•The official name of Windows 95 is Microsoft Windows 95 Operating System.
•The official name of Windows 98 is Microsoft Windows 98 Operating System.
•The official name of Windows Me is Microsoft Windows Millennium Edition Operating System.
•The official name of Windows 2000 is Microsoft Windows 2000 Operating System.
•The official name of Windows XP is Microsoft Windows XP Operating System.
•Microsoft, Windows, Windows NT and the brand names and product names of other Microsoft products are trademarks or registered trademarks of Microsoft Corporation in the U.S. and/or other countries.
•Apple, AppleTalk, Macintosh, and Mac are trademarks of Apple Computer, Inc. in the U.S. and other
countries.
•PostScript is a trademark of Adobe Systems Incorporated.
•NOVELL, NetWare, and NDS are trademarks or registered trademarks of Novell, Inc.
•Molykote is a registered trademark of Dow Corning Corporation.
•Other company names and product names in this manual are the trademarks of their respective
companies.
Under the copyright laws, this manual cannot be reproduced in any form without prior written permission
of TOSHIBA TEC CORPORATION. No patent liability is assumed, however, with respect to the use of the
information contained herein.
GENERAL PRECAUTIONS REGARDING THE SERVICE FOR
e-STUDIO200L/202L/203L/230/232/233/280/282/283 SERIES
The installation and service should be done by a qualified service
technician.
1) Transportation/Installation
-When transporting/installing the equipment, employ two persons and be sure to hold the posi-
tions as shown in the figure.
The equipment is quite heavy and weighs approximately 75 kg (165.34 lb.) therefore pay full
attention when handling it.
-Be sure not to hold the movable parts or units (e.g. the control panel, ADU or RADF) when trans-
porting the equipment.
-Be sure to use a dedicated outlet with AC 110 V / 13.2 A, 115 V or 127 V / 12 A, 220-240 V or 240
V / 8 A for its power source.
-The equipment must be grounded for safety.
-Select a suitable place for installation. Avoid excessive heat, high humidity, dust, vibration and
direct sunlight.
-Provide proper ventilation since the equipment emits a slight amount of ozone.
-To insure adequate working space for the copying operation, keep a minimum clearance of 80
cm (32”) on the left, 80 cm (32”) on the right and 10 cm (4”) on the rear.
-The equipment shall be installed near the socket outlet and shall be accessible.
-Be sure to fix and plug in the power cable securely after the installation so that no one trips over
it.
07/11
2) General Precautions at Service
-Be sure to turn the power OFF and unplug the power cable during service (except for the service
should be done with the power turned ON).
-Unplug the power cable and clean the area around the prongs of the plug and socket outlet once
a year or more. A fire may occur when dust lies on this area.
-When the parts are disassembled, reassembly is the reverse of disassembly unless otherwise
noted in this manual or other related documents. Be careful not to install small parts such as
screws, washers, pins, E-rings, star washers in the wrong places.
-Basically, the equipment should not be operated with any parts removed or disassembled.
-The PC board must be stored in an anti-electrostatic bag and handled carefully using a wristband
since the ICs on it may be damaged due to static electricity.
Caution: Before using the wristband, unplug the power cable of the equipment and
make sure that there are no charged objects which are not insulated in the
vicinity.
-Avoid expose to laser beam during service. This equipment uses a laser diode. Be sure not to
expose your eyes to the laser beam. Do not insert reflecting parts or tools such as a screwdriver
on the laser beam path. Remove all reflecting metals such as watches, rings, etc. before starting
service.
-Be sure not to touch high-temperature sections such as the exposure lamp, fuser unit, damp
heater and areas around them.
-Be sure not to touch high-voltage sections such as the chargers, developer, high-voltage trans-
former, exposure lamp control inverter, inverter for the LCD backlight and power supply unit.
Especially, the board of these components should not be touched since the electric charge may
remain in the capacitors, etc. on them even after the power is turned OFF.
-Make sure that the equipment will not operate before touching potentially dangerous places (e.g.
rotating/operating sections such as gears, belts pulleys, fans and laser beam exit of the laser
optical unit).
-Be careful when removing the covers since there might be the parts with very sharp edges
underneath.
-When servicing the equipment with the power turned ON, be sure not to touch live sections and
rotating/operating sections. Avoid exposing your eyes to laser beam.
-Use designated jigs and tools.
-Use recommended measuring instruments or equivalents.
-Return the equipment to the original state and check the operation when the service is finished.
-Be very careful to treat the touch panel gently and never hit it. Breaking the surface could cause
malfunctions.
3) Important Service Parts for Safety
-The breaker, door switch, fuse, thermostat, thermofuse, thermistor, batteries, IC-RAMs including
lithium batteries, etc. are particularly important for safety. Be sure to handle/install them properly.
If these parts are short-circuited and their functions become ineffective, they may result in fatal
accidents such as burnout. Do not allow a short-circuit or do not use the parts not recommended
by Toshiba TEC Corporation.
4) Cautionary Labels
-During servicing, be sure to check the rating plate and cautionary labels such as “Unplug the
power cable during service”, “CAUTION. HOT”, “CAUTION. HIGH VOLTAGE”, “CAUTION.
LASER BEAM”, etc. to see if there is any dirt on their surface and if they are properly stuck to the
equipment.
06/09
5) Disposal of the Equipment, Supplies, Packing Materials, Used Batteries and IC-RAMs
-Regarding the recovery and disposal of the equipment, supplies, packing materials, used batter-
ies and IC-RAMs including lithium batteries, follow the relevant local regulations or rules.
Caution:
Dispose of used batteries and IC-RAMs including lithium batteries according to this manual.
Attention:
Se débarrasser de batteries et IC-RAMs usés y compris les batteries en lithium selon ce manuel.
Vorsicht:
Entsorgung der gebrauchten Batterien und IC-RAMs (inclusive der Lithium-Batterie) nach diesem Handbuch.
Values in { } are for e-STUDIO200L/202L/203L and values in [ ] are for e- STUDIO280/280S/282/
282S/283/283S in case that the specification is different among e-STUDIO200L/202L/203L,
e-STUDIO230/230L/232/232S/233 and e-STUDIO280/280S/282/282S/283/283S.
Copy processIndirect electrophotographic process (dry)
TypeDesktop type (console type: when paper feed pedestal (PFP) and large
capacity feeder (LCF) are installed)
Original tableFixed type (the left rear corner used as guide to place originals)
Accepted originalsSheet, book and 3-dimensional object. The reversing automatic document
feeder (RADF) only accepts paper which are not pasted or stapled. Carbon
paper are not acceptable either.
Maximum size: A3/LD
Single - sided originalDouble - sided original
MR-3016
MR-3018
50 ~ 127 g/m
35 ~ 157 g/m
2
(13 lb. Bond - 34 lb. Bond)50 ~ 105 g/m2 (13 lb. Bond - 28 lb. Bond)
2
(9.3 lb. Bond - 58 lb. Cover)50 ~ 157 g/m2 (13 lb. Bond - 58 lb. Cover)
1
Copy speed (Copies/min.)
e-STUDIO200L/202L/203L
Paper sizeDrawer
A4, LT, B5, A5-R, ST-R2020162020
A4-R, B5-R, LT-R19191619–
B4, LG18181618–
A3, LD16161616–
Size specifiedSize not specified
Bypass feed
PFPLCF
e-STUDIO230/230L/232/232S/233
Paper sizeDrawer
A4, LT, B5, A5-R, ST-R2323162323
A4-R, B5-R, LT-R21.521.51621.5–
B4, LG18181618–
A3, LD16161616–
Size specifiedSize not specified
Bypass feed
PFPLCF
e-STUDIO280/280S/282/282S/283/283S
Paper sizeDrawer
A4, LT, B5, A5-R, ST-R2828162828
A4-R, B5-R, LT-R21.521.51621.5–
B4, LG18181618–
A3, LD16161616–
Size specifiedSize not specified
Bypass feed
PFPLCF
*“–” means “Not acceptable”.
*The copy speed in the above table are available when originals are manually placed for single side,
*The system copy speed, including scanning time, is available when 10 sheets of A4/LT size original
are set on RADF and one of the copy modes in the above table is selected. The period of time from
pressing [START] to the paper exit completely out of the equipment based on the actually measured
value.
*Upper drawer is selected and copying is at the non-sort mode.
*Automatic copy density, APS/AMS are turned off.
*Finisher is not installed.
Copy paper
DrawerADUPFPLCFBypass copyRemarks
SizeA3 to A5-R, LD to ST-R,
FOLIO, COMPUTER,
13"LG, 8.5" x 8.5", 8K,
16K, 16K-R
Weight
Special
paper
64 to 105 g/m
17 to 28 lb. Bond
–Tracing paper, labels,
A4, LT A3 to A5-R, LD to ST-R, FOLIO,
COMPUTER, 13"LG, 8.5" x 8.5", 8K,
16K, 16K-R
(Non-standard or user-specified
sizes can be set.)
2
64 to 209 g/m
Index
(Continuous feeding)
50 to 209 g/m2, 13 lb. Bond to 110 lb.
Index
(Single paper feeding)
OHP film
(thickness: 80 µm or thicker),
tab paper, envelope
(COM10, Monarch, DL, CHO-3,
YOU-4)
2
, 17 lb. Bond to 110 lb.
These special papers recommended by Toshiba Tec
CHO-3: 92 mm x 235 mm
YOU-4: 105 mm x 235 mm
1
First copy time ......................... Approx. 5.4 sec. or less
(A4/LT, upper drawer, 100%, original placed manually)
Warming-up time ..................... Approx. 25 sec. (temperature: 20°C)
Multiple copying....................... Up to 999 copies; Key in set numbers
Reproduction ratio ................... Actual ratio: 100±0.5%
Zooming: 25 to 400% in increments of 1%
(25 to 200% when using RADF)
Resolution/Gradation............... Scanning: 600 dpi x 600 dpi
Printing: Equivalent to 2400 dpi x 600 dpi
Gradation: 256 steps
Eliminated portion.................... Leading edges: 3.0±2.0 mm, Side/trailing edges: 2.0±2.0 mm (copy)
Leading / trailing edges: 5.0±2.0 mm, Side edges: 5.0±2.0 mm (print)
Paper feeding .......................... Standard drawers:
1 or 2 drawers (stack height 60.5 mm, equivalent to 550 sheets;
2
64 to 80 g/m
(17 to 22 lb. Bond)): Depends on destinations or
versions.
PFP:
Option (One drawer or two: stack height 60.5 mm, equivalent to
2
550 sheets; 64 to 80 g/m
(17 to 22 lb. Bond))
LCF:
Option (Stack height 137.5 mm x 2: equivalent to 2500 sheets;
2
64 to 80 g/m
(17 to 22 lb. Bond))
Bypass feeding:
2
Stack height 11 mm: equivalent to 100 sheets; 64 to 80 g/m
(17
to 22 lb. Bond)
Capacity of originals in the reversing automatic document feeder (Option)
.................................................. A3 to A5-R, LD to ST-R:
2
100 sheets / 80 g/m
(Stack height 16 mm or less)
Automatic duplexing unit (ADU is available as standard equipment for some destinations or versions.)
.................................................. Stackless, Switchback type
Toner supply............................ Automatic toner density detection/supply
Toner cartridge replacing method (There is a recovered toner supply
mechanism.)
Density control......................... Automatic density mode and manual density mode selectable in 11
steps
Weight ..................................... Approximately 75 kg (165.34 lb.): e-STUDIO200L/230/230L/280/280S
Approximately 77 kg (169.75 lb.): e-STUDIO202L/203L/232/233/232S/
282/282S/283 (include the developer material and drum) (The ADU
and Drawer module are installed.)
Power requirements ................ AC 110 V / 13.2 A, 115 V or 127 V / 12 A
220-240 V or 240 V / 8 A (50/60 Hz)
*The acceptable value of each voltage is ±10%.
Power consumption................. 1.5 kW or less (115 V series, 200 V series)
*The electric power is supplied to the RADF, (ADU), Finisher, Job Separator, Offset Tray, PFP and
Transfer charger wire cleaner
(installed inside of the transfer cover)
Paper stopper
Stopper bracket
*1
*1
4 pcs.
1 pc.
1 pc.
1 pc.
*2
Machine version
NAD:North America
ARD:Argentina
ASD:Central and South America / Hong Kong
AUD:Australia
MJD:Europe
ASU:Asia
SAD:Saudi Arabia
IRD:Iran
CND:China
TWD:Taiwan
JPD:Japan
KRD:Korea
*1: e-STUDIO200L/230/230L/280/280S only
*2: In e-STUDIO202L/203L/232/232S/233/282/282S/283, 2 discs are included.
1. The bridge kit (KN-3520) is necessary for installation of the finisher (MJ-1022 or MJ-1025).
2. The saddle stitch finisher (MJ-1025) is necessary for installation of the hole punch unit
(MJ-6005N/E/F/S).
3. The PCI slot (GO-1060) is necessary for installation of the scrambler board (GP-1040).
4. The antenna (GN-3010) is necessary to enable the wireless LAN module (GN-1041) and
Bluetooth module (GN-2010).
5. When the wireless LAN module (GN-1041) and the Bluetooth module (GN-2010) are
installed, only 1 antenna (GN-3010) can be connected to each.
6. GM-1080U / GM-2080U / GM-4080U are exclusive to e-STUDIO202L. They do not operate
with e-STUDIO232/232S/282/282S.
7. GM-1081U / GM-2081U / GM-4080U are exclusive to e-STUDIO202L/203L. They do not
operate with e-STUDIO232/232S/233/282/282S/283.
8. The Printer kit (GM-1070/1080U) or Printer/Scanner kit (MG-2070/2080U) does not have a
function for printing an XPS file.
9. To enable an XPS file to be printed by the Printer kit (GM-1071/1081U) or Printer/Scanner kit
(GM-2071/1081U), the Memory (GC-1230) is required to be installed.
10.To enable an XPS file to be printed by the Printer ELK (GM-1130/1140U) or Printer/Scanner
ELK (GM-2130/2140U), the Memory (GC-1230) is required to be installed.
One of the following error codes is displayed at the upper right of the screen while pressing the
[CLEAR] button and the digital key [8] simultaneously when the “CLEAR PAPER” or “CALL SERVICE” symbol is blinking.
2.1.1Jam
Error codeClassificationContentsTroubleshooting
E010Paper exit jamJam not reaching the exit sensor: The paper which
has passed through the fuser unit does not reach
the exit sensor.
E020Stop jam at the exit sensor: The trailing edge of the
paper does not pass the exit sensor after its leading
edge has reached this sensor.
E030Other paper jamPower-ON jam: The paper is remaining on the
paper transport path when power is turned ON.
E061Incorrect paper size setting for upper drawer: The
size of paper in the 1st drawer differs from size setting of the equipment.
E062Incorrect paper size setting for lower drawer: The
size of paper in the 2nd drawer differs from size setting of the equipment.
E063Incorrect paper size setting for PFP upper drawer:
The size of paper in the 3rd drawer differs from size
setting of the equipment.
E064Incorrect paper size setting for PFP lower drawer:
The size of paper in the 4th drawer differs from size
setting of the equipment.
E065Incorrect paper size setting for bypass tray: The
size of paper in the bypass tray differs from size
setting of the equipment.
E090HDD abnormality causes jam: Image data to be
printed cannot be prepared.
E110Paper misfeedingADU misfeeding (Paper not reaching the 1st trans-
port sensor): The paper which has passed through
ADU does not reach the 1st transport sensor during
duplex printing.
E120Bypass misfeeding (Paper not reaching the 1st
transport sensor): The paper fed from the bypass
tray does not reach the 1st transport sensor.
E130Upper drawer misfeeding (Paper not reaching the
1st transport sensor): The paper fed from the upper
drawer does not reach the 1st transport sensor.
E140Lower drawer misfeeding (Paper not reaching the
2nd transport sensor): The paper fed from the lower
drawer does not reach the 2nd transport sensor.
E150PFP upper drawer misfeeding (Paper not reaching
the PFP upper drawer feed sensor): The paper fed
from the PFP upper drawer does not reach the PFP
upper drawer feed sensor.
E160Paper misfeedingPFP lower drawer misfeeding (Paper not reaching
P. 5 - 2 0
the PFP lower drawer feed sensor): The paper fed
from the PFP lower drawer does not reach the PFP
lower drawer feed sensor.
E190LCF misfeeding (Paper not reaching the LCF feed
P. 5 - 2 1
sensor): The paper fed from the LCF does not
reach the LCF feed sensor.
E200Paper transport jamUpper drawer transport jam (Paper not reaching the
P. 5 - 3
registration sensor): The paper does not reach the
registration sensor after it has passed the 1st transport sensor.
E210Lower drawer transport jam (Paper not reaching the
P. 5 - 3
registration sensor): The paper does not reach the
registration sensor after it has passed the 1st transport sensor.
E220Lower drawer transport jam (Paper not reaching the
P. 5 - 4
1st transport sensor): The paper does not reach the
1st transport sensor after it has passed the lower
drawer feed sensor.
E270Bypass transport jam (paper not reaching the regis-
P. 5 - 5
tration sensor): The paper does not reach the registration sensor after it has passed the 1st transport
sensor.
E280ADU transport jam (paper not reaching the registra-
P. 5 - 5
tion sensor): The paper which has passed through
ADU and the 1st transport sensor does not reach
the registration sensor during duplex printing.
E300PFP upper drawer transport jam (Paper not reach-
P. 5 - 3
ing the registration sensor): The paper does not
reach the registration sensor after it has passed the
1st transport sensor.
E310PFP upper drawer transport jam (Paper not reach-
P. 5 - 4
ing the 1st transport sensor): The paper does not
reach the 1st transport sensor after it has passed
the 2nd transport sensor.
E320PFP upper drawer transport jam (Paper not reach-
P. 5 - 6
ing the 2nd transport sensor): The paper does not
reach the 2nd transport sensor after it has passed
the PFP upper drawer feed sensor.
E330PFP lower drawer transport jam (Paper not reach-
P. 5 - 3
ing the registration sensor): The paper does not
reach the registration sensor after it has passed the
1st transport sensor.
E340PFP lower drawer transport jam (Paper not reach-
P. 5 - 4
ing the 1st transport sensor): The paper does not
reach the 1st transport sensor after it has passed
the PFP lower drawer feed sensor.
E350PFP lower drawer transport jam (Paper not reach-
P. 5 - 6
ing the 2nd transport sensor): The paper does not
reach the 2nd transport sensor after it has passed
the PFP upper drawer feed sensor.
E360PFP lower drawer transport jam (Paper not reach-
P. 5 - 7
ing the PFP upper drawer feed sensor): The paper
does not reach the PFP upper drawer feed sensor
after it has passed the PFP lower drawer feed sensor.
E711RADF jamJam not reaching the original length sensor: The
P. 5 - 2 8
original fed from the original feeding tray does not
reach the original length sensor.
E712Jam not reaching the registration sensor: The origi-
P. 5 - 2 8
nal fed from the original feeding tray does not reach
the registration sensor.
E713Stop jam at the original length sensor: The trailing
P. 5 - 2 8
edge of the original does not pass the original
length sensor after its leading edge has reached
this sensor.
E714Feed signal reception jam: The feed signal is
P. 5 - 2 9
received even no original exists on the original
feeding tray.
E721Jam not reaching the read sensor: The original
P. 5 - 2 9
does not reach the read sensor after it has passed
the registration sensor (when scanning obverse
side) or the reverse sensor (when scanning reverse
side).
E722Jam not reaching the exit sensor (during scanning):
P. 5 - 3 0
The original which passed the read sensor does not
reach the exit sensor when it is transported from the
scanning section to exit section.
E723Jam not reaching the reverse sensor (during scan-
P. 5 - 3 0
ning): The original which passed the read sensor
does not reach the reverse sensor when it is transported from the scanning section to reverse section.
E724Stop jam at the registration sensor: The trailing
P. 5 - 3 0
edge of the original does not pass the registration
sensor after its leading edge has reached this sensor.
E725Stop jam at the read sensor: The trailing edge of the
P. 5 - 3 1
original does not pass the read sensor after its leading edge has reached this sensor.
E726Transport/exit signal reception jam: RADF receives
P. 5 - 3 1
the transport/exit reception signal from the equipment when no original is at the exposure waiting
position.
E731Stop jam at the exit sensor: The trailing edge of the
P. 5 - 3 2
original does not pass the exit sensor after its leading edge has reached this sensor.
E741Stop jam at the reverse sensor: The trailing edge of
P. 5 - 3 2
the original does not pass the reversal sensor after
its leading edge has reached this sensor.
E742Jam not reaching the reverse sensor (during
P. 5 - 3 3
reverse feeding): The leading edge of the original
does not reach the reverse sensor when original is
fed from the reverse section.
E743Jam not reaching the exit sensor (during reverse
P. 5 - 3 3
feeding): The original does not reach the exit sensor after it has passed the reverse sensor when the
original is exited from the reverse section.
E860RADF jam access cover open: The RADF jam
P. 5 - 3 4
access cover has opened during RADF operation.
Jam at the bridge unit transport sensor-1: The
paper does not reach the bridge unit transport sen-
P. 5 - 3 5
sor-1 after it has passed the exit sensor.
E920Stop jam at the bridge unit transport sensor-1: The
P. 5 - 3 5
trailing edge of the paper does not pass the bridge
unit transport sensor-1 after its leading edge has
reached the sensor.
E930Jam at the bridge unit transport sensor-2: The trail-
P. 5 - 3 5
ing edge of the paper does not reach the bridge unit
transport sensor-2 after its leading edge has
reached the bridge unit transport sensor-1.
E940Stop jam at the bridge unit transport sensor-2: The
P. 5 - 3 5
trailing edge of the paper does not reach the bridge
unit transport sensor-2 after its leading edge has
reached the bridge unit transport sensor-2.
E950Job separator jamJam not reaching the job separator transport sen-
P. 5 - 11
sor: The paper has passed through the exit sensor
does not reach the job separator transport sensor.
E951Stop jam at the job separator transport sensor: The
P. 5 - 11
trailing edge of the paper does not pass the job separator transport sensor.
E960Offset tray jamJam not reaching the offset tray transport sensor:
P. 5 - 11
The paper has passed through the exit sensor does
not reach the offset tray transport sensor.
E961Stop jam at the offset tray transport sensor: The
P. 5 - 11
trailing edge of the paper does not pass the offset
tray transport sensor.
E9F0Finisher jam
(Puncher unit)
EA10Finisher jam
(Finisher unit)
Punching jam: Punching is not performed properly.
[MJ-1025 (When MJ-6005 is installed)]
Paper transport delay jam: The paper which has
passed the bridge unit does not reach the inlet sen-
P. 5 - 3 6
P. 5 - 3 7
sor. [MJ-1022/1025]
EA20Paper transport stop jam: The paper does not pass
P. 5 - 3 8
through the inlet sensor. [MJ-1022/1025]
EA30Power-ON jam: Paper exists at the inlet sensor
P. 5 - 3 9
when power is turned ON. [MJ-1022/1025]
EA40Door open jam: The finisher has been released
P. 5 - 4 0
from the equipment during printing. [MJ-1022/1025]
EA50Stapling jam: Stapling is not performed properly.
P. 5 - 4 1
[MJ-1022/1025]
EA60Early arrival jam: The inlet sensor detects the paper
P. 5 - 4 2
earlier than a specified timing. [MJ-1022]
EA70Stack delivery jam: It cannot deliver the stack of
P. 5 - 4 3
paper on the intermediary process tray to the stack
tray. [MJ-1022/1025]
EAB0Finisher jam
(Saddle Stitcher section)
Saddle paper transport stop jam: The paper which
passed through the inlet sensor does not reach or
pass through the folding position sensor. [MJ-1025]
EAC0Saddle transport delay jam: The paper which has
P. 5 - 4 5
P. 5 - 4 5
reached the inlet sensor does not pass through this
sensor. [MJ-1025]
EAD0Other paper jamPrint end command time-out jam: The printing has
P. 5 - 4 6
not finished normally because of the communication error between the SYS board and LGC board
at the end of printing.
EAE0Finisher jamReceiving time time-out jam: The printing has been
P. 5 - 4 6
interrupted because of the communication error
between the equipment and finisher when the
paper is transported from the equipment to the finisher.
EAF0Finisher jam
(Finisher unit)
Stack return jam: It cannot load the paper which
passed through the delivery roller on the intermedi-
P. 5 - 4 4
ary process tray. [MJ-1022]
EB30Finisher jamReady time time-out jam: The equipment judges
P. 5 - 4 6
that the paper transport to the finisher is disabled
because of the communication error between the
equipment and finisher at the start of printing.
EB50Paper transport jamPaper remaining on the transport path: The multiple
P. 5 - 1 2
feeding of preceding paper caused the misfeeding
of upcoming paper.
EB60Paper remaining on the transport path: The multiple
P. 5 - 1 4
feeding of preceding paper caused the misfeeding
of upcoming paper (redetection after no jam is
detected at [EB50]).
C130Upper drawer tray abnormality: The upper drawer tray
C140Lower drawer tray abnormality: The lower drawer tray
C150PFP upper drawer tray abnormality: The PFP upper
C160PFP lower drawer tray abnormality: The PFP lower
C180LCF tray-up motor abnormality: The LCF tray-up motor is
C1A0LCF end fence motor abnormality: The LCF end fence
C1B0LCF transport motor abnormality: The LCF transport
C260Scanning system
C270Carriage home position sensor not turning OFF within a
C280Carriage home position sensor not turning ON within a
C410Fuser unit related
C430Thermistor abnormality after abnormality judgment:
C440Heater abnormality after abnormality judgment: The tem-
C450Thermistor abnormality during printing: Abnormality of the
C550
(C780)
C570Communication error between Engine-CPU and IPC
C580Communication error between IPC board and finisherP. 5-58
tem related service call
related service call
service call
Optional communication related service call
Main motor abnormality: The main motor is not rotating
normally.
PFP motor abnormality: The PFP motor is not rotating
normally.
motor is not rotating or the upper drawer tray is not moving normally.
motor is not rotating or the lower drawer tray is not moving normally.
drawer tray motor is not rotating or the PFP upper drawer
tray is not moving normally.
drawer tray motor is not rotating or the PFP lower drawer
tray is not moving normally.
not rotating or the LCF tray is not moving normally.
motor is not rotating or the LCF end fence is not moving
normally.
motor is not rotating normally.
Peak detection error: Lighting of the exposure lamp
(white reference) is not detected when power is turned
ON.
specified period of time: The carriage does not shift from
its home position in a specified period of time.
specified period of time: The carriage does not reach to
its home position in a specified period of time.
Thermistor or heater abnormality at power-ON: Abnormality of service call the thermistor is detected when
power is turned ON or the temperature of the fuser roller
does not rise in a specified period of time after power is
turned ON.
Abnormality of the thermistor is detected after a specified
period of time has passed from power-ON (including
ready state).
perature of the fuser roller has exceeded the range of
control (in this case, the main switch turns OFF automatically) or does not even reach the range.
thermistor is detected during printing.
RADF I/F error: Communication error has occurred
EEPROM initialization error: EEPROM is not initialized
normally when performing the code 05-356.
P. 5-59
C740Reverse sensor adjustment errorP. 5-59
C810Fan motor abnormality: The fan motor is not rotating nor-
P. 5-59
mally.
C820Read sensor adjustment error: The read sensor cannot
P. 5-59
be adjusted normally when performing the code 05-356.
C830Original length sensor adjustment error: The original
P. 5-59
length sensor cannot be adjusted normally when performing the code 05-356.
C940Circuit related ser-
Engine-CPU abnormalityP. 5-76
vice call
C970Process related
service call
CA10Laser optical unit
related service call
CA20H-Sync detection error: H-Sync detection PC board can-
High-voltage transformer abnormality: Leakage of the
main charger is detected.
Polygonal motor abnormality: The polygonal motor is not
rotating normally.
P. 5-76
P. 5-60
P. 5-60
not detect laser beams.
CB10Finisher related
service call
CB20Delivery motor abnormality: Delivery motor or delivery
Transport motor abnormality: The transport motor or
stack transport roller is not rotating normally. [MJ-1025]
P. 5-61
P. 5-62
roller is not rotating normally. [MJ-1022/1025]
CB30Tray lift motor abnormality: The tray lift motor is not rotat-
P. 5-63
ing normally or the delivery tray is not moving normally.
[MJ-1025]
CB50Staple motor (staple/fold) abnormality: The staple motor
P. 5-64
is not rotating normally or the stapler is not moving normally. [MJ-1025]
CB60Stapler unit shift motor abnormality: The stapler unit shift
P. 5-66
motor is not rotating normally or the Stapler Unit is not
moving normally. [MJ-1025]
CB80Backup RAM data abnormality:
P. 5-67
1) Abnormality of checksum value on finisher controller
board is detected when the power is turned on.
[MJ-1025]
2) Abnormality of checksum value on punch controller
board is detected when the power is turned on.
[MJ-1025 (when MJ-6005 is installed)]
CC30Stack processing motor abnormality: The stack process-
P. 5-67
ing motor is not rotating normally or the stack delivery belt
is not moving normally. [MJ-1022]
Paddle motor abnormality: The paddle motor is not rotating normally or the swing guide is not moving normally.
[MJ-1025]
CC50Horizontal registration motor abnormality: The horizontal
P. 5-69
registration motor is not rotating normally or the puncher
is not moving normally.
[MJ-1025 (when MJ-6005 is installed)]
CC60Punch motor abnormality: The punch motor is not rotating
P. 5-69
normally or the puncher is not moving normally.
[MJ-1025 (when MJ-6005 is installed)]
CC80Front jogging motor abnormality: Front jogging motor is
P. 5-70
not rotating normally or the front alignment plate is not
moving normally. [MJ-1022]
Alignment motor (front) abnormality: The alignment motor
(front) is not rotating normally or the front alignment plate
is not moving normally. [MJ-1025]
CC90Upper stack tray lift motor abnormality: The upper stack
P. 5-71
tray lift motor is not rotating or the upper stack tray is not
moving normally. [MJ-1022]
Lower stack tray lift motor abnormality: The lower stack
tray lift motor is not rotating or the lower stack tray is not
P. 5-72
moving normally. [MJ-1022]
CCB0Rear jogging motor abnormality: Rear jogging motor is
P. 5-73
not rotating normally or the rear alignment plate is not
moving normally. [MJ-1022]
Alignment motor (rear) abnormality: The alignment motor
(rear) is not rotating normally or the rear alignment plate
is not moving normally. [MJ-1025]
CDC0Punch power failure abnormality: 24 V is not applied to
P. 5-74
the punch controller board.
[MJ-1025 (when MJ-6005 is installed)]
CDD0Folding position sensor abnormality: Automatic adjust-
P. 5-74
ment of the folding position sensor can not be performed
properly. [MJ-1025]
CDE0Paddle motor abnormality: The paddle motor does not
P. 5-75
rotate properly. [MJ-1025]
CDF0Offset tray related
service call
Initialization error of the offset tray: The home position of
the separator cannot be detected when the power is
P. 5-76
turned ON.
CE00Finisher related
service call
Communication error between finisher unit and puncher
unit: Communication error between the finisher controller
P. 5-75
PC board and punch controller PC board.
[MJ-1025 (when MJ-6005 is installed)]
CF60Other service callToner for recycle transport area lockP. 5-76
F070Communication
related service call
Communication error between System-CPU and EngineCPU
P. 5-58
F090Other service callSRAM abnormality on the SYS boardP. 5-76
F091NVRAM abnormality on the SYS boardP. 5-77
F092SRAM and NVRAM abnormality on the SYS boardP. 5-77
F100HDD format error: HDD cannot be initialized normally.P. 5-77
F101HDD unmounted: Connection of HDD cannot be
P. 5-77
detected.
F102HDD start error: HDD cannot become ‘Ready’ state.P. 5-77
F103HDD transfer time-out: Reading/writing cannot be per-
P. 5-77
formed in the specified period of time.
F104HDD data error: Abnormality is detected in the data of
P. 5-77
HDD.
F105HDD other errorP. 5-77
F106Point and Print partition damageP. 5-78
F107/SHR partition damageP. 5-78
F108/SHA partition damageP. 5-78
F110Communication
related service call
Communication error between System-CPU and Scanner-CPU
P. 5-58
F111Scanner response abnormalityP. 5-58
F120Other service callDatabase abnormality: Database is not operating nor-
P. 5-78
mally.
F130Invaid MAC addressP. 5-78
F200Data overwrite kit (GP-1050/1060) is taken offP. 5-78
Following codes are displayed at the end of the user name on the print job log screen
(when GM-1020/3020, GM-1030/3030, GM-2020, GM-2030, GM-1070/4070, GM-1080U/4080U, GM2070, GM-2080U, GM-1071/4070, GM-1081U/4080U, GM-2071, GM-2081U, GM-1130/4130, GM1140U/4140U, GM-2130, or GM-2140U is installed)
Error codeContentsTroubleshooting
4030No Printer Kit / Printer Kit function disabled: The Printer Kit (GM-1010) or the
Printer/Scanner Kit (GM-2010) is not installed. Or network printing of an XPS
file is performed without the Expansion Memory (GC-1230), or network printing is performed after the termination of a trial period..
4031HDD full during print: Large quantity image data by private print or invalid
network print are saved in HDD.
4032Private-print-only error: Jobs other than Private print jobs cannot be per-
formed.
4033Printing data storing limitation error: Printing with its data being stored to the
<<Error history: e-STUDIO202L/203L/232/233/282/283>>
In the setting mode (08-253), the latest twenty groups of error data will be displayed.
Display example
EA10
9999999904 07 11 17 57 3206406423621000000
Error codeTotal counterYY MM DD HH MM SSMMMNNNABCDEFHIJLO
4 digits8 digits12 digits (Year is indicated
1. To enter the desired mode, turn ON the power while two digital keys designated to each mode
2. When the optional FAX unit is installed, Faxes received automatically during the self-diagno-
[0]+[1]+
[POWER]
[POWER]
[0]+[4]+
[POWER]
[0]+[5]+
[POWER]
[POWER]
+[POWER]
[6]+[START]
+[POWER]
[8]+[9]+
[POWER]
All LEDs on the control panel are lit, and all the
LCD pixels blink.
Checks the status of input/output signals.[POWER]
Outputs the test patterns.[POWER]
Adjusts various items.[POWER]
Sets various items.[POWER]
Prints out the data lists of the codes 05 and 08,
PM support mode and pixel counter.
Clears each counter.[POWER]
Performs updating of the system firmware.[POWER]
[POWER]
OFF/ON
OFF/ON
OFF/ON
OFF/ON
OFF/ON
[POWER]
OFF/ON
OFF/ON
OFF/ON
(e.g. [0] and [5]) are pressed simultaneously.
sis mode may not be printed out. Be sure to disconnect the modular code from the line connectors (LINE1, LINE2) of the equipment before starting the self-diagnosis mode. Also, be
sure to finish the self-diagnosis mode by turning the power OFF and back ON before connecting the modular code.
-
100% C A4
TEST MODE
100% P A4
TEST PRINT
100% A A4
TEST MODE
100% D
TEST MOD
100% UA A4
LIST PRINT
100% K
TEST MODE
-
2
<Operation procedure>
•Control panel check mode (01):
[0][1]
[POWER]
LED lit/
LCD blinking
[START]
[START]
(Button check)
[POWER] OFF/ON
(Exit)
Notes:
1. A mode can be canceled by [POWER] OFF/ON when the LED is lit and the LCD is blinking.
2. Button Check
Buttons with LED(Press to turn OFF the LED.)
Buttons without LED(Press to display the message on the control panel.)
Button on touch panel(Press to display the screen on the control panel at power-ON.)
•Test mode (03): Refer to P. 2-25 "2.2.1 Input check (Test mode 03) (e-STUDIO200L/230/280)"/
P. 2-32 "2.2.2 Input check (Test mode 03) (e-STUDIO202L/203L/232/233/282/283)" and P. 2 -
40 "2.2.3 Output check (test mode 03)".
•Test print mode (04): Refer to P. 2-43 "2.2.4 Test print mode (test mode 04)".
•Adjustment mode (05): Refer to P. 2-44 "2.2.5 Adjustment mode (05) (e-STUDIO200L/230/280)"/
P. 2-64 "2.2.6 Adjustment mode (05) (e-STUDIO202L/203L/232/233/282/283)".
•Setting mode (08): Refer to P. 2-84 "2.2.7 Setting mode (08) (e-STUDIO200L/230/280)"/ P. 2 153 "2.2.8 Setting mode (08) (e-STUDIO202L/203L/232/233/282/283)".
(Code)
103: PM support mode
104: Stored information of pixel counter (toner cartridge reference)
105: Stored information of pixel counter (service technician reference)
106: Error history
•PM support mode (6S):
[6][START]
[POWER]
1: Auto-toner adjustment
2: PM Support Screen
(Code)
[START]
(Operation started)
•Firmware update mode (89): Refer to “6. FIRMWARE UPDATING”.
CLCF standby side empty sensorNo paperPaper present
Highlighted
Normal dis-
play
e.g.
Other than
home position
Other than
stop position
2
DLCF side cover opening/closing switchCover closedCover opened
ELCF motor rotation status (Motor is rotating at output mode
(03))
FLCF tray-up sensorTray at upper
Abnormal rotation
limit position
Normal rotation
Other than
upper limit
position
GLCF feed sensorNo paperPaper present
HLCF feed side empty sensorPaper presentNo paper
A--B--C--D--E1st transport sensorPaper presentNo paper
F--GUpper drawer empty sensorNo paperPaper present
HUpper drawer tray-up sensorTray at upper
limit position
Other than
upper limit
position
A--B--C--D--E2nd transport sensorPaper presentNo paper
F--GLower drawer empty sensorNo paperPaper present
HLower drawer tray-up sensorTray at upper
limit position
Other than
upper limit
position
A--BBypass feed paper width sensor-2Refer to table 1
CBypass feed paper width sensor-1Refer to table 1
DBypass feed paper width sensor-0Refer to table 1
E--F--G--H--A--B--C--DUpper drawer detection switchDrawer not
stop position
CLCF standby side empty sensorNo paperPaper present
DLCF side cover opening/closing switchCover closedCover opened
ELCF motor rotation status (Motor is rotating at output mode
(03))
FLCF tray-up sensorTray at upper
Abnormal rotation
limit position
Normal rota-
tion
Other than
upper limit
position
GLCF feed sensorNo paperPaper present
HLCF feed side empty sensorPaper presentNo paper
A--B--C--D--E1st transport sensorPaper presentNo paper
F--GUpper drawer empty sensorNo paperPaper present
HUpper drawer tray-up sensorTray at upper
limit position
Other than
upper limit
position
A--B--C--D--E2nd transport sensorPaper presentNo paper
F--GLower drawer empty sensorNo paperPaper present
HLower drawer tray-up sensorTray at upper
limit position
Other than
upper limit
position
A--BBypass feed paper width sensor-2Refer to table 1
CBypass feed paper width sensor-1Refer to table 1
DBypass feed paper width sensor-0Refer to table 1
E--F--G--H--A--B--C--DUpper drawer detection switchDrawer not
ADongle (for Printer/Scanner kit (GM-2070 or 2080U)) Con-
nected
BDongle (for Printer kit (GM-1070, 1071, 1080U or 1081U))
Connected
CDongle (for Scanner kit (GM-4070 or 4080U)) ConnectedConnectableNot connect-
DDongles for other equipments/Other USB devices Con-
nected
EJudgement for acceptable USB storage device (*1)AcceptableNot acceptable
F--G--H---
Highlighted
display
e.g.
ConnectableNot connect-
ConnectableNot connect-
ConnectableNot connect-
Normal dis-
play
e.g.
able
able
able
able
*1
•Be sure to install the USB storage device to the equipment and check if the device can be used
with this code.
•Be sure to turn OFF the write protection (the function to prevent data from erasure by the accidental recording or deleting) of the USB storage device before performing the check, otherwise
this code cannot be used.
•It may take some time (2 sec. to 10 sec.) before this check is completed depending on the USB
storage device.
Items in the adjustment mode list in the following pages can be corrected or changed in the adjustment mode (05). Turn ON the power with pressing the digital keys [0] and [5] simultaneously in
order to enter this mode.
* When the automatic adjustment ends abnormally, error message is displayed.
Procedure 7
[0][5]
[POWER]
* When the automatic adjustment ends abnormally, error message is displayed.
Procedure 10
[0][5]
[POWER]
[Digital key]
(Code)
[Digital key]
(Code)
[Digital key]
(Code)
[START]
*[CANCEL] or [CLEAR]
[CANCEL]
[START]
*[CANCEL] or [CLEAR]
[START][START][START]
[Digital key]
(Sub code)
[SET] or [INTERRUPT]
(Value unchangeable)
Automatic
()
adjustment
Automatic
()
adjustment
([FAX])
(Test copy)
[ENTER]
Stores value
()
in RAM
Value
()
displayed
[POWER]OFF/ON
([FAX])
(Test copy)
(Exit)
2
[POWER]
OFF/ON
(Exit)
[POWER]
OFF/ON
(Exit)
Procedure 17
[CANCEL] or [CLEAR]
[0][5]
[POWER]
* When the “storing is not performed within 2 minutes after pressing the [START] button at the
Note: Note:
[Digital key]
(Code)
manual adjustment, the “automatic adjustment” starts automatically.
The fuser roller temperature control at the adjustment mode is different from that at the normal
state.
Therefore, the problem of fusing efficiency may be occurred in the test copy at the adjustment
mode. In that case, turn ON the power normally, leave the equipment for approx. 3 minutes after
it has become ready state and then start up the adjustment mode again.
•The digit after the hyphen in “Code” of the following table is a sub code.
•In “RAM”, the NVRAM of the board in which the data of each code is stored is indicated. “M”
stands for the LGC board and “SYS” stands for the SYS board.
Adjustment mode (05) <e-STUDIO200L/230/280>
Default
Code
200Devel-
201Devel-
205Devel-
210Charger Main charger grid bias out-
220Transfer Transfer transformer DC
221Transfer Transfer transformer DC
222Transfer Transfer transformer DC
233Separa-
234Separa-
235Separa-
280Process Forced performing of idling
286LaserLaser power adjustmentALL63
305Scanner Image location adjustment
Classi-
fication
oper
oper
oper
tion
tion
tion
Items
Automatic adjustment of
auto-toner sensor
(Fuser heater ON)
Correction of auto-toner
sensor
(Fuser heater ON)
Developer bias DC output
adjustment
put adjustment
output adjustment (H)
output adjustment (C)
output adjustment (L)
Separation transformer DC
output adjustment (H)
Separation transformer DC
output adjustment (C)
Separation transformer DC
output adjustment (L)
for toner recycle
of secondary scanning
direction
(scanner section)
Func-
<Accept-
tion
ALL--As the value increases,
ALL164
ALL135
ALL90
ALL165
ALL179
ALL126
ALL64
ALL65
ALL46
ALL-MPerform this adjustment
ALL125
able
value>
<0-255>
<0-255>
<0-255>
<0-255>
<0-255>
<0-255>
<0-255>
<0-255>
<0-255>
<0-255>
<92-164>
RAMContents
the sensor output
increases correspondingly.
The value starts changing approx. 2 minutes
after this adjustment was
started and is automatically set in the range of
2.35 to 2.45 V.
*Selection is disable
when developer unit
is not installed.
(Chap. 3.1)
MCorrects the control
value of the auto-toner
sensor setup in 05-200.
*Selection is disable
when developer unit
is not installed.
MAs the value increases,
the transformer output
increases correspond-
M3
ingly. Remove the developer unit and install the
M3
adjustment jig to make
adjustment.
M3
(Chap. 3.6)
M3
M3
M3
M3
before the replacement
of the developer material. (The toner is forcibly
removed from the
cleaner.)
MWhen the value
increases, the laser output increases correspondingly.
ALL--Stores the current width
adjustment
(Minimum)
368RADFRADF original guide width
ALL--Stores the current width
adjustment
(Maximum)
401LaserFine adjustment of polygo-
nal motor rotation speed
PRT136
<0-255>
(adjustment of primary
405PPC134
410LaserAdjustment of primary
411PRT153
scanning direction reproduction ratio)
scanning laser writing start
position.
<0-255>
PPC128
<0-255>
<0-255>
421DriveAdjustment of secondary
scanning direction repro-
PPC/
PRT
129
<0-255>
duction ratio
422FAX139
424DriveFine adjustment of exit
(fine adjustment of main
motor speed)
motor speed
PPC/
PRT
<0-255>
160
<0-255>
425FAX121
<0-255>
RAMContents
Proce-
dure
6
of RADF original guide
by keying in this code
with the guide set at the
minimum width. Perform
2
this adjustment when the
RADF board or volume is
replaced, or when the
code (05-356) is performed.
6
of RADF original guide
by keying in this code
with the guide set at the
maximum width. Perform this adjustment
when the RADF board or
volume is replaced, or
when the code (05-356)
is performed.
MWhen the value
1
increases by “1”, the
reproduction ratio of primary scanning direction
M1
increases by approx.
0.07%. (approx. 0.1 mm/
step)
MWhen the value
1
increases by “1”, the writing start position shifts to
M1
the front side by approx.
0.0423 mm.
MWhen the value
1
increases by “1”, the
reproduction ratio of secondary scanning direc-
tion on original manually
set on the
original glass
Text/PhotoPPCEUR:12
UC:12
JPN:22
<11-14,
21-24,
31-34,
41-44>
571PhotoPPC12
<11-14,
21-24,
31-34,
41-44>
572TextPPC22
<11-14,
21-24,
31-34,
41-44>
RAMContents
Proce-
dure
SYS When the value
increases, the image of
the “dark” steps
becomes darker.
SYS1
SYS1
SYS When the value
increases, the image
becomes darker.
SYS1
SYS1
SYS When the value
increases, the background becomes more
SYS1
brightened.
SYS1
SYS Sets whether the values
of the background peak
and text peak are fixed
or not. One’s place is an
adjustment for “automatic density” and ten’s
place is for “manual density”. Once they are
SYS1
fixed, the range correction is performed with
standard values. The
values of the background
peak and text peak affect
SYS1
the reproduction of the
background density and
text density respectively.
1: fixed/fixed
2: varied/fixed
3: fixed/varied
4: varied/varied
*Background peak/
larger the value is, the
larger the slope
becomes.)
Ten’s place:
0: Equivalent to the set
value 5
1 to 9: Select the slope of
low density (The smaller
the value is, the darker
the background
becomes.)
00: Use default value
SYS When the value
1
increases, the image
becomes sharper. When
the value decreases, the
image becomes softer.
The smaller the value is,
the less the moire
becomes.
SYS1
One’s place: Fixed value
(05-620 is “1”, 05-621 is
“2”, 05-622 is “5”)
Ten’s place: Adjustable
from 0 to 9 regarding the
default value as the stan-
SYS1
dard (The larger the
value is, the sharper the
image becomes.)
*When entering “0” on
the ten's place, this
value is not displayed
on the entry screen.
SYS Adjusts the level of the
1
smudged/faint text.
With increasing the
value, the faint text is
suppressed, and with
decreasing it, the
smudged text is suppressed.
MAdjustment of the
1
smudged/faint text.
With decreasing the
value, the faint text is
suppressed, and with
1
of the background peak
and text peak are fixed
or not. One’s place is an
adjustment for “automatic density” and ten’s
place is for “manual density”. Once they are
SYS1
fixed, the range correction is performed with
standard values.
The values of the background peak and text
peak affect the reproduc-
SYS1
tion of the background
density and text density
respectively.
1: fixed/fixed
2: varied/fixed
3: fixed/varied
4: varied/varied
*Background peak/
tion on original manually
set on the
original glass
Text/PhotoSCN12
<11-14,
21-24,
31-34,
41-44>
826TextSCN12
<11-14,
21-24,
31-34,
41-44>
827PhotoSCN12
<11-14,
21-24,
31-34,
41-44>
830ImageRange correc-
tion on original set on the
RADF
Text/PhotoSCN12
<11-14,
21-24,
31-34,
41-44>
831TextSCN12
<11-14,
21-24,
31-34,
41-44>
832PhotoSCN12
<11-14,
21-24,
31-34,
41-44>
835ImageRange correc-
tion/Back-
836TextSCN48
ground peak
adjustment
Text/PhotoSCN48
<0-255>
<0-255>
837PhotoSCN40
<0-255>
845ImageDensity
adjustment
846TextSCN128
847PhotoSCN128
Fine adjustment of “manual density”/
Center value
Text/PhotoSCN128
<0-255>
<0-255>
<0-255>
RAMContents
Proce-
dure
SYS Sets whether the values
of the background peak
and text peak are fixed
or not. One’s place is an
adjustment for “automatic density” and ten’s
SYS1
place is for “manual density”. Once they are
fixed, the range correction is performed with
standard values. The
SYS1
values of the background
peak and text peak affect
the reproduction of the
background density and
text density respectively.
1: fixed/fixed
2: varied/fixed
3: fixed/varied
4: varied/varied
*Background peak/
Text peak
SYS Sets whether the value
of the background peak
and text peak are fixed
or not. One’s place is an
adjustment for “automatic density” and ten’s
SYS1
place is for “manual density”. Once they are
fixed, the range correction is performed with
standard values.
SYS1
The values of the background peak and text
peak affect the reproduction of the background
density and text density
respectively.
1: fixed/fixed
2: varied/fixed
3: fixed/varied
4: varied/varied
*Background peak/
of the background peak
and text peak are fixed
or not. One's place is an
adjustment for “automatic density” and ten's
place is for “manual density”. Once they are
SYS1
fixed, the range correction is performed with
standard values. The
values of the background
peak and text peak affect
the reproduction of the
SYS1
background density and
text density respectively.
1: fixed/fixed
2: varied/fixed
3: fixed/varied
4: varied/varied
*Background peak/
Text peak
SYS Set whether the values
of the background peak
and text peak are fixed
or not. One's place is an
adjustment for “automatic density” and ten's
place is for “manual density”. Once they are
SYS1
fixed, the range correction is performed with
standard values. The
values of the background
peak and text peak affect
the reproduction of the
background density and
SYS1
text density respectively.
1: fixed/fixed
2: varied/fixed
3: fixed/varied
4: varied/varied
*Background peak/
Items in the adjustment mode list in the following pages can be corrected or changed in the adjustment mode (05). Turn ON the power with pressing the digital keys [0] and [5] simultaneously in
order to enter this mode.