Xerox WC5545F, Service Manual

Page: 1965 / 2320

August 2007
6-73
WorkCentre 5687 Family
dC131a
General Procedures & Information
08-243 Le Nip Closed Dup Time between trail edge
and nip closed (duplex).
0 to 400ms 32/38=230
45/55=130
65/75/87=0
08-244 Exit Sen To Ofset
Mot On Time from exit sensor to off-
set tray motor on. 0 to 3000ms 0
08-245 Post Fsr To Top
Tray Mot Timing from post fuser to
top tray motor (forward). 100 to 2000ms 32/38=1520
45/55=1060
65/75/87=750
08-246 Top Tray Mot To
Post Fsr Timing from top tray motor
to post fuser. 100 to 3000ms 32/38=1880
45/55=1360
65/75/87=750
08-247 PFM Jam Window Release sheet registration
PFM jam window to indicate
LE of sheet is late.
100 to 800ms 32/38=400
45/55=280
65/75/87=250
08-248 Clutch On Post Fsr
Jam Clutch on to post fuser jam
window to indicate LE of
sheet is late. 600 to 1850ms 32/38=1410
45/55=980
65/75/87=700
08-249 LE Post Fsr Exit
Jam Win Lead edge post fuser to exit
jam window to indicate lead
edge of sheet is late. 360 to 1100ms 32/38=920
45/55=680
65/75/87=490
08-250 TE Post Fsr Exit
Jam Win Trail edge post fuser to exit
jam window to indicate trail
edge of sheet is late. 500 to 1700ms 32/38=1490
45/55=1060
65/75/87=760
08-251 LE Post Fsr Exit
Late Win Lead edge post fuser to top
exit jam windows to indicate
lead edge of sheet is late. 1000 to
3300ms 32/38=3000
45/55=2000
65/75/87=1420
08-252 LE Post Fsr TE
Late Win Lead edge post fuser to trail
edge post fuser jam window
to indicate trail edge of
sheet is late. 0 to 500ms 32/38=270
45/55=170
65/75/87=130
08-253 Le Iot Exit Iot Exit
Late Lead edge IOT exit to trail
edge IOT exit jam window
to indicate lead / trail late. 90 to 350ms 32/38=220
45/55=170
65/75/87=130
08-254 Le Top Exit TE Top
Exit Win Lead edge top exit to trail
edge top exit jam window to
indicate lead edge / trail
edge late. 90 to 350ms 32/38=220
45/55=170
65/75/87=130
08-255 LE late To Reg
Cltch On Lead edge late to registra-
tion after registration clutch
on. 0 to 1000ms 32/38=350
45/55=250
65/75/87=150
08-256 Reg Clutch On To
TE Late Registration clutch on to
trail edge late to duplex
sensor. 0 to 1000ms 32/38=350
45/55=190
65/75/87=350
08-258 Tim After Sen
Ramp Dwn M1 Nominal time after hitting
sensor that speed ramps
down for mode 1. 0 to 200ms 35/45/55=20
65/75/87=130
Table 7 NVM chain 8
Location NVM Name NVM Description Value Default
08-259 Slow Down Correct Temperature value to cor-
rect slowdown. Ramp down
time from high to process
speed, used in error correc-
tion algorithm mode 1
0 to 1000ms 32/38=36
45/55=17
65/75/87=27
08-260 Main Mot Run Up Main motor run up time. 0 to 4000ms 32/38=450
45/55/65/75/87
=400
08-261 PR Mot Run Up Photoreceptor motor run up
time. 0 to 4000ms 32/38=400
45/55/65/75/87
=500
08-262 LE Sen To MSI Rel Time from release to lead
edge at registration sensor
0 to 2000ms 32/38=505
45/55=364
65/75/87=260
08-263 LE Sen To PFM
Rel Time from PFM release to
lead edge at registration
sensor. 0 to 2000ms 32/38=177
45/55=122
65/75/87=61
08-264 TE Reg Fsr Exit Trail edge detection at reg-
istration, fuser + exit sensor
= paper size - NVM. 0 to 1000ms 32/38=60
45/55=40
65/75/87=70
08-265 TE Duplex Trail edge detection duplex
sensor = paper size - NVM. 0 to 1000ms 32/38=270
45/55=200
65/75/87=100
08-266 Pitch Win Rel Del Pitch window release delay. 0 to 1000ms 32/38=440
45/55=320
65/75/87=227
08-267 Fin Finish Tim Finisher finish time. 0 to 0 0
08-268 Fin Prep Tim Finisher preparation time. 0 to 0ms 0
08-269 MSI Stray Sheet Jam timer for stray sheets
from the bypass tray (MSI). 0 to 1000ms 0
08-270 MSI Feed To PFM
Feed Delay from the bypass tray
(MSI) feed to paper feed
module (PFM) feed to avoid
jam. 0 to 1000ms 32/38=370
45/55=250
65/75/87=172
08-271 Inv Mot Rev To
Stop Dup1 Inverter motor reverse to
inverter motor stop duplex
1. 0 to 1000ms 32/38=628
45/55=343
65/75/87=500
08-272 Inv Mot Rev To
Stop Dup 2 Inverter motor reverse to
inverter motor stop duplex
2. 0 to 1000ms 35/45/55=188
65/75/87=130
08-273 Inv Mot Rev To
Stop Dup 3 Inverter motor reverse to
inverter motor stop duplex
3. 0 to 1000ms 32/38=410
45/55=414
65/75/87=365
08-274 Inv Mot Rev To
Stop Dup 4 Inverter motor reverse to
inverter motor stop duplex
4. 10 to 2000ms 35/45/55=188
65/75/87=130
Table 7 NVM chain 8
Location NVM Name NVM Description Value Default