Lexmark C760

Рейтинг

Снят с производства

Тип устройства

Принтер

Технология печати

лазерная

Макс. формат

Число страниц в месяц

70000

Цветность печати

цветная

Общие характеристики
Область применения	средний офис
Число страниц в месяц	70 000
Тип	лазерный/светодиодный
Технология печати	лазерная
Копир
Сканер
Печать фотографий
Цветность печати	цветная
Тип устройства	Принтер
Макс. формат	A4
Принтер
Двусторонняя печать
Прямая печать
Количество цветов	4
Макс, разрешение для ч/б печати
По Y	1 200
По X	1 200
Расходные материалы
Ресурс цветного картриджа/тонера	6 000
Ресурс ч/б картриджа/тонера	6 000
Печать на:
Пленках
Этикетках
Фотобумаге
Языки управления
PostScript
Лотки
Подача бумаги
Стандартная	600
Вывод бумаги
Стандартный	250
Интерфейсы
USB
LPT
Инфракрасный порт
Ethernet (RJ-45)
Память/Процессор
Макс, объем памяти	512
Объем памяти	128
Дополнительная информация
Мин. системные требования
Поддержка ОС
DOS
Mac OS
Windows
Linux
Уровень шума
При работе	34
Габариты
Глубина	528
Ширина	604
Высота	470
Вес	48

Коды ошибок

100

101

102

103

104

106

107

108

109

110

111

112

113

114

115

116

117

120, 121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

140

141

142

143

144

145

146

147

148

150

151

152

153

154

156

157

158

159

160

162

163

164

165

167

168

169...176

196

199

200

201

202

230

24x

250

271

272

280

282

955

956

957

958

960

961

964

975

976

978

979

980

981

982

983

984

990

991

Описание

Парткод

Название

LEXMARK Тонер-картридж голубой (6K)

LEXMARK Тонер-картридж черный (6K)

LEXMARK Тонер-картридж пурпурный (6K)

LEXMARK Тонер-картридж желтый (6K)

LEXMARK Тонер-картридж голубой (6K), Return

LEXMARK Тонер-картридж черный (6K), Return

LEXMARK Тонер-картридж пурпурный (6K), Return

LEXMARK Тонер-картридж желтый (6K), Return

LEXMARK Емкость для использованного тонера

LEXMARK Ремкомплект с печкой

Error code:	100
Description:	A fault has occurred
Causes:	• ROS ASSY • PWBA MCU
Remedy:	1 Make sure all packing material is removed from the printer. The detensioner is located underneath the toner cartridges. Make sure the ITU Detensioner is removed. Remove the Detensioner by pulling up on the red handle on the right side of the ITU. Note: All the print cartridges must be removed to gain access to the Detensioner packing material. Has all packing material been removed from the printer? Go to step 2 Remove any remaining packing material from the printer 2 Check the ITU Release Lever for correct operation. The ITU Release Lever is the black lever located on the left upper side frame above the ITU opening and can be seen by opening and lowering the MPF Assembly. When locked the lever should be at the 6 o`clock position. When unlocked it should be in a 3 o`clock position. Undue pressure is not required to operate the lever. Does the ITU release lever operate correctly? Go to step 3 Repair as necessary 3 Check the second transfer roll installation. Is it installed correctly? Go to step 4 Reinstall the second transfer roll. 4 Check the display error log in the Diagnostic Menu. Is 100 ITU preceded in the log by a 104 ITU Error? Go to “104 ITU Error”. Go to step 5 5 Remove the ITU assembly and check that the sensor cable is seated in the handle of the ITU assembly correctly. Note: The sensor connector is located on the side of the ITU handle assembly. Is the cable seated correctly? Go to step 6 Reinstall the cable correctly. Check again for a 100 ITU Error. If 100 ITU Error is displayed, go to step 6 6 The front contamination shield is attached to the font plate of the ITU frame and lies on the top of the ITU belt. Is the front contamination shield lying on the belt? Go to step 7 Position the shield on top of the belt. 7 Make sure the ITU Cleaner Gear (A) is turning. Observe the gear by opening the front Paper Jam Door above the integrated paper tray 1. Observe the white cleaner gear during POR. The gear should turn slowly and smoothly for approximately 8 seconds before the printer displays a 100 ITU error. Is the ITU Cleaner Gear turning? Go to step 11 Go to step 8 8 Check to see if the ITU Drive Roll Gear (A) is turning during POR. Observe the gear by opening the MFP door to its horizontal position. Observe the gear on the left end of the ITU Drive Roll. The ITU Drive Roll Gear should turn for a few seconds slowly and smoothly before the printer posts a 100 ITU error. Does the Gear turn? Go to step 10 Go to step 9 9 Check to see if the ITU Drive Motor is turning during POR. Observe the ITU Motor during POR by removing the Rear Cover. Is the ITU Drive Motor turning? Replace the “ITU drive assembly” Go to step 10 10 Check the printer is setting on a solid flat surface. Is the printer setting on a solid flat surface? Go to step 11 Place the printer on a solid flat surface. 11 Make sure the ITU drive motor assembly cable is correctly installed to the ITU drive motor and at connector location J64 on the system board. Is the cable correctly installed? Go to step 12 Install the cable correctly 12 Make sure the ITU Autoconnect Cable is installed correctly at connector location J72 on the system board. Is the cable correctly installed? Go to step 13 Install the connector/cable correctly 13 Make sure the ITU Autoconnect connector in the printer is seated correctly in the connector plate. Is the connector seated correctly? Replace the following FRUs in the following order: 1. “ITU assembly”. 2. “System board”. Replace the ITU Autoconnect cable.

Error code:	101
Description:	Replace Maintenance Kit The Printer detected an error condition that indicates the parts listed below need to be replaced. This will ensure the rated engine life of 600,000 prints is achievable.
Causes:	• Long-Life Maintenance Kit, 650-4360-00
Remedy:	1 Follow the procedure starting and replace all concerned parts. Have all parts outlined in the procedure been replaced? Go to the Hidden Service menu on the Control Panel and Reset the Maintenance Kit Life count. Replace all concerned parts.

Error code:	102
Display:	Service Call 102: Error
Description:	Environmental Sensor Failure An error was detected in the Environmental Sensor circuitry.
Causes:	• Temp/Humidity Sensor, PL9.1.20 • TMP Harness, PL10.1.4
Remedy:	1 Test the Temperature/Humidity Sensor. Run the Service Diagnostics Temperature/ Humidity Sensor test. Does the sensor function correctly? Go to Step 2. Replace the Temp/ Hum Sensor. 2 Check the Humidity signal. Disconnect P/J231. Is the voltage across P/J231-2 <=> P/J231-3 less than +3 V and above +0.5 V. Go to Step 4. Go to Step 3. 3 Check the Temperature signal. Disconnect P/J231. Is the voltage across P/J231-4 <=> P/J231-3 greater than +2.5 V? Go to Step 4. Replace the Engine Control Board. 4 Check for +5 V to the Temperature/ Humidity Sensor. Disconnect P/J231. Is there +5 V across P/J231-1 <=> P/J231-3? Replace the Temp/ Hum Sensor. Replace the Engine Control Board.

Error code:	103
Display:	Service Call 103: Error
Description:	Fuser Motor Failure The Fuser Motor rotation signal indicates that the motor is no longer operational.
Causes:	• Fuser Drive Assembly, PL5.2.25 • TNRFULL/FSR Harness, PL5.2.30 • Engine Control Board, PL9.1.16 • Interlock Switch, PL9.1.1
Remedy:	1 Check the Fuser Drive Assembly for damage. Are any parts of the Fuser Drive Assembly damaged or excessively worn? Replace the Fuser Drive Assembly. Go to Step 2. 2 Check the Fuser Motor connection. Is P/J521 connected to the harness? Go to Step 3. Reconnect the Fuser Motor. 3 Test the Fuser Motor. 1. Close the Interlock Switch while testing. 2. Run the Service Diagnostics Fuser Motor test. Does the motor operate? Go to Step 5. Go to Step 4. 4 Check for +24 V to the Fuser Motor. Is the +24 V across P/J521-10 <=> P/J 521-8? Go to Step 6. Go to Step 5. 5 Test the Interlock Switch. Run the Service Diagnostics Interlock Switch test. Does the switch function correctly? Go to Step 6. Replace the Interlock Switch. 6 Check all pins on the TNRFULL/FSR Harness PL5.2.30 for continuity. 1. Disconnect P/J52 and P/J521. 2. Check continuity between J52 <=> J521. Replace the Engine Control Board. Replace the FSR/ ADC Harness.

Error code:	104
Display:	Service Call 104: Error
Description:	Developer Motor Failure The Developer Motor rotation signal indicates that the motor is no longer operational.
Causes:	• Developer Drive Assembly, PL8.1.1 • Engine Control Board, PL9.1.16 • Interlock Switch, PL9.1.11 • FAN/PHD/MOT Harness, PL10.1.9
Remedy:	1 Check the Developer Drive Assembly for damage. Are any parts of the Developer Drive Assembly damaged or excessively worn? Replace the Developer Drive Assy. Go to Step 2. 2 Check the Developer Motor connection. Is P/J491 connected to the harness? Go to Step 3. Reconnect the Developer Motor. 3 Test the Developer Motor. 1. Close the Interlock Switch while testing. 2. Run the Service Diagnostics Developer Motor test. Does the motor operate? Go to Step 5. Go to Step 4. 4 Check for +24 V to the Developer Motor. Is the +24 V across P/J491-1 <=> P/J 481-5? Go to Step 6. Go to Step 5. 5 Test the Interlock Switch. Run the Service Diagnostics Interlock Switch test. Does the switch function correctly? Go to Step 6. Replace the Interlock Switch. 6 Check all pins on the FAN/PHD/MOT Harness PL10.1.9 for continuity. 1. Disconnect P/J48 and P/J491. 2. Check continuity between J48 <=> J491. Replace the Engine Control Board. Replace the FAN/PHD/MOT Harness.

Error code:	106
Display:	Service Call 106: Error
Description:	Motor Failure One of the primary drive motors has failed.
Causes:	• Main Drive Assembly, PL8.1.2 • Developer Drive Assembly, PL8.1.1 • Fuser Drive Assembly, PL5.2.25 • Engine Control Board, PL9.1.16 • Interlock Switch, PL9.1.11
Remedy:	1 Check the motors. Run the Service Diagnostics motor tests to determine the failed part. Is the failed part the Main Drive Motor? Go to. Test the Fuser Motor. 2 Is the failed part the Fuser Drive Motor? Go to. Test the Developer Motor. 3 Is the failed part the Developer Drive Motor? Go to. Replace the Engine Control Board.

Error code:	107
Display:	Service Call 107: Error
Description:	Printhead Error
Causes:	Does error reoccur? Is error recovered by reloading PU F/W?
Remedy:	Magenta printhead lost Hsync Check for the correct installation of all the cables to the system board assembly and to the printhead assembly; J11 and J12 on the system board. Go to “System board”. If the cables are connected correctly to the system board and to the printhead assembly, go to “Printhead diagnostics”.

Error code:	108
Display:	Service Call 108:Error
Description:	Printhead Error
Remedy:	Yellow printhead lost Hsync Check for the correct installation of all the cables to the system board assembly and to the printhead assembly; J7 and J8 on the system board. Go to “System board” If the cables are connected correctly to the system board and to the printhead assembly, replace the “Printhead diagnostics”. Note: Do not adjust or replace any printhead before performing checks in “Printhead diagnostics”

Error code:	110
Display:	SVC 110 ERROR
Description:	Printhead Error
Causes:	Incorrect color DTM installation, incorrect PCU installation, development bias error, MCU, LD control malfunction, loss of synchronization
Remedy:	No first Hysnc - cyan Check for the correct installation of all the cables to the system board assembly and to the printhead assembly; J8 and J9 on the system board. Go to “System board” on page 5-8. If the cables are connected correctly to the system board and to the printhead assembly, replace the “Printhead diagnostics”. Note: Do not adjust or replace any printhead before performing checks in “Printhead diagnostics”

Error code:	111
Display:	SVC 111 ERROR
Description:	Printhead Error
Causes:	Incorrect color DTM installation, incorrect PCU installation, development bias error, MCU, LD control malfunction, loss of synchronization
Remedy:	No first Hysnc - magenta Check for the correct installation of all the cables to the system board assembly and to the printhead assembly; J11 and J12 on the system board. Go to “System board”. If the cables are connected correctly to the system board and to the printhead assembly, go to “Printhead diagnostics”

Error code:	112
Display:	SVC 112 ERROR
Description:	Printhead Error
Causes:	Incorrect color DTM installation, incorrect PCU installation, development bias error, MCU, LD control malfunction, loss of synchronization
Remedy:	No first Hysnc - yellow Check for the correct installation of all the cables to the system board assembly and to the printhead assembly; J7 and J8 on the system board. Go to “System board”. If the cables are connected correctly to the system board and to the printhead assembly, go to “Printhead diagnostics”. Note: Do not adjust or replace any printhead before performing checks in “Printhead diagnostics”

Error code:	113
Display:	SVC 113 ERROR
Description:	Finisher Stapler Failure, Code 113 The staple home sensor doesn’t turn ON within 2 seconds after the stapler motor started to turn backwards.
Causes:	• Finisher Control Board • Staple Unit Assembly
Remedy:	1 1. Enter service diagnostics. 2. Run the Stapler Home sensor test. 3. Does the value change from H to L when the stapler is moved away from the home position? Go to step 6. Go to step 2. 2 1. Measure the voltage between finisher board connector P852-2 and frame ground. 2. Does the voltage change between 0 and +5 VDC when the sensor is blocked and unblocked? Replace the finisher control board. Go to step 3. 3 1. Measure the voltage at the Finisher Board connector P852-1. 2. Dose the voltage measure +5 VDC? The home sensor or the wiring is bad. Replace the staple unit assembly. Go to step 4. 4 1. Disconnect the Stapler Unit Assembly. 2. Measure the voltage between the finisher board connector P852-1 and frame ground. 3. Does the voltage measure +5 VDC? Replace the stapler unit assembly. Go to step 5. 5 Is +24 VDC present at either J847-7 or J847-9? Replace the finisher control board. Troubleshoot and repair the +24 VDC interlock circuit. 6 1. Enter service diagnostics and run the “Stapler Close Motor” test. 2. Does the stapler motor operate correctly? Replace the finisher control board. Go to step 7. 7 With the Stapler Close Motor test running is +24 VDC present at J847-7? Replace in the following order: • stapler head assembly • finisher control board Troubleshoot and repair the +24 VDC interlock circuit.

Error code:	114
Display:	Service Call 114:Error
Description:	Front Tamper Home Sensor Failure, Code 114 With the Front Tamper Home Sensor OFF the Front Tamper Home Sensor did not turn ON within 800 ms after the move to the Front Tamper Home position has begun. With the Front Tamper Home Sensor on the Front Tamper Sensor did not turn Off when the Front Tamper Home Sensor is deactuated.
Causes:	• Front Tamper Motor • Finisher Control Board
Remedy:	1 1. Run the Front Tamper Low Front or Front Tamper Low Rear test in diagnostics. 2. Does the front tamper guide operate? Go to step 6. Go to step 2. 2 Does the front tamper motor operate? Check the tampering mechanism for a mechanical problem. Go to step 3. 3 1. Check pins J877 A pins 1,3,4 and 6. 2. Is +24 VDC present on any of the pins? Go to step 4. Go to step 5. 4 1. Check the following wires for and open circuit or short circuit to ground. Is any wire open or shorted? J877A-1 to J848B-7 J877A-3 to J848B-9 J877A-4 to J848B-10 J877A-6 to J848B-12 Repair or replace the wiring harness. Replace in order until resolved: • front tamper motor • finisher control board 5 Is +24 VDC present on pins J848B-8 and J848B-11 on the finisher control board? Replace the finisher control board. Troubleshoot and repair the +24 VDC interlock circuit. 6 1. Check the tamper front home sensor in diagnostics. 2. Does the value change from H to L when the tamper is moved away from the home position? Replace the finisher control board. Repair the sensor using the Transmissive Sensor troubleshooting procedure.

Error code:	115
Display:	Service Call 115:Error
Description:	Rear Tamper Home Sensor Failure, Code 115 With the Rear Tamper Home Sensor OFF the Rear Tamper Home Sensor did not turn On within 800 ms after the move to the Rear Tamper Home position has begun. With the Rear Tamper Home Sensor on the Rear Tamper Sensor did not turn Off when the Rear Tamper Home Sensor is deactuated.
Causes:	• Rear Tamper Motor • Finisher Control Board
Remedy:	1 1. Run the Rear Tamper Low Front or Rear Tamper Low Rear test in diagnostics. 2. Does the rear tamper guide operate? Go to step 6. Go to step 2. 2 Does the rear tamper motor operate? Check the tampering mechanism for a mechanical problem. Go to step 3. 3 1. Check pins J878A pins 1,3,4 and 6. 2. Is +24 VDC present on any of the pins? Go to step 4. Go to step 5. 4 1. Check the following wires for and open circuit or short circuit to ground. 2. Is any wire open or shorted? 3. J878A-1 to J848B-1 4. J878A-3 to J848B-3 5. J878A-4 to J848B-4 6. J878A-6 to J848B-6 Repair or replace the wiring harness. Replace in order until resolved: • rear tamper motor • finisher control board 5 Is +24 VDC present on pins J848B-2 and J848B-5 on the finisher control board? Replace the finisher control board. Troubleshoot and repair the +24 VDC interlock circuit. 6 1. Check the tamper rear home sensor in diagnostics. 2. Does the value change from H to L when the tamper is moved away from the home position? Replace the finisher control board. Repair the sensor circuit using the transmissive sensor troubleshooting procedure.

Error code:	116
Display:	SYSTEM HALT (*) 116 : PCB MAIN-F2
Description:	Finisher Stacker Height Sensor Off Failure, Code 116 The Stack Height Sensor did not detect that the tray went down within 5 seconds after the Stacker Tray had been signaled to lower down at initialization. Or, the Stack Height Sensor did not detect the tray moving up within 5 seconds after the Stacker Tray had been signaled to lift.
Causes:	• Stacker Height Sensor/Actuator • Finisher Control Board
Remedy:	1 1. Actuate the stacker height sensor in diagnostics. 2. Does the value change between H and L? Go to step 2. Troubleshoot using the transmissive sensor procedure. 2 1. Run the Finisher Stacker Motor Down test in diagnostics. 2. Does the stacker tray lower? Go to step 5. Go to step 3. 3 Does the stacker motor turn? Diagnose and repair the mechanical problem. Check the stacker motor gear, stacker tray, and belt track gear. Go to step 4. 4 Is +24 VDC present at P/J 847-12 with the Finisher Stacker Motor Down test running in diagnostics? Replace the stacker motor. Replace the finisher control board. 5 1. Run the Finisher Stacker Motor Up test in diagnostics. 2. Does the stacker tray move up? Replace the finisher control board. Go to step 6. 6 Does the sacker motor turn? Diagnose and repair the mechanical problem. Check the stacker motor gear, stacker tray, and belt track gear. Go to step 7. 7 Is +24 VDC present at P/J 847-11 with the Finisher Stacker Motor Down test running in diagnostics? Replace the stacker motor. Replace the finisher control board.

Error code:	142
Display:	Contact the Service center. 142: Error
Description:	Motor
Causes:	• Standard white plate defective, dirty • Moisture inside the scanner unit • SBU to IPU harnesses defective • BCU to IPU harnesses defective • SBU defective • IPU defective • BCU defective
Remedy:	DC pick motor, over speed - staging motor - replace the “Staging motor”. If this does not fix the problem, replace the “System board”.

Error code:	117
Display:	SYSTEM HALT (*) 117 : PCB MAIN-F3
Description:	Finisher Stacker Tray Failure, Code 117 The system detected that the Stacker Tray Upper Limit Sensor was turned ON after the Stacker Tray began lifting up. Or the Stacker Tray Upper Limit Sensor remained on after the lowering down of the Stacker Tray was completed.
Causes:	• Stacker Motor • Finisher Control Board
Remedy:	1 1. Actuate the stacker upper limit sensor in diagnostics. 2. Does the value change between H and L? Go to step 2. Troubleshoot using the transmissive sensor procedure. 2 1. Run the Finisher Stacker Motor Down test in diagnostics. 2. Does the stacker tray lower? Go to step 5. Go to step 3. 3 Does the stacker motor turn? Diagnose and repair the mechanical problem. Check the stacker motor gear, stacker tray, and belt track gear. Go to step 4. 4 Is +24 VDC present at P/J 847-12 with the Finisher Stacker Motor Down test running in diagnostics? Replace the stacker motor. Replace the finisher control board. 5 1. Run the Finisher Stacker Motor Up test in diagnostics. 2. Does the stacker tray move up? Replace the finisher control board. Go to step 6. 6 Does the stacker motor turn? Diagnose and repair the mechanical problem. Check the stacker motor gear, stacker tray and belt track gear. Go to step 7. 7 Is +24 VDC present at P/J 847-11 with the Finisher Stacker Motor Down test running in diagnostics? Replace the stacker motor. Replace the finisher control board.

Error code:	122
Display:	Service Call 122: Error
Description:	Finisher Decurler Failure, Code 122 The level of the Decurler Cam Home Sensor did not change 4 seconds after the Decurler Cam Clutch has turned on.
Causes:	• Decurler Cam Clutch • Stacker Motor • Finisher Control Board
Remedy:	1 1. Rotate the actuator while running the Decurler Cam Position test in diagnostics. 2. Does the value change between H and L? Go to step 2. Troubleshoot using the transmissive sensor procedure. 2 Does the decurler cam clutch operate in diagnostics? Check for a mechanical problem with the decurler cam clutch drive. If no problem is found replace the clutch. Go to step 3. 3 Is +24 VDC present at P/J 849-1? Replace the decurler cam clutch. Go to step 4. 4 Is +24 VDC present at test point 5 on the finisher control board? Replace the finisher control board. Troubleshoot the +24 VDC interlock circuit. 5 Is +24 VDC present at P/J 847-11 with the Finisher Stacker Motor Down test running in diagnostics? Replace the stacker motor. Replace the finisher control board

Error code:	123
Display:	Service Call 123: Error
Description:	Finisher Set Clamp Failure, Code 123 The set clamp home sensor did not turn on within 2 seconds after the set clamp started operation.
Causes:	• Set Clamp Solenoid • Finisher Control Board
Remedy:	1 1. Check the Set Clamp home sensor in diagnostics. 2. Does the value change from H to L while rotating the actuator? Go to step 2. Use the transmissive Sensor procedure to diagnose and repair the sensor. 2 Does the solenoid energize when running the Set Clamp Paddle test in diagnostics? Go to step 3. Go to step 4. 3 1. Run the Eject Forward Test and then the Eject Release Test in diagnostics. 2. Does the set clamp paddle turn once? Replace the finisher control board. Go to step 4. 4 Is +24 VDC present at P848A-10? Go to step 5. Go to step 6. 5 Is +24 VDC present at P848A-11? Replace the finisher control board. Replace the set clamp solenoid. 6 Is +24 VDC present at test point 9 on the finisher control board? Replace the finisher control board. Troubleshoot and repair the +24 VDC interlock circuit.

Error code:	124
Display:	Service Call 124: Error
Description:	Finisher Communication Failure, Code 124
Remedy:	There are no diagnostic routines for problems involving serial communications. It is recommended that you address the following assemblies in this order: • Finisher Control Board • Engine Control Board • Perform continuity checks on any wiring harnesses involved.

Error code:	125
Display:	Service Call 125: Error
Description:	Finisher Staple Mode Logic Failure, Code 125
Remedy:	There are no diagnostic routines for problems involving serial communications. It is recommended that you address the following assemblies in this order: • Stapler Assembly • Engine Control Board • Perform continuity checks on any wiring harnesses involved.

Error code:	126
Display:	Turn power OFF and wait 126: Dew error
Description:	Fuser Error
Causes:	Sensor dew error detected.
Remedy:	Fuser open thermistor hot roll

Error code:	127
Display:	Contact the Service center. 127: Error
Description:	Fuser Error
Causes:	• Scanner motor defective (motor lead connected incorrectly) • MCU board defective (scanner motor control unit)
Remedy:	Fuser open thermistor BUR

Error code:	128
Display:	Service Call 128: Error
Description:	Fuser Error
Causes:	• Scanner motor defective • Overload on scanner mechanism • PSU-Eb board defective • MCU board defective (scanner motor control unit)
Remedy:	Fuser under temperature in standby - hot roll

Error code:	129
Display:	ERROR 129 BATTERY EXCHANGE
Description:	Fuser Error
Causes:	• Scanner motor defective • Scanner drive mechanism defective • PSU-Eb board defective • MCU board defective (scanner motor control unit)
Remedy:	Fuser under temperature in standby - BUR

Error code:	130
Display:	Service Call 130: Error
Description:	Fuser Error
Causes:	1) Is error message displayed? 2) Does error reoccur?
Remedy:	Fuser failed to reach standby temperature - hot roll

Lexmark C760

Общие характеристики

Область применения

Число страниц в месяц

Тип

Технология печати

Копир

Сканер

Печать фотографий

Цветность печати

Тип устройства

Макс. формат

Принтер

Двусторонняя печать

Прямая печать

Количество цветов

Макс, разрешение для ч/б печати

Расходные материалы

Ресурс цветного картриджа/тонера

Ресурс ч/б картриджа/тонера

Печать на:

Языки управления

Лотки

Подача бумаги

Вывод бумаги

Интерфейсы

USB

LPT

Инфракрасный порт

Ethernet (RJ-45)

Память/Процессор

Макс, объем памяти

Объем памяти

Дополнительная информация

Мин. системные требования

Поддержка ОС

Уровень шума

Габариты

Глубина

Ширина

Высота

Вес

Коды ошибок

Описание

Парткод

Название

Позвонить

Написать

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Error code:	131
Display:	PCB FPC-RELAY
Description:	Fuser Error
Causes:	• While scanning at the DF, a software setting procedure caused an error. You must reboot the machine.
Remedy:	Fuser failed to reach standby temperature -BUR

Error code:	132
Display:	PCB TABLE
Description:	Fuser Error
Remedy:	Fuser cold hot roll

Error code:	133
Display:	SYSTEM HALT (*) 133 : PCB STATION
Description:	Fuser Error
Remedy:	Fuser cold roll - BUR

Error code:	134
Display:	Service Call 134:Error
Description:	Fuser Error
Remedy:	Fuser lamp on too long hot roll

Error code:	135
Display:	Service Call 135:Error
Description:	Fuser Error
Remedy:	Fuser lamp on too long BUR

Error code:	136
Display:	SYSTEM HALT (*) 136 : PCB ZPCB
Description:	Finisher Punch Registration Sensor Failure An error was detected in the Horizontal Registration Home Position Sensor.
Causes:	• Horizontal Registration Home Position Sensor • Punch Control Board • Finisher Control Board
Remedy:	1 Test the Punch Registration Sensor. Run the Service Diagnostics Punch Registration Sensor test. Does the sensor function correctly? Go to Step 6. Go to Step 2. 2 Check the sensor harness connection. Is P/J1006 connected to the Punch Control Board? Replace the sensor. If the error persists, go to Step 3. Connect the harness. 3 Check the harness continuity. Disconnect P/J1006 and P/J2007. Is the harness conductive? Go to Step 5. Replace the harness. 4 Check for +5 V to the sensor. Disconnect P/J1006. Is there +5 V at J1006-3 <=> ground? Go to Step 5. Replace the Punch Control Board. 5 Replace the Finisher Control Board. Does the error still occur? Replace the Engine Control Board. Complete.

Error code:	140
Display:	SVC 140 ERROR
Description:	Motor
Remedy:	DC motor accel stall - staging - replace the Staging motor. If this does not fix the problem, replace the “System board”

Error code:	141
Display:	SVC 141 ERROR
Description:	Motor
Causes:	• SBU to IPU harnesses defective • BCU to IPU harnesses defective • SBU defective • IPU defective • BCU defective
Remedy:	DC pick motor excessive PWM - staging motor - replace the “Staging motor”. If this does not fix the problem, replace the “System board”

Error code:	143
Display:	Service Call 143:Error
Description:	Motor
Causes:	• SBU defective • IPU defective • BCU defective • Harness between the SBU and IPU defective • Harness between the BCU-IPU defective • Standard white plate not installed correctly, or is dirty • Scanner mirrors and/or lenses are dirty or installed incorrectly
Remedy:	DC pick motor, no encoder feedback - staging motor - replace the “Staging motor” on page 4-79. If this does not fix the problem, replace the “System board” on page 4-80.

Error code:	144
Display:	ERROR 144 CARTRIDGE SET !
Description:	Motor
Causes:	• SBU defective • BCU defective • Harness between SBU and IPU defective
Remedy:	DC motor accel stall - autocompensator motor - replace the “Autocompensator pick assembly” on page 4-24. If this does not fix the problem, replace the “System board” on page 4-80.