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Лазерный Принтер
FS-1000 Plus
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Kyocera FS-1000 Plus [100/163] 5 removing the thermal cutout

FS-1000/1000+

5-27

(5) Removing the thermal cutout

CAUTION Do not bend the terminals of the thermal cutout.

1. Remove and split the fuser unit (See page 5-20).

2. Remove the heater lamp (See page 5-23).

3. Remove the heat roller (See page 5-24).

4. Remove the two screws 1.

5. Turn the thermal cutout 2 counterclockwise slightly, then lift the thermal cutout 2.

Figure 5-2-24 Removing the thermal cutout

Содержание

Important notice to service person 2
Information 2
Notice 2
About the chapters 3
Revision history 4
Chapter 1 p r o d u c t i n f o r m a t i o n 5
P r o d u c t i n f o r m a t i o n 5
Chapter 1 contents 6
1 1 specifications 7
1 engine 7
1 printer specifications 7
2 controller 8
3 weight and dimensions 8
4 power requirement 9
5 environmental requirements 9
2 1 name of parts 10
2 names of parts 10
Figure 1 2 1 name of parts 10
Fs 1000 1000 10
1 laser safety 11
2 laser notice 11
3 1 safety information 11
3 laser caution label on the scanner unit 11
3 safety information 11
4 cdrh regulations u s a 13
5 ozone concentration 13
6 fcc statement u s a 13
10 avis de conformité aux normes du ministère des communications du canada 14
11 iso 7779 14
7 optional equipment 14
8 important note on the interface connectors 14
9 canadian department of communications compliance statement 1 14
4 1 environmental conditions 15
4 environmental requirements 15
1 clearance 16
2 places to avoid 17
3 note on power 17
4 removing the printer 18
1 toner container handling 19
5 1 toner container 19
5 about the toner container 19
2 toner container storage 20
Chapter 2 installation operation 21
Installation operation 21
Chapter 2 contents 22
1 1 unpacking and inspection 23
1 unpacking 23
2 1 installing the toner container 24
2 installing the printer 24
1 minimum memory requirements 28
2 2 expanding memory 28
2 dimm specifications 28
3 notes on handling dimm 29
4 installing the dimm 30
5 testing the expansion memory 31
6 installing kpdl 32
Getting access to the kpdl rom socket 33
3 1 operator panel 34
3 using the operator panel 34
3 2 remote operation panel 35
Chapter 3 maintenance adjustments 36
Maintenance adjustments 36
Chapter 3 contents 37
1 1 life expectancy of modules 38
1 maintenance adjustments 38
1 2 toner container 39
1 when to replace the toner container 39
2 notes on changing toner container 39
3 toner container replacement 40
4 toner saver mode ecoprint 41
1 3 cleaning the printer 42
1 cleaning the registration roller 43
2 cleaning the main charger wire 43
1 4 updating the firmware 44
1 firmware data format 44
Ds8844 dat 44
2 downloading controller firmware data 45
2 downloading controller firmware data to download controller firmware data use prescribe upgr command as follows 45
Caution downloading controller firmware takes several minutes do not turn power off during downloading 45
Confirm the status page shows the new firmware version see service information on the status page on page b 4 if downloading fails the printer indicates an error display using the led indicators to identify error refer to the table which follows 45
Fs 1000 1000 45
Prn dos copy b the data from the host computer to the printer confirm that downloading was finished normally by the led indicator see the table below turn power off turn power on again check the printer gets ready if the display shows an error see to the table below 45
Chapter 4 o p e r a t i o n o v e r v i e w 46
O p e r a t i o n o v e r v i e w 46
Chapter 4 contents 47
1 1 electrophotographic cycle 48
1 electrophotographic system 48
Process unit mechanism 49
1 main charging 50
Photo conductive drum 50
Charging the drum 51
2 exposure 52
Laser scanner unit 53
Drum surface potential 54
Drum surface potential the laser beam is continually switched on and off depending on the print data it is on for a black exposed dot and off for a white blank dot since the drum surface is evenly charged whenever it is illuminated by the laser beam the electrical resistance of the photoconductor is reduced and the potential on the photoconductor is also lowered resulted on the drum surface is an electrostatic image which represents the data to print note that the area to be printed black has the low potential constituting a positively exposed image 54
Figure 4 1 7 drum surface potential 54
Fs 1000 1000 54
3 development 55
4 transfer 56
5 fusing 57
Fuser unit mechanism 58
6 cleaning 59
2 paper feeding system 60
2 1 paper feed control 61
2 1 paper feed control the following diagram shows interconnectivity of the feeding system components including the sensors and rollers the engine board provides the signals in conjunction with the electrophotography process that is driven by the main board 61
Figure 4 2 2 paper feed control 61
Fs 1000 1000 61
Paper feeding mechanism 62
3 1 electrical parts layout 63
3 electrical control system 63
1 main board 64
3 2 operation of circuit boards 64
Apc i f 64
Compact flash socket 64
Debugger optional serial i f 64
Dimm slot 64
Engine i f 64
Figure 4 3 2 main board circuit block diagram 64
Fs 1000 1000 64
Kpdl rom socket 64
Kuio lv 64
Main board kp 780 64
Parallel i f 64
Sdram dimm slot 64
To engine board 64
To laser scanner unit 64
2 engine board 65
Figure 4 3 3 engine board circuit block diagram 65
Fs 1000 1000 65
Cpu u01 66
Engine board 66
Eraser lamp 66
Eraser lamp control circuit 66
Eraser lamp control circuit the cpu turns pin 45 erasern of u01 to h level transistors q12 and q13 turns on consequently and the 24 v dc given at pin 1 of yc05 applies to the eraser lamps the eraser lamps thus illuminate as the current flows through the eraser lamp the 2nd pin of yc05 resistors r58 r59 and r61 and the ground pin 27 errdyn of the cpu u01 is wired to the crossing of r59 and r61 via r60 the cpu turns pin 45 erasern to h level and monitors the input level after one second if the eraser lamp is normal the current flowing through r60 also flows dz02 making the voltage at pin 27 to be approximately 2 v on the contrary if the level at pin 27 errdyn is less than 1 v for more than 2 seconds despite the cpu turns pin 45 erasern to h level and applying the 24 v dc to pin 1 of yc05 the cpu recognizes that the current is not flowing through the eraser lamp the message call service person e5 is then displayed 66
Eraser lamp cotrol circuit 66
Figure 4 3 4 eraser lamp control circuit 66
Fs 1000 1000 66
Bias board 67
Cpu u01 67
Engine board 67
Figure 4 3 5 heater lamp control circuit 67
Fs 1000 1000 67
Heat roller 67
Heater lamp 67
Heater lamp control circuit 67
Heater lamp control circuit the heater lamp control circuit turns the heater lamp on and off which is located coaxial inside the heat roller so that the surface of the roller maintains the constant specific temperature needed to permanently fuse the toner on paper the heater lamp is directly fed with ac primary power 120 v or 220 240 v which is supplied from the power supply board the cpu u01 detects variation in voltage resultant of change in temperature given at pin 33 therma by the thermistor this voltage is used to effectively switch the fuser lamp on and off if pin 1 heat is h level transistor array qa01 pin 5 turns on the photo coupler on the power supply board turns on and the triac turns on consequently the heater lamp is ac powered and lights the heater lamp continuously turns on and off to maintain the temperature on the heater roller at approximately 170 c normal paper and 185 c thick paper for printing and approximately 160 c at stand by 67
High voltage board 67
If the temperature does not decrease more than 1 c within 20 seconds since the cpu turns pin 1 heat off to disable the heater lamp the printer displays call service person e4 67
Photo coupler 67
Power supply board 67
Thermal cutout 67
Thermistor 67
173 rpm 69
24v pgnd plgdrn plgrdyn plgclk 69
Cpu u01 69
Engine board 69
Figure 4 3 6 polygon motor control circuit 69
Fs 1000 1000 69
Laser scanner unit 69
Pll control ic ic1 69
Polygon motor 69
Polygon motor control circuit 69
Polygon motor control circuit the main controller board supplies the 1417 hz clock pulse plgclk via the engine board to the pll control ic ic1 for the polygon motor to begin printing the engine cpu u01 turns plgdr to h level the pll control ic ic1 starts to revolve the polygon motor so that the revolution is 14 173 rpm which depends on the plgclk clock pulse when pll control ic ic1 finds that the polygon motor is revolving at the rated speed turns plgdrn to l level to acknowledge the engine cpu that the rated speed has been achieved on the contrary if plgrdyn does not turn to l level within 8 seconds since plgdrn has been l level the printer displays call service person e2 69
3 power supply board 70
3 power supply board the power supply board provides the ac power input and dc power and outputs the high voltage bias generator circuit is mounted on a separate board a simplified schematic diagram is shown below 70
Figure 4 3 7 power supply board circuit block diagram 70
Fs 1000 1000 70
4 bias board 71
4 bias board the bias board contains the developing bias output circuit registration sensor paper empty sensor and the cassette switch it also provides a liaison connection to the high voltage board power supply and the toner sensor 71
Figure 4 3 8 bias board circuit block diagram 71
Fs 1000 1000 71
5 high voltage board 72
5 high voltage board the high voltage board contains the high voltage output circuit interlock switch circuit as well as providing a liaison connection with the power supply board bias board and the engine board 72
Figure 4 3 9 high voltage board circuit block diagram 72
Fs 1000 1000 72
Interlock switch 73
Chapter 5 d i s a s s e m b l y 74
D i s a s s e m b l y 74
Chapter 5 contents 75
1 1 screw hardware 76
1 2 before starting disassembly 76
1 general instructions 76
2 1 removing the process unit 77
2 disassembly 77
1 removing the top cover face down output tray 78
2 2 removing the principal outer covers 78
2 removing the right cover 79
3 removing the left cover 79
2 3 removing the feed roller 80
2 4 removing the mp tray feed roller 81
2 5 removing the transfer roller 83
1 removing the engine board 84
2 6 removing the principal circuit boards 84
2 removing the main board 85
3 removing the power supply board and high voltage board 87
4 removing the bias board 88
2 7 removing the main motor and drive unit 89
2 8 removing and splitting the fuser unit 93
1 removing the separators 95
2 removing the heater lamp 96
3 removing the heat roller 97
4 removing the thermistor 99
5 removing the thermal cutout 100
6 removing the press roller 101
2 9 removing the laser scanner unit and the eraser lamp 102
2 10 removing the main charger unit 105
Chapter 6 t r o u b l e s h o o t i n g 106
T r o u b l e s h o o t i n g 106
Chapter 6 contents 107
1 1 error messages 108
1 troubleshooting 108
1 messages 109
Normal messages 110
Maintenance messages 111
Error messages 112
1 2 service error indications 114
1 2 service error indications service errors are represented by the alternating flashing of the indicators leds each error is represented by the notation of d e and f and can be monitored on the remote operation panel utility e g e1 is for the main motor error 114
1 d9 waste toner full total page count less than 100 000 pages of printing 114
Call service persond9 nnnnnn 114
Fs 1000 1000 114
2 da waste toner full total page count more than 100 000 pages of printing 115
Call service personda nnnnnn 115
Fs 1000 1000 115
3 e1 main motor error 116
Call service persone1 nnnnnn 116
Fs 1000 1000 116
4 e2 laser scanner unit polygon motor error 117
Call service persone2 nnnnnn 117
Fs 1000 1000 117
Fs 1000 1000 118
5 e3 laser scanner unit pin photo diode error 119
Call service persone3 nnnnnn 119
Fs 1000 1000 119
Fs 1000 1000 120
6 e4 fuser unit error 121
Call service persone4 nnnnnn 121
Fs 1000 1000 121
7 e5 eraser lamp error 122
Call service persone5 nnnnnn 122
Fs 1000 1000 122
10 f3 controller system error 123
8 f1 controller checksum error 123
9 f2 controller ram read write error 123
Call service personf1 nnnnnn 123
Call service personf2 nnnnnn 123
1 3 print quality problems 124
Abc 123 124
1 completely blank printout 125
2 all black printout 126
3 dropouts 127
Abc 123 127
4 black dots 128
5 black horizontal streaks 128
Abc 123 128
6 black vertical streaks 129
Abc 123 129
7 unsharpness 130
8 gray background 131
Abc 123 131
9 dirt on the top edge or back of the paper 132
Abc 123 132
Figure 6 1 2 repetitive defects gauge 133
Fs 1000 1000 133
Repetitive defects gauge 133
Repetitive defects gauge use the following measurements for checking repetitive occurrences on the printed page see the above section for details 133
1 4 correcting a paper jam 134
1 jam at the face down and face up trays 134
2 jam at the paper cassette 135
3 jam inside the printer 135
Appendix a d i a g r a m s 136
Appendix a contents 137
Bias developing bias 138
Cassette feeding legal size fs 1000 138
Count total counter 138
Eraspw eraser lamp 138
Feddrn feed clutch 138
Fs 1000 1000 138
Jamo exit sensor 138
Jamr registration sensor 138
Lden laser diode 138
Mhvdr main charger 138
Motorn main motor 138
Plgdrn polygon motor 138
Resdrn registration clutch 138
Thvdr transfer charger 138
Timing charts 138
Varies depending on paper size jam detection timing drum speed 60 0 mm s paper feeding speed 160 0 mm s printing speed 8 2 ppm 138
Bias developing bias 139
Cassette feeding a4 and others excluding legal size fs 1000 139
Count total counter 139
Drum speed 60 0 mm s paper feeding speed 160 0 mm s printing speed 10 7 ppm 139
Eraspw eraser lamp 139
Feddrn feed clutch 139
Fs 1000 1000 139
Jamo exit sensor 139
Jamr registration sensor 139
Lden laser diode 139
Mhvdr main charger 139
Motorn main motor 139
Plgdrn polygon motor 139
Resdrn registration clutch 139
Thvdr transfer charger 139
Varies depending on paper size jam detection timing 139
Bias developing bias 140
Count total counter 140
Drum speed 60 0 mm s paper feeding speed 60 0 mm s printing speed 8 2 ppm 140
Eraspw eraser lamp 140
Fs 1000 1000 140
Jamo exit sensor 140
Jamr registration sensor 140
Lden laser diode 140
Mhvdr main charger 140
Motorn main motor 140
Mp tray feeding legal size fs 1000 140
Mpfsol mp feed clutch 140
Plgdrn polygon motor 140
Resdrn registration clutch 140
Thvdr transfer charger 140
Varies depending on paper size jam detection timing 140
Bias developing bias 141
Count total counter 141
Drum speed 60 0 mm s paper feeding speed 60 0 mm s printing speed 10 7 ppm 141
Eraspw eraser lamp 141
Fs 1000 1000 141
Jamo exit sensor 141
Jamr registration sensor 141
Lden laser diode 141
Mhvdr main charger 141
Motorn main motor 141
Mp tray feeding a4 and others excluding legal size fs 1000 141
Mpfsol mp feed clutch 141
Plgdrn polygon motor 141
Resdrn registration clutch 141
Thvdr transfer charger 141
Varies depending on paper size jam detection timing 141
Bias developing bias 142
Cassette feeding legal size a4 and others fs 1000 142
Count total counter 142
Eraspw eraser lamp 142
Feddrn feed clutch 142
Fs 1000 1000 142
Jamo exit sensor 142
Jamr registration sensor 142
Lden laser diode 142
Mhvdr main charger 142
Motorn main motor 142
Plgdrn polygon motor 142
Resdrn registration clutch 142
Thvdr transfer charger 142
Varies depending on paper size jam detection timing drum speed 72 0 mm s paper feeding speed 192 0 mm s printing speed 10 2 ppm 142
Bias developing bias 143
Count total counter 143
Drum speed 72 0 mm s paper feeding speed 132 4 mm s printing speed 12 0 ppm 143
Eraspw eraser lamp 143
Fs 1000 1000 143
Jamo exit sensor 143
Jamr registration sensor 143
Lden laser diode 143
Mhvdr main charger 143
Motorn main motor 143
Mp tray feeding a4 and others excluding legal size fs 1000 143
Mpfsol mp feed clutch 143
Plgdrn polygon motor 143
Resdrn registration clutch 143
Thvdr transfer charger 143
Varies depending on paper size jam detection timing 143
Bias developing bias 144
Count total counter 144
Drum speed 72 0 mm s paper feeding speed 132 4 mm s printing speed 10 2 ppm 144
Eraspw eraser lamp 144
Fs 1000 1000 144
Jamo exit sensor 144
Jamr registration sensor 144
Lden laser diode 144
Mhvdr main charger 144
Motorn main motor 144
Mp tray feeding legal size fs 1000 144
Mpfsol mp feed clutch 144
Plgdrn polygon motor 144
Resdrn registration clutch 144
Thvdr transfer charger 144
Varies depending on paper size jam detection timing 144
Bias developing bias 145
Count total counter 145
Eraspw eraser lamp 145
Fs 1000 1000 145
Jamo exit sensor 145
Jamr registration sensor 145
Lden laser diode 145
Mhvdr main charger 145
Motorn main motor 145
Option paper feeder feeding a4 and others excluding legal size fs 1000 145
Pfmdrn pf feed motor 145
Plgdrn polygon motor 145
Resdrn registration clutch 145
Thvdr transfer charger 145
Varies depending on paper size jam detection timing drum speed 72 0 mm s paper feeding speed 240 0 mm s printing speed 10 2 ppm 145
Bias developing bias 146
Count total counter 146
Eraspw eraser lamp 146
Fs 1000 1000 146
Jamo exit sensor 146
Jamr registration sensor 146
Lden laser diode 146
Mhvdr main charger 146
Motorn main motor 146
Option paper feeder feeding legal size fs 1000 146
Pfmdrn pf feed motor 146
Plgdrn polygon motor 146
Resdrn registration clutch 146
Thvdr transfer charger 146
Varies depending on paper size jam detection timing drum speed 72 0 mm s paper feeding speed 240 0 mm s printing speed 10 2 ppm 146
Bias board kp 783 147
Connector board kp 796 147
Cooling fan 147
Engine board kp 781 147
Eraser lamp kp 790 147
Exit sensor 147
Feed clutch 147
Fs 1000 1000 147
High voltage board 147
Interlock switch 147
Laser scanner unit 147
Main board kp 780 147
Main motor 147
Mp feed clutch 147
Mp paper sensor 147
Optional paper feeder pf 17 147
Pf feed board kp 794 147
Pf feed motor 147
Power supply board 147
Power switch 147
Registration clutch 147
Registration sensor cassette switch paper sensor 147
Thermal cutout 147
Thermistor 147
Toner sensor kp 786 147
Waste toner sensor kp 786 147
Wiring diagram 147
Zenner board kp 788 147
Appendix b s t a t u s p a g e 148
Appendix b contents 149
Printing the service status page 150
Status page 150
Controller firmware version released date of the firmware 151
Details of service information 151
Fs 1000 1000 151
Service information on the status page 151
Service information on the status page an example of the service status page is shown below note the details born by status page my differ from a firmware version to another most of the service information is located under service information most of these service information on the status page are alphanumerically coded each item is explained next page 151
Service information the example mentioned above is a fs 1000 model 151
Appendix c i n t e r f a c e 154
Appendix c contents 155
Parallel interface 156
Selecting the parallel interface mode 156
Parallel interface pin assignment 157
Parallel interface signals 158
Changing the serial interface configuration 159
Serial interface optional 159
Rs 232c interface voltage levels 161
Rs 422a interface voltage levels 161
Serial interface signals 161
2 3 4 5 6 7 162
Connector configurations 162
Rs 232c for computers with a db 25 connector 162
Rs 232c for computers with a db 9 connector 162
3 7 9 0 163
Fs 1000 1000 163
On the computer serial port investigate pin assignments depends on the computer manufacture s instruction since the rs 422a configuration does not employ control lines except for data transmission reception select a mode in which signals such as dtr are not used 163
Protocol 163
Protocol the serial interface supports the full baud rate of 1200 2400 4800 9600 and 19200 38400 57600 and 115 k bps for adjusting serial interface parameters including baud rate parity etc refer to optional serial interface board ib 10e user s manual 163
Rs 422a 163

Kyocera FS-1000 Plus [100/163] 5 removing the thermal cutout

Содержание

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