Lexmark Printer Error Codes List: Every Code Explained
Every Lexmark printer error code we could verify against Lexmark's own documentation — what it means, what usually causes it, and the first fix to try — in one table. Codes differ between model series, so treat your model's tech sheet as the final word.
How to read and retrieve error codes on Lexmark printers
Lexmark puts its diagnostics in the printer's own pages and logs, and its service documentation works from them in a fixed order. The CS510-era 900.xx service check opens the pattern: print the error log, the menu settings page and the network settings page, and observe whether the error recurs on internal pages with no job sent — the test that separates a bad print job from a failing printer before any part is touched. The control panel's message itself is the second diagnostic, and Lexmark's design makes it unusually informative: the family digits name the system (31/32 supplies, 2xx paper path, 9xx service), the suffix and the display's own text name the supply, colour or location, and on light-panel models a secondary error code can be displayed by pressing Continue twice in quick succession when the Error and Continue lights are both on — a procedure Lexmark prints in its operator-panel quick reference. Menus reachable from the panel (and the Embedded Web Server on networked models) carry the supply levels, device information and event/error history the guides direct users to when a message needs context. Deeper modes (Diagnostics mode and its component tests) exist in Lexmark's service manuals for service personnel; the user guides do not direct owners into them, and no procedure in this batch requires them.
The complete Lexmark printer error code list
| Code | Meaning | Most likely cause | First fix |
|---|---|---|---|
| 31.xx | Missing or defective [color] cartridge — Lexmark's classic-table wording, identical in the X792, C925 and X746/X748 User's Guides: '31.xx Missing or defective [color] cartridge'. On newer models the same family is worded by the supply involved: 'Reinstall missing or unresponsive [color] cartridge [31.xy]', 'Replace missing [color] cartridge [31.xy]', 'Replace defective imaging unit [31.xy]', 'Replace missing [type] imaging unit [31.xy]' and 'Replace missing waste toner bottle [31.xyz]' | The named cartridge (or, on newer models, imaging unit/kit or waste toner bottle) is not installed, not seated so the printer can read it, or is defective. Lexmark's T640 support article for the sibling message '31 Defective Cartridge' adds the field order: in most cases the toner cartridge itself is the cause — check it before suspecting the printer's cartridge cable/board | Remove and reinstall the specified cartridge, then Continue to clear the message; if the message is not cleared, replace the defective cartridge (Lexmark's guide wording). Newer-model wording is the same shape: install the missing supply, or remove and reinstall the unresponsive one, and replace it if the message returns after reseating. Only if a known-good cartridge still reports 31 does Lexmark's T640 article send you to the internal CART cable on the system board — and it labels that a customer-level procedure only for users comfortable doing it, otherwise Lexmark Technical Support |
| 32.xx | [color] cartridge part number unsupported by device — Lexmark's classic-table wording: '32.xx [color] cartridge part number unsupported by device'. Newer guides word it 'Replace unsupported [color] cartridge [32.xy]' and 'Replace unsupported imaging unit [32.xy]', and name the non-genuine-supply suffixes explicitly (for cartridges: 32.13, 32.16, 32.19, 32.22, 32.25, 32.28, 32.31, 32.34, 32.37; for imaging units: 32.14, 32.17, 32.20, 32.23, 32.26, 32.29, 32.32, 32.35, 32.38) | A cartridge or imaging unit the device does not support is installed: a non-genuine supply (the listed suffixes), a genuine Lexmark supply not intended for this product (Lexmark's MX810 guide names a high-yield cartridge not intended for the product, and a MICR imaging unit, as examples), a cartridge for the wrong region or model, or — per Lexmark's unsupported-cartridge support article — a refilled or reworked cartridge, or the wrong cartridge fitted by mistake | Remove the unsupported cartridge and install a supported one, then Continue (Lexmark's guide procedure). Lexmark's support article's isolation test: power off, reseat the cartridge fully; if the error persists, fit the previous/old cartridge or a known-working compatible cartridge — if the error disappears with the second cartridge, the problem lies with the original cartridge. A refilled cartridge goes back to its refiller, per Lexmark |
| 34.xx | Media size family — Lexmark's classic table words it two ways across generations: '34 Incorrect paper size, open [src]' (X746/X748, C925 guides) and '34 Short paper' (the earlier guide generation's index wording). The family reports that the paper involved in the job does not match what the printer was told to expect; many models display it as plain '34' rather than 34.xx | The loaded paper or specialty media is the wrong size or too short for the job/source: paper loaded in the wrong tray, tray guides or the tray size setting not matching the loaded size, or Print Properties/Print dialog size and type settings disagreeing with the tray — the checks Lexmark's own 34 entry lists | Per Lexmark's entry: load the appropriate paper or specialty media in the proper tray; confirm the tray's size setting/guides match the loaded paper; touch Continue to clear the message and print using a different tray if that is acceptable; verify the job's paper size and type settings; or cancel the print job. A 34 is a mismatch report, not a jam — no paper needs to be pulled out for it |
| 37.xx | Insufficient memory family — Lexmark's classic table carries four 37 entries: '37 Insufficient memory to collate job', '37 Insufficient memory for Flash Memory Defragment operation', '37 Insufficient memory, some Held Jobs were deleted' and '37 Insufficient memory, some held jobs will not be restored' (with 35 'Insufficient memory to support Resource Save feature' as the family's neighbour) | The job or operation needs more printer memory than is free: a large collated job, a flash defragment attempted without enough free memory, or held jobs competing for memory the printer does not have — in the held-jobs variants the printer is reporting what it already did about it (deleted some held jobs, or will not restore some) | Reduce the job's memory demand (fewer collated copies/pages at once, lower print resolution/quality settings), free or delete held jobs the printer is storing, and resend. A 37 is a capacity report, not a failure — but a printer that reports it on ordinary jobs is a candidate for the optional memory Lexmark sells for the model, which is an administrator/purchase decision, not a repair |
| 38.xx | Memory full — Lexmark's classic-table entry is exactly '38 Memory full' (its neighbour 39 is 'Complex page, some data may not have printed') | The printer's memory is completely consumed by the current job data — a page or job too complex/large for the fitted memory to hold at once | Simplify and resend: reduce resolution, split a very large job into smaller parts, and clear stored held jobs/faxes the printer is holding in memory where the model stores them. Persistent 38 on modest jobs means the workload has outgrown the fitted memory — the remedy is workload or memory capacity, not service |
| 80.xx | GENERATION SPLIT — Classic models (X792/C925-era guides): the fuser-life family: '80.xx Fuser life warning', '80.xx Fuser near life warning', '80.xx Replace fuser' and '80.xx Fuser missing'. Newer models (MX810/XC2132-era guides): the scheduled-maintenance family: 'Replace maintenance kit [80.xy]' / 'Replace maintenance kit, 0 estimated pages remain [80.xy]' — 'The printer is scheduled for maintenance' — with 'Replace missing fuser [80.xx]' keeping the missing-fuser report in the same family | Classic: the fuser has reached (or is near) the end of its rated life, or no fuser is detected. Newer: the maintenance-kit counter has reached its scheduled interval — the kit interval, not a breakdown — or the fuser is missing after service | Classic: replace the fuser when Replace fuser appears (life-warning stages are the advance notice); install the missing fuser if that is the wording shown. Newer: Lexmark's instruction is to contact http://support.lexmark.com or your service representative and report the message — the maintenance kit is a scheduled service replacement, and the 'to resume printing' variant must be serviced before printing continues |
| 84.xx | GENERATION SPLIT — Classic colour models: the photoconductor family: '84.xx [color] photoconductor, low', '84.xx [color] photoconductor, nearly low', '84.xx [color] photoconductor, missing' and '84.xx Replace [color] photoconductor'. Newer models: the imaging-unit life family: 'Replace imaging unit, 0 estimated pages remain [84.xy]' and 'Replace [type] imaging kit, 0 estimated pages remain [84.xy]' | The named photoconductor (classic) or imaging unit/kit (newer) has reached the end of its estimated life, is nearly there, or is not detected as installed. It is a supply-life report keyed to the unit's counter, in the colour/type the suffix and display name | Replace the named photoconductor/imaging unit to clear the message and continue printing, following the instruction sheet that came with the supply (Lexmark's wording in both generations). 'Missing' wording on a unit that is fitted means reseat it first; low/nearly-low wording is the order-a-replacement stage, not a stop |
| 88.xx | Toner cartridge low/out family — Lexmark's classic table: '88.xx [color] cartridge low', '88.1x [color] cartridge nearly low', '88.xx [color] cartridge critically low' and '88.2x Replace [color] cartridge'. Newer guides word the end of the same scale 'Replace [color] cartridge, 0 estimated pages remain [88.xy]' and carry the standalone message topic 'Cartridge low [88.xy]' | The named colour's toner is running down its remaining-life scale: nearly low, low, critically low, then replace — normal consumption measured by the cartridge's life counter, arriving in that order as the cartridge empties | Nearly-low/low stages: have the replacement cartridge for the named colour ready and keep printing. At Replace/0-pages-remain: replace the indicated toner cartridge to clear the message and continue printing, per the instruction sheet with the supply (Lexmark's wording). Replace only the named colour — an 88 for cyan says nothing about black |
| 121.xx | Service fuser error family on current models — Lexmark's knowledge base titles it 'Fixing a 121.xxA service fuser error', and the CS720 Service Manual's 121 table defines the suffixes as fuser temperature-control failures: most 121 codes are 'fuser did not reach the required temperature' at a named stage (121.06 fuser power at 100% but did not reach the required temperature; 121.08 while the page is in the fuser; 121.20 during steady state control; 121.26 during warm up; 121.28 during EP warm up), with the over-temperature members 121.02 (fuser went over the required temperature during line-voltage detection) and 121.31 (fuser too hot), plus hardware members such as 121.03 (fuser hardware and driver mismatch) and 121.22 (open fuser relay detected). Every 121 entry's published Action is the same: 'See Fuser service check' | The fuser is not reaching, holding, or is exceeding its required temperature — a fuser, fuser power/relay, or line-voltage detection problem inside the printer, diagnosed through the service manual's fuser service check rather than from the suffix alone | There is no user fix in Lexmark's documentation for 121.xx: it is a service error, and the manual routes every suffix to the fuser service check. Quote the full code including the suffix (121.06 and 121.31 point in opposite temperature directions) when booking service. Do not confuse 121.xx with the older 920-family Service Fuser errors below — same organ, different generation's numbering |
| 200.xx | Paper jam in the front/input area — Lexmark's modern error-code table (CS963 guide) lists the 200.xx block (200.03-200.56 and related suffixes) as 'Paper jam in [LOCATION]', with the location text supplied by the printer; Lexmark's jam guides for the classic models group 200 with 201 and 202 as 'Paper Jam — Check Door A' (the front/side door area, under and around the cartridge). The family is the input-sensor jam: paper fed but did not arrive through the front path as expected | Paper stopped in the front path: a sheet crumpled at the input, paper stuck under the toner cartridge, torn scraps in the front path, or media the input path cannot feed (wrong, damaged or overloaded media is what Lexmark's jam-avoidance guidance targets) | Open the front/Door A area as the model's jam guide directs, remove the cartridge if the guide says to, pull the jammed sheet out gently in the direction of feed, remove every scrap, refit, close all doors, and press Continue/Go to resume. A 200 that recurs on clean, correct media is a feed/input-sensor service check — quote the full suffix, because in the modern table the suffixes distinguish where in the location the sensor reported the stop |
| 201.xx | Paper jam just inside the front path — the second member of Lexmark's 200/201/202 jam group ('Paper Jam — Check Door A' in the classic jam guides), and present in the modern CS963 table's jam block (201.91 appears in its 200-family listing) as 'Paper jam in [LOCATION]'. Where 200 reports the stop at the input sensor, 201 reports paper that entered and stopped in the next section of the same front path | The same front-path causes as 200, one stage deeper: a sheet that buckled after entry, scraps left from an earlier jam, or damaged/unsuitable media failing mid-feed | As for 200: clear the Door A/front area completely — a 201 after a cleared 200 usually means a scrap was left behind — refit the cartridge, close the doors, and resume. Persistent 201 on verified media is a paper-path/sensor service check |
| 241.xx | Paper jam in tray 1 — in Lexmark's modern error-code table the 241 block (241.12, 241.14, 241.15, 241.91) is 'Paper jam in [LOCATION]' for the standard tray path, and the same table separates 241.16/241.82-241.84 as 'Paper loading error in [LOCATION]' for tray 1 | A jam reported in the tray 1 feed path (paper picked and stopped), or — for the loading-error suffixes — paper loaded so the tray cannot feed it correctly: stack not adjusted, guides not set, overfilled tray | For a jam: pull tray 1, remove the jammed sheet and any scraps in the tray well, reload and close. For a loading error, Lexmark's table gives the procedure verbatim in substance: open tray 1, remove and readjust the paper stack, adjust the paper guides if necessary, reload tray 1, close tray 1. Fan and square the stack — loading errors repeat on an unadjusted stack even after the tray is closed |
| 242.xx | Paper jam in the optional 550-sheet tray — Lexmark's modern table lists 242.23/242.25/242.35/242.45/242.55/242.91 as 'Paper jam in [LOCATION]' with the location text naming the optional 550-sheet tray | A sheet stopped feeding from the first optional tray: a crumpled pick, scraps in that tray's well, or media problems local to that tray's stack | Pull the optional 550-sheet tray, clear the sheet and scraps from the tray and its well, reload within the stack-height marks, and close. A jam that follows the tray (same tray, different paper) points at that tray's feed rollers — service; a jam that follows the paper points at the media |
| 243.xx | Paper jam in the next optional tray position — Lexmark's modern table lists the 243 block (243.33/243.35/243.36/243.43/243.45/243.55/243.91) as 'Paper jam in [LOCATION]' for the 2 x 550-sheet tray / 2000-sheet tandem tray positions | As for 242, one tray further down the option stack: a stopped feed from that tray, scraps in its well, or its stack's media | As for 242: clear that tray and its well completely, reload correctly, close, and resume. Quote the full 243 suffix when reporting — Lexmark's table splits the same tray hardware across 243/244 suffixes by exact reported location |
| 244.xx | Paper jam in the remaining optional-tray locations — Lexmark's modern table lists 244.43/244.45/244.91 in both the 2 x 550-sheet/tandem group and the 1500-sheet tray group, always as 'Paper jam in [LOCATION]' with the printer supplying which tray hardware it means | A stopped feed in the high-capacity/optional tray hardware the suffix locates: jammed sheet, retained scraps, or stack/media problems in that tray | Clear the tray the display names (not just the first tray that opens), reload, and resume. Because 244 suffixes serve more than one tray type in Lexmark's table, the display's location text — not the number alone — says which tray to open |
| 251.xx | Paper jam in the manual/multipurpose feeder — Lexmark's jam documentation words 251 directly: '251 paper jam — A sheet of paper or specialty media failed to feed completely from the multipurpose feeder' | A sheet part-fed from the MP feeder and stopped: specialty media the feeder cannot grip, a mis-set feeder guide, or a short sheet left part-visible at the front of the feeder | Lexmark's documented procedure: if part of the sheet is visible, gently pull the jammed sheet from the front of the multipurpose feeder. If it is not visible: open the front door and remove the unit, lift the flap at the front of the printer and remove any jammed short lengths of paper, align and insert the unit, close the front door, and press Continue/Go |
| 840.xx | Scanner disabled — Lexmark's User's Guide wording: '840.01 Scanner Disabled — This message indicates that the scanner was disabled by the system support person, or the scanner detected a hardware error and disabled itself' (the X790 guide index splits the same family as '840.01 Scanner disabled by admin' and '840.02 Scanner disabled. Contact system administrator if problem persists.') | Either an administrative state (the scanner was deliberately disabled by the system support person — no fault at all) or the scanner's own hardware self-check failed and it disabled itself for protection | First decide which story you have: a scanner disabled administratively is re-enabled by the administrator, not repaired. If nobody disabled it, the hardware reading applies — and Lexmark's route is system administrator/Customer Support, because a scanner that disabled itself has already run its own diagnosis. Do not confuse 840 with the 841-846 service family below |
| 841-846 | Scanner Service Error — Lexmark's User's Guide entry is headed exactly '841-846 Scanner Service Error' and gives a power-and-cables procedure, not a per-number table: Lexmark publishes this family as a range, and any site that assigns six different meanings to 841, 842, 843, 844, 845 and 846 individually is going beyond Lexmark's user documentation | A scanner hardware/service fault detected by the MFP's scanner subsystem — the guide does not split the cause by number at user level | Lexmark's documented procedure, verbatim in substance: turn the printer off; unplug the power cord from the wall outlet; check all cable connections; connect the power cord to a properly grounded outlet; turn the printer back on. If the service message appears again, contact Customer Support and report the message (the full number matters to support even though the guide treats the range as one entry) |
| 900.xx | Firmware/RIP software error family — Lexmark's User's Guide troubleshooting words the whole range '900-999 Service <message>' with a power-off procedure (below), the E320 Service Manual defines 900 as 'Controller software error / illegal trap', and the CS510 Service Manual's 900.xx service check works the RIP (processor) board, its cables and firmware: the printer's controller software has crashed or trapped | A controller/RIP software fault: a corrupt or problem print job that traps the RIP, a firmware problem, or a RIP board/cable fault — the CS510 service flow isolates them in that order (disconnect communications, restart, print internal pages, then a different job, then firmware) precisely because a single bad job and a failing board wear the same code | User level, per Lexmark's guide for 900-999: turn the printer off, unplug the power cord from the wall outlet, check all cable connections, connect the power cord to a properly grounded outlet, turn the printer back on — and if the service message appears again, contact Customer Support and report the message. Note which job was printing when it occurred; a 900 that follows one document everywhere is that document, a 900 on internal pages with no job sent is the printer |
| 920.xx | Service Fuser error family (classic models) — Lexmark's T65x/X65x support articles: the printer displays a '920.xx' Service Fuser error (examples 920.06, 920.12, 920.40), within a family Lexmark states as 920-925 type errors accompanying a 'Service Fuser' message (example given: '920.01 Service Fuser'). Lexmark's definition: 'A 920 type error indicates that the printer registers the fuser unit (the internal heating element) as not having reached its proper operating temperature' | The fuser is not reaching operating temperature — a failing fuser, or a power problem starving it: Lexmark's article is explicit that power strips, surge devices and UPS units can cause a low-amperage problem that triggers a false (including intermittent) fuser error, and asks for the printer's 110/220 volt rating to be checked against the outlet | Lexmark's documented sequence: power the printer off, leave it off ten seconds or more to reset, power on; if it reaches Ready and the error does not return, print and watch it over the next few days. If the error returns at power-up or on printing: plug the printer directly into a wall outlet (not through a surge device or power strip), verify the outlet voltage matches the rating on the printer's power label, and try a different wall outlet before seeking service. A 920 that survives a proven wall outlet is a fuser service call — quote the full suffix |
How to reset / clear error codes on Lexmark printers
Lexmark's documented reset for a standing error is the power-on reset (POR) its service literature names: turn the printer off, and for the service families (900-999, 841-846) Lexmark's User's Guide procedure adds the full form — unplug the power cord from the wall outlet, check all cable connections, connect the power cord to a properly grounded outlet, and turn the printer back on; if the service message appears again, contact Customer Support and report the message. For the 920-family Service Fuser errors, Lexmark's support articles specify the lighter form first: power off, leave the printer off ten seconds or more to give it a chance to reset, power on, and if it reaches Ready and the error does not return, continue printing while watching for recurrence over the next few days. Supply messages (31/32/80/84/88) are not reset at all in Lexmark's documentation — they clear when the named action happens (the cartridge reseated or replaced, the maintenance kit serviced), and the guides' Continue touch is an acknowledgement that lets the printer proceed where the message allows it, not a counter reset. Lexmark publishes no user 'factory reset the error away' procedure for these families, and its menus' Restore Factory Defaults (an administrative settings function in the guides) is documented as restoring settings, not as an error cure — a distinction worth keeping, because a POR that clears a code temporarily is Lexmark's evidence the fault is intermittent, not evidence the fault is gone.
How to diagnose any Lexmark printer code
Work the problem in this order: (1) write the code down exactly as displayed — photograph it, because opening a cover or pressing a button can clear it, and note whether it appeared at power-on, mid-page, or when a job was sent, because printers report in families (paper path, ink or toner delivery, printhead or laser, firmware) and the moment of failure names the family; (2) decide which side of the cable the fault is on — a code shown on the printer's own display is the machine reporting on itself, while a message that exists only on the computer (a driver or "not activated" message) is the operating system reporting, and no printer part will fix it; (3) run the external checks for the family first: paper path codes get the full path inspected and cleared by the manufacturer's own route, ink codes get the cartridges reseated and their contacts cleaned, network codes get the connection the printer itself reports checked before the router is blamed; (4) clear the code the way the brand documents (usually a power reset) and print the shortest job that exercises the same function — one plain test page — while you watch; a code that returns at the same point is an active fault, not a glitch; (5) only then follow the brand's documented route for the component the code monitors. Counters are not faults to defeat: ink-absorber and maintenance counters exist because the parts genuinely fill and wear, and the manufacturer's remedy — a replaceable maintenance box where the model has one, service where it does not — is the fix, not a workaround.
The xx.xx logic: family first, location second
Lexmark's error numbers are addresses, and reading them in the manufacturer's order — family, then suffix — is the whole skill. The first two digits name the system that is reporting: the 30s are supplies and memory as the printer sees them (31 a cartridge missing or defective, 32 a cartridge the device does not support, 34 a paper-size mismatch, 37 and 38 memory states), the 80s are life-counted engine parts (80 the fuser or maintenance kit, 84 the photoconductor or imaging unit, 88 the toner cartridge's remaining life), the 2xx block is the paper path, and the 9xx block is service territory (900 firmware/RIP, 920-925 and the newer 121 the fuser's temperature control). The digits after the dot then locate the instance inside the family — and Lexmark documents that suffix logic openly rather than leaving it to folklore: its region-mismatch entry, for example, is published as [42.xy] with a note that x and y are the printer-region and cartridge-region values and must match for printing to continue, and its non-genuine-supply entries list the exact 32 suffixes (32.13, 32.16, and their siblings) that identify a non-Lexmark cartridge or imaging unit. The same locating habit runs through the paper path, where the family is the mechanism and the number climbs with the paper's journey — 200/201 at the front input, 241-244 in the trays in option order, 251 at the multipurpose feeder — and through the jam table's modern form, where whole suffix blocks are published under a single wording, 'Paper jam in [LOCATION]', with the printer itself supplying the location text. The practical consequences are two. Quoting only the family ('a 31 error') wastes the suffix Lexmark gave you to quote; and quoting the suffix as if it were a standalone code ('a .06 error') is meaningless, because .06 locates something different inside every family it appears in. Family first, suffix second, and the display's own words — the colour, the supply, the location — always: Lexmark prints those words because they are part of the code.
User codes and service codes: where Lexmark draws the line
Lexmark's code system contains its own triage, and the line it draws is consistent across generations: a code is a user code if Lexmark's documentation gives the user an action that completes the fix, and a service code if the published procedure ends at reporting it. The user codes are the supply and media families — remove and reinstall the cartridge (31), fit a supported one (32), load the right paper (34), replace the named photoconductor or imaging unit (84), replace the exhausted cartridge (88) — plus the whole jam block, where Lexmark's jam guides walk the owner door by door through the paper path. Even the 80 family, which concerns the fuser and maintenance kit, is written in both registers at once: its classic warning stages are information a user acts on by ordering and planning, while its 'replace to resume printing' and maintenance-kit forms end, in Lexmark's own words, at contacting support or a service representative and reporting the message. The service codes announce themselves by their published procedures: 900-999 and 841-846 are given a single identical ritual in the User's Guide — turn off, unplug from the wall, check all cable connections, plug into a properly grounded outlet, turn on, and if the message returns, contact Customer Support and report it — which is not a fix but a filter, designed to clear the transient share and pass the real share upward with the exact number intact. The 121 and 920 fuser families sit in between in an instructive way: Lexmark's support articles let the user perform the power-source checks (direct wall outlet, correct voltage, a different outlet) because those genuinely cure the false share, and then stop, explicitly, at service for a fuser that still cannot reach temperature. Respecting the line saves money in both directions: user codes escalated to service calls waste a visit on a cartridge reseat, while service codes 'fixed' by repeated power cycles waste the evidence — the full code, suffix included, and the job that was printing when it appeared — that the service side will ask for first.
Less common and model-specific codes
Search data shows owners also meet these codes on Lexmark printers: 11.91, 140.80, 912.44A, E-706, E-804, E-809. They are not part of the core code list Lexmark publishes for most models — several are series-specific, abbreviated display readings, or codes carried over from a sister platform — so we do not publish meanings for them rather than guess. Treat them by symptom: note what the machine was doing when the code appeared (filling, draining, heating, spinning), run one full power cycle (5 minutes off), and if the code returns, match the symptom to the closest documented family in the table above and check the tech sheet stored inside your machine for the model-specific definition.
Related guides
Facts on this page were checked against manufacturer documentation: publications.lexmark.com · publications.lexmark.com · publications.lexmark.com · publications.lexmark.com · publications.lexmark.com · publications.lexmark.com · support.lexmark.com · support.lexmark.com · support.lexmark.com · support.lexmark.com · www.manualslib.com · infoserve.lexmark.com · www.manualshelf.com