Xerox WC5545F, Service Manual

Page: 1966 / 2320

August 2007
6-74
WorkCentre 5687 Family
dC131a
General Procedures & Information
08-275 Inv Mot Rev To
Stop Dup 5 Inverter motor reverse to
inverter motor stop duplex 5
(transparencies). 0 to 1000ms 32/38=628
45/55=343
65/75/87=500
08-276 Inv Mot Rev To
Stop Dup 6 Inverter motor reverse to
inverter motor stop duplex 6
(envelopes). 0 to 1000ms 32/38=628
45/55=343
65/75/87=500
08-277 Add To MSUI Pitch
Period Addition to normal bypass
(MSI) pitch period. 0 to 1000ms 32/38/45/55=0
65=170
75=290
87=400
08-278 Split Nip Control
S1 Split nip control for 1st
sheet. 0 to 350ms 210
08-279 Tim To Del Simp IOT time to deliver simplex. 0 to 5000ms 32/38=2814
45/55=1961
65/75/87=1429
08-280 Tim To Del Invet IOT time to deliver: inter
(s paper length). 0 to 5000ms 32/38=3218
45/55=2247
65/75/87=1710
08-281 Tim To Del Simp3 IOT time to deliver duplex
(s 3 pitches). 0 to 5000ms 32/38=2814
45/55=1961
65/75=1429
87=1432
08-282 Fsr 3min Warning
Temp Temperature threshold
level. 10 to 50 deg C 40
08-283 Fsr 2min Warning
Temp Temperature threshold
level. 40 to 100 deg C 60
08-284 Fsr 1min Warning
Temp Temperature threshold
level. 60 to 120 deg C 90
08-286 Fsr Delta Temperature difference
between the 2 thermistors. 0 to 0 deg C 45
08-287 Fsr TolrunA Temperature tolerance
either side of run target tem-
perature. Thermistor A. 0 to 0 deg C 20
08-288 Fsr Tolsave Temperature tolerance
either side of power save
target temperature. 0 to 0 deg C 32/38/45=0
55/65/75/
87=15
08-289 Fsr Step Temperature difference
between 2 consecutive
readings. 0 to 0 deg C 3
08-290 Fsr TolrunB Temperature tolerance
either side of run target tem-
perature. Thermistor B. 0 to 0 deg C 32/38/45=0
55/65/75/
87=40
08-291 Fsr Max1 Temperature at which soft-
ware calls an over tempera-
ture fault. 0 to 0 deg C 230
Table 7 NVM chain 8
Location NVM Name NVM Description Value Default
08-292 Fsr Max2 Temperature at which the
electronics shutdown the
fuser. 0 to 0 deg C 245
08-293 Fsr Tolstandby Temperature tolerance
either side of standby target
temperature. 0 to 0 deg C 32/38=26
45/55=20
65/75/87=15
08-294 Fsr Apply Power
Time Fuser apply power time. 100 to
20000ms 200
08-295 Fsr Bias To Run
Time Fuser bias to marking mode
time. 0 to 0 deg C 0
08-296 Trange Cooling Temperature offset above T
save at which control and
fault detection is enabled. 0 to 0 deg C 10
08-297 Inv Mot On Fwd Time from LE at inverter
sensor to inverter motor on
forward. 200 to
20000ms 32/38=860
45/55=600
65/75/87=330
08-298 LE Inv Snr Mot On
Frwd Dup Time to turn on inverter
motor on after LE leaves
fuser (duplex). 300 to 1000ms 32/38=860
45/55=600
65/75/87=330
08-299 TEF sr Exit Jam
Win Siz2 TE post fuser to exit jam
window. 400 to 1700ms 32/38=1490
45/55=1060
65/75 =640
08-300 TE Inv Snr To Inv
Path Sol Actuates inverter path sole-
noid to divert duplex sheet
to output from TE of previ-
ous sheet at inverter sen-
sor. 0 to 100 steps 32/38/45/
55=30
65/75/87=40
08-301 TE Snr To Inv Sol
On Exit Actuates inverter path sole-
noid to divert duplex sheet
to output from TE of previ-
ous sheet when registration
clutch turns on. 500 to 800
steps 32/38/45/
55=628
65/75/87=620
08-302 TE Inv Snr To Inv
Sol Off Disables inverter path sole-
noid to divert sheet into
invert path after TE at
inverter sensor. 0 to 100 steps 32/38/45=0
55/65/75/
87=40
08-303 TE Inv Snr To Mot
Of Smp S2 Inverter motor off stop posi-
tion (simplex). 0 to 400 steps 32/38/45/
55=40
65/75/87=58
08-304 TE Inv Snr To Mot
Of Dup S2 Time to turn off inverter
motor after TE leaves
inverter sensor (duplex). 0 to 400ms 32/38/45/
55=97
65/75/87=90
08-305 TE Pst Fsr Exit
Jam Win S2 Number of steps from TE
post fuser to exit jam win-
dow. 400 to 1700 32/38/45/
55=640
65/75 =760
Table 7 NVM chain 8
Location NVM Name NVM Description Value Default