE 10 hex followed by a SOURCE byte that distinguishes what type of status is being transmitted followed by the two status bytes as defined in the table below The SOURCE byte is defined as Auto Status Back Is disabled by default but is enabled when the printer receives the DLE A n1 n2 command n1 and n2 define a mask using the same byte bit structure as in the table below A 1 in a bit position enables the automatic transmission of DLE A and the 2 status bytes when an enabled condition occurs The bit positions marked as errors in the table will always cause the automatic transmission of DLE E and the 2 status bytes so these positions will usually be in the user defined mask B Buffered status DLE B and the 2 status bytes are transmitted when the DLE B command is processed out of the input buffer R Real Time Status If enabled by US R n command DLE and the 2 status bytes are transmitted immediately when the DLE R command is received by the printer U not a true STATUS request When DLE U 1 2 is processed out of the receive buffer the printer transmits DLE U 1 2 back to the host The user can send DLE U 1 n2 anywhere within a document if he needs to know that the printer has processe
32. nt bar Gode u Qu deste Soto irc EL NL u cone pl roses oM dare 26 4 2 2 7 Bar Code 1235 Gen MOINS aca EI 27 49 endl Is9 2920 Intertd68 Memo 29 4 3 1 Location of Serial 5 232 29 4 3 2 Serial RS 232C Interface 5 29 43 9 Sanal Lc D e eU 29 Moe Mo COMME RT ITE 30 4 4 Centronics Parallel Interface IEEE 1284 31 4 42 4 4 1 Parallel Connector IEEE 1284 Type C 31 4 4 2 Alternate Parallel I O Connector IEEE 1284 Type or pe ele ie itemm 33 21 Detaled SOCCIIGATONS uu uae duse a 33 9 2 JEMOrDESCHON F Hu BODL ssec operis au rici a al zt 34 D 9 Character Sets s Print Samples s unuman ds uet 35 54 2283 Dimensional 5 enne 40 5 5 Declaration ot Conformity uyu etr eo ala des col es 42 Page 5 42 List of Figures Figure 1 Photo of 3 Pin Hosiden Connector 8
33. odeC CodeB consists of the ASCII characters 00hex thru Fhex FNC1 thru FNC4 Shift CodeA and CodeC CodeC consists of 2 digit numeral characters 00dec thru 99dec FNC1 CodeA and CodeB The 103 different bar code patterns have different meanings depending on whether CodeA CodeB or CodeC was specified when the data was received The data string must start with A or B or C to specify CodeA CodeB or CodeC A checksum is calculated and printed by the printer Value used to CodeA CodeC alue used to CodeB calculate calculate checksum check sum 0 sp sp 00 54 V V 54 1 01 55 W W 55 2 02 56 x X 56 3 03 57 Y Y 57 4 04 58 2 2 58 5 05 59 59 6 amp amp 6 60 60 7 07 61 61 8 08 62 62 9 09 63 63 40 i 40 64 0 64 11 11 65 O1hex a 65 12 12 66 02 b 66 13 13 67 67 14 14 68 O4hex d 68 15 15 69 O5hex e 69 16 0 0 16 70 70 17 1 1 17 71 O7hrx g 71 18 2 2 18 72 8 h 72 19 3 3 19 73 O9hex 73 20 20 74 OAhex 74 21 5 5 21 75 OBhex 75 22 6 6 22 76 OChex 76 23 7 7 23 77 ODhex 77 24 8 8 24 78 OEhex n 78 25 9 9 25 79 OFhex 79 26 26 80 10 80 27 27 81 11 2 81 28 lt lt 28 82 12hex r 82 29 E 29 83 13hex S 83 30 gt gt 30 84 14 t 84 31 31 85 15 u 85 32 32 leo M6hex v 86 33 33
34. olex 39 30 1040 Connector Mating Connector Molex 39 01 2040 Housing Molex 39 00 0039 Crimp Pins Figure 4 4 pin Molex Power Supply Connector with pin outs 1 7 Roll Paper for MTP 2283 Thermal sensitive coating is on the inside of the roll 8 inch outside diameter 216 mm 8 5 inches wide approximate length 370 meters 1220 feet P N 751221 0080 Will produce 1 100 plus 8 5 by 11 sheets A4 4 5 inch outside diameter roll 8 5 inches wide approximate length 104 meters 340 feet P N 751221 0041 Specific to Thermal Printers Telpar Inc does not warranty damages to the thermal print head as a result of printing with thermal paper not specified or approved by Telpar Inc 2 Operator Instructions 2 1 Unpacking and Inspection Carefully unpack and inspect your MTP 2283 for any damage that may have occurred in transit Should any damage have occurred notify Telpar Inc save the shipping carton and packing materials and file a damage claim with the carrier Specify the nature and the extent of the damage Before installing or operating the printer check the following Printer mechanism and paper path are clear of all packing materials or other foreign matter Paper is installed DO NOT OPERATE the printer without paper Refer to Section 2 2 Paper Loading for paper loading instructions 2 2 Paper Loading Paper is installed into the MTP 2283 printer from the top Load the roll of paper by in
35. ons for the MTP 2283 Serles 7 E mm 7 1 5 Safety Agency Informal eec eta tona E a Sa Q u 1 6 Power Supply 7 1 6 1 External Power Supply supplied 7 162 uda a Sca EOS Voltage 24 8 16 4 3 Hosiden Connector on Printer for Power Supply 1 6 5 4 Pin Molex Connector on Printer for Power Supply 1 7 Telpar Roll Paper for uuu u uuu dba 9 2 Operator Inst UCU OMS A se 10 221 WApPACKING and a 10 2 27 oa Caine 10 2 9 10 um 12 3 1 Self Test Mode also Burn in and Hex Dump 5 12 o Job er 12 9 L2 Facto BUM
36. par com Part Number 090710 0010 is a registered trademark of SEIKO EPSON Corp Z Microsoft and Windows are registered trademarks of Microsoft Corporation ELPAR tour Printer Solutions Page 42 of 42
37. r Supply Requirements 1 6 1 External Power Supply supplied separately Use a listed certified power supply Follow local wiring codes for external wiring 1 6 2 Power Supply The MTP 2283 can use either a 3 pin Hosiden Power Connector or a 4 pin Molex Power Connector 8 42 1 6 3 Voltage 24 VDC 5 No requirement for external 5 VDC power supply the 5 VDC for logic is supplied from the 24 VDC by a regulator internal to the printer This printer prints using high peak currents at a low duty cycle Typically a switching power supply rated at 24 volts 2 amps is all that is needed as long as the power supply does not have too much over current protection en A for Printer Head P rinting rate T Typical ASCII Text All dots Table 1 Current A for m Head Current A for Motor Peak current Peak 1 0 A typical 0 1 A Table 2 Peak Current for Motor 1 6 4 3 Pin Hosiden Connector on Printer for Power Supply Connection 3 pin Hosiden Connector As viewed from of printer 2 Large notch Fower connector Hosiden TCS7960 23 2010 Mating Connector Hosiden TCP8927 53 1100 or TCP8927 63 1110 Figure 2 3 Pin Hosiden Power Supply Connector with pin outs Page 9 of 42 1 6 5 4 Molex Printer for Power Supply Connection 4 Pin Molex Power Connector 4 pin Molex Power Supply Connector Chassis 24 Ground n c EN Locking ramp M
38. rds EN 55022 EN61000 4 2 EN 61000 4 3 EN 61000 4 4 EN 61000 4 5 EN 61000 4 6 EN 61000 4 8 EN 61000 4 11 EC Low Voltage Directive 73 23 EEC 93 68 EEC EN 60950 Year in which CE Marking was affixed 2000 Authorized Signature Date Eddie Lee Dec 18 2000 Title of Signatory Director Engineering INDEX 5 VDC power supply 8 PUNO NO AG 6 Auto Status 24 Bar Code 6 26 Bar code printing u uu Su uN ea cade 22 Bit image 6 22 26 Black 6 Buffered status 19 24 Centronics parallel 15 31 Character 35 iiic 6 e 6 26 Communication mode setting 15 6 10 11 17 21 33 34 Data receive 29 BU AIM m 34 DIP SWIC HOS ed 6 15 EAN GO CE 6 Effective printing 33 E ect retract ticket 22 Enable Auto Status 19 End of Document for WINDOWS 22 Environmental condition
39. serting the spindle inside the roll of paper and placing the spindle ends into the mounting slots the paper feeds from the bottom of the roll with the coating on the inside Turn on the power switch and feed the straight edge of the paper into the paper guide The Page 10 of 42 paper will automatically load and cut the paper Be sure that the paper is feeding properly with the thermal side facing up RR Pa ks Figure 5 MI P 2283 Paper Roll loading Figure 6 MTP 2283 Paper loading 2 3 Paper Jam In the event of a paper jam condition do not force paper into the unit or try to pry the paper out of the unit this may damage the thermal print mechanism Caution should be exercised when working near the cutter mechanism the blades are sharp and may cause serious injury This printer is designed for easy maintenance To release or remove paper from under the print head Lightly lift the cutter release latch on the center top of the printer to let the cutter mechanism pivot downward Lightly pull forward on the two printhead release latches located on the right and left of the print mechanism to open the printer mechanism clamshell for easy paper removal Once the paper jam is cleared close the print mechanism clamshell being sure the two spring latches close properly Lift the cutter assembly to its closed position being sure the spring latch closes properly See Figure 8 MTP 2283
40. t text using the currently selected character set then printing will cause enough paper feeds to print the entire line but a print command with no data in the buffer will cause paper to feed by this amount Default is 1 8 inch Initialize See Section 4 2 2 3 Printer Reset oet page length to n character lines using the current font Overwrites the page length defined by US C oet from 1 to 32 tab positions 22 of 42 Tab positions 91 Forward NUL ESC J paper feed for n n dot lines Select International character set Select justification for bar code Name Select paper type Paper sensor to output PE signal Paper sensor to stop printing Select CODE PAGE ESC R n ESC n ASCII ESC c 1 n ESCc3 n ESC 4 n ESC t n data 00 1B 4A n 1B 52 n 1B 61 n Command hex 1B 63 31 n 1B 63 33 n 1B 63 34 n 1B 74 n in the current character size Data values range from 1 to 255 ascending order The NUL character OOhex erminates this command if less than 32 tab settings are being set If a data value is less than the previous data alue this command is erminated ESC D NUL clears all tab positions Default is every 8 columns Print after a ab starts in the column ollowing the tab setting specified Feed paper n dot lines If there is data in the buffer it is printed and paper is fed the differenc
41. ted by DIP switch Synchronizing method Asynchronous Full duplex Handshake DTR DSR signal or XON XOFF selected by DIP switch Input output level RS 232C Signal level Space logic 0 3 V O 12 V Mark logic 1 3V O 12 V 31 of 42 Table 7 Serial RS 232C Interface Specification 4 3 3 Serial I O Connector SERIAL 1 0 CONNECTOR DE9S PC pinout Figure 13 Serial Connector pin outs Serial RS 232C Interface Pin Assignments Pin Direction Function 2 RD RS232 received data 3 XD O RS232 transmitted data 4 DIR O Hardware handshake line 5 GND Logic ground 6 DSR High space for the printer to transmit data hen requested The state of DSR is IGNORED for XON XOF handshaking if selected Table 8 Serial RS 232C Interface Pin Assignments 4 3 4 Flow Control The MTP 2283 series employs a 6 K byte data buffer to allow the host computer to rapidly transfer data Under some circumstances it may be possible to completely fill the buffer When the buffer is within 50 bytes of being full the MTP 2283 signals the host computer to pause until a line of data is printed or until the buffer is under the 50 byte limit The flow control information is sent to the host using hardware or software protocols as determined by the DIP Switch setting The hardware protocol uses the DTR line of the serial interface This pin is asserted or negated as necessary to turn off and on the flo
42. tive unit or subassembly transportation prepaid by Buyer to Telpar s factory After repair or replacement has been accomplished Telpar will return the unit or subassembly transportation prepaid by Telpar to Buyer As a precondition to any warranty service prior to return of any units or subassemblies to Telpar by Buyer Buyer must contact Telpar s Order Administration Services and receive authorization in the form of a Return Material Authorization RMA number Telpar reserves the right to refuse any goods it has not previously authorized for return or any goods shipped without transportation prepaid No warranty shall apply to any damage resulting from or caused by Buyer if Buyer shall make any changes modifications additions or deletions of hardware software or firmware in the Printer products sold hereunder without Telpar s advance written consent Warranty service may be obtained by returning the merchandise freight prepaid with a copy of your invoice to Telpar 187 Crosby Road Dover New Hampshire 03820 U S A ATTN Warranty Service Department Telephone 800 872 4886 or 603 750 7237 Fax 603 742 9938 Email info telpar com Upon inspection Telpar will make necessary repairs or replacement and return the merchandise shipping prepaid 2 of 42 Table of Contents Lurun anu Sama tuhan Sima EIE 6 QUEE ose 6 152 Standard Sasha uya nas 6 1 3 Opti
43. w of data The software protocol uses the and XOFF ASCII characters and AS which sent back to the host to start and stop the data stream Some host systems may not support one or both of these protocols 32 of 42 4 4 Centronics Parallel Interface IEEE 1284 4 4 1 Parallel I O Connector IEEE 1284 Type Centronics Parallel Interface IEEE 1284 36 pin type C Figure 14 Picture of Centronics Parallel Interface IEEE 1284 Parallel Interface Pin Assignments J2 Pin Name Cent Name Direction Function in Centronics Mode SPP 1 PeripheralAck BUSY O High level when printer cannot accept data 2 Xflag SLCT High level when printer is 3 PeripheralClk Active low pulse when data is accepted 4 PeripheralReq ERR O Low level when an error occurs 5 AckRev PE O High level when printer is out of paper 6 100 I O ASCII data bit 0 LSB 7 101 D1 I O ASCII data bit 1 8 102 D2 I O ASCII data bit 2 9 I O ASCII data bit 3 10 104 04 I O ASCII data bit 4 11 105 05 I O ASCII data bit 5 12 06 D6 I O ASCII data bit 6 13 107 D7 I O ASCII data bit 7 14 RevReq Low level system reset 15 HostClk STB Active Low Pulse to send data tp printer 16 1284Active SLCTIN Low level enables printer 17 HostAck 18 HostLogicHigh Host Logic High 19 35 Logic ground 36
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