How to Change the Fuser Temperature on a xerox color 560 printer

Its crucial to make people feel comfort close us. We are need different people for the duration of our life. We can't live alone in this life. That is the reason we need to make a fair association with all the all inclusive community around us.pass4sure-810-403

Perhaps the info here might be of help to you...



Fuser Related Status Codes & how to reset them:

C123 style (C123/128/133, M123/128/133, Pro123/128/133) 010-313 Fuser Control Thermistor failure (open Control Thermistor) 010-314 Fuser Side Thermistor failure (open Side Thermistor) 010-318 Fuser temperature did not rise quickly enough during heating cycle 010-320nakeder Overheat (must be reset from diagnostics by resetting NVM (Non Volatile Memory code 744-220 back to "0") * 010-327* Fuser took too long to warm up (must be reset from diagnostics by resetting NVM (Non Volatile Memory code 744-220 back to "0") * * C123 style: Resetting Fuser Codes (010-320, & 010-327) Accomplished by resetting NVM code 744-220 to '0'... First enter UI (User Interface) Diagnostic Mode: Hold down the '0' button for 5 seconds and then press the 'Start' button while still holding the '0' button. The machine will prompt you for a Password. Enter the default Access Number: '6789' and press "Confirm". The colors on the display will be reversed to indicate that you're now in diagnostic mode. Next press the Dual Heat Lamp Assembly (C123 version) www.partsdrop.com 201-387-7776 Page 4 of 5 AC Connector: C123 version "Log In/Out" button on the Control Panel. Select 'System Settings', 'Common' Settings, followed by 'Maintenance / Diagnostics'. Now you will find the main menu includes one choice called "NVM Read / Write" (NVM is Non Volatile Memory)... Now you can enter your "Chain-Link" code (in this case 744-220) and press 'Confirm / Change'. The current value will appear (if the machine is in a fuser fault condition, the value will be set to "1"). Select the "New Value" column and input your new value ('0'). Select "Save" and the new number should now appear in the "Current Value" column. You can turn the power off and back on at this point. The machine will attempt to warm up the fuser again. If the condition which caused the fault in the first place is still happening, the Status Code will return after a few minutes of attempting to warm up. C118 style (C118, M118, M118i) U4-1000 (U4-1) Fuser failure (did not come up to temperature in time)... must be reset from diagnostics (NVM code 50-20 must be reset to '0')*. U4-2000 (U4-2) Fuser over temperature.... Must be reset from diagnostics (NVM code 50-19 must be reset to '0')*. U4-3000 (U4-3) Fuser thermistor circuit is detected as being an open circuit. * C118 style: Resetting Fuser Codes (U4-1 or U4-2): Enter diagnostics (from the powered on state, hold down the '0' button and then press 'Start'. The display will change to opposite colors to show you it's in diagnostics)... Select 'Chain-Func' in the 'CE Setting' screen by using the 'Select' button, followed by 'Enter'. Select "NVRAM R/W". Enter the "Chain" (in this case '50'). Next select "Func" (function) by using the "Select" button. Enter the "function" ('20' if you're clearing a U4-1 code or '19' for clearing a U4-2 code) followed by 'Start'. The current value for that memory code (50-20 or 50-19 in these cases) will appear in the "Read" column (if the machine is in a U4-1 or U4-2 status condition, the value will read as '1'). Change the value by pressing the "Select" button at the "Read" column to switch to "Write". Enter a '0' for the new value, and then press 'Start'. Finally, select "Write NVM". You'll probably be well served by being able to test the lamp and thermistor circuits from the AC Connector so you know what you're looking to replace before you even rip into the fuser. On the C123 & WC-5225 versions, there are slots for 8 pins (2 rows of 4 arranged vertically). Pin 7 is on the upper left and Pin 8 on the upper right is empty. Pins 7 & 1 are one of the two Heat Lamp Circuits. Each Heat Lamp Circuit goes through its respective half of the Heat Lamp Assembly, and then through both thermal fuses to the return wire (pin 7 is the return wire which is common to both heat lamp circuits). Pins 7 & 3 are the other Heat Lamp Circuit. If either Thermal Fuse is blown, neither lamp circuit will conduct. If one circuit measures good and the other measures bad, then the Heat Lamp Assembly must have failed. The Thermistor circuits for the C123 are between Pins 2 & 4 and Pins 5 & 6. If you set your meter to 200K ohms, you can measure the Thermistors... they should measure a high resistance and then if you were to warm up the Thermistor's head, the resistance should begin to drop. These Thermistors are unusual in that the heads are ***** (no yellow kapton tape). www.partsdrop.com 201-387-7776 Page 5 of 5 AC Connector: C118 version The C118 fuser's AC Connector is shaped the same as the C123 version (slots for 8 pins) however there are only 4 pins actually present and they numbered the pins differently for this one. On this one, Pin 2 is in the upper left corner and Pin 1 is in the upper right. On this connector, Pins 1 & 3 form the Heat Lamp Circuit. The Thermistor Circuit is between Pins 2 & 6. Hope this turns out to be valuable information for you. It'd be a shame to replace one of these fusers and then throw out or return the used one without at least inspecting it for the possibility of fixing it for the next customer who needs one. Be a green-tech and fix'em when you can. Happy Repairs everyone! Britt works for The Parts Drop, a company whose primary business is providing parts, supplies and information for Xerox brand copiers, printers and fax machines. You can find more information, including many of Britt's past ENX articles on their website, www.partsdrop.com. If you'd like to read more about Xerox brand office equipment, there's also a complete listing of past articles under contributing writers on the ENX website (www.ENXMAG.com).



Hope this was helpful, good luck!

The Yellow ATC Sensor detects a low TC (toner concentration).


Initial Action

• Check that Toner/Developer is present.
• Check the Yellow ATC Sensor for contamination. Ensure that the sensor is seated correctly.

NOTE:
To clear this fault, enter Component Control and set the value of NVM location 752-109 to 0.

This can be caused by many things. I've seen broken Drum contacts from improper drum installation causing Developer bead carryover. Toner dispense motor assy's failing. Developer Housing failure. DVHVPS failure.

NVM setting

• 744-354 (Fuser Warning Point). Set it to 490.
• 744-355 (Fuser Life Point). Set it to 500

Fuser unit change problem continue nvm change 744-004 change value 0

Nvm change 744-004 value 0

Try this link:

http://www.support.xerox.com/support/phaser-560/support-options/enus.html

If you have a Xerox WC5225 with Error Code 010-320, then you have a fuser problem. The fuser is the heated item which bonds the image, just before it exits the unit. The machine monitors the temperature sensors and heating elements on this part.
The fuser is sold as PN 126K24980. It is easy to replace yourself.
Whit Item, Inc.

010-150, 155 Too much or not enough paper in duplex tray 10-300 Fuser thermistor 10-302 Low fuser temperature 010-304 Bad fuser temp 10-308 High fuser temperature or open thermistor 010-310 High fuser temperature 010-312 Fuser not up to temperature after energy save 010-314 Fuser problem 010-320 Fuser web finished 010-330,327 335, 340 Exit switch, vertical sensor switch actuated when power is turned on

Xerox 5350, 5352, 5760 Code Description 00-009, 030, 031, 032, 033 A door was opened while paper was being fed 00-047 Paper in duplex 00-1 Auditron 00-2 Diagnostic error 00-3 Faults error 00-4 Ric error 00-5 Job manager system error 00-6 LLM interface 00-7 Standby error 00-8 Communications error 00-9 Xerographic error 01-300 Front interlock 01-310 Right upper interlock 01-315 Left upper interlock 01-320 Left lower interlock 01-325 Fuser interlock 02-910 Key counter missing 02-920 Wrong combination of accessories 03-302, 321, 322, 326, 327 LLM to ISIL communications problems 03-328 IOT communications problem with duplex or tray 4 03-330 IOT communications problems with HCF 03-335, 336 LLM communications problems with edit 03-340 NVM memory 03-341-347 Communications problems between IOT and sorter 03-350-354 Communications problem with LLM and user interface 03-363, 364 Communications problem between LLM & optics 03-370-03-373 Communications problem between LLM & DADF 03-380, 384 03-416-422 RAM memory problem 03-424, 426 NVM memory problem 03-430, 432 Billing problem 03-439 GRAIB communications problem 03-440 RIC communications problem 03-441 RIC NVM problem 03-442 Modem 03-443-458 RIC problems 03-460 Serial communications processor problem 04-300 Main motor or drive problem 05-100-108 DADF registration sensor 05-110 DADF exit sensor 05-115, 120 DADF jams 05-305 DADF document drive 05-310, 312 DADF document sensor 05-316 DADF registration sensor jam 05-325 DADF exit sensor 05-335, 341, 345 DADF interlock switches 06-300-310 Scan problems 06-315 Scan drive 06-320A, 320B, 320C, 325 Scan problem 06-330 Lens drive 06-340 Exposure control problem 06-342 LLM CPU problem 06-344-350 Exposure cvontrol problem 06-352 IOT CPU problem 07-300, 315, 330, 345 Tray faults 07-360-370 HCF problems 07-375, 380A, 380B Duplex problems 08-100-110 Feed problems. Lead edge of copy paper is late getting to feed sensor of tray 1 08-115-162 Feed problem. Lead edge of copy paper is late getting to registration sensor 08-165 Paper jam at registration sensor 08-310-370 Paper at a sensor when power is turned on 08-330 DADF nudger sensor 08-380 Registration side to side problem with home position 08-390 Nip 09-300 Copy cartridge finished (drum unit) 09-310 Add black toner Add color toner 09-320 Add color toner 09-330 Wrong copy cartridge (wrong drum unit) 09-340 Drum cartridge not installed properly 09-350 Waste toner full 100 A fault has occurred 10-100 Exit jam 10-105 Exit jam 10-110 Vertical sensor jam 10-120, 122, 125 Duplex jam 10-150, 155 Too much or not enough paper in duplex tray 10-300 Fuser thermistor 10-302 Low fuser temperature 10-304 Bad fuser temp 10-308 High fuser temperature or open thermistor 10-310 High fuser temperature 10-312 Fuser not up to temperature after energy save 10-314 Fuser problem 10-320 Fuser web finished 10-330, 335, 340 Exit switch, vertical sensor switch actuated when power is turned on 11-100-116 Sorter jam 11-150-176 Sorter auto stapler jam 11-310, 314, 316 Sorter interlock 11-325A,B,C,D,E,F,G Sorter index 11-352, 354, 356 Sorter auto stapler interlocks 11-365A,B,C,D,E Sorter auto stapler bin 11-370,371,372A,373A,373B,374 Sorter auto stapler staple failure, staple home problem or tamper home problem 11-385A,385B,390A,B,C,D,E,396A Sorter auto stapler staple failure, staple home problem or tamper home problem 301 Fuser web must be replaced 302 Copy cartridge (drum unit) must be replaced 501 Tray 1 must be rebuilt 502 Tray 2 must be rebuilt 503 Tray 3 must be rebuilt 504 Tray 4 must be rebuilt 505 HCF must be rebuilt 506 Bypass must be rebuilt 507 Duplex unit must be rebuilt 508 Replace black developer 509 Replace red developer 510 Replace green developer 512 Replace brown developer 513 Copy cartridge (drum unit) will need replacing soon 514 Fuser web will need replacing soon 515 DADF belt should be replaced 516 DADF feed rollers should be replaced 517 Replace exposure lamp 518 Replace suction filter 519 Replace ozone filter 520 Replace optics filter 521 Replace particle filter 522 Replace upper fuser roller 523 Replace fuser pawls 524 Replace pressure roller 525 Replace pressure roller pawls 900-905 Key operator calls