Xerox 96 manual Output trays and bins, Checking and unloading sample trays

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2.Output trays and bins

Your print jobs are sent to output trays or bins which you must unload. You can unload each of the output trays or bins while the system is printing. This chapter discusses how to check and unload the trays and bins.

If the printer has stopped due to a full output tray or bin and does not resume automatically when the tray or bin is emptied, press the Continue button on the printer control console.

The number of output bins on your system depends on the number of feeder/stacker modules installed.

Checking and unloading sample trays

The sample tray holds up to 100 sheets of paper from 7 by 10 inches (178 by 254 mm) to 17 by 14 inches (432 by 356 mm). No message appears when the sample tray is full. Since a paper jam can occur if the tray is overfilled, empty the sample tray regularly, if it is in use.

To empty the sample tray, simply remove the printed pages.

Note: Since the sample tray can receive waste sheets purged after a paper jam, always clear the sample tray after clearing a jam. This prevents waste sheets from being confused with good sheets.

Checking and unloading purge trays

Aborted sheets (that is, sheets damaged during printing or cleared before or after a paper jam) are sent to the purge tray. Sheets may be purged before, during, or after print jobs. Sheets are also sent to the purge tray following a fuser area jam. The sheets purged at that time clean the fuser area, ensuring good print quality for your subsequent jobs.

The purge tray holds up to 100 sheets of paper from 7 by 10 inches (178 by 254 mm) to 17 by 14 inches (432 by 356 mm). No message appears when the purge tray is full. Since a paper jam can occur if the tray is overfilled, empty the purge tray at least once a day.

To empty the purge tray, simply remove the printed pages.

XEROX DOCUPRINT 96/4635/180 NPS GUIDE TO PERFORMING ROUTINE MAINTENANCE

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Contents Version 7.1 August 2000 721P86641 Page Operation safety Laser safetyOzone information Page Table of contents Index Maintenance and support servicesIntroduction ContentsAbout this guide Conventions Related publications Page Checking feeder trays Feeder traysGuidelines for loading paper Loading feeder traysLoading trays 1 Feeder Trays Feeder Trays Feeder Trays Loading trays 3, 4, 5, Feeder Trays Feeder Trays Checking and unloading sample trays Output trays and binsChecking and unloading purge trays Unloading a stacker bin Checking and unloading high-capacity stacker HCS binsOutput Trays and Bins Page Fuser lubricant Fuser Lubricant Fuser Lubricant Fuser Lubricant Adding dry ink Adding DRY INK Adding DRY INK Dry ink cartridge Green handle Replacing the dry ink waste container Replacing the DRY INK Waste Container Replacing the DRY INK Waste Container Page Cleaning the sensors and the reflective surfaces CleaningCleaning the Q850 sensor Cleaning Cleaning the Q1011 sensor and mirror Cleaning Sensor Q1107 Cleaning additional sensorsQ1106 and Q1166 Sensor Q1164 Cleaning the 4mm cartridge tape drive Page Xerox Customer Services Support Center Maintenance and support servicesXerox Font Center Xerox Documentation and Software ServicesOperator Training Reporting billing meters Xerox Customer EducationPage Numerics IndexIndex

96 specifications

The Xerox 96, released in 1975, was a groundbreaking entry in the world of computer printers, marking a significant evolution in document copying and printing technology. Designed primarily for corporate and professional environments, the Xerox 96 brought forth several innovative features and characteristics that set it apart from its predecessors.

At the heart of the Xerox 96 was its unique electrophotographic printing process. This technology allowed for high-quality, high-speed reproduction of documents and images, distinguishing it from traditional printing methods that were slower and less efficient. The device utilized a photoconductive surface that could hold an electrostatic charge, enabling it to create a master copy that could be reproduced numerous times without loss of clarity. This was a significant advantage for businesses needing multiple copies of documents quickly and efficiently.

One of the standout features of the Xerox 96 was its automatic document feeder, which streamlined the copying process. Users could load up to 100 sheets of paper without the need for constant manual intervention. This automation not only saved time but also enhanced productivity, an essential factor for busy offices that relied on accurate and timely documentation.

Moreover, the Xerox 96 supported various paper sizes and types, making it versatile for different business needs. Whether producing standard letter-sized documents or oversized printouts, the machine accommodated a range of formats. The ability to print in both black and white also catered to the varied requirements of different users, from simple text documents to more complex graphics.

In terms of technological advancements, the Xerox 96 incorporated high-capacity toner cartridges, which reduced the frequency of replacements and ensured consistent print quality. The machine also featured a user-friendly interface, allowing even those unfamiliar with complex printing systems to operate it with ease.

Durability and reliability were other critical characteristics of the Xerox 96. Designed to withstand the rigors of daily use in a demanding business environment, the machine boasted a robust build quality that ensured longevity.

In conclusion, the Xerox 96 was a pivotal development in the realm of document duplication, marked by its advanced electrophotographic technology, automation features, versatility, and durability. Its introduction not only enhanced productivity in professional settings but also laid the groundwork for subsequent innovations in printing technology, solidifying Xerox's reputation as a leader in the industry.
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