Network Installation

ColorQube™ 9201/9202/9203

2.Click on the [Properties] tab.

3.If prompted, enter the Administrator User ID and Password. The default is [admin] and [1111].

4.Click on the [Login] button.

5.Click on the [Connectivity] link.

6.Click on the [Protocols] link.

7.Select [LPR/LPD] in the directory tree.

8.Check the [Enable] box to enable LPR/LPD.

Note

Disabling LPR/LPD will affect clients printing to the device over TCP/IP using the LPR printing port.

9.In the Port Number, enter an LPR/LPD port number. The default is 515.

10.In the Advanced Settings area, check the [Enabled] box to enable PDL Switching. PDL switching allows the device to process print jobs which contain two or more printer languages, for example: PCL and PostScript, or ASCII and PostScript.

11.Check the [Enabled] box to enable PDL banner page attributes override LPR control file attributes for job name and owner. This feature allows you to replace the standard information displayed on a banner page, and substitute the user name and job name taken from the print job.

12.Select the required option from the [Place temporary hold on which jobs:] drop-down menu. This feature allows you to set the device to hold certain jobs before printing, until the complete job is received. This delay helps to ensure that the banner page information prints correctly. Some banner sheet information is contained in the job's control file which may not always be the first part of a print job the device receives. The following options are available:

Only those with data file received 1st - The device holds the job if the job's data file is received first. This ensures the device waits to receive the job's control file information so that the banner sheet contains accurate information.

All (consistent with older implementations) - This option puts all jobs on hold. All data is received before a job begins to print. This setting can cause jobs to print slowly but will result in accurate banner sheet information.

None (Use printer's default banner sheet job name if data file 1st) - The device will not wait to receive the job control information. This selection may cause banner sheet information to print incorrectly.

13.Click on the [Apply] button to accept changes or [Undo] to return the settings to their previous value.

14.Click on the [OK] button, when you see the window that says “Properties have been successfully modified”.

Configure Raw TCP/IP Printing

Note

TCP/IP must be enabled before Raw TCP/IP Printing is enabled.

Raw TCP/IP is a printing method used to open a TCP socket-level connection, over Port 9100, to stream a print-ready file to the printer's input buffer, and then to close the connection after sensing an End Of Job indicator in the Page Description Language, or after expiration of a preset timeout value. Port 9100 printing does not require a Line Printer Request (LPR) from the workstation, or the use of a Line Printer Daemon (LPD) running on the printer. Raw TCP/IP printing is selected in Windows 2000 as the Standard TCP/IP port.

1.At your Workstation, open the web browser and enter the IP address of the device in the Address or Location field. Press [Enter].

2.Click on the [Properties] tab.

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System Administrator Guide

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Xerox 9203, 9202, 9201 manual Configure Raw TCP/IP Printing

9202, 9201, 9203 specifications

The Xerox 9201, 9202, and 9203 copiers, introduced during the late 1970s and early 1980s, represent a significant leap in office automation technology. These models were part of Xerox's innovative line of copiers, catering to various business needs through their unique features and capabilities.

One of the cornerstone technologies behind the Xerox 9200 series is xerography, a process developed by Chester Carlson in the 1930s. The photocopiers use a dry electrophotographic process, which relies on a photosensitive drum, enabling high-quality and high-speed copying. This technology championed the transition from traditional printing methods to more efficient office practices, revolutionizing how documents were reproduced.

The Xerox 9201 was known for its robust capability to handle a significant volume of copies, appealing primarily to mid-sized organizations. It boasted an impressive speed of up to 80 copies per minute, catering to high-demand settings without compromising the quality of output.

The Xerox 9202 was an enhancement over its predecessor, introducing more advanced features such as automatic document feeding, which significantly reduced manual handling and increased productivity. It also supported various paper sizes, making it versatile for different tasks, from simple memos to full-size reports. Additional capabilities included collating, sorting, and stapling, allowing users to complete comprehensive document preparation in a single pass.

The Xerox 9203 further built upon these advancements, offering even faster copying speeds of up to 100 copies per minute. It also allowed for electronic sorting and featured an integrated mail room solution ideal for larger organizations. The 9203’s user interface was designed for ease of use, paving the way for accessible technology in the workplace.

All three models leveraged advanced optics and imaging technology to ensure sharp, clear reproductions. The capacity for duplex printing was a notable feature, enabling users to print on both sides of the paper, which not only saved resources but also contributed to environmentally friendly practices.

Overall, the Xerox 9200 series exemplified the transition towards multifunctional copiers that incorporated advanced features for efficiency, quality, and ease of use in office environments. Their impact on the industry helped shape modern photocopying, setting the benchmark for future models through their blend of technology and practicality. These machines remain a testament to Xerox's legacy in imaging technology and office automation.