Xerox 980 manual Terminology, Abbreviations

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Hints and Tips

Xerox 490/980 Color Continuous Feed Printing System

Nomenclature Inconsistencies

Fixation Adj. - should read Fuser Adj.

Mark tab and Sensor tab under Printer Management are no longer available.

Mark Printing tab should read Trans/Flash tab on UI/Paper Settings.

System Management/System Environment should read Definition File tab.

Transcription - should read Transfer.

Terminology, Abbreviations and Units

Terminology

Active Job - Lists all Active jobs.

Completed Job - Lists the completed jobs.

Do not accept - Indicates the job input is not accepted, if set in the job queue information.

Do not release - Indicates the job input processing is not released, if set in the job queue information.

Forced Printing - Prints all data stored in RIP buffer.

Held Job - Lists all held jobs.

Input of Job Name - User inputs a job name here.

Logical Pages - Data that can be printed on a physical sheet of paper. Same as “page”.

mb - Megabytes “MB”.

Paper setting tab - Paper settings are displayed/editable.

Pin Fee Hole/Pin Feed Hole - Pin-fed paper stock.

Physical Pages - Physical sheet of paper on which data prints. Same as “Sheet”.

Reouput - Reprints the selected completed jobs.

System Page - Displays data per job status.

The displayed number of job is N - Total jobs in selected area.

Timed Job - Scheduled printing of a job.

Abbreviations

BS - Back Space.

Config Change End - End printer configuration activity.

Dens/Pos Adjust - Density/Position Adjust.

DUP - Duplex (marks).

EUC - Kanji code type.

FTP- File Transfer Protocol.

REG - Color Registration (Marks).

ROC - Registration of Color.

ROF - Registration of Form.

TOF - Top of Form.

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Hints and Tips User Guide

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Contents Xerox 490/980TM Color Continuous Feed Printing System Page Table of Contents Table of Contents Printer Status Back/Forward Buttons Upper right of screenMenu Screen Properties For Jobs and Queues Object InteractionsOther Selectable / Interaction Controls Other Non-Interaction ObjectsCapacity indicator is Read-only Status Display is Read-only Terminology AbbreviationsUnits Input/Output Spool SizesPaper Size Critical Information Printer Status Status of job has Corrections to UISelected. The job will be Clean the residual toner ReplacementCanceled once started ROF Sensor ApplyNew container Print operation, installContainer during Within 3 minutesArrow pointing up Install the newSmoke Filter d with MachineCover a where the Kit B Lift up Handles b, installCleaner in the machine Push toward Rear of the machine New Transfer RollerTo deleting TO1 Hints and Tips

980 specifications

The Xerox 980, introduced in the 1970s, is a historical landmark in the evolution of photocopiers and office technology. This machine represented a significant shift towards advanced copying solutions, making it a notable player in the burgeoning field of business automation.

One of the principal features of the Xerox 980 is its ability to produce high-quality black and white copies, utilizing xerography, a process that revolutionized document reproduction. The Xerox 980 was equipped with an electrostatic copying technique that relied on the principles of photoconductivity, allowing it to create clear and crisp images that closely mirrored the original documents. This technology was largely responsible for Xerox's early dominance in the market.

A standout characteristic of the Xerox 980 was its speed and efficiency. It could produce multiple copies in a matter of seconds, which significantly enhanced office productivity. The device was designed to handle various sizes of paper, accommodating everything from standard letter-sized documents to larger blueprint formats. This versatility made it a popular option in various business environments, from small offices to large corporations.

The Xerox 980 also incorporated advanced features for its time, including automated feeding mechanisms and variable magnification capabilities. This allowed users to easily scale documents up or down depending on their needs, providing flexibility in presentations and reports. It encouraged data management and sharing in a time when printed information was still extremely valuable and often considered essential.

Moreover, the Xerox 980 utilized a modular design that allowed for upgrades and maintenance without needing to replace the entire unit. This aspect not only reduced overall costs for businesses but also extended the life of the machine.

In terms of technology, the Xerox 980 used an iconic developer system that maintained the quality of the toner over use, ensuring that each copy produced was reliable. The integration of a fuser unit also simplified the process of binding the toner to the paper, enhancing durability.

Overall, the Xerox 980 was more than just a photocopier; it served as a foundational tool that laid the groundwork for future innovations in office technology. Its influence is still felt today in the realm of digital copying and printing, underlining its importance in the history of business communication. The Xerox 980 is a testament to how technology can drive efficiency and productivity in the workplace.