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Name: Sharp MX-C250 / MX-C250E / MX-C250F / MX-C250FE / MX-C250FR / MX-C300F / MX-C300W / MX-C300WE / MX-C300A / MX-C300WR (serv.man6)
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mx-c250, mx-c250e, mx-c250f, mx-c250fe, mx-c250fr, mx-c300f, mx-c300w, mx-c300we, mx-c300a, mx-c300wr (serv.man6) service manual

Model: MX-C250 MX-C250E MX-C250F MX-C250FE MX-C250FR MX-C300F MX-C300W MX-C300WE MX-C300A MX-C300WR (serv.man6)
Pages: 127
Size: 29.56 MB
Type: PDF
Document: Service Manual
Brand: Sharp
Device: Copying Equipment / Service Manual (Revised May 2016).
File: mx-c250-mx-c250e-mx-c250f-mx-c250fe-mx-c250fr-mx-c.pdf
Date: 2018-11-20

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Sharp MX-C250 / MX-C250E / MX-C250F / MX-C250FE / MX-C250FR / MX-C300F / MX-C300W / MX-C300WE / MX-C300A / MX-C300WR (serv.man6) Service Manual ▷ View online

MX-C250  SIMULATION  6 – 35
(*1) Differs depending on the destination.
44-12
Purpose
:
Operation data display
Function (Purpose)
Used to display the operation data of the
high density process control.
Section
Image process (Photoconductor/Develop-
ing)
Operation/Procedure
1) Select an item to be set with Arrow keys.
2) Enter the set value with 10 keys.
3) Press [OK]/[START] key. 
The set value in step 2) is saved.
OTHER
13/21
MD M 
REV LD 
EV M
Environmental 
changes and Drum 
membrane 
decrease laser 
power voltage cor-
rection (KCMY) 
medium speed / 
low speed
-255 - 
255
100
MD M 
REV LD 
EV L
MD Y 
REV LD 
EV M
MD Y 
REV LD 
EV L
14/21
MD K 
REV
LD_P M
High density pro-
cess control Drum 
membrane 
decrease laser 
power voltage cor-
rection (KCMY) 
medium speed / 
low speed
-127 - 
127
0
MD K 
REV
LD_P L
MD C 
REV
LD_P M
MD C 
REV
LD_P L
15/21
MD M 
REV
LD_P M
MD M 
REV
LD_P L
MD Y 
REV
LD_P M
MD Y 
REV
LD_P L
16/21
MD K 
REV DL 
M
Drum membrane 
decrease dis-
charge light
0 - 100
0
MD K 
REV DL 
L
quantity correction 
(%) medium speed 
/ low speed
MD C 
REV DL 
M
MD C 
REV DL 
L
17/21
MD M 
REV DL 
M
MD M 
REV DL 
L
MD Y 
REV DL 
M
MD Y 
REV DL 
L
18/21
MD K 
REV DL 
EV M
Drum membrane 
decrease environ-
ment
discharge light 
quantity correction 
(%) medium speed 
/ low speed
-100 - 
100
0
MD K 
REV DL 
EV L
MD C 
REV DL 
EV M
MD C 
REV DL 
EV L
MODE
PAGE
ITEM
CONTETNT
DIS-
PLAY 
RANGE
DEFAU
LT
VALUE
OTHER
19/21
MD M 
REV DL 
EV M
Drum membrane 
decrease environ-
ment
discharge light 
quantity correction 
(%) medium speed 
/ low speed
-100 - 
100
0
MD M 
REV DL 
EV L
MD Y 
REV DL 
EV M
MD Y 
REV DL 
EV L
20/21
DESTI-
NATION
Machine side 
CRUM destination 
(Main unit data)
0 - 41
CRUM
infro-
mation
CRUM
DEST_
K
CRUM destination 
(CRUM data) 
(KCMY)
0 - 255
CRUM
DEST_
C
CRUM
DEST_
M
21/21
CRUM
DEST_
Y
P CNT 
HV
High density pro-
cess control num-
ber of
0 -
9999999
9
0
executions
P CNT 
HT
Half tone process 
control number of
0
executions
Display
Code No.
Destination
Model
1
A (North America, Latin America, Asia 
and Hong-Kong)
Neo
2
B (Europe / Oceania)
Neo
3
C (Philippine, Taiwan, Middle east, Africa 
and Israel)
Neo
4
E (China)
Neo
5
B (Japan)
Neo
41
B (Japan)
Neo
MODE
PAGE
ITEM
CONTETNT
DIS-
PLAY 
RANGE
DEFAU
LT
VALUE

MX-C250  SIMULATION  6 – 36
Mode
Page
Item
Content
Range
Default 
Value
TAR-
GET
1/4
ADK_CL(
K)
Development 
characteristics 
gradient coeffi-
cient (K)
-999 - 999
0.00
ADK_INT
(K)
Development 
characteristics 
intercept coeffi-
cient (K)
-9999 - 9999
0.0
TAR-
GET(K)
High density 
process control 
target density 
level (K)
0 - 255
0
ADK_CL(
C)
Development 
characteristics 
gradient coeffi-
cient (C)
-999 - 999
0.00
2/4
ADK_INT
(C)
Development 
characteristics 
intercept coeffi-
cient (C)
-9.99 - 9.99
0.0
TAR-
GET(C)
High density 
process control 
target density 
level (C)
-999.9 - 
999.9
0
ADK_CL(
M)
Development 
characteristics 
gradient coeffi-
cient (M)
0 - 255
0.00
ADK_INT
(M)
Development 
characteristics 
intercept coeffi-
cient (M)
-9.99 - 9.99
0.0
3/4
TAR-
GET(M)
High density 
process control 
target density 
level (M)
-999.9 - 
999.9
0
ADK_CL(
Y)
Development 
characteristics 
gradient coeffi-
cient (Y)
0 - 255
0.00
ADK_INT
(Y)
Development 
characteristics 
intercept coeffi-
cient (Y)
-9.99 - 9.99
0.0
TAR-
GET(Y)
High density 
process control 
target density 
level (Y)
-999.9 - 
999.9
0
4/4
P_F_CL_
DARK
F color dark 
electrical poten-
tial
0 - 255
0
P_F_DAR
K
F sensor dark 
electrical poten-
tial
-9.99 - 9.99
0
P_R_DA
RK
R sensor dark
electrical poten-
tial
-999.9 - 
999.9
0
PATCH
1/23
Bk_BASE
1
High density 
process control 
patch data 
1_K1_BASE
0 - 255
0
CL_BASE
1
High density 
process control 
patch data 
1_C1_BASE
0 - 255
0
K1
High density 
process control 
patch data 1_K1
0 - 255
0
K2
High density 
process control 
patch data 1_K2
0 - 255
0
PATCH
2/23
K3
High density 
process control 
patch data 1_K3
0 - 255
0
K4
High density 
process control 
patch data 1_K4
0 - 255
0
C1
High density 
process control 
patch data 1_C1
0 - 255
0
C2
High density 
process control 
patch data 1_C2
0 - 255
0
3/23
C3
High density 
process control 
patch data 1_C3
0 - 255
0
C4
High density 
process control 
patch data 1_C4
0 - 255
0
M1
High density 
process control 
patch data 
1_M1
0 - 255
0
M2
High density 
process control 
patch data 
1_M2
0 - 255
0
4/23
M3
High density 
process control 
patch data 
1_M3
0 - 255
0
M4
High density 
process control 
patch data 
1_M4
0 - 255
0
Y1
High density 
process control 
patch data 1_Y1
0 - 255
0
Y2
High density 
process control 
patch data 1_Y2
0 - 255
0
5/23
Y3
High density 
process control 
patch data 1_Y3
0 - 255
0
Y4
High density 
process control 
patch data 1_Y4
0 - 255
0
Bk_BASE
2
High density 
process control 
patch data 
2_K1_BASE
0 - 255
0
CL_BASE
2
High density 
process control 
patch data 
2_C1_BASE
0 - 255
0
6/23
K1
High density 
process control 
patch data 2_K1
0 - 255
0
K2
High density 
process control 
patch data 2_K2
0 - 255
0
K3
High density 
process control 
patch data 2_K3
0 - 255
0
K4
High density 
process control 
patch data 2_K4
0 - 255
0
7/23
C1
High density 
process control 
patch data 2_C1
0 - 255
0
C2
High density 
process control 
patch data 2_C2
0 - 255
0
C3
High density 
process control 
patch data 2_C3
0 - 255
0
C4
High density 
process control 
patch data 2_C4
0 - 255
0
Mode
Page
Item
Content
Range
Default 
Value

MX-C250  SIMULATION  6 – 37
PATCH
8/23
M1
High density 
process control 
patch data 
2_M1
0 - 255
0
M2
High density 
process control 
patch data 
2_M2
0 - 255
0
M3
High density 
process control 
patch data 
2_M3
0 - 255
0
M4
High density 
process control 
patch data 
2_M4
0 - 255
0
9/23
Y1
High density 
process control 
patch data 2_Y1
0 - 255
0
Y2
High density 
process control 
patch data 2_Y2
0 - 255
0
Y3
High density 
process control 
patch data 2_Y3
0 - 255
0
Y4
High density 
process control 
patch data 2_Y4
0 - 255
0
10/
23
Bk_BASE
3
High density 
process control 
patch data 
3_K1_BASE
0 - 255
0
CL_BASE
3
High density 
process control 
patch data 
3_C1_BASE
0 - 255
0
K1
High density 
process control 
patch data 3_K1
0 - 255
0
K2
High density 
process control 
patch data 3_K2
0 - 255
0
11/23
K3
High density 
process control 
patch data 3_K3
0 - 255
0
K4
High density 
process control 
patch data 3_K4
0 - 255
0
C1
High density 
process control 
patch data 3_C1
0 - 255
0
C2
High density 
process control 
patch data 3_C2
0 - 255
0
12/
23
C3
High density 
process control 
patch data 3_C3
0 - 255
0
C4
High density 
process control 
patch data 3_C4
0 - 255
0
M1
High density 
process control 
patch data 
3_M1
0 - 255
0
M2
High density 
process control 
patch data 
3_M2
0 - 255
0
Mode
Page
Item
Content
Range
Default 
Value
PATCH
13/
23
M3
High density 
process control 
patch data 
3_M3
0 - 255
0
M4
High density 
process control 
patch data 
3_M4
0 - 255
0
Y1
High density 
process control 
patch data 3_Y1
0 - 255
0
Y2
High density 
process control 
patch data 3_Y2
0 - 255
0
14/
23
Y3
High density 
process control 
patch data 3_Y3
0 - 255
0
Y4
High density 
process control 
patch data 3_Y4
0 - 255
0
Bk_BASE
4
High density 
process control 
patch data 
4_K1_BASE
0 - 255
0
CL_BASE
4
High density 
process control 
patch data 
4_C1_BASE
0 - 255
0
15/
23
K1
High density 
process control 
patch data 4_K1
0 - 255
0
K2
High density 
process control 
patch data 4_K2
0 - 255
0
K3
High density 
process control 
patch data 4_K3
0 - 255
0
K4
High density 
process control 
patch data 4_K4
0 - 255
0
16/
23
C1
High density 
process control 
patch data 4_C1
0 - 255
0
C2
High density 
process control 
patch data 4_C2
0 - 255
0
C3
High density 
process control 
patch data 4_C3
0 - 255
0
C4
High density 
process control 
patch data 4_C4
0 - 255
0
17/
23
M1
High density 
process control 
patch data 
4_M1
0 - 255
0
M2
High density 
process control 
patch data 
4_M2
0 - 255
0
M3
High density 
process control 
patch data 
4_M3
0 - 255
0
M4
High density 
process control 
patch data 
4_M4
0 - 255
0
Mode
Page
Item
Content
Range
Default 
Value

MX-C250  SIMULATION  6 – 38
44-14
Purpose
:
Operation data display
Function (Purpose)
Used to display the output level of the tem-
perature and humidity sensor.
Section
Process (OPC drum, development)/Fusing/
LSU

Operation/Procedure
The output levels of the fusing temperature sensor, the machine
temperature sensor, and the humidity sensor are displayed.
* above AD values are changed to hexadecimal
44-15
Purpose
:
Operation data display
Function (Purpose)
Used to set the OPC drum idle rotation.
Section
Developing system
Operation/Procedure
1) Select an item to be set with Arrow keys.
2) Enter the set value with 10 keys.
3) Press [OK]/[START] key. 
The set value in step 2) is saved.
NOTE:
Set the items to the default values unless a change is spe-
cially required.
PATCH
18/
23
Y1
High density 
process control 
patch data 4_Y1
0 - 255
0
Y2
High density 
process control 
patch data 4_Y2
0 - 255
0
Y3
High density 
process control 
patch data 4_Y3
0 - 255
0
Y4
High density 
process control 
patch data 4_Y4
0 - 255
0
19/
23
Bk_BASE
5
High density 
process control 
patch data 
5_K1_BASE
0 - 255
0
CL_BASE
5
High density 
process control 
patch data 
5_C1_BASE
0 - 255
0
K1
High density 
process control 
patch data 5_K1
0 - 255
0
K2
High density 
process control 
patch data 5_K2
0 - 255
0
20/
23
K3
High density 
process control 
patch data 5_K3
0 - 255
0
K4
High density 
process control 
patch data 5_K4
0 - 255
0
C1
High density 
process control 
patch data 5_C1
0 - 255
0
C2
High density 
process control 
patch data 5_C2
0 - 255
0
21/
23
C3
High density 
process control 
patch data 5_C3
0 - 255
0
C4
High density 
process control 
patch data 5_C4
0 - 255
0
M1
High density 
process control 
patch data 
5_M1
0 - 255
0
M2
High density 
process control 
patch data 
5_M2
0 - 255
0
22/
23
M3
High density 
process control 
patch data 
5_M3
0 - 255
0
M4
High density 
process control 
patch data 
5_M4
0 - 255
0
Y1
High density 
process control
patch data 5_Y1
0 - 255
0
Y2
High density 
process control 
patch data 5_Y2
0 - 255
0
23/
23
Y3
High density 
process control 
patch data 5_Y3
0 - 255
0
Y4
High density 
process control 
patch data 5_Y4
0 - 255
0
Mode
Page
Item
Content
Range
Default 
Value
Item
Content
Range
Default 
value
TH_UM
(deg)
Fusing main thermistor 
detection temperature 
(Temperature degrees C)
Temperature 0 - 
255 degrees C(+/
-1degrees C)
Measured 
value
TH_UM_AD
(hex)
Fusing main thermistor dif-
ferential input AD value 
(AD value)
AD value 0 - 1023
Measured 
value
TH_UM_AD
1(deg)
Fusing main thermistor 
compensation sensor tem-
perature (Temperature 
degrees C)
Temperature 0.0 - 
255.0 degrees 
C(+/-0.1degrees 
C)
Measured 
value
TH_UM_AD
1(hex)
Fusing main thermistor 
compensation sensor, AD 
value V
AD value 0 - 1023
Measured 
value
TH_UM_AD
2(hex)
Fusing main thermister 
detection sensor AD value 
(AD value)
AD value 0 - 1023
Measured 
value
TH_US(deg)
Fusing sub thermistor 
detection temperature 
(Temperature degrees C)
Temperature 0 - 
255 degrees C(+/
-1degrees C)
Measured 
value
TH_US_AD(
hex)
Fusing sub thermistor AD 
input value (AD value)
AD value 0 - 1023
Measured 
value
TH_M(deg)
Multipurpose tray tempera-
ture sensor AD value 
(Temperature degrees C)
Temperature -
40.0 degrees C - 
150.0(+/-
0.1degrees C)
Measured 
value
TH_M_AD(h
ex)
Multipurpose tray tempera-
ture sensor AD value (AD 
value)
AD value 0 - 1023
Measured 
value
HUD_M(%)
Multipurpose tray humidity 
sensor AD value (Humidity 
%)
Humidity 0.0 - 
100.0%(+/-0.1%)
Measured 
value
HUD_M_AD
(hex)
Multipurpose tray humidity 
sensor AD value (AD 
value)
AD value 0 - 1023
Measured 
value
TH1_LSU(d
eg)
LSU thermistor 1 AD value 
(Temperature degrees C)
Temperature 0.0 - 
255.0degrees 
C(+/-1degrees C)
Measured
value
TH1_LSU_A
D(hex)
LSU thermistor 1 AD value 
(AD value)
AD value 0 - 255
Measured 
value
Item
Content
Range
TIME
Idle rotation interval (time interval between the previ-
ous OPC drum idle rotation and the next one) setting 
(h)
0 - 255
AREA1
Environmental area difference judgment threshold 
value setting (difference between the previous OPC 
drum idle rotation and the current one)
0 - 5
AREA2
Environmental area conditions (AND condition of the 
previous OPC drum idle rotation and the current one)
1 - 15
CYCL
E
Previous rotation time setting (sec) in the process 
control when recovered from power ON, preheating / 
sleep mode.
0 - 255

Display

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