3 2001.01.15 1-2 Parts List : L-BEARING,RSR9ZMUUC1 Inagaki Kaneko
1-3 Parts List : STAY,CARRIAGE
4 2003.02.13 CROP MARK Sensor has been added. Inagaki Nakatani1-3 Parts List : STAY,CARRIAGE
2-1 WIRING MAP
3-1 TOOL CARRIAGE_REPLACEMENT
4-2 Service Mode
4-8 CROP MARK SENSOR CHECK
4-9 AUTO CROP MARK SENSOR ADJUSTMENT
4-10 MANUAL CROP MARK SENSOR ADJUSTMENT
5-1 OPERATIONAL SEQUENCE
5-2 SENSOR MAP
5 2003.02.18 1-3 CX-24 Serial Number for Crop Mark Sensor Inagaki Nakatani
6 2003.02.25 1-3 CX-24 Serial Number for Crop Mark Sensor Inagaki Nakatani
To Ensure Safe Work
To Ensure Safe WorkAbout WARNING and CAUTION Notices
Used for instructions intended to alert the operator to the risk of death orsevere injury should the unit be used improperly.
Used for instructions intended to alert the operator to the risk of injury ormaterial damage should the unit be used improperly.* Material damage refers to damage or other adverse effects caused with
respect to the home and all its furnishings, as well to domestic animals orpets.
About the Symbols
The symbol alerts the user to items that must never be carried out (are forbidden). Thespecific thing that must not be done is indicated by the design contained within the circle.The symbol at left means not to touch.
The symbol alerts the user to things that must be carried out. The specific thing thatmust be done is indicated by the design contained within the circle. The symbol at leftmeans the power-cord plug must be unplugged from the outlet.
Turn off the power SW beforeservicing.
The symbol alerts the user to important instructions or warnings. The specific meaningof the symbol is determined by the design contained within the triangle. The symbol at leftmeans "danger of electrocution."
S1 SCREW,BINDING HEAD M4x5 NiS2 SCREW,BINDING HEAD P-TIGHT M3x6BCS3 SCREW,BINDING HEAD P-TIGHT M3x8CS4 SCREW,BINDING HEAD WITH TEETH WASHER M3x8NiS5 SCREW,W-SEMS M3x8BC
CROP MARK SENSOR has been fixed to themachines with the following serial number.CX-24 : AQ87825 and aboveCX-12 : ZQ81680 and above
PARTS LIST -Supplemental Parts-
Parts No. Parts Name remarksS1 31379106 CLAMP,MINI MB-2 *20 pcs./setS2 31329601 CLAMP,INSULOK T-18S *100 pcs./setS3 31159110 CUSHION,GREEN FELT 3T*8*840 **cut off 14mmS4 31409702 SADDLE,LOCKING EDGE LES-1010 *20 pcs./setS5 31089103 SCREW,PAN M2.6*4 C *100 pcs./setS6 31229103 SCREW,TRUSS M2*6 BC *100 pcs./setS7 31239128 SCREW,W-SEMS M3*8 NI *100 pcs./setS8 31239127 SCREW,W-SEMS M3*6 NI *100 pcs./setS9 31679102 SCREW,C-SEMS M3*5.5 NIS10 31019103 SCREW,BINDING M3*6 C *100 pcs./setS11 31019701 SCREW,BINDING P-TIGHT 3*8 C *100 pcs./setS12 31019148 SCREW,BINDING M2.6*4 C *100 pcs./set * : These parts will be provided as set per quantity in remarks with P/N+AS.** : This part will be provided by roll. Please cut when using.
Revised 3
Revised 3Revised 3
Revised 4
Revised 4
Revised 4
Revised 4
Revised 4
Revised 3
Revised 5Revised 6
1 Structure & Spare Parts
1-5
1
PARTS LIST -Main Parts-
Parts No. Parts Name1 13429746 AC INLET SUP-J3G-E+FILTER * *2 23505674 CABLE-ASSY JUNBI A CX-24 * *3 23505675 CABLE-ASSY JUNBI B CX-24 * *
23505634 CABLE-ASSY JUNBI D PC-600 *23505419 CABLE-ASSY JUNBIWIRE D FJ-50 *
Make sure that the blue line on the big cable facesupwards and the blue line on the small cable facesleft when connecting them.
Fix the FRONT COVER.CX-24 : Fix the screws at the center first and them
both sides.CX-12 : Fix the screws from the left side.
(CX-24 : W SEMS M3X8 BC / 6pcs.)(CX-12 : W SEMS M3X8 BC / 4pcs.)
3 Replacement of Main Parts
3-6
3
3-2 MAIN BOARD_REPLACEMENT (Referential Time : 10min.)
2
3 Remove the GUIDE COVER R.
(BINDING HEAD with TEETH WASHER M3X8 Ni /4pcs.)
Remove the FRONT COVER by disconnecting the 2flat cables from the Panel Board.
Remove the FRONT COVER.
(CX-24 : W SEMS M3X8 BC / 6pcs.)(CX-12 : W SEMS M3X8 BC / 4pcs.)
Remove the Y RAIL COVER.
(BINDING HEAD WITH TEETH WASHER M3X8 Ni /4pcs.)
(FRONT VIEW)
(CX-24 Only)
(RIGHT SIDE)
(REAR VIEW)
(REAR VIEW)
3 Replacement of Main Parts
3-7
3
4
6
Remove the screws of the Parallel Cable and nuts ofthe Serial Cable.
Disconnect all the cables (5 pcs.) from the MAINBOARD.
7
5
Remove the screws from the MAIN BOARD and theHeat Sink. And disconnect the Cable on the MAINBOARD.
(W SEMS M3X6 Ni / 6pcs.)
Remove the RIGHT SIDE COVER.
(BINDING HEAD M4X5 Ni / 4pcs.)
(RIGHT SIDE)
HOOK (White)
PARALLELSERIAL
MAIN BOARD
CABLE
3 Replacement of Main Parts
3-8
3
Connect the cables (5pcs.) to the MAIN BOARD.
Make sure connect the wirings to the right place.Carriage Motor Cable CN4Grit Motor Cable CN3Fan Cable (Red and Black) CN8Paper Sensor Cable (Yellow and Blue) CN7Switching Power Cable CN9
Remove the MAIN BOARD.8
10
Fix the new MAIN BOARD and connect the CABLE onthe MAIN BOARD.
(W SEMS M3X6 Ni / 6pcs.)
9
Fix the screws of the Parallel Cable and nuts of theSerial Cable.
PARALLELSERIAL
MAIN BOARDCABLE
3 Replacement of Main Parts
3-9
3
12
13
14
15
(RIGHT SIDE)
(REAR VIEW)
Fix the RIGHT SIDE COVER.
(BINDING HEAD M4X5 Ni / 4pcs.)
Fix the Y RAIL COVER.
(BINDING HEAD with TEETH WASHER M3X8 Ni /4pcs.)
(REAR VIEW)
Fix the cables with the hook and put the hook to theRight Side Frame. HOOK (White)
Make sure that the blue line on the big cable facesupwards and the blue line on the small cable facesleft when connecting them.
Fix the FRONT COVER.CX-24 : Fix the screws at the center first and them
both sides.CX-12 : Fix the screws from the left side.
(CX-24 : W SEMS M3X8 BC / 6pcs.)(CX-12 : W SEMS M3X8 BC / 4pcs.)
Revised 4
3 Replacement of Main Parts
3-11
3
3-3 CARRIAGE MOTOR_REPLACEMENT (Referential Time : 5 min.)
1
2
3 Disconnect the CARRIAGE MOTOR WIRE from CN4of the MAIN BOARD.
(RIGHT FRONT)CN4
Remove the FRONT COVER.
(CX-24 : W SEMS M3X8 BC / 6pcs.)(CX-12 : W SEMS M3X8 BC / 4pcs.)
(CX-24 Only)
(FRONT VIEW)
Remove the FRONT COVER by disconnecting the flatcables from the Panel Board.
(RIGHT SIDE COVER)
Remove the RIGHT SIDE COVER.
(BINDING HEAD M4X5 Ni / 4pcs.)
(RIGHT SIDE )
3 Replacement of Main Parts
3-12
3
4
Fix the new CARRIAGE MOTOR together with theSPACER to the FRAME so that there won't be anylooseness or to much load.
(W SEMS PRECOATING LOCK AGENT M3X8 C /2pcs.)
5
Connect the CARRIAGE MOTOR WIRE to the CN4on the MAIN BOARD.
6
7
Remove the CARRIAGE MOTOR.
(W SEMS PRECOATING LOCK AGENT M3X8 C /2pcs.)
The position of the screws fixing the CX-24CARRIAGE MOTOR is different from CX-12.
SCREWS
CN4
The position of the screws fixing the CX-24SPACER is different from CX-12.
(RIGHT SIDE )
(RIGHT FRONT)
(RIGHT REAR)
SCREWS(CX-24) (RIGHT REAR)
SPACER
Fix the RIGHT SIDE COVER.
(BINDING HEAD M4X5 Ni / 4pcs.)
SCREWS(CX-12)
3 Replacement of Main Parts
3-13
3
8
(RIGHT SIDE)
(FRONT VIEW)
(CX-24 Only)
Connect the flat cables to the Panel Board.
Make sure that the blue line on the big cable facesupwards and the blue line on the small cable facesleft when connecting them.
Fix the FRONT COVER.CX-24 : Fix the screws at the center first and them
both sides.CX-12 : Fix the screws from the left side.
(CX-24 : W SEMS M3X8 BC / 6pcs.)(CX-12 : W SEMS M3X8 BC / 4pcs.)
3 Replacement of Main Parts
3-14
3
3-4 GRIT MOTOR_REPLACEMENT (Referential Time : 5 min.)
1
Remove the Y RAIL COVER.
(BINDING HEAD WITH TEETH WASHER M3X8 Ni /4pcs.)
Remove the FRONT COVER by disconnecting the flatcables from the Panel Board.
Remove the LEFT SIDE COVER.
(BINDING HEAD M4X5 Ni / 4pcs.)
Remove the FRONT COVER.
(CX-24 : W SEMS M3X8 BC / 6pcs.)(CX-12 : W SEMS M3X8 BC / 4pcs.)
(FRONT VIEW)
(CX-24 Only)
(RIGHT SIDE COVER)
(LEFT SIDE )
(REAR VIEW)
3 Replacement of Main Parts
3-15
3Remove the GRIT MOTOR WIRE from the CN3 onthe MAIN BOARD.
CN3
Remove the GRIT MOTOR.
(W SEMS PRECOATING LOCK AGENT M3X8 C /2pcs.)
(LEFT SIDE)
GRIT MOTOR
SCREWS
6
Fix the GRIT MOTOR so that there won't be anylooseness or too much load.
(W SEMS PRECOATING LOCK AGENT M3X8 C /2pcs.)
7
Remove the COVER GUIDE R.
(BINDING HEAD WITH TEETH WASHER M3X8 Ni /4pcs.)
(REAR VIEW)
(RIGHT FRONT)
GRIT MOTOR
(LEFT SIDE)SCREWS
The GRIT MOTOR CABLE should be thefront side when fixing the ASS'Y MOTOR Y.
GRIT MOTORCABLE
3 Replacement of Main Parts
3-16
3
Connect the GRIT MOTOR WIRE to the CN3 on theMAIN BOARD.
CN3
Fix the Y RAIL COVER.
(BINDING HEAD with TEETH WASHER M3X8 Ni /4pcs.)
(RIGHT FRONT)
Fix the COVER GUIDE R.
(BINDING HEAD WITH TEETH WASHER M3X8 Ni /4pcs.)
(REAR VIEW)
(REAR VIEW)
Fix the LEFT SIDE COVER.
(BINDING HEAD M4X5 Ni / 4pcs.)
(LEFT SIDE )
3 Replacement of Main Parts
3-17
3
Connect the flat cables to the Panel Board.
(RIGHT SIDE)
(FRONT VIEW)
(CX-24 Only)
Make sure that the blue line on the big cable facesupwards and the blue line on the small cable facesleft when connecting them.
Fix the FRONT COVER.CX-24 : Fix the screws at the center first and them
both sides.CX-12 : Fix the screws from the left side.
(CX-24 : W SEMS M3X8 BC / 6pcs.)(CX-12 : W SEMS M3X8 BC / 4pcs.)
3 Replacement of Main Parts
3-18
3
3-5 PINCH ROLLER_REPLACEMENT (Referential Time : 5min.)
1 Lower the SHEET LOADING LEVER to raise thePINCH ROLLER.
Remove the SHAFT.
Remove one of the E-RING with the Flat Head driver.
Fix the new PINCH ROLLER with washers by passingthe SHAFT through the PINCH ROLLER.
E-RING
Set the Sheet to prevent the washer from droppingduring the replacement.
Be careful with the direction of the PINCH ROLLER. The marked side should be outside.
SHAFT
3 Replacement of Main Parts
3-19
3
Fix the E-RING with pincers.
Put the CUTTER PROTECTION fully from the left edgeof the APRON and along the MARK on theFRAME,CENTER.There would be space at the right edge.
3-6 CUTTER PROTECTION_REPLACEMENT (Referential Time : 5 min.)
(FRONT VIEW)
E-RING
0 ~ 1mm
CUTTER PROTECTION
MARKThe machines with the following serialnumber have been carved the MARK.CX-24 : ZN92130 and aboveCX-12 : ZO 00370 and above
Revised 1
4-1
4 Adjustment
4
Tool No. ST-002
Tool Name TENSION GAUGE 3N (300gf)
Purpose Tool Pressure Adjustment
Tool No. ST-006
Tool Name WHITE DUMMY PEN
Purpose Tool Height Adjustment
Tool Pressure Adjustment
Tool No. ST-012
Tool Name DIAL TENSION METER DT-50 0.5N (50gf)
Purpose Tool Pressure Adjustment
4 Adjustment4-1 Special Tool
Table shows a list of special tools recommended by Roland DG Corp.
4-2
4 Adjustment
4
4-2 Service Mode
[ ], [ ], [ ] + POWER ON
VERSION A100 Display the version of Firmware.
[Clockwise]
Turn the dial to selectthe menu.
[Counterclockwise]
KEY START This menu is for checking the Panel Keys. It will be checked [MENU/PARAM], [ENTER], [TEST], [ORIGIN] ,[ ], [ ], [ ], [ ] in order.
SENSOR F1 R1 C1
FAN OFF This menu is for checking the FAN.ON/OFF will be changed by pressing the [ENTER] key.
KEY
This menu is for checking the ON / OFF status of Sensor.F : Front Pepare Sensor R : Rear Paper SensorC : Carriage Sensor
1 : ON 0 : OFF
SENSOR F1 R1 C1
FAN OFF[MENU/PARAM]
[MENU/PARAM]
[MENU/PARAM] ********
F-35g U < 33> This menu is for adjusting the MIN Tool Pressure. Refer to section 4 [TOOL PRESSURE ADJUSTMENT] for details.
F-200g U <155>
F-35g U < 33>
F-200g U <155>
[MENU/PARAM]
[MENU/PARAM]
CALIB-G < 0.11>
Select the Calibration Checking DATA by turning the dial and press the [ENTER] key to draw a figure.
This menu is for Calibration of the Grit Roller side. The value is %.CALIB-G < 0.11>
DATA1 DATA2
[TEST]
[MENU/PARAM]
[MENU/PARAM]
CALIB-C < 0.11> This menu is for Calibration of the Carriage Moving. The value is %.CALIB-C < 0.11>
DATA1 DATA2
[MENU/PARAM]
[MENU/PARAM]
[TEST]
Service Mode
Go toNext Page.
[Counterclockwise]
[Clockwise]
[Clockwise]
[Clockwise]
[Clockwise]
[Clockwise]
[Clockwise]
[Clockwise]
[Counterclockwise]
[Counterclockwise]
[Counterclockwise]
[Counterclockwise]
[Counterclockwise]
[Counterclockwise]
This menu is for adjusting the MAX Tool Pressure. Refer to section 4 [TOOL PRESSURE ADJUSTMENT] for details.
Select the Calibration Checking DATA by turning the dial and press the [ENTER] key to draw a figure.
CROP START [MENU/PARAM] CROP START
[Clockwise]
This menu is for Crop Mark Sensor Auto Calibration.
Revised 4
4-3
4 Adjustment
4
AGING STARTThis menu is for AGING.AGING starts after pressing the [MENU/PARAM] key and it will be stop after turning the power off.
PENWAIT < 0>This menu is for setting the time from going the Pen or the Cutter down until moving. The range of the time is 0 ~ 99 (msec).Ending menu of the Service Mode.
AGING START
PENWAIT < 0>
[MENU/PARAM]
[MENU/PARAM]
EEROM START
DRAM START
This menu is for checking the EEROM.Either [OK] or [NG] will be indicated after the check
EEROM check OK!
DRAM check OK!
[MENU/PARAM]
[MENU/PARAM]
[ ], [ ], [MENU/PARAM] + POWER ON
KEY Dir <Forw.>
EXIT
COMMAND <AUTO>
This menu is for setting the COMMAND.AUTO : AUTO (Default)MODE2 : COMMAND CAMM-GL3 MODE 2 FixedMODE1 : COMMAND CAMM-GL3 MODE 1 Fixed
MARK <OFF> Always OFF.
[MENU/PARAM]
[MENU/PARAM]
[MENU/PARAM] KEY Dir <Forw.>
MARK <OFF>
COMMAND <AUTO>
This menu is for setting the media feeding direction when pressing the [ ], [ ].Forw : The media feeds forward with [ ] key. (Default)Rev : The media feeds backward with [ ] key.
Movement Mode
[Clockwise]
Fromlast Page.
[Counterclockwise]
[Counterclockwise]
[Clockwise]
[Counterclockwise]
[Clockwise]
[Counterclockwise]
[Clockwise]
This menu is for checking the DRAM.Either [OK] or [NG] will be indicated after the check
[Counterclockwise]
[Clockwise]
Turn the dial to selectthe menu.
Turn the dial to selectthe menu.
[Counterclockwise]
[Clockwise]
[Counterclockwise]
[Clockwise]
[Clockwise]
Press the [ENTER] key to reset and go back to the general menu.
!FScmd <ON>This menu is for setting the Tool Pressure Control Command (!FS).ON : EnableOFF : Disable (Default)
[MENU/PARAM] !FScmd <OFF>
Turn the dial to selectthe menu.
Turn the dial to selectthe menu.
[Counterclockwise]
CROP G < -31>
CROP C < 416>
CROP AD 468
[MENU/PARAM]
[MENU/PARAM]
[MENU/PARAM]
CROP G < -31>
CROP C < 416>
CROP AD 468
[Clockwise]
[Clockwise]
[Clockwise]
[Counterclockwise]
[Counterclockwise]
[Counterclockwise]
This menu is for checking the movement of the Crop Mark Sensor.This value will change depending on the media.
This menu is used when Auto Calibration cannot be done. This menu shows the distance in Grid direction between the center of the Sensor and the center of the cutter.This value will change by Jog Dial. (1 step = 0.05mm)
This menu is used when Auto Calibration cannot be done. This menu shows the distance in Carriage direction between the center of the Sensor and the center of the cutter.This value will change by Jog Dial. (1 step = 0.05mm)
Revised 2
4-4
4 Adjustment
4
4-3 Function Mode
SERIAL INTERFACE CHECK
SYSTEM REPORT
Turn on the power while pressing the [ ] key.
SYSTEM REPORTMODEL : CX-24MAIN : A100BOOT : B100
--- PARAM ---CALIB. : C=0.00% G = 0.00%FORCE DA : MAX= 170 MIN= 45CROP ENABLE: OFFCROP OFFSET: X= 430 Y= -29 LANGUAGE : ENGLISH
Turn on the power while pressing the [MENU/PARAM] key.
UNIT <Metric>
UNIT Inch
UNIT <Inch>
Turn on the power while pressing the [ ], [ ], [ORIGIN] keys.
Turn on the power while pressing the [ ] key.
Turn on the power while pressing the [ENTER] key.
The data which the customer sets inside the EEPROM
will be initialized.
Revised 2
4-5
4 Adjustment
4
4-4 HOW TO UPGRADE FIRMWARE (Referential Time : 5 min.)
1 Connect PC and CX-24/12 with the PARALLELCABLE.
2 Turn on the power while pressing [ ], [ ], [ ]keys.It is ready to receive data when [Send new program]is displayed.
3 Open the download.BAT from MS-DOS.
4 Turn off the power when the upgrade is completed.
It is necessary to prepare the followings toupgrade the FIRMWARE.
1. FIRMWARE DISK2. PC with MS-DOS3. PARALLEL CABLE
Some PCs can not use the BAT FILE.Please refer to the ReadMe File in theFIRMWARE DISK.
COMPLETE
POWER OFF
[ENTER]
[ ] [ ] [ ] + POWER ON
VERSION UP SURE?
Send new program
CX-XX V.A 100 %
ERASE %
WRITE %**
**
**
4-6
4 Adjustment
4
4-5 TOOL HEIGHT ADJUSTMENT (Referential Time : 20min.)
1
2
TOOL HEIGHT ADJUSTMENT is designed to cut the whole media equally and ensure cuttingquality by eliminating tool-bouncing as the tool traverses the media.This adjustment must be performed after replacement of the TOOL CARRIAGE.Roland Special Tool ST-006, Thickness Gauge and 1mm Hexagonal wrench are used for thisadjustment.
Remove the Carriage Cover.
(W SEMS M3X6 Ni / 1pce.)
Make sure not to disconnect the flat cables from thePanel Board.
Screw
Remove the screws fixing the FRONT COVER.
(CX-24 : W SEMS M3X8 BC / 6pcs.)(CX-12 : W SEMS M3X8 BC / 4pcs.)
(FRONT VIEW)
(CX-24 Only)
(RIGHT SIDE COVER)
4-7
4 Adjustment
4
Put the WHITE DUMMY PEN (ST-006) to the TOOLCARRIAGE. Make sure to insert until the collar of theblade holder touches the rim of the hole.
5
3
CX-24 : Make sure to cover the FRONT /REAR PAPER SENSOR with paper and turnon the power.
4 Put the PINCH ROLLER down at the both ends ofGRIT ROLLER
Turn on the power and press the [ENTER] key.
6
Remove the Y RAIL COVER.
(BINDING HEAD WITH TEETH WASHER M3X8 Ni /4pcs.)
(REAR VIEW)
4-8
4 Adjustment
4 8 Adjusting Screw
7 Move the TOOL CARRIAGE to the positions shown inthe right figure with the [ ], [ ] keys.Carry out Adjustment 8 at the position where theclearance between the pen tip and the BED is thelowest.
Adjust the Adjusting Screw so that the clearancebetween the pen tip and the BED will be more than2.4 / less than 2.6 with 1mm Hexagonal wrench.
Thickness Gauge
Make sure to adjust the Adjusting Screw sothat the 2.4mm thickness gauge can insertbetween the pen tip and the BED and 2.6mmthickness gauge can not insert.
4-9
4 Adjustment
4
1 Make sure to carry out TOOL HEIGHT ADJUSTMENTbefore this adjustment.
4-6 TOOL PRESSURE ADJUSTMENT (Referential Time : 15 min.)
Driver IC [MTD2005] supplies voltage,corresponds to the pen pressure, to thesolenoid of the Carriage. Tool Pressure couldbe set by adjusting the OFFSET with "MIN"adjustment and GAIN with "MAX" adjustmentof the TOOL PRESSURE ADJUSTMENT.
2
TOOL PRESSURE ADJUSTMENT is for adjusting the voltage supplied to the solenoid of theTOOL CARRIAGE to ensure that correct pressure would be added to the blade when cutting.This adjustment must be performed after replacement of the TOOL CARRIAGE.It is necessary to enter PEN PRESSURE MODE to perform this adjustment.Roland Special Tool ST-002, ST-006 and ST-012 are used for this adjustment.
Move the TOOL CARRIAGE to the position where theTOOL HEIGHT ADJUSTMENT has been carried out.
[Actual Pen Pressure]
[Pressure set from Panel]
200 g
20 g
20 g 200 g
Offset
Gain
Correct
Offset is not adjusted.
Gain is not adjusted.
4-10
4 Adjustment
4
3
4
5
Move the PEN down by pressing the [ ] key.Make sure to touch the pen tip to the BED.
Turn on the power while pressing [ ], [ ], [ ]keys to enter the Service Mode.Select [F-35g] menu and press [MENU/PARAM] keyto enter the Adjusting Mode.
0.3N ~ 0.4N(30gf ~ 40gf)
[MENU/PARAM]
VERSION A100
F-35g U < 33>
F-35g U < 33>
[ ] [ ] [ ] + POWER ON
Pull up the TOOL CARRIAGE with the DIAL GAUGE(ST-012) and measure the tool pressure when pen tipleaves the BED.
F-35g D <36>
[ENTER]
F-35g D < 33>
F-36g U <36>
Adjust the parameter in the menu with the dial so thatthe pressure will be 0.3N ~ 0.4N (30gf ~ 40gf).Press the [ENTER] key to save the settings.
Make sure to check the pressure with the DIALGAUGE (ST-012) again.
6
4-11
4 Adjustment
4
7
8
10
9
Select the [F-200g] menu and press the [MENU/PARAM] key to enter the adjusting mode.
F-200g U <155>
[MENU/PARAM]
F-35g U < 36>
F-200g U <155>
1.9N ~ 2.0N(195gf ~ 205gf)
[ ]
F-200g D <155>
F-200g D 157
F-200g U 157
Move the PEN down by pressing the [ ] key.Make sure to touch the pen tip to the BED.
Pull up the TOOL CARRIAGE with the TENSIONGAUGE (ST-002) and measure the tool pressurewhen pen tip leaves the BED.
Adjust the parameter in the menu with the dial so thatthe pressure will be 1.9N ~ 2.0N (195gf ~ 205gf).Press the [ENTER] key to save the settings.
Make sure to check the pressure with the TENSIONGAUGE (ST-002) again.
4-12
4 Adjustment
4
Turn on the power while pressing [ ], [ ], [ ]keys to enter the Service Mode.Select [CALIB -*] menu and press the [TEST] key.Then, select the [DATA2] with the dial.
4-7 CALIBRATION (Referential Time : 20 min.)
1 Put the 0.25mm Standard Ceramic Pen to the TOOLCARRIAGE.
2
3
Set A1 size paper on CX-24 and A3 size paper onCX-12.Make sure to set the edge of the paper to the Guideline.
[TEST]
VERSION A100
DATA1 DATA2
CALIB-G < 0.11>
[ ] [ ] [ ] + POWER ON
[CALIB - *] menu is used either [CALIB-G] or[CALIB -C].
CALIBRATION is designed to ensure the distance accuracy by adjusting the media-feedingrate. This adjustment must be performed after the MAIN BOARD or in case you like to improvethe distance accuracy.It is necessary to enter the CALIBRATION MODE to perform this adjustment.
4-13
4 Adjustment
4
Measure the length of CARRIAGE DIRECTION /GRIT ROLLER DIRECTION by using the figure.
If the measured length is within the following range, itdoes not need to calibrate.
[CX-24]Grit Direction : 748.5mm ~ 751.5mmCarriage Direction : 548.9mm ~ 551.1mm[CX-12]Grit Direction : 349.3mm ~ 350.7mmCarriage Direction : 249.5mm ~ 250.5mm
If the measured length is beyond the range, carry outthe 7 ~ 12 .
7
6
CX-24/12 will start drawing a figure when pressingthe [ENTER] key.
4
550mm
100mm
50mm
750mm
100mm
50mm
CX-24 AI SIZE
250mm
100mm50mm
350mm
100mm
50mm
CX-12 A3 SIZE
CARRIAGECARRIAGE
GRIT
GRIT
Lower the sheet loading lever and remove the sheet.
750 (350) mm - Measured Length (mm)
Measured Length (mm)X 100 = Calibrating
Amount (%)
[FOR EXAMPLE]
Calculate the amount to be calibrate by using the rightformula.
5
( FORMULA for the Grit Direction )
750mm - 752mm
752mmX 100 = - 0.3 (%)
4-14
4 Adjustment
4
Press the [MENU/PARAM] key to enter the menu andchange the Calibrating Amount with the dial.
Select the directions, GRIT ROLLER DIRECTION orCARRIAGE DIRECTION.
9
10
(Carriage Direction)
(Grit Direction)
8
CALIB-G < 0.11>
CALIB-C < 0.13>
[MENU/PARAM]
CALIB-G < 0.13>
CALIB-G -0.3
Press the [ENTER] key to save the settings.
If the both directions are needed to calibrate, pressthe [MENU/PARAM].Select another direction and carry out the 9 .
Enter the Calibrating Amount which is the amountcalculated at 7 .Calibrating range is -0.60% ~ +0.60%.
[MENU/PARAM]
CALIB-G < -0.3>
CALIB-G -0.3[ENTER]
CALIB-C < 0.13>
550 (250) mm - Measured Length (mm)
Measured Length (mm)X 100 = Calibrating
Amount (%)
[FOR EXAMPLE]
( FORMULA for the Carriage Direction )
550mm - 547mm
547mmX 100 = 0.5 (%)
4-15
4 Adjustment
4Measure the length of CARRIAGE DIRECTION orGRIT ROLLER DIRECTION by using the figure.
Make sure that the measured length is within thefollowing range.
[CX-24]Grit Direction : 748.5mm ~ 751.5mmCarriage Direction : 548.9mm ~ 551.1mm[CX-12]Grit Direction : 349.3mm ~ 350.7mmCarriage Direction : 249.5mm ~ 250.5mm
If the measured length is beyond the range, carry outthe 7 ~ 12 again.
11 Set the paper again and press the [TEST] key.Then, select the [DATA2] with the dial and CX-24/12will start drawing a figure when pressing the [ENTER]key. [TEST]
CALIB-G < -0.3>
DATA1 DATA2
DATA1 DATA2
[ENTER]
12
4-16
4 Adjustment
4
4-8 CROP MARK SENSOR CHECK (Referential Time : 20 min.)
This is for checking the sensitivity of the CROP MARK SENSOR with using the internaldata of the machine. It can be done without the influence of Application / Driver.
1
2
3
[MENU/PARAM]
SELECT I ROLL
SELECT I ROLL
1.5cm
2cm
5.7cmA4 size
Crop Mark(Diameter : 1cm) Printing Area
Prepare the followings.1. Sheet which the Crop Marks are printed.2. Blade3. Blade Holder
Set the Sheet and fix the Blade Holder with a blade tothe Carriage.
Set the Right & Left Pinch Rollers at the outsideof the Crop Marks.
Pinch Roller
Cutter ProtectionSet the sheet so that theCrop Marks are on theCutter Protection.
Power on the machine and press the [MENU/PARAM]key to enter the User's Mode.
Make sure that there is no illustration and stain onthis area.
Revised 4
4-17
4 Adjustment
4
MARK TEST
SELECT ROLL
[ENTER]
[ TEST ] + POWER ON
SELECT PIECE
CROPMARK I <AUTO>
SELECT I ROLL
CROPMARK I <OFF>
SELECT I ROLL
[MENU/PARAM]
CROPMARK I <OFF>
CROPMARK I <AUTO>
[ENTER]
6
4
5
Make sure that the [CROP MARKS] menu is set to[AUTO].
Factory Default : [OFF]In order to set to [AUTO], press the [MENU/PARAM]key to enter the Setting Mode and change it by theJog Dial.Then, press the [ENTER] key to save it.
<Confirmation> <Setting>
Power off the machine and power on again whilepressing the [TEST] key.Select [PIECE] and press the [ENTER] key.
The machine cuts around the Crop Marks.
Make sure that the Crop Marks are in the cut squares.If not, carry out the Crop Mark Sensor Adjustment.
4-18
4 Adjustment
4
4-9 AUTO CROP MARK SENSOR ADJUSTMENT (Referential Time : 20 min.)
This adjustment is for calibrating the distance from the center of the sensor to the tip of the pen.This adjustment can be performed by adjusting the cutting position to the Crop Marks which areprinted on the sheet with [CROP START] menu in the Service Mode.
Revised 4
1
2
3
Prepare the followings.1. Vinyl Sheet Size : A4
Color : Black (Backing should be white.)
2. Blade3. Blade Holder4. Tweezers
Turn on the power while pressing [ ], [ ], [ ]keys to enter the Service Mode.Select [CROP START] menu and press [MENU/PARAM] key to carry out the AUTO CROP MARKSENSOR ADJUSTMENT.
VERSION A100
PAUSE -> ENTER
CROP START
[MENU/PARAM]
[ ] [ ] [ ] + POWER ON
Set the Right & Left Pinch Rollers with 10cminterspace.Set the Sheet and fix the Blade Holder with a blade tothe Carriage.
4-19
4 Adjustment
4
6
4
5
Peel off this area.
Peel the sheet off leaving 2 squares after cutting.
Please carry out this without taking the sheet off.
Press [ENTER] key to continue the adjustment.
Sensor detects the center of the left square firstly anddetects the center of the right square.Then, the machine cuts inside of the right square.
Peel off the inside part of the right square and checkthat the line of the right square is not cut.
If it is cut, carry out the [4-10 Manual Crop MarkSensor Adjustment].
4-20
4 Adjustment
4
4-10 MANUAL CROP MARK SENSOR ADJUSTMENT (Referential Time : 20 min.) Revised 4
1 Turn on the power while pressing [ ], [ ], [ ]keys to enter the Service Mode.Select [CROP - *] menu and press [MENU/PARAM]key to enter the setting mode.
Select [CROP G] when adjusting the gritdirection.Select [CROP C] when adjusting the carriagedirection.
This adjustment can be done more precisely than the Auto Crop Mark Sensor Adjustment.This adjustment can be performed from [CROP G] & [CROP C] menus in the Service Mode.
VERSION A100
[ ] [ ] [ ] + POWER ON
[MENU/PARAM]
CROP < -29>
CROP < -29>*
*
[ENTER]
CROP G < -40 >
CROP G < -50 >
[ENTER]
CROP C < 25 >
CROP C < 45 >
When adjusting the cutting position to the right/ up, the parameter is [+].When adjusting the cutting position to the left/ down, the parameter is [-].
Change the parameter with the Jog Dial and press[ENTER] key to save it.
In case of moving the Cutting Position down_about 0.5mm.
In case of moving the Cutting Position tothe right_about 1mm.
+ 20 steps
- 10 steps
4-21
4 Adjustment
4
3 Carry out [4-8 CROP MARK SENSOR CHECK].
5-1
5 Supplemental Information
5
5-1 OPERATIONAL SEQUENCE 5 Supplemental Information
DRAM CHECK
Power SW ON
NG
OK
Stop the movement.
Copy Firmware to DRAM.
Carriage moves to origin.
Ready to cut.
Motor Voltage
Detects origin
SHEET UNLOADED
NG
OK
Initialize Hardware.NG
OK
EEPROM ErrorEEROM CHECKNG
OK
Display Error Message
Roland DG Corp.Displays Opening Message.
Sensor ErrorNG
OKOrigin Error
Fan Error
Detects Media
SELECT RollDisplays Sheet Selection Menu.
ENTER
NG
OK
Err:Bad Posit ionDetects
PINCH ROLLER position.
NG
OK
Err:Sheet SetDetects Media length.NG
OK
When selecting PIECE
or
or
Display Error Message
Display Error Message
Display Error Message
Display Error Message
Display Error Message
Stop the movement.
OK
MARK1 NOT FOUNDDetects Crop Mark.
NGWhen CROP MARK isenable Display Error Message
Revised 4
5-2
5 Supplemental Information
5
5-2 SENSOR MAP
FRONT PAPER SENSOR (CX-24 ONLY)This sensor detects whether the Media is setor not. And also, it detects the front edge ofthe Media.Media has to be on this sensor when SETUP.
REAR PAPER SENSOR (CX-24 ONLY)This sensor detects whether the Media is set or not.And also, it detects the rear edge of the Media.Media has to be on this sensor when SETUP.
CARRIAGE LIMIT & PINCH ROLL SENSORThis sensor detects the Carriage Limit and thePinch Roller Position.
CROP MARK SENSORThis sensor detects the Crop Mark.
Revised 4
6-1
6 Troubleshooting
6
6 Troubleshooting6-1 START & END POINTS DON'T MATCH
Blade used on the CX has offset and therefore, tip is shifted from itscenter. When the offset setting done on CX doesn't match with theblade offset, offset correction won't be done. Therefore, the startingand ending points won't match because the direction of the bladeslightly shifts from the correct direction.
2Blade Holder is setloose on ToolCarriage
Secure the BladeHolder User's Manual When Blade Holder is set loose on Tool Carriage, the blade tip
becomes very shaky when cutting and results in distorted figure.
3Blade tip is wearing
outReplace theBlade User's Manual
When blade tip wears out, offset will be changed. Therefore, as samesa1, the starting and ending point won't match especially whencutting circles.
4
Bearing insideBlade holderdoesn't rotatesmoothly
Replace theBlade holder
There are bearings inside the Blade Holder. When the bearings don'trotate smoothly, direction of the blade slightly shifts form the correctdirection and therefore, starting and ending points doesn't match.
5Holder part of ToolCarriage is loose
Replace the ToolCarriage
When holder part of Tool Carriage is loose, direction of the bladeslightly shifts from the correct direction and therefore, the startingand ending points won't match.
6Tool Carriage isloose
Secure the ToolCarriage
Section3 [ToolCarriage_Replacement]
When the Tool Carriage is loose, direction of the Tool Carriage slightlyshifts form the correct direction and therefore, the starting and ending pointswon't match.
7Tool Height is notcorrect
Tool HeightAdjustment
Section4 [ToolHeightAdjustment]
When Tool Height is not adjusted, blade hits the Bed strongly andbounces. Therefore, the cutting at the very beginning won't be doneand cause the starting and ending points to be shifted.
6-2
6 Troubleshooting
6
NO CHECKING POINT ACTION REFERENCE OUTLINE
8Tool Pressure is notcorrect
Tool pressure isnot
Section4 [ToolPressureAdjustment]
When Tool height is not adjusted, blade hits he Bed strongly andbounces. Therefore, he cutting at the very beginning won't be doneand cause the starting and ending points to be shifted. And also,when the Tool Pressure is set too high by the user, the blade offsetchanges because the blade tip goes deep into the sheet. Therefore,the starting and ending points will be shifted.
9Motor Gear ismeshed too tight ortoo loose
BacklashAdjustment
When Motor Gear is meshed too tight or too loose, Tool Carriageand Grit Roller will be driven unstable and results in starting andending points to shift.
6-3
6 Troubleshooting
6
6-2 STITCH CUT
Solenoid Driver IC on Main Board is broken STITCH CUTReplace IC14 on
When blade wears out and cracks, it will be caught by the sheet andresults in stitch cut.
2
Bearing insideBlade holderdoesn't rotatesmoothly
Replace theBlade Holder
There are bearing s inside the Blade Holder. When the bearingsdon't rotate smoothly, direction of the blade slightly shifts from thecorrect direction and therefore, it will be caught by the sheet whichresults in stitch cut.
3Tool doesn't moveup/down smoothly
Replace the ToolCarriage
Section3 [ToolCarriage_Replacement
When Tool doesn't move up and down smoothly, blade sometimeshits the Bed strongly and bounces which results in stitch cut. In mostcases, stitch cut at the beginning is caused by this reason.
4Scratch in CutterProtection
Replace theCutter Protection
Section3 [CutterProtection_Replacement
Cutter Protection is where the blade lands for cutting. If there isscratch in the Cutter Protection, blade is caught by the sheet becauseit sticks deeper into the sheet and results in stitch cut.
5Holder part of ToolCarriage is loose
Replace the ToolCarriage
Section3 [ToolCarriage_Replacement
When holder part of Tool Carriage is loose, direction the bladeslightly shifts from the correct direction and therefore, it will becaught by the sheet which results in stitch cut.
6Tool Carriage is
looseSecure the Tool
CarriageWhen the Tool Carriage is loose, the blade tip becomes shaky and itwill be caught by the sheet which results in stitch cut.
7Tool Height is notcorrect
Tool HeightAdjustment
Section4 [ToolHeightAdjustment]
When Tool Height is not adjusted, blade hits the Bed strongly andbounces which results in stitch cut. In most cases, stitch cut at thebeginning is caused by this reason.
8Tool Pressure is notcorrect
Tool PressureAdjustment
Section4 [ToolPressureAdjustment]
When Tool Pressure is not adjusted, blade hits the Bed strongly andbounces which results in stitch cut.
9Solenoid Driver ICon Main Board isbroken
Replace IC14 onMain Board
When Solenoid Driver IC breaks, sometimes high pressure will begenerated. In this case, blade hits the Bed strongly and bounceswhich results in stitch cut.
6-4
6 Troubleshooting
6
6-3 MEDIA SHIFTING
Grit Roller is dirty
Sheet is not set correctly
Screw fixing the Plate Shaft is loose
MEDIA SHIFTING
Fan revolution
Refer to Troubleshooting FAN REVOLUTION 6-5
Secure the screw fixing the Plate Shaft
Set the sheet again and explain to user
Pieces of Media
Cleaning
Clean the Grit Roller
Pinch Roller is wearing out /broken
Replace the Pinch Roller
12
Driver IC on Main Board is broken
Replace IC12/13 onMain Board
7
65
4
3
NO CHECKING POINT ACTION REFERENCE OUTLINE
1Sheet is not set
correctly
Set the sheetagain and
explain to user
The most effective measure against media shifting is to set the mediastraight to the machine. Small tilting of the media when setting it upcould result in big shifting especially doing long print. It isrecommended to setup the media by adding tension towards front andcheck the shifting by prefeed function before actually start cutting.
2Pinch Roller iswearing out /
broken
Replace thePinch Roller
Section 3 [PinchRoller_Replacement]
When pinch rollers wear out, power to hold the media will beweakened and results in media shifting.
3 Pieces of Media CleaningWhen dust such as pieces of media is stick to the feeding place,making contact with the dust during the cutting and results in mediashifting.
4 Grit Roller is dirty Clean the GritRoller
When dust such as pieces of Media is stick to the grit roller, power tohold the sheet will be weakened and results in media shifting. Usebrush to clean the Grit Roller.
5Screw fixing the
Plate Shaft is loose
Secure the screwfixing the Plate
Shaft
When the screw fixing the Plate Shaft is loose, the pinch rollerdoesn't push the grit roller with the correct pressure and results inmedia shifting.
6 Fan revolution
Refer toTroubleshooting
FAN REVOLUTION6-5
When Fan is not rotate correctly, it doesn't suck the media to theApron and the media lifts up at the Bed and results in media shifting.
7Driver IC on MainBoard is broken
Replace IC12/ 13on Main Board
Motor Driver IC is a chip to supply the current to drive the motor.When it is broken, motor doesn't supply the correct current and themotor doesn't move correctly and results in media shifting.
6-5
6 Troubleshooting
6
6-4 PEN UP/DOWN ERROR
Cut-line in solenoid coil
Cut-line in Carriage Cable
Cable is not connected correctly
PEN UP/DOWN ERROR
Tool Pressure is not correct
Tool Pressure Adjustment
Load on the carriage up/down movement
Solenoid Driver IC on Main Board is broken
Replace the Carriage Cable
Replace the Tool CarriageConnect the cable again
1 2
3
45
6
Replace IC14 on Main Board
Replace the Tool Carriage
NO CHECKING POINT ACTION REFERENCE OUTLINE
1Cut-line in
Carriage CableReplace the
Carriage CableWhen there is cut-line in the carriage cable, the current is notsupplied from Main Board to Solenoid and the carriage doesn't move.
2Load on the
carriage up/downmovement
Replace the ToolCarriage
Section3 [ToolCarriage_Replacement
When the media is jammed, the carriage hits the jammed media andresults in the position of the solenoid shifting. The mechanical loadby rubbing the coil and bobbin cause the tool up/down error.
3Solenoid Driver ICon Main Board is
broken
Replace IC14 onMain Board
When the Solenoid Driver IC is broken the current is not supplied tosolenoid and result in tool up/down error.
4Cut-line in solenoid
coilReplace the Tool
Carriage
Section3 [ToolCarriage_Replacement
When there is cut-line in solenoid coil, there is no function aselectrical magnet because of no current and results in tool up/downerror.
5Cable is not
connected correctlyConnect thecable again
When there is a bad contact on the connector or cable, the signal isnot sent and cause tool up and down error.
6Tool Pressure is not
correctTool PressureAdjustment
Section4[Tool PressureAdjustment]
When Tool Pressure Adjustment is not done correctly (the value ofthe MIN pressure is lower that the correct one), there is a case thetool doesn't down.
6-6
6 Troubleshooting
6
6-5 FAN REVOLUTION
Fan Motor is broken
Replace the Main Board
CPU and Q1/Q2 on Main Board is broken
Replace the Fan Motor
FAN REVOLUTION
1 2
3
Bad contact in connector
Connect the connector again
NO CHECKING POINT ACTION REFERENCE OUTLINE
1Bad contact in
connectorConnect the
connector againWhen there is bad contact in connector, the signal doesn't passand results Fan Motor doesn't rotate.
2CPU and Q1/Q2 on
Main Board isbroken
Replace theMain Board
Fan Motor is controlled by CPU on the Main Board and sendthe signal to Q1/Q2. If the CPU or Q1/Q2 is broken, it doesn'tcontrol correctly and cause the Fan Motor rotation error.
3Fan Motor is
brokenReplace the Fan
Motor
Fan Motor used CX doesn't need to replace normally, howeverthere is a possibility the motor doesn't rotate because wearingout. Therefore, if there is no problem in the above 1 or 2,replace the Fan Motor to check.
7-1
7 Service Activities
7
7-1 INSTALLATION CHECK LIST 7 Service Activities
CX-24/12 INSTALLATION CHECK LIST
Power cord: 1 Roland Software Package CD-ROM: 1
Roller base: 1 Blade : 1
Blade holder(XD-CH3) : 1
Startup manual: 1 To Ensure Safe Use: 1
* CX-24 only
Pin
Accessories
Connection
Cables are available separately.One which you are surematches the model of computerbeing used should be selected.
For IBM PC or PC compatibles
Serial (RS-232C) cable
Parallel (Centronics) cable
Printer connector on the computerRS-232C connector on the computer
Serial (RS-232C) InputConnector
Parallel (Centronics)Input Connector
Model Serial Number User Date CX-24 / CX-12
ClassificationPurchase Loan Unit Demo Unit Replacement
CX-24 : 950mm (W) x 500mm (L) x 300mm (H)CX-12 : 650 (W) x 500mm (L) x 300mm (H)
Minimum Space Required
7-2
7 Service Activities
7
For Macintosh
Crossover serial cable
Cables are available separately.
Printer Port
Modem Port
Connect to either port.
Serial Input Connector
Preparation
Power connector
Power cord
Power outlet
Connecting the Power Cord
Installing Blade (User's Manual 4-1)
Loading the Matelial (User's Manual 4-2)
Acceptable material widths
Width(horizontal dimension)
Length(vertical direction)
CX-2450 to 700 mm (1-15/16 to 27-3/4 in.)
For flat material, 100 mm or more; for roll material,no restrictionNo other restrictions (* Accuracy assured within arange of up to 1,600 mm (63 in.))
CX-1250 to 395 mm (1-15/16 to 15-1/2 in.)
No restrictions (* Accuracy assured within arange of up to 1,600 mm (63 in.))
Putting the Machine in the Setup State (User's Manual 4-3)
7-3
7 Service Activities
7
Making Menu Setting with the Control Panel (User's Manual 4-3)
Checking Material Feed (User's Manual 4-4)
Setting the Origin Point (User's Manual 4-6)
Port Setting (User's Manual 3-4)
Setting
Cutting Test (User's Manual 4-7)¥ Adjusting the Blade Force¥ Adjusting the Blade extension
Test
Performing a Self-test (User's Manual 5)
Operation
Downloading Cutting Data (User's Manual 4-8)
Removing the Material (User's Manual 4-9)
Apply the Completed Cut out (User's Manual 4-9)
When Cutting is Completed (User's Manual 4-10)
Plotting on Paper Media (User's Manual 6)
¥ Explain to the customer that since the design of the CX-24/12 differs inherently from that of dedicated plotters, it does notaccommodate functions such as high-speed plotting, automatic pen changes, pen dry protection, or the like.
Repeating the Same Cutting (User's Manual 7)¥ Preparing the Cutting Data¥ Getting Ready for Recutting
Repeating cutting without replacing the material.Repeating cutting on different material
¥ Performing Recutting
Model
CX-24
CX-12
Material shape selected from the menu
[ROLL]
[EDGE][PIECE]
There is no material-selection menu.
Location of the origin point
- Near the left pinch roller- Near the right pinch roller when the [ROTATE] menu
item is set to ON- At the front lower left of the material- Near the front lower right of the material when the
[ROTATE] menu item is set to ON- Near the left pinch roller- Near the right pinch roller when the [ROTATE] menu
item is set to ON
7-4
7 Service Activities
7
Others
Blade
ZEC-U1005
ZEC-U5025
ZEC-U1715
Material
General Signage Vinyl
General Signage VinylReflective VinylFluorescent Vinyl
Rubber material forsandblasting stencil
Tool-force
50 to 150 gf
30 to 100 gf120 to 200 gf100 to 200 gf
100 to 200 gf
Speed
40 cm/sec.
40 cm/sec.40 cm/sec.40 cm/sec.
10 cm/sec.
Amount of cutterblade extension
0.25 mm (0.01 in.)
0.25 mm (0.01 in.)0.25 mm (0.01 in.)0.25 mm (0.01 in.)
0.25 mm (0.01 in.)
Life of a blade(General guide)
8000 m (314960 in.)
4000 m (157480 in.)4000 m (157480 in.)4000 m (157480 in.)
Varies according tomaterial type
¥ The values for lifespan are intended to serve as a general guide when cutting materials of identical type.
Blade and Material Combinations (User's Manual 8-1)
Cutting Area (User's Manual 8-2)
Description of Display Menu (User's Manual 9-2)
Pinch roller (Right) Pinch roller (Right)
Cutting Area
Material
Pinch roller (Left) About 1 mm(about 0.04in.)
Initial cutting coordi-nate origin point (0,0)
Abou
t 15
mm
(abo
ut 9
/16
in.)
Max.584 mm (23 in.)
Max.280 mm (11in.)
Max
.24,
998
mm
(984
-1/8
in.)
(Acc
urac
y as
sure
d w
ithin
a ra
nge
ofup
to 1
,600
mm
(63
in.))
Max
. 24,
998
mm
(984
-1/8
in.)
(Acc
urac
y as
sure
d w
ithin
a ra
nge
ofup
to 1
,600
mm
(63
in.))
<CX-24> <CX-12>
7-5
7 Service Activities
7
MECHANICAL PARTS
LUBRICATION
FUNCTION CHECK
Date : . . .
7-2 MEINTENANCE CHECK LIST
CX-24/12 MAINTENANCE CHECK LIST
Model Serial No.CX-24CX-12
ConfirmationCarriage Driving Part 1. Drive Gear Dirt / Crack
2. Backlash LoosenessGrit Driving Part 1. Drive Gear Dirt
Width: 584 mm (22-15/16 in.)Length: 24,998 mm (984-1/8 in.)50 to 700 mm (1-15/16 to 27-1/2 in.)50 to 700 mm (1-15/16 to 27-1/2 in.)
Media-movement method Stepping motor (Micro-step)
Width: 280 mm (11 in.)Length: 24,998 mm (984-1/8 in.)50 to 395 mm (1-15/16 to 15-1/2 in.)50 mm to 395 mm (1-15/16 to 15-1/2 in.)
High-quality paperCutters: Special cutter for CAMM-1 seriesPens: Water-based fiber-tipped pens, and Thick water-based fiber-tipped pens (options)During cutting: 400 mm/sec. (15-11/16 in./sec.) (45-degree direction)(when [HEAVY] is selected on the display menu: 100 mm/sec.(3-7/8 in./sec.))30 to 200 gf0.05 mm/step (0.00197 in./step)0.025 mm/step (0.000984 in./step)Error of less than +/- 0.2% of distance traveled, or 0.1 mm (0.00394 in.), whichever is grater0.1 mm (0.00394 in.) or less (Excluding stretching/contraction of the material,and provided that material length is under 1600 mm (62-15/16 in.))Parallel (Centronics compatible), Serial (RS-232C)1 Mbyte (800 Kbyte for replot buffer)CAMM-GLIII (mode1 and mode2)Power switchDial, TEST, ORIGIN, , , , , ENTER, MENU/PARAMLiquid crystal display unit: 16-character by 1 lineMaximum: 0.9 A /100 to 240 V ± 10 % 50/60 Hz[Cutting mode] : less than 70 dB (A) [Standby mode] : less than 40 dB (A)(According to ISO 7779)850 mm (W) x 300 mm (D) x 240 mm (H)(33-1/2 in. (W) x 11-13/16 in. (D) x 9-1/2 in. (H))14 kg (30.9 lb.)
545 mm (W) x 300 mm (D) x 240 mm (H)(21-1/2 in. (W) x 11-13/16 in. (D) x 9-1/2 in. (H))10 kg (22 lb.)
5 to 40¡C (41 to 104¡F)35 to 80% (non-condensing)Power Cord x 1, Blade (ZEC-1005) x 1, Blade Holder XD-CH3 (Cutter holder and pin) x 1,Startup Manual x 1, To Ensure Safe Use x1, Roland Software Package CD-ROM x 1, Roller base x1*
CX-24 CX-12
7-7
7 Service Activities
7
1
19
18
36
3.3K
+5 V
=*
Signal Terminal Signal Pin Connectionnumber number number
ParallelStandard In compliance with the specifications of CentronicsInput signals STROBE (1 BIT), DATA (8 BITS)Output signals BUSY (1 BIT), ACK (1 BIT)Level of input/output signals TTL levelTransmission method Asynchronous
SerialStandard RS-232C specificationsTransmission method Asynchronous, duplex data transmissionTransmission speed 4800, 9600 (Selected using panel keys.)Parity check Odd, Even, or None (Selected using panel keys.)Data bits 7 or 8 bits (Selected using panel keys.)Stop bits 1 or 2 bits (Selected using panel keys.)Handshake Hardwire (power on) or XON/XOFF (Selected using panel keys.)
Parallel connector (in compliance with specifi-cations of Centronics)
Serial connector (RS-232C)
1
14
13
25
Signal Terminal Signal Pin Connectionnumber number number
