Craden DP6 Specifications Download Page 27 | Manualshive

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In the DP6 the 64 KByte EPROM U22 is selected by U25 pin 10 whenever either A14 or A15 is high, allowing
48 Kbytes of addressable EPROM. (In the DP7 the 64 or 128 KByte EPROM U24 is selected by U13 pin 19
whenever either A15 is high or any bank select BNK1 to 3 is low, allowing 64 or 88 Kbytes of addressable
EPROM.) The EPROM contains the dot patterns for all printable characters and all programs that the 6809
executes to control the printer.

The 8251 serial communication controller U24 (U27) is selected by U11 pin 9 (U13 pin 14) and receives and
transmits asynchronous serial data. Baud rate, word length, parity and number of stop bits are programmed
into the 8251 from the keypad. The baud rate clock for the 8251 is generated by a 74LS161 binary counter
U16 (U19) that provides one clock pulse for every thirteen E pulses provided by the 6809. RS-232 interface
signals are level-shifted by receiver U13 (U15) and driver U8 (U9). Two OR gates U12 (U14) control dual port
mode transmission.

The 6522 I/O & Timer device U20 (U23) is selected by U11 pin 10 (U13 pin 18) and contains two 8 bit output
ports, 4 control lines and 2 programmable timers. Port A controls the document stepper motor and Port B
controls the carriage stepper motor. Stepper motor timing and printhead print pulse length are controlled by
the 2 timers.

4.2.3 Stepper Motor Drivers

Each stepper motor has 2 stator coils, each driven by a 3717 driver U1 to U4. Each 3717 contains 4
transistors arranged in a H-Bridge that can apply +30 VDC to either end of the coil, a 25KHz switching
oscillator and comparators that limit the coil current by sensing the voltage on an external resistor R4,7,13 or
18 (R2,6,15 or 18). Each 3717 is controlled by 3 signals that are latched in the 6522: a phase signal which
indicates which direction current is to flow through the coil and two signals which limit the current to 0,20,60 or
100% of a maximum value determined by the external resistor. 0% is used to turn off a winding, 20% is used
when the motor is holding a fixed position and 100% is used when the motor is rotating. See Figure 4-1 for
typical voltage waveforms on both ends of a motor coil and the external resistor. The ground plane under the
4 3717's is connected to a finned heat sink to reduce the temperature rise. Both stepper motor drivers are
protected by a single 0.75A fuse F1.

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Summary of Contents for DP6

Page 1: ...60 120 180 360 horizontal 72 180 vertical Feed Speed 50 msec single line feed at 5 or 6 lines inch 12 inches second 305 mm sec slew speed Feed Accuracy 0 6 1 2 FORMS CHARACTERISTICS Media Single sheets passbooks 6 part multipart forms and envelopes Document Width 2 5 64 mm to 9 5 241 mm Document Length 2 5 64 mm minimum no maximum Document Thickness 0 0035 0 09 mm to 0 062 1 57 mm Non printable Ar...

Page 2: ...d Block Power Input 100 130 or 200 260 VAC 50 60 Hz 50 W max 1 5 PHYSICAL CHARACTERISTICS Dimensions Width 14 1 357mm Height 6 3 160 mm Depth 10 8 275 mm operating 7 8 197 mm standby Weight 18 3 pounds 8 3 kg 3 5 pounds 1 6 kg packing 1 6 ENVIRONMENTAL STANDARDS Operating Storage 10 to 40 C 10 to 90 humidity 30 to 70 C 5 to 95 humidity Standards IEC 950 UL 1950 UL File E91899 FCC 20780 Class A cer...

Page 3: ...mation 7 Documents longer than 8 will feed out the printer rear Insure that space is available for the longest document to be fed 8 Turn on the power switch located on the rear of the printer READY should be displayed 9 Configure the printer by the procedure in 3 6 Default settings are LINES INCH 6 PROTOCOL DTR CHARS INCH 10 BAUD RATE 9600 CHARS SCRIPT WORD LENGTH 8 PRINT NORMAL PARITY NONE QUIET ...

Page 4: ...put assembly out of the printer rear 3 Disconnect the internal power cable from the power input assembly 4 Use a small blade to depress the locking tab on the side of the green yellow wire contact and slide the contact out of the connector Use the blade to pry the plastic key out of the cable connector 5 Insert the green yellow wire contact into the connector position where the key had been and in...

Page 5: ...ed This allows the operator to insure that the document has inserted correctly If not it may be EJECTed and reinserted 3 2 SEMI AUTOMATIC DOCUMENT INSERTION If delay printing until the ENTER key is pressed has been configured the document can be positioned to begin printing at a specific place 1 Proceed with steps 1 and 2 of the automatic insertion procedure 2 Use the A and B keys to align the cen...

Page 6: ...ve tab on the carriage Pull a small loop of ribbon from the nose of the cartridge 5 Lift the carriage shaft with a little finger Insert the ribbon loop between the bottom of the printhead nose and slotted plastic ribbon shield and then push the cartridge against the carriage until it snaps into place 6 Insure that the ribbon is located between the printhead nose and the ribbon shield and the shiel...

Page 7: ... old cartridge by pressing the side clips while pulling the old cartridge forward 6 Push the metal ribbon shield downward Guide the new cartridge s ribbon loop around the pivoting slider and under the printhead nose 7 Locate the cartridge tips behind the pivoting slider 8 Move the cartridge toward the carriage and rotate the cartridge knob counter clockwise until the cartridge seats on the carriag...

Page 8: ...nt See 3 6 5 to configure auto alignment CLEAR erases any previously keyed digits before they are transmitted to the host by the FUNCT or ENTER keys ENTER transmits previously keyed digits to the host system All responses are defined by the host This key also initiates document printing if the printer is configured to delay printing until the ENTER key is pressed See 3 6 1 0 to 9 enter digits to b...

Page 9: ...elect BLOCK or SCRIPT lower case characters in NORMAL mode DP6 only PRINT NORMAL CQ or DRAFT Select NORMAL correspondence quality CQ or high speed DRAFT DP6 only print Do not use DRAFT on thick forms or passbooks QUIET MODE Y or N Select Y for reduced noise on thin documents Select N for darker print on thick documents DOCUMENT INSERT TOP or BOTTOM EDGE Select insertion to the TOP EDGE or the BOTT...

Page 10: ...INE Select a SINGLE LINE or a MULTIPLE LINE buffer of 3K DP6 or 11K DP7 EMULATION MODE C I EF4565 or EF4600 EFP95 Select C to enable commands used with previous versions of this printer Other selections enable commands compatible with popular PC based financial printers AUTO CARRIAGE RETURN ON FEED Y or N or N Select Y unless compatibility with software written for another printer is needed DUAL P...

Page 11: ...LIGN XX Positions lines printed right to left so they align with lines printed left to right Larger values move those lines to the left FORWARD COMPENSATION XX Adjusts distances moved down the document Larger values increase the distance moved between the topmost and bottommost line REVERSE COMPENSATION XX Adjusts distances moved up the document Larger values increase the distance moved between th...

Page 12: ...printing if ENTER is pressed or eject the document if EJECT is pressed AUTOMATIC EJECT will always eject a document with excess skew IF NARROW FORM PROCEED or ENTER EJECT KEYS Documents less than 4 5 inches wide will be detected as skewed PROCEED will always accept the document ENTER EJECT KEYS will continue printing if ENTER is pressed or eject the document if EJECT is pressed 3 7 DIAGNOSTICS 3 7...

Page 13: ...uration Parameters are stored in a non volatile memory Power up diagnostics display POWER FAILURE if an error is detected in that memory It is now necessary to re enter the parameters Press FUNCT to begin the prompting sequence The factory set values for the Service Parameters are listed on the label next to the display inside the printer 3 10 2 Document Jam In the unlikely event that a document b...

Page 14: ...ta ENQ 05 Status request BEL 07 Load upper display immediate BS 08 Reverse line feed HT 09 Configuration download LF 0A Line feed VT 0B Vertical tab feed FF 0C Eject document CR 0D Print buffer SO 0E Begin expanded characters SI 0F End expanded characters DC1 DLE 11 10 Key buffer request DC2 12 Line count request DC3 ETB 13 17 Load upper display delayed DC4 14 Master reset EM 19 Document length re...

Page 15: ...arts double height printing All characters received after an ESC SO and before an ESC SI CR or feed command will be printed double height Single height characters will be printed in line with the top of double height characters if they are mixed in a print line ESC SI stops double height printing ESC E starts bold double strike printing in 10 and 12 character inch NORMAL print speed and reduces pr...

Page 16: ...ines inch vertical spacing H 1 12 characters inch horizontal spacing if S 0 0 10 characters inch horizontal spacing if S 0 F 1 Script lower case 0 Block lower case C 1 Correspondence quality print if S 0 0 Normal print if D 0 S 1 17 characters inch horizontal spacing 0 Horizontal spacing determined by H bit L 1 Lock keypad from modifying set up parameters 0 Unlock keypad for modifying set up param...

Page 17: ...tailed in 3 13 1 DC1 or DLE request keypad data Upon receipt of either all keypad input that has been pressed since the previous DC1 or DLE will be transmitted A maximum of 16 strokes can be buffered Transmitted characters will be one of the following ASCII Meaning 0 9 Numeric keys 0 9 FUNCTion key ENTER key Either A or B key EJECT key End of buffer The last character transmitted is always a If a ...

Page 18: ...for filling multiple blank dot columns For example the following sequence will print a diagonal line starting in the upper left corner of column 1 and slanting down to the right ASCII Hex ESC A A B D H P VT e 1B 41 41 42 44 48 50 60 0B 65 ESC A RS F A B D H P VT e 1B 41 1E 46 41 42 44 48 50 60 0B 65 ESC A RS L A B D H P VT e 1B 41 1E 4C 41 42 44 48 50 60 0B 65 ESC 1 feeds a document up 1 120 inch ...

Page 19: ...cter inch printing ESC A n 1B 41 n Store n 72 inch line spacing ESC B 1B 42 Set vertical tab stops ESC D 1B 44 Set horizontal tab stops ESC E 1B 45 Begin bold print ESC F 1B 46 End bold print ESC G 1B 47 Begin correspondence quality CQ print ESC H 1B 48 End correspondence quality print ESC I n 1B 49 n Begin CQ n 2 or normal n 0 print ESC J n 1B 4A n Feed document up n 216 inches ESC K 1B 4B Begin ...

Page 20: ...with n being a single binary coded byte ESC moves the document down one line with line spacing keypad selected see 3 6 1 or set by an ESC 0 1 2 or 3 command FF or ESC 4 ejects the document If any document movement command LF VT FF ESC 4 ESC J or ESC has been preceded by any printable ASCII characters they will be printed before the movement command is executed 3 12 3 Mode I Print Commands CR print...

Page 21: ...nd 254 or to default if n is 255 No change occurs if n is 0 CAN clears all previously received data out of the buffer ESC C clears all previously received data out of the buffer and switches the interface to Mode C ESC XXX will execute Mode C command XXX This allows access to Mode C commands that have no equivalent in Mode I for loading the alphanumeric display requesting keypad input printing dou...

Page 22: ...d be selected from the keypad and BA indicates an empty buffer The buffer may also be used to receive all commands for printing an entire document In this mode of operation the full 3K or 11K byte buffer is utilized and BA indicates at least 1000 characters of unused buffer space This technique can reduce host attention to the printer but caution must be used to determine correct recovery from doc...

Page 23: ...transmission 6 Data Set Ready DSR To printer enables printer to receive data and commands 7 Signal ground Attached to printer logic ground 20 Data Terminal Ready DTR From printer indicates printer is ready to communicate Also indicates input buffer available if DTR protocol is selected Note that regardless which interface is used DSR must be active for the printer to receive commands and CTS must ...

Page 24: ...ionally available This interface accepts all commands defined in 3 11 or 3 12 but does not accept status key buffer line count or document length requests since data cannot be transmitted back to the host through this unidirectional interface All signals are available on a 36 pin female connector A shielded cable with only the PC end of the shield connected to a metal connector cover is recommende...

Page 25: ...nt Drive Assembly The document drive assembly positions inserted documents The document drive stepper motor mounted on the left side of the metal box is connected to the two drive rollers through toothed belts A pinch roller is spring loaded against each drive roller providing friction feed for documents of varying thickness Documents are fed between the drive and pinch rollers with the spring loa...

Page 26: ...regulator Q14 Q31 In the DP6 semiregulated 12VDC is generated from 30VDC by bleeder resistor divider R38 39 and linear regulator Q13 In the DP7 semiregulated 12VDC is generated from 12VDC by a 7662 switching inverter U10 5VDC to power the logic is generated from 30 VDC by switching regulator Q15 Q35 using Schottky diode D20 D37 and output filter L1 C31 C36 The 100KHz switching frequency is set by ...

Page 27: ...ns two 8 bit output ports 4 control lines and 2 programmable timers Port A controls the document stepper motor and Port B controls the carriage stepper motor Stepper motor timing and printhead print pulse length are controlled by the 2 timers 4 2 3 Stepper Motor Drivers Each stepper motor has 2 stator coils each driven by a 3717 driver U1 to U4 Each 3717 contains 4 transistors arranged in a H Brid...

Page 28: ...e I0 current I1 current VREF 0v 5v 0 4v 30v 30v 2 7 mSec 0 0 U20 15 R4 J2 1 J2 3 A B C D FIG 4 1 STEPPER MOTOR DRIVE CIRCUIT B 0v 5v 0 4v 30v 30v 2 7 mSec 0 0 U20 15 R4 J2 1 J2 3 A B C D 0v 5v 0 0v 0 4v 0v 30v 30v 2 7 mSec 0 0 5 5 mSec U20 15 R4 J2 1 J2 3 A B C D 0v C D ...

Page 29: ...side of the corresponding printwire coil via NPN predrivers U5 and TIP126 or TIP127 PNP drivers Q4 to Q12 Timer U14 applies 30 VDC to the other side of all printwire coils via Q17 and power MOSFET Q3 During DP7 printing 24 bits of print dot data are serially shifted into U5 to U7 A pulse at OR gate U14 pin 6 then transfers the 24 bits to the U5 to U7 outputs Each high bit turns on a printwire by a...

Page 30: ...____ PINSTB 18 ULN2003 U17 5 11 10 3 6 3 4 Q3 D7 30v 30v 30v 30v Q4 Q12 TYP D8 D16 TYP 100 s 200 s 300 s 0 5v 0v 5v 0v 0v 5v 0v 5v 5v 0v 0v 30v 0v 30v 0v 30v 30v FIG 4 2 PRINTHEAD DRIVE CIRCUIT A B D C E G H F U18 10 U14 2 U14 3 U15 3 U17 4 U15 5 Q9 COL TAB Q3 DRAIN TAB ...

Page 31: ...document Both this sensor and the rear document sensor are reflective sensors which turn on their phototransistors when a document is present 4 2 7 Character Printing The carriage motor steps the carriage in 1 120 increments but dots can be printed twice per increment 3 times per increment in the DP7 Printing at 10 characters per inch cpi uses a 9 wide by 8 high 13 X 22 character matrix Nine 13 in...

Page 32: ...ue 5 1 3 Document Sensor Cleaning Clear document sensor light paths of paper dust and other obstructions if rollers continue to run when no document is present 1 Insert the flexible nozzle tube of a compressed air can under the input guide and near each of the document sensors 2 sensors on printers without auto alignment 3 sensors on auto alignment printers Clear each sensor area with a 5 second b...

Page 33: ...ric lint from the brush onto the napkin provided 6 Use the syringe filled with printhead lubricant to replace the grease pack 7 Replace the printhead and reconnect it to the flex cable The white spacer between the printhead and the carriage is critical to correct operation 8 Tighten the mounting screws while pushing the printhead down so the plastic nose flange sits flush against the edge of the c...

Page 34: ...ed napkin Remove all ink and bits of ribbon fabric lint 7 Replace the printhead and reconnect it to the flex cables 8 Tighten the mounting screw 9 Replace the ribbon shield and cartridge and do a test print DP7 Printhead Nose Tip 5 1 5 Document Print Area Cleaning Accumulated paper dust should be brushed or vacuumed occasionally from the platen printhead carriage shaft feed rollers document sensor...

Page 35: ...ll move leftward from its position after document insertion 0 01 to 0 02 0 3 to 0 5mm before it is stopped by mechanical interference LEFT MARGIN is set so the distance from the left document edge to the left edge of the first character printed by 95 FUNCT is 0 20 5 1mm CAR ALIGN is set so that the center of 80 character lines printed from right to left align with those printed left to right by 95...

Page 36: ... printwires 5 If the gap is incorrect slightly loosen the two larger head screws on either side of the printhead Not the screws fastening the printhead to the carriage that fasten the gap plate to the carriage bracket The gap changes as these screws are loosened so only loosen them enough to be able to move the plate See drawing in 5 1 4 1 above 6 Push the gap plate down so the gap is more than 01...

Page 37: ... carriage down against the slider until it snaps onto the slider pivot pin Check that the slider pivots freely Check the gap with the 013 feeler If the gap is incorrect proceed as follows 6 On units with serial numbers below 70091 the gap must be adjusted by repositioning the gap plate as described for the DP6 in 5 4 1 steps 5 6 but with a 013 gap Then skip to step 12 below On all later units proc...

Page 38: ...hat fasten the document drive motor to the metal box Do not loosen too much or the jam nuts inside the box will fall off the screws 4 Move the motor toward or away from the rear document drive roller to adjust the tension and tighten the screws Repeat step 2 5 4 5 Carriage Left Home Position 1 Only use the following procedure if the LEFT OFFSET parameter is not displayed by 94 FUNCT If it is use i...

Page 39: ...n the front screws fastening the side plates to the platen Incorrect spring force can cause document skewing slipping or stalling 1 Remove the cabinet see 5 5 1 2 Use a spring gauge to measure the force required to raise the right end of the front pinch roller very slightly It should measure 3 to 4 ounces 85 to 115 gms 3 If necessary adjust this force by loosening the roller spring cam screw on th...

Page 40: ... 2 8 If skew cannot be eliminated by moving the right end of the document drive move the left end but and then check the document drive belt tension and top offset see 5 2 5 4 3 5 4 12 Auto Alignment Gate Ramp 1 Insert an Allen wrench through the hole in the tray support and loosen the ramp adjustment screw 2 Hold the ramp arm against the right side plate and move the ramp adjustment screw toward ...

Page 41: ...ress CLEAR to exit the test Recheck by repeating step 1 5 4 15 Auto Alignment Skew Sensor Calibration 1 Press 9 4 6 FUNCT to display Skew Calibration 2 Insert a document with known square top and left edges If the document inserts straight and its top edge is perfectly parallel to the input guide edge press ENTER to calibrate the skew sensors and exit If the document did not insert perfectly press...

Page 42: ... to the right 2 Move the carriage to the position on the right side of the printer where the carriage is lifted to its highest point by the lift button 3 The gap between the printwires and the platen should now be between 0 026 and 0 030 4 To adjust slightly loosen the right front wheel guide clamp screw and raise or lower the wheel guide to get the proper print gap Tighten the screw while holding...

Page 43: ...corners or if the PCB has button fasteners pry each upper corner free and fold the PCB down 4 Remove the old battery from its holder and discard it in a way that won t expose it to flame or high temperature 5 Install a new 68026 Lithium battery in the holder with the terminal facing away from the PCB Replace only with the same or equivalent type CAUTION Danger of Explosion if battery is incorrectl...

Page 44: ...cam and lift the spring off the front roller 6 Remove the screws fastening the input guide and the document sensor to the left side plate Keep the sensor mounting spacer that is freed when the sensor mounting screw is removed 7 Raise the input tray and slide the sensor to the left to free it from the input guide Lift the left ends of the front roller and the input guide just enough to remove the s...

Page 45: ... printhead and reconnect it to the flex cable 6 Tighten the mounting screws while pushing the printhead down so the plastic nose flange sits flush against the edge of the carriage slot 7 If possible check the printhead gap see 5 4 1 8 Check the top offset parameter see 5 2 5 5 9 2 DP7 Printhead 1 Remove the cabinet lid and ribbon cartridge 2 Remove the ribbon shield by raising the carriage pushing...

Page 46: ...ide the belt between the 2 drive rollers off the rear roller pulley 3 Slide the document drive belt off the document motor pulley 4 Install the new document drive belt and the old connecting belt 5 Tension the drive belt see 5 4 3 5 5 13 Document Motor 1 Remove the cabinet see 5 5 1 2 Remove the 2 screws in the PCB upper corners or if the PCB has button fasteners pry each upper corner free and fol...

Page 47: ...n the DP6 left pivot arm remove the old cable and upper spring and skip to Step 7 3 Remove the screw from the middle of the right pivot arm slot Slide the cable ball ends to the middle of the slot to release them from the arm and remove the cable Discard the screw and cable 4 Remove the cotter pin mounting the ribbon cable yoke and spring to the middle of the left pivot arm slot Discard the pin yo...

Page 48: ...e 5 6 7 D If print quality is not acceptable see 5 6 8 E For other possible problems see 5 6 9 through 5 6 12 5 6 2 No Display If nothing appears on the display on power up check that 1 the power switch on rear of printer is ON 2 the input power cord is plugged into both printer and supply outlet 3 the contrast knob below the display is set for good display contrast 4 the fuse in the rear panel fu...

Page 49: ...ath is blocked by paper dust a bent input tray or guide Sensor may be bent Clear light path with compressed air to the sensor Align input tray or input guide to its proper position Rollers run continuously after a document is ejected and no B displayed during 90 FUNCT diagnostics Back document sensor light path is blocked by paper dust a bent input tray or guide Sensor may be bent Clear light path...

Page 50: ...RRIAGE FAULT or after a document is inserted 1 Check that the orange shipping strap fastening the carriage has been removed so the carriage can move from left to right 2 Press ENTER if configured for PRINTING AFTER ENTER KEY see 3 6 1 3 Check for a good 0 75A fuse in F1 on the main PCB 4 Check that the motor cable is seated onto J2 of the main PCB 5 Remove the connector cover and check that the fo...

Page 51: ...sporadic light print occurs Ribbon fabric is folded or twisted inside cartridge Ribbon drive clutches are slipping Replace ribbon cartridge Replace ribbon drive clutches Every other line of print is light or unreadable Ribbon drive clutches are slipping Replace ribbon drive clutches Printing not dark enough on multiple part forms or receipts Quiet mode set to Y Printhead gap too large Change quiet...

Page 52: ...acter spacing is erratic or preprinted forms are not correctly printed 1 Check for correct CHARACTERS INCH settings see 3 6 1 2 If the carriage shaft shows any residue build up wipe it clean with a soft dry cloth 3 Check the carriage belt tension see 5 4 2 4 Tighten the drive pulley set screw on the carriage motor shaft 5 Check that the carriage home flag does not bind in the slot of the carriage ...

Page 53: ...7 Technical Manual 99063 SAME Class B Ribbon Drive Cable Kit 73287 1 SAME AC PCB Assembly 72081 1 SAME Home Sensor Assembly 72093 1 SAME Class C Document Driven Belt 87T080P 67251 SAME Document Drive Belt 118T080P 67252 SAME Carriage Drive Belt 290T080P 67284 SAME Printhead Cable Assembly 72088 1 72117 1 Transformer Assembly 72094 7 SAME Motor Assembly 73266 1 SAME 5 8 RECOMMENDED SERVICE TOOLS 1 ...

Page 54: ...0103 RES 1 4W 5 10K OHM 4 R48 49 64 58 27 30105 RES 1 4W 5 1MEG OHM 1 R40 28 30121 RES 1 4W 5 120 OHM 1 R57 29 30203 RES 1 4W 5 20K OHM 1 R50 30 30221 RES 1 4W 5 220 OHM 2 R32 33 31 30222 RES 1 4W 5 2 2K OHM 1 R53 32 30274 RES 1 4W 5 270K OHM 1 R1 33 30332 RES 1 4W 5 3 3K OHM 13 R20 28 30 31 42 43 34 30470 RES 1 4W 5 4 7 OHM 1 R59 35 30472 RES 1 4W 5 4 7K OHM 6 R35 7 41 51 60 36 30563 RES 1 4W 5 5...

Page 55: ... DIP SOCKET 28P 2 U21 24 72 60032 DIP SOCKET 32P 1 U22 73 60040 DIP SOCKET 40P 2 U20 23 74 60104 BATTERY HOLDER 1 B1 REV A E 75 61013 HEADER 13P SGL 0 100 1 J5 76 61720 HEADER 20P DBL GOLD 2 J4 7 77 61802 HEADER 20P DBL RT TIN 1 J6 78 62081 HEADER 5P SGL 0 156 1 J1 79 62112 HEADER 5P SGL 0 100 LOCK 2 J2 3 80 64017 FUSE CLIP 2 F1 81 64034 HEAT SINK 1 Q15 82 65016 SPACER 25X 14X 25 AL 2 83 67270 PEM...

Page 56: ...7 MAIN PCB ASSY ITEM PART DESCRIPTION QTY LOCATION 1 21000 IC 74LS00 1 U30 2 21002 IC 74LS02 2 U20 28 3 21004 IC 74LS04 2 U21 29 4 21032 IC 74LS32 1 U14 5 21161 IC 74LS161 1 U19 6 21245 IC 74LS245 1 U22 7 21365 IC 74LS365 1 U8 8 21367 IC 74LS367 1 U12 9 25012 IC MC1488 75188 1 U9 10 25013 IC MC1489 75189 1 U15 11 25025 IC PAL 16V8 1 U13 12 25027 IC 27C512 EPROM 1 U24 25035 IC 28F010 FLASH MEM 1 U2...

Page 57: ...uF 4 C25 26 41 43 47 43103 CAP 0 01uf 16V 20 10 C1 7 14 19 28 30 34 39 44 48 43108 CAP 0 01uF 50V 5 2 C6 40 49 43109 CAP 0 02uF 100V 1 C21 50 45332 CAP 3 3uf 35V 20 3 C35 42 47 51 46103 CAP 10uf 16V 20 2 C23 24 52 46221 CAP 22uf 100V 20 1 C12 53 47222 CAP 220uF 16 V 1 C20 54 47473 CAP 470uf 10V LO ESR 1 C36 55 48332 CAP 3300uF 50V 1 C22 56 50001 DIODE 1N914R 8 D1 2 30 30A 33 38 40 57 50007 DIODE 1...

Page 58: ...ET ASSY 1 4 73253 1 DP6 ELECTROMECHANICAL ASSY 1 73253 7 DP7 ELECTROMECHANICAL ASSY 1 5 73281 1 DP6 SHIPPING KIT 1 73281 2 DP7 SHIPPING KIT 1 6 99059 DP6 RIBBON CARTRIDGE 1 99073 DP7 RIBBON CARTRIDGE 1 73253 1 8 DP6 7 ELECTROMECH ASSYS 73253 1 73253 8 ITEM PART DESCRIPTION DP6 QTY DP7 QTY 1 65061 SPACER 25 X 14 X 62 2 2 2 67197 ARROW BUTTON 2 2 3 67279 BUMPON FEET 4 4 4 71460 BASE PLATE 1 1 5 7148...

Page 59: ...OL PIN 12D X 25L 2 2 7 67335 RIBBON SPRING 2 8 67295 CABLE GUARD 1 9 67296 COTTER PIN 1 16D X 1 1 4L 1 10 67316 CARRIAGE SPRING 1 11 67334 BUTTON 1 12 71407 DP6 PIVOT ARM 2 13 71420 CARRIAGE SHAFT 1 1 14 71436 STIFFENING ROD 1 1 15 71441 SHORT PIVOT BUSHING 2 2 16 71443 PIVOT WASHER 2 2 17 71450 CABLE RETAINER 1 18 71753 RIBBON DRIVE CABLE 1 19 71535 CABLE GUARD 1 20 71551 HEAD CABLE CLIP 1 1 21 7...

Page 60: ... TRAY DECAL 1 1 20 71739 ANCHOR BRACKET 2 AUTO ALIGN 21 71742 UPPER ALIGN ROLLER 1 AUTO ALIGN 22 71744 ALIGN INPUT GUIDE 1 AUTO ALIGN 23 71746 RELIEF SPRING 2 AUTO ALIGN 24 71748 REAR ROLLER SPRING LEFT 1 AUTO ALIGN 25 71749 REAR ROLLER SPRING RIGHT 1 AUTO ALIGN 26 71750 ALIGN SENSOR GASKET TOP 1 AUTO ALIGN 27 71751 ALIGN SENSOR GASKET BOTTOM 1 AUTO ALIGN 28 71758 ALIGN INPUT TRAY 1 AUTO ALIGN 29 ...

Page 61: ...7T080P 1 1 8 67252 DOCUMENT DRIVE BELT 118T080P 1 1 9 67255 PUSHNUT 3 8 4 4 10 67274 PEM NUT 4 40 2 2 11 67327 SPRING COMPRESSION 2 AUTO ALIGN 12 67330 GEAR 18T24P 25 ID 1 AUTO ALIGN 13 67333 CRESCENT RING 1 AUTO ALIGN 14 71401 SIDE PLATE 2 2 NON AUTO ALN 15 71449 LOWER ROLLER 2 2 NON AUTO ALN 1 AUTO ALIGN 16 71481 CAM REV B 2 2 17 71743 LOWER ALIGN ROLLER 1 AUTO ALIGN 18 71745 ALIGN SIDE PLATE 2 ...

Page 62: ...2 WASHER 31 X 13 X 01 NY 1 1 2 67322 WASHER STAINLESS 020T 3 73273 1 RIBBON CLUTCH ASSY 2 2 4 73275 1 DP6 RIBBON DRIVE SHAFT ASSY 1 73275 7 DP7 RIBBON DRIVE SHAFT ASSY 1 73270 1 3 DP6 7 CARRIAGE PLATE ASSY 73270 1 73270 3 ITEM PART DESCRIPTION DP6 QTY DP7 QTY 1 67018 SPIROL PIN 06 X 19 2 2 67209 RIBBON SHAFT BUSHING 1 1 3 67258 PUSHNUT 1 2 2 4 67276 CARRIAGE SHAFT BUSHING 1 1 5 67306 BAND CLAMP 2 ...

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