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Addresses multi-feed jams caused by poor pick-up separation in specific paper decks.
Describes multi-feed jams from low-performance paper fed from decks or cassettes.
Jams result from paper dust on the scanner sensor causing false detection.
Paper dust on the scanner sensor leads to false detection and jams.
Paper dust on the scanner sensor causes false detection and jams on specific models.
Wear in the multi paper pick-up assembly's driven roller area causes jams.
Feeding unsupported paper types causes early wear on rollers, leading to jams.
Jams result from contaminated or worn pickup, feed, or separation rollers.
Paper dust on the scanner sensor causes false detection and jams on specific models.
Paper dust on the scanner sensor leads to false detection and jams.
Jams recur because paper pieces are not fully removed from the registration unit.
Forced jam removal deforms the registration unit's holding plate, causing recurring jams.
Jams happen when the pre-registration roller is stained or abraded, reducing its feeding power.
Jams occur when multi-purpose tray pickup/separation rollers wear out, reducing feeding force.
Forced paper removal deforms the pre-transfer guide, resulting in soiled images.
Deformation of registration cover/holding plates causes skewed feed or 0105 jams.
Jam occurs when the Reverse Flapper fails to operate due to a detached torsion spring.
Jams 0105/0218 occur with specific paper decks due to pre-registration roller slip.
Jams occur on earlier serial number machines, linked to the pre-registration guide assembly.
Pickup roller abrasion from calcium carbonate causes jams on older machines.
Jams result from a worn drum separation claw, allowing paper into the gap.
Excessive leading edge transfer current causes paper separation issues and jams.
Jams are caused by a failure in the transfer high voltage PCB.
Jams happen again if paper pieces remain in the delivery assembly after incomplete removal.
Jams result from a malfunctioning Reverse Solenoid Assembly driving the Reverse Upper Flapper.
Jams are caused by a deformed or chipped upper separation claw in the fixing assembly.
Deteriorated bushings in the reverse drive units cause excessive load and jams.
0113 jams during face down delivery are resolved by replacing the Reverse motor.
0113/0213 jams at face down output stem from delivery motor installation errors.
0113/0213 jams are resolved by replacing the One-way Gear and Bearings.
Jams result from Reverse Detachment Solenoid failure, preventing roller disengagement.
Frame deformation in outer paper delivery assembly from forceful removal causes jams.
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