Parts marked with "" are important for maintaining the safety of the set. Be sure to replace these parts with
specified ones for maintaining the safety and performance of the set.
This document has been published to be used
SHARP CORPORATION
for after sales service only.
The contents are subject to change without notice.
This product is the duplex auto document feeder unit to be installed
to a digital full color multifunctional system. It transports documents
automatically to perform continuous copying.
Service Manual
Staple cartridge
(Approx. 5000 x 3)
(MX-SCX1)
Punch module
●
2-hole (MX-PNX1A)
●
3-hole (MX-PNX1B)
●
4-hole (MX-PNX1C)
●
4-hole (broad space)
(MX-PNX1D)
Staple cartridge
(Approx. 5000 x 3)
(AR-SC2)
Punch module
●
2-hole (AR-PN1A)
●
3-hole (AR-PN1B)
●
4-hole (AR-PN1C)
●
4-hole (broad space)
(AR-PN1D)
(Including document control)
CC authentication
version
Security
ROM
For document
control PWB
(MX-FRX1)
Finisher
(MX-FNX1)
Paper pass unit
(MX-RBX1)
Saddle stitch finisher
(MX-FNX2)
Data security kit
Commercial
version
Barcode font kit
CD
ROM
(AR-PF1)
Security
ROM
For document
control PWB
(MX-FRX1U)
Device Tray with
USB Hub (MX-RKX1)
PCL5c/PCL6
driver
RSPF
HDD
Copier/Printer (PCL)
/Scanner model
(MX-2300N)
(MX-2700N)
Stand/1x500 sheet
paper drawer
(MX-DEX1)
Printer expansion
kit (PCL)
CD
(MX-PBX1)
(For MX-2300G/2700G)
Internet Fax
expansion kit
CD
(MX-FWX1)
Application
integration
module
Network
scanner
(Sharpdesk 1 license)
Network scanner
expansion kit
CD
(MX-NSX1)
Sharpdesk
1 license kit
Sharpdesk
5 license kit
CD
(MX-USX1/
USX5)
Sharpdesk
100 license kit
Reversing single pass feeder
(MX-RPX1)
SPLC-c
driver
HDD
Copier/Printer (SPLC-c)
model
(MX-2300G)
(MX-2700G)
Stand/2x500 sheet
paper drawer
(MX-DEX2)
PS3 expansion
kit
CDROM
(MX-PKX1)
Sharpdesk
10 license kit
Sharpdesk
50 license kit
CD
(MX-US10/
US50)
Application
communication
module
External
account module
Document cover
(MX-VRX1)
Exit tray unit
(MX-TRX1)
Large capacity tray
(MX-LCX1)
Facsimile
expansion kit
(MX-FXX1)
FAX memory (8MB)
(packed together)
256MB expansion memory board
(MX-SMX1)
(For MX-2300G/2700G)
CD
(MX-AMX1)
CD
(MX-USA0)
MX-RPX1 PRODUCT OUTLINE 1 – 1
CD
(MX-AMX2)
CD
(MX-AMX3)
[2]SPECIFICATIONS
TypeRSPF (Duplex auto document feeder unit (reverse pass type))
Document set directionFace up
Paper feed typeTake-up roller top feed
Paper exit typeU-turn face down exit
Paper pass referenceCenter reference (Rear one-side standard for random feeding)
Document transport methodSheet-through method
Scan referenceLeft side when viewed from the front of the unit
Document sizeInch type-1: 11" x 17", 8.5" x 14", 8.5" x 11", 8.5" x 11"R, 8.5" x 5.5", A3, A4
Document weightSingle:35 to 128g/m
Document set quantity100 sheets (80g/m
Paper exit section load capacity Max. 100 sheets (80g/m
Copy magnification ratio25 to 200%
External dimensions (W x D x H) 590 x 510 x 155 (mm), 23 15/64 x 20 5/64 x 6 7/64 (inch)
WeightApprox. 10kg (22.0 lbs)
Power sourceSupplied from the copier. (DC 3.3V, 5V, 24V)
Power consumption35.8W
Document size detectionAuto detection (The following 5 detection sizes can be selected by system setting.)
Detection sizeInch-1:11" x 17", 8.5" x 14", 8.5" x 11", 8.5" x 11"R, 5.5" x 8.5", A3, A4
Not-specified documentsOHP, second original paper, tracing paper, carbon paper, thermal paper, paper with wrinkles, folds, or breakage, pasted paper,
Mixed kinds of documentsMixed sizes of paper feed allowed (Same width only)
Random paper feed Random paper feed allowed (Single face only)
Installation/maintenanceInstalled by service personnel
Optional detectionAuto detection supported
Packaged itemsParts for mounting, installation cautionary note
Inch type-2: 11" x 17", 8.5" x 13", 8.5" x 11", 8.5" x 11"R, 8.5" x 5.5", A3, A4
AB type-1:A3, B4, A4, A4R, B5, B5R, A5, 11" x 17", 8.5" x 14", 8.5" x 11"
AB type-2:A3, B4, A4, A4R, B5, B5R, A5, 11" x 17", 8.5" x 11", 216 x 330
AB type-3:A3, B4, A4, A4R, A5, 8K, 16K, 16KR, 11" x 17", 8.5" x 11", 216 x 330
(The FAX function supports max. 800mm of long document.)
Duplex:50 to 105g/m
Thickness: Max. 13mm, 1/2 inch
Inch-2:11" x 17", 8.5" x 13", 8.5" x 11", 8.5" x 11"R, 5.5" x 8.5", A3, A4
AB-1:A3, B4, A4, A4R, B5, B5R, A5, 11" x 17", 8.5" x 14", 8.5" x 11"
AB-2:A3, B4, A4, A4R, B5, B5R, A5, 11" x 17", 8.5" x 11", 216 x 330
AB-3:A3, B4, A4, A4R, A5, 8K, 16K, 16KR, 11" x 17", 8.5" x 11", 216 x 330
torn document, documents with perforation other than 2- or 3-holes, document printed with ink ribbon, documents bound by
staple or clip, document with high surface friction such as photo or catalogue
(AB series: combinations of A3 and B4, B4 & A4R, A4 & B5, B5 & A5 only)
(Inch series: Combination of 8.5" width and 11" width only)
1SCOVSPF cover SWMicroswitchDetects open/close of the paper feed
2SPPD1SPF paper entry detection 1 sensor
(Commonly used for random detection)
3SPPD2SPF paper entry detection 2 sensor
(PS front)
4SPPD3SPF scan front sensorTransmission
5SOCDSPF open/close sensorTransmission
6SPPD5SPF reverse rear sensorTransmission
7SPPD4SPF reverse gate front detectionTransmission
8SPEDSPF document empty sensorTransmission
9SPWSSPF document width sensorVolume
10SPLS1SPF document length short sensorTransmission
11 SPLS2SPF document length long sensorTransmission
12STMPUSPF stamp UN installation sensor–Detects installation of the finish stamp unit. H level when the finish stamp unit is
Transmission
type
Transmission
type
type
type
type
type
type
resistance
type
type
cover.
Detects paper entry and the paper size in
random feed.
Detects paper in front of the PS roller.H level when paper is detected.
Detects paper in front of the scan position. H level when paper is detected.
Detects open/close of the RSPF.L level when the RSPF is closed.
Detects reversed paper.H level when paper is detected.
Detects paper in front of the reverse gate. H level when paper is detected.
Detects paper empty on the tray.H level when paper is detected.
Detects the document width on the tray.
Detects the document length on the tray.H level when paper is detected.
Detects the document length on the tray.H level when paper is detected.
H level at cover open.
H level when paper is detected.
installed.
MX-RPX1 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 2
C. Motors, clutches, solenoids, and PWB
4
1
3
7
6
5
No.SignalNameTypeFunction/operation
1SPFCSPF paper feed clutchElectromagnetic clutchControls ON/OFF of the paper feed roller.
2SPRMSPF paper feed reverse motor–Drives the paper feed system rollers and the SWB transport roller.
3SPFMSPF transport motor–Drives the transport roller and the PS roller.
4SRRCSPF resist roller clutchElectromagnetic clutchControls ON/OFF of the resist roller.
5STMPSStamp solenoid–Drives the finish stamp.
6SGSSPF document exit gate solenoidElectromagnetic solenoidReverses the paper exit gate when ON.
7–RSPF driver PWB–RSPF driver PWB
2
MX-RPX1 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 3
[5]OPERATIONAL DESCRIPTIONS
Service Manual
1. Document size detection
A. Document size detection
Size detection on the document tray
The document width is detected by the document width sensor
(SPWS), and the document length is detected by the document
length sensors (SPLS1, SPLS2). The document size is judged from
the document width and the document length as shown in the table
below.
When, however, mixed sizes of documents are loaded on the tray,
the maximum size is detected.
Document size
AB seriesA5OFFOFF
B5OFFOFF
11" x 8. 5"OF FO F F
A4OFFOFF
B5RONOFF
A4RONOFF
8.5" x 13"ONON
B4ONON
A3ONON
11" x 17"ONON
Inch series8.5" x 5.5"OFFOFF
11" x 8. 5"OF FO F F
A4OFFOFF
11" x 8. 5"RO NOF F
8.5" x 13"ONON
8.5" x 14"ONON
A3ONON
11" x 17"ONON
Document length sensor
SPLS1SPLS2
2) Preliminary paper feed start (1st sheet)
The pick-up roller descends.
3) Preliminary paper feed complete/Paper feed start (1st sheet)
Paper feed roller{{Replacement reference: RSPF document feed 100K (SIM22-8), or
Paper exit roller SPF{{
SWB pass section transport roller
(Drive)
Gears✕✕
When
calling
Follows the
main unit cycle.
after 1 year of use
after 2 years of use
{{
Remark
15
15
9
8
1
3
4
5
6
7
10
2
13
12
11
MX-RPX1 MAINTENANCE 7 – 1
A
K
0
A
:
A㧦 99
B㧦 50
㧧 OC
㧧 SPF(SIDE1)
SIMULATIONNO.50-12
ORGINAL CENTER OFFSET SETUP
99
㨇 1㨪 99 㨉
OK
TEST
CLOSE
C㧦 50 㧧 SPF(SIDE2)
[8]ADJUSTMENTS
<Adjustment specifications>
Service Manual
1. RSPF magnification ratio adjustment
NOTE: To execute this adjustment, the CCD unit must have been
properly installed. To execute this adjustment, the OC
mode adjustment when copying must have been completed.
1) Place a scale on the document table as shown in the figure
below, and make a normal copy to make a test chart.
Note: Since the copied scale is used as a test chart,
place the scale in parallel to the sides.
2) Set the test chart on the RSPF, and make a normal copy.
3) Compare the outputted copy with the test chart. If it is judged
from comparison that an adjustment is required, perform the
following procedures.
4) Execute SIM48-1.
SIMULATIONNO.48-01
TEST
MAGNIFICATION ADJUSTMENT
:
㨇 1㨪99 㨉
80
A㧦 80
B㧦 50
C㧦 50
D㧦 50
㧧 CCD(MAIN)
㧧 CCD(SUB)
㧧
SPF(MAIN)
㧧
SPF(SUB)
0
CLOSE
ModeSpecificationsSIMSet value
Magnification
ratio
adjustment
Normal ±1.0%SIM48-1
<Main scanning
direction>
C: Front surface
E: Back surface
<Sub scanning
direction>
D: Front surface
F: Back surface
Add 1: 0.1%
enlarged.
Subtract 1:
0.1%
reduced.
Default: 50
Set
range
1 – 99
2. RSPF document off-center
adjustment
NOTE: To execute this adjustment, the paper off-center must have
been adjusted properly.
1) Set the test chart for center position adjustment (which is
made by yourself) on the RSPF.
<Adjustment specifications>
Draw a straight line on paper in the scanning direction.
2) Make a normal copy from the manual paper feed tray. Com-
pare the printed copy and the test chart. If an adjustment is
required, perform the following procedures.
3) Execute SIM50-12.
㩷㩷
5) Change the mode to "C: SPF (MAIN)." The current magnification ratio correction value is displayed in 2 digits on the display
section.
6) Enter a set value and press [OK] key. The correction value is
saved and a copy is made.
7) Change the mode to "E: SPFB (MAIN)." The current magnification ratio correction value is displayed in 2 digits on the display section.
8) Enter a set value and press [OK] key. The correction value is
saved and a copy is made.
9) Change the mode to "D: SPF (SUB)." The current magnification ratio correction value is displayed in 2 digits on the display
section.
10) Enter a set value and press [OK] key. The correction value is
saved and a copy is made.
11) Change the mode to "F: SPFB (SUB)." The current magnification ratio in the back surface sub scanning direction is displayed in 2 digits on the display section.
12) Enter a set value and press [OK] key. The correction value is
saved and a copy is made.
O
MX-RPX1 ADJUSTMENTS 8 – 1
4) Change the mode to "B: SPF (SIDE1)." The current off-center
adjustment value is displayed in 2 digits on the display section.
5) Enter a set value and press [START] key. The correction value
is saved and a copy is made.
6) Change the mode to "C: SPF (SIDE2)." The current back surface off-center adjustment value is displayed in 2 digits on the
display section.
7) Enter a set value and press [OK] key. The correction value is
saved and a copy is made.
<Adjustment specifications>
ModeSpecificationsSIMSet value
Document
off-center
adjustment
Center position
(Default): 3750
pixel
SIM50-12
B: Front
surface
C: Back
surface
Add 1: Shift to R
side by 0.1mm.
Subtract 1: Shift to
F side by 0.1mm.
Set
range
1 – 99
3. RSPF copy image position, void area
A
image adjustment
1) Place a scale on the OC table as shown in the figure below.
Note: Since the copied scale is used as a test chart,
place the scale in parallel to the sides.
2) Make a copy. Use the output copy as the original document,
and make a copy of it from the RSPF.
3) Check the output result. If an adjustment is required, perform
the following procedures.
4) Execute SIM50-6.
0
SIMULATIONNO.50-06
TEST
LEAD EDGE ADJUSTMENT VALUE(RSPF)
:
㨇 1㨪 99 㨉
26
A㧦 26
B㧦 50
C㧦 15
D㧦 20
㧧 SIDE1
㧧 SIDE2
㧧 LEAD ED GE
㧧 FRONT_ REAR
CLOSE
4. RSPF scan position adjustment
1) Enter SIM53-08 mode, and press [OK] button.
<<Description of adjustment display>>
Set
ItemDisplay itemDescription
AADJUST VALUE RSPF scan position
adjustment
• When the set value is increased by 1, the distance from the
home position to the RSPF scan position is increased.
• When the set value is changed by 1, the position is shifted
by 0.1mm.
* Since the SPF scan position distance are changed, RRCA is
not changed by the adjustment value.
[Note]
• After completion of the RSPF scan position adjustment, execute the RSPF lead edge adjustment (for both sides).
2) Check to confirm that the lead edge is not shifted. (Both surfaces) (If the original lead edge adjustment is proper, the scan
position after change automatically follows.)
Default
range
1 – 9950
value
OK
5) Set the RSPF lead edge position set value so that an image
similar to the image adjusted in the previous OC image lead
edge position is outputted.
<<Set range and default value of each set value>>
Set
ItemDisplay itemDescriptions
ASIDE1Front surface
BSIDE2Back surface
CImage
loss
quantity
setting,
DFRONT_REAR
SIDE1
ETRAIL_EDGE
FImage
loss
quantity
setting,
GFRONT_REAR
SIDE2
HTRAIL_EDGE
LEAD_EDGE
(SIDE1)
(SIDE1)
(SIDE1)
LEAD_EDGE
(SIDE2)
(SIDE2)
(SIDE2)
document scan
start position
adjustment (CCD)
document scan
start position
adjustment (CCD)
Front surface lead
edge image loss
quantity setting
Front surface side
image loss
quantity setting
Front surface rear
edge image loss
quantity setting
Back surface lead
edge image loss
quantity setting
Back surface side
image loss
quantity setting
Back surface rear
edge image loss
quantity setting
Default
range
1 – 9950
1 – 9950
0 – 9930
0 – 9920
0 – 200
0 – 9930
0 – 9920
0 – 200
value
A, B: The greater the value is, the slower the scanning timing is.
C – H: The greater the adjustment value is, the greater the image
loss is.
A – H: 1 step = 0.1mm
The SPF rear edge image loss is provided against the shade. The
default value is 0.
MX-RPX1 ADJUSTMENTS 8 – 2
5. RSPF height adjustment
1) Make an RSPF height adjustment sheet
Cut copy paper in the longitudinal direction.
20mm
A4/Letter size
2) Perform the adjustment according to the flowchart below.
Start of the
adjustment
Check section A.
Check section
A again.
<Work procedure><Flow chart>
a) Check section A.
Place the RSPF height adjustment sheet between section A
and the SPF glass height adjustment resin surface (a), and
close the RSPF unit.
Slowly pull out the RSPF height adjustment sheet.
Check to insure that a slight resistance is felt when pulling out
the RSPF height adjustment sheet.
Be careful not to cover the convex section of the glass
*
holding resin surface with the height adjustment sheet.
No
Is
there a resist-
ance?
YesYes
Adjust hinge D
until there is a
resistance in
section A.
(Counterclockwise)
Is
there a resist-
ance?
No
The height on
the right side
is not proper.
A
a
If it cannot be pulled out or there is no resistance to pull out,
b)
turn section D to adjust.
Turn section D clockwise to lift the RSPF unit. Turn it
*
counterclockwise to move down the RSPF unit.
Adjust hinge
D until there is
a resistance in
section B.
Adjust hinge
D until there is
a resistance in
section A.
(Counterclockwise)
D
MX-RPX1 ADJUSTMENTS 8 – 3
Check section B.
Is
there a re-
sistance?
Yes
No
Adjust hinge E
until there is a
resistance in
section B.
(Clockwise)
c) Check section B.
Place the RSPF height adjustment sheet between section B
and the SPF glass height adjustment resin surface (a), and
close the RSPF unit.
Slowly pull out the RSPF height adjustment sheet.
Check to insure that a slight resistance is felt when pulling out
the RSPF height adjustment sheet.
Be careful not to put the book sensor (b) on the height
*
adjustment sheet.
a
If it cannot be pulled out or there is no resistance to pull out,
d)
turn section E to adjust.
Turn section E clockwise to lift the RSPF unit. Turn it
*
counterclockwise to move down the RSPF unit.
B
b
Check section C.
Is there
a separating
section.
Yes
End of the
adjustment
No
The bosses in section A
and B are excessively
pressed. (The right side
is separating.)
Adjust hinge E
until the
separation in
section C is
deleted.
(Counterclockwise)
E
e) Check section C.
Check to confirm that the projection in section C in the right
front side of then RSPF bottom is in contact with the glass
surface (b).
b
C
C
b
MX-RPX1 ADJUSTMENTS 8 – 4
6. RSPF diagonal adjustment
1) Set a test chart (A3) on the RSPF document tray, and make a
copy.
2) Measure (a) and (b) on the copied test chart. If (a) – (b) =
±1mm or more, perform the diagonal adjustment.
a
TEST CHART
A3 size
b
* In the case of (A), turn the RSPF diagonal adjustment screw
counterclockwise.
In the case of (B), turn the RSPF diagonal adjustment screw
clockwise.
A
B
3) Remove the hex nut cover in the RSPF diagonal adjustment
screw section.
4) Raise the RSPF unit upright, and loosen the fixing screw of the
hinge.
2
2
5) Close the RSPF unit, and loosen the hex nut of the RSPF
diagonal adjustment screw section.
Turn the hex wrench of the RSPF diagonal adjustment screw
to adjust the alignment.
2
1
3
1
6) Make a copy again and measure (a) and (b) on the copied test
chart. Repeat procedures 2) to 5) until the condition ((a)(b)=±1mm or less) is satisfied.
7) Tighten the hinge section fixing screw which was loosened in
the procedure 4) to tighten the hinge section.
7. SPF size width detection level
adjustment
1) Go to SIM53-6.
2) Set the tray document guide to the max. width position, and
press [EXECUTE] key. The button is highlighted and the tray
size volume maximum value adjustment is started.
* During the adjustment, "EXECUTING..." is displayed.
* After completion of the tray size volume maximum value
adjustment, the set value is saved to EEPROM and RAM
and the display is shifted to the tray volume A4R size adjustment value start screen. (Each set value is saved to
EEPROM and RAM at each setting.)
3) Set the tray document guide to A4R (11 x 8.5R) width position
and press [EXECUTE] button. The pressed button is highlighted and the tray A4R size adjustment is started.
4) Adjust the tray volume A5R (8.5 x 5 1/2R) size and the tray
size volume minimum value according to the above procedures.
5) After completion of the adjustment, "COMPLETE" is displayed.
If the adjustment is not completed normally for any reason,"ERROR"is displayed. In that case, the adjustment must
be executed again.
MX-RPX1 ADJUSTMENTS 8 – 5
<Adjustment item and content>
No.DisplayContent
1TRAYVOLMAXTray size volume maximum value
2TRAYVOLA4RTray volume A4R size adjustment value
3TRAYVOLA5RTray volume A5R size adjustment
4TRAYVOLMINTray size volume minimum value
When one of 1-4 in the above table is selected, the guide plate is
shifted to each position of the four widths of the guide plate shown
in the table below. The value of the document width sensor
(RSPF_WIDTH) A/D value is saved to EEPROM.
<Guide plate positions and widths on the mechanism and A/D
values to be saved>
Guide plate
No.
position
1Maximum
position
2Middle
position (L)
3Middle
position (S)
4Minimum
position
Widths on the mechanismA/D value,
AB
INCHI
series
series
299299WIDTH_MAX AD_MAX
21021 5.9 WIT H_P1AD_P1A4R OR
148.5 139.7 WITH_P2AD_P2A5 R OR
118118WITH_MINAD_MIN
Code in the
figure below
code in
the figure
below
Remark
LTR
INVR
[Initial screen]
0
SIMULATION NO.53-06
TEST
SPF TRAY ADJUSTMENT
TRAYVOLMAX TRAY ADJUSTMENT.
PRESS [EXECUTE] TO START
CLOSE
EXECUTE
8. Auto void adjustment (SPF
adjustment)
1) Go to SIM50-28.
0
SIMULATION NO.50-28
TEST
AUTO IMAGE POSITION ADJUSTMENT: SERVICE
OC ADJBK-MAG ADJ
SPF ADJ
RESULTDATA
SETUP/PRINT ADJ
CLOSE
4) Select one of the cassettes that can be used to print SPF
adjustment patterns.
5) Press the [EXECUTE] button, and the machine starts self-print
of SPF adjustment patterns.
* The screen shows a message indicating that the machine is
self-printing SPF adjustment patterns.
When self-print finishes, the next screen appears where you
can start SPF adjustments.
6) SPF adjustment patterns are loaded into the SPF.
* By pressing the [REPRINT] button, you can return to the
cassette selection screen and have the machine self-print
SPF adjustment patterns again.
7) Press the [EXECUTE] button, and the machine starts reading
SPF adjustment patterns (for the front side).
* The screen shows a message indicating that the machine is
reading and calculating SPF adjustment patterns (for the
front side).
The machine starts calculating the adjustment amount (for
the front side) after it has read the patterns for the front side.
After the machine has finished calculating the adjustment
amount for the front side, the next screen appears where
you can have the machine start reading SPF adjustment
patterns (for the back side).
<Adjustment Item List>
• SPF original leading edge adjustment (front side)
• SPF original off-center adjustment (front side)
• SPF original sub-scan magnification adjustment (front side)
8) SPF adjustment patterns are loaded into the SPF.
1/1
2) Press the [SPF ADJ] button.
0
SIMULATION NO.50-28
TEST
AUTO IMAGE POSITION ADJUSTMENT:SERVICE
SIDE1
ALL
SIDE2
CLOSE
1/1
3) Proceed to one of the three screens for selecting the cassette
used to print SPF adjustment patterns by selecting the corresponding button:
SIDE1: SPF adjustment for the front side
SIDE2: SPF adjustment for the back side
ALL: SPF adjustment for both the front and back sides
MX-RPX1 ADJUSTMENTS 8 – 6
* By pressing the [REPRINT] button, you can return to the
cassette selection screen and have the machine self-print
SPF adjustment patterns again.
9) Press the [EXECUTE] button, and the machine starts loading
SPF adjustment patterns (for the back side).
* The screen shows a message indicating that the machine is
reading SPF adjustment patterns (for the back side).
The machine starts calculating the adjustment amount (for
the back side) after it has read the patterns for the back side.
After the machine has finished calculating the adjustment
amount for the back side, the next screen appears where
you can view the results of the adjustments.
<Adjustment Item List>
• SPF original leading edge adjustment (back side)
• SPF original off-center adjustment (back side)
• SPF original sub-scan magnification adjustment (back side)
10) The adjustment result screen appears.
This screen shows the current values along with the previous
values in parentheses.
* By pressing the [REPRINT] button, you can return to the
cassette selection screen and have the machine self-print
SPF adjustment patterns (for the front and back sides)
again.
* To have the machine start re-reading the SPF adjustment
patterns (front and back sides), press the [RESCAN] button.
* To return to the top menu without saving the adjustment val-
ues into EEPROM and RAM, press the [RETRY] button.
* To display the data used for adjustment, press the [DATA]
button.
11) To save the adjustment values into EEPROM and RAM and
return to the top menu, press the [OK] button.
* To return to the result screen, press the [BACK] button.
Rank A : Maintenance parts, and consumable parts which are not included in but closely related to maintenance parts
Rank B : Performance/function parts (sensors, clutches, and other electrical parts), consumable parts
Rank E : Unit parts including PWB
Rank D : Preparation parts (External fitting, packing, parts packed together)
Rank C : Parts other than the above (excluding sub components of PWB)
Because parts marked with "!" is indispensable for the machine safety maintenance and operation, it must be replaced with
the parts specific to the product specification.
F Other than this Parts Guide, please refer to documents Service Manual(including Circuit Diagram)of this model.
F Please use the 13 digit code described in the right hand corner of front cover of the document, when you place an order.
F For U.S. only-Use order codes provided in advertising literature. Do not order from parts department.
Metal bearingメタル軸受
Brake springブレーキスプリング
Washerワッシャー
E-ring(E5)樹脂 E リング
SP clutch SPFPS クラッチ SPF
E-ring(E4)E リング
Gear(36T)ギヤ
E-ring(E3)E リング
Oneway gear(32T)ワンウェイギヤ
E-ring(E5)E リング
Gear pulley(25/24)ギヤプーリー
Belt(200)ベルト
Pulley sheet(25)プーリーマイラー
Spring pin(φ2-10)スプリングピン
Drive pulley(24P)駆動プーリー
Delivery roller排紙ローラー
Reading front roller読取前ローラー
PS rollerPS ローラー
Frame F ASフレーム F AS
Frame R ASフレーム R AS
Washerポリスライダー
SWB transport rollerSWB 搬送ローラー
Screw(4×10)ビス
Transport guide搬送ガイド
Frame R ASフレーム R AS
Gear(20T)ギヤ
E-ring(E3)E リング
Screw(4×8)ビス
E-ring(E5)E リング
Gear(25T)ギヤ
Bearing軸受
E-ring(E5)樹脂 E リング
Gear(32T)ギヤ
Spring pin(φ2-10)スプリングピン
Metal bearingメタル軸受
Reversal rear guide反転後ガイド
Gate springゲートスプリング
Reversal gate link lever 1反転ゲートリンクレバー 1
Middle tray unit中間トレイユニット
Reversal guide反転ガイド
Reading rear PG sheet読取後 PG シート
Delivery upper guide排紙上ガイド
Reversal rear actuator反転後アクチュエーター
Reversal rear spring反転後スプリング
Reading plate spring読取板圧接スプリング
Photo sensor(GP1A71L3)フォトセンサー
Paper feeding sensor fixing plate給紙センサー取付板
Metal bearingメタル軸受
Frame F ASフレーム F AS
Transport harness搬送ハーネス
Reading front spring読取前スプリング
Reading front actuator読取前アクチュエーター
Paper exit actuator出紙アクチュエーター
Paper exit return spring出紙復帰スプリング
E-ring(E5)E リング
Gate stopper cushionゲートストッパーモルト
PS shaft cover FPS 軸カバー F
PS shaft cover RPS 軸カバー R
PS guide sheetPS ガイドマイラー
Transport paper guide unit搬送ペーパーガイドユニット
1- 27 AK EBD
5- 22 AL EBNC
6- 32 AL EBNC
7- 38 AL EBNC
5- 23 AR EQC
6- 4 AR EQC
7- 13 AR EQC
4- 901 BF GN NE
1- 1 BN LENE
9- 14 AN EQC
2- 12 AS EQE
1- 501 BW RJNE
1- 2 BH GXNE
6- 21 BA FXND
1- 10 AU FG NC
1- 4 AN EQNC
1- 22 AH DX NC
6- 34 AK DXNC
3- 3 AH DXNC
2- 3 AK DX NC
7- 50 AC DJNC
9- 901 BB FXNE
6- 501 BG GTNE
1- 45 AN EG ND
1- 3 AS EZND
1- 46 AF DSND
7- 42 AC DJNC
3- 17 AD DJNC
7- 51 AG DSC
1- 24 AG DSC
1- 43 AC DJNC
7- 11 AC DJNC
9- 27 AC DJNC
7- 49 AD DJC
7- 5 AD DJC
7- 32 AC DJNC
4- 15 AC DJC
3- 38 AC DJNC
3- 6 AA DDC
4- 12 AA DDC
7- 2 AA DDC
7- 24 AC DJC
1- 16 AM EGC
1- 32 AC DJC
7- 3 AN EGNC
6- 29 AC DJC
4- 18 AH DXNC
7- 48 AD DJC
2- 14 AE DSC
2- 1 AG DXNC
2- 2 AG DXNC
1- 15 BG GTND
2- 5 AV FGND
2- 6 AU EZND
8- 1 AR EQND
9- 6 AC DJC
1- 21 AB DDC
10- 8 AG DD NC
7- 10 AC DDC
9- 26 AC DDC
1- 44 AC DD NC
10- 9 AG DXNC
1- 11 AC DD NC
3- 26 AB DDC
5- 24 AA DDC
3- 11 AB DJNC
1- 50 AC DJNC
3- 13 AC DJNC
3- 12 AC DJNC
2- 20 AC DJC
1- 29 AC DJNC
6- 37 AC DJNC
6- 36 AC DJNC
3- 32 AC DJNC
3- 33 AC DJC
6- 20 AC DJNC
7- 44 AB DJNC
6- 25 AD DJNC
3- 44 AC DJNC
7- 45 AB DJC
1- 38 AB DJC
2- 11 AB DJC
6- 27 AB DJC
4- 9 AB DJC
7- 34 AA DJC
5- 2 AA DJC
8- 2 AA DJC
7- 4 AB DJC
3- 39 AB DJNC
1- 30 AB DJC
6- 38 AB DJC
6- 35 AB DJC
6- 26 AB DJC
3- 31 AB DJC
6- 19 AB DJNC
2- 19 AD DJC
1- 47 AC DJC
4- 16 AB DJC
7- 12 AB DJC
9- 28 AB DJC
9- 34 AC DJNC
7- 19 AS EQNB
9- 22 AD DJB
9- 16 AS EQNB
7- 27 AS EQNB
7- 40 AD DJB
3- 20 AD DJB
9- 9 AE DJB
5- 12 AS EQNB
7- 6 AC DJC
3- 9 AC DJC
7- 21 AC DJC
9- 12 AC DJC
9- 33 AC DJC
5- 1 AB DJC
6- 17 AB DJC
6- 31 AB DJC
7- 29 AB DJC
8- 6 AB DJC
6- 13 AD DJC
4- 23 AE DJC
3- 24 AH DXB
3- 10 AD DJC
9- 15 AC DJNC
6- 15 AC DJC
9- 30 AC DJC
6- 12 AC DJNC
7- 16 AC DJNC
6- 6 AC DJNC
5- 7 AC DJNC
5- 9 AT EZC
2- 15 AD DJC
2- 18 AE DSC
7- 41 AD DJC
9- 8 AD DJC
7- 15 AC DJNC
9- 1 AC DJC
3- 25 AT EZC
9- 17 AC DJNC
7- 7 AC DJC
3- 19 AC DJNC
5- 17 AC DJNC
5- 11 AC DJC
7- 18 AT EZC
1- 34 AA DJNC
2- 8 AA DJNC
3- 37 AA DJNC
4- 7 AA DJNC
8- 3 AA DJNC
6- 1 AT EZNB
7- 1 AV FGNB
3- 23 AG DXNB
3- 21 AH DXNB
5- 21 AU EZNB
7- 37 AY FQNB
5- 19 BD GJNB
5- 20 AX FGNB
4- 10 AG DXNB
8- 5 AT EZNB
1- 33 AL EBC
3- 36 AL EBC
4- 6 AL EBC
8- 4 AL EBC
4- 14 AX FGNC
3- 5 AX FQNC
1- 41 AP EQNC
2- 9 AP EQ NC
3- 18 AM EGNC
9- 10 AS EQNC
9- 32 AM EGNC
8- 8 AE DSNB
9- 7 AT EQNB
5- 5 BA FXNB
4- 4 AC DJC
7- 9 AB DJNC
9- 24 AB DJNC
1- 20 AE DSNC
4- 1 AD DJNC
3- 1 AT EZNC
1- 26 AF DSNC
1- 31 AE DSNC
1- 12 AE DSNC
1- 51 AL EBNC
6- 41 AC DJNC
6- 42 AC DJNC
8- 9 AG DXNC
6- 3 AV FGNC
6- 24 AN EGNC
4- 21 AN EGNC
4- 5 AL EBNC
3- 4 AV FGNC
3- 14 AD DJNC
3- 22 AC DJNC
6- 18 AE DJNC
6- 22 AL EBNC
1- 28 AC DJNC
3- 30 AC DJNC
1- 39 AA DJNC
6- 40 AA DJNC
5- 4 AA DJC
6- 14 AA DJC
7- 43 AA DJC
9- 20 AA DJC
7- 36 AH DXNC
9- 2 AB DJNC
3- 29 AC DJNC
6- 43 AA DJNC
3- 43 AA DJNC
4- 8 AB DDC
1- 35 AE DJNC
1- 6 AD DJNC
6- 23 AD DJNC
5- 13 AA DJNC
7- 20 AA DJNC
7- 22 AA DJNC
1- 48 AX FGND
8- 11 AC DJNC
7- 35 AC DJC
11- 1 AF DSC
11- 2 AB DJC
11- 3 AA DDC
11- 4 AB DDC
11- 5 AB DDC
11- 6 AC DJC
11- 7 AD DJC
11- 8 AC DDC
10- 4 AX FGND
10- 6 AU EZND
10- 7 BB GDND
10- 5 AF DSD
2- 4 AP EQND
11- 9 AB DDC
11- 10 AB DDC
11- 11 AC DDC
11- 12 AB DDC
11- 13 AA DDC
11- 14 AA DDC
11- 15 AB DDB
11- 16 AB DDB
11- 17 AA DDB
11- 18 AB DDB
11- 22 AD DJB
11- 21 AG DXB
1- 36 AG DSB
3- 35 AG DSB
6- 28 AG DSB
2- 16 AF DSB
3- 34 AF DSB
7- 46 AF DSB
11- 23 AD DJB
11- 24 AD DSB
11- 25 AA DDC
11- 26 AA DDC
11- 27 AA DDC
11- 28 AA DDC
11- 30 AA DDC
11- 31 AA DDC
11- 32 AA DDC
11- 33 AA DDC
11- 34 AC DDC
11- 36 AG DXB
7- 26 AA DDC
9- 23 AA DDC
1- 8 AA DDC
10- 10 AA DDC
1- 23 AC DDC
1- 40 AC DDC
2- 13 AC DDC
4- 26 AC DDC
1- 25 AC DDC
3- 42 AA DDC
1- 17 AA DDC
1- 5 AA DDC
2- 7 AA DDC
3- 28 AA DDC
4- 17 AA DDC
6- 2 AA DDC
8- 10 AA DDC
2- 17 AA DDC
3- 46 AA DDC
1- 7 AC DDC
7- 52 AC DDC
7- 23 AB DDC
9- 25 AB DDC
9- 29 AB DDC
9- 13 AA DDC
1- 49 AA DDC
4- 3 AA DDC
6- 8 AA DDC
7- 47 AA DDC
1- 13 AA DDC
3- 8 AA DDNC
5- 15 AA DDNC
6- 16 AA DDNC
7- 17 AA DDNC
9- 11 AA DDNC
5- 8 AA DDC
6- 7 AA DDC
7- 14 AA DDC
1- 42 AA DDC
2- 10 AA DDC
3- 16 AA DDC
4- 24 AA DDC
5- 6 AA DDC
NEW P/R
– 14 –
PARTS CODENO.
XRESP50-06000
"
"
"
"
"
"
"
XWHS730-05080
"
"
XWHS760-08115
[0]
0EUSAK0608K//
0EUSAK0617P//
PRICE R.
Ex. Ja.
3- 7 AA DDC
4- 13 AA DDC
5- 10 AA DDC
6- 10 AA DDC
6- 39 AA DDC
7- 8 AA DDC
8- 7 AA DDC
9- 21 AA DDC
3- 41 AA DDC
7- 30 AA DDC
9- 31 AA DDC
5- 3 AA DD NC
10- 3 AC DJD
10- 11 AB DJD
NEW P/R
PARTS CODENO.
PRICE R.
Ex. Ja.
NEW P/R
– 15 –
Memo
Memo
Memo
LEAD-FREE SOLDER
The PWB’s of this model employs lead-free solder. The “LF” marks indicated on the PWB’s and the Service Manual mean “Lead-Free” solder.
The alphabet following the LF mark shows the kind of lead-free solder.
Solder composition
code (Refer to the
table at the right.)
a
(1) NOTE FOR THE USE OF LEAD-FREE SOLDER THREAD
When repairing a lead-free solder PWB, use lead-free solder thread.
Never use conventional lead solder thread, which may cause a breakdown or an accident.
Since the melting point of lead-free solder thread is about 40°C higher than that of conventional lead solder thread, the use of the
exclusive-use soldering iron is recommendable.
Solder composition code
a
b
z
i
n
s
p
(2) NOTE FOR SOLDERING WORK
Since the melting point of lead-free solder is about 220°C, which is about 40°C higher than that of conventional lead solder, and its soldering
capacity is inferior to conventional one, it is apt to keep the soldering iron in contact with the PWB for longer time. This may cause land
separation or may exceed the heat-resistive temperature of components. Use enough care to separate the soldering iron from the PWB when
completion of soldering is confirmed.
Since lead-free solder includes a greater quantity of tin, the iron tip may corrode easily. Turn ON/OFF the soldering iron power frequently.
If different-kind solder remains on the soldering iron tip, it is melted together with lead-free solder. To avoid this, clean the soldering iron
tip after completion of soldering work.
If the soldering iron tip is discolored black during soldering work, clean and file the tip with steel wool or a fine filer.