Showing posts with label copier. Show all posts
Showing posts with label copier. Show all posts

Saturday, July 27, 2013

Canon IR C5800 ( Color ) Specification

Overview

The color-enabled imageRUNNER C5800 is a digital multifunction imaging system, designed to meet the high volume applications of environments with occasional color requirements in one compact user-friendly device.

Realizing that businesses have increasingly shorter deadlines, Canon has created the imageRUNNER C5800, offering black-and-white output speeds of up to 58 pages-per-minute, and color at 16 pages-per-minute. Built on Canon's Color imagePlatform architecture, the imageRUNNER C5800 has the power to handle multiple tasks simultaneously and the unique ability to distribute information across a dynamic digital landscape. Additionally, with support for 600 x 600 dpi scanning resolution and up to 2400 x 600 dpi printing resolution, the imageRUNNER C5800 has the ability to capture every detail of your documents with brilliancy

Specifications

Main Unit Specs

Model Name                    : imageRUNNER C5800
Imaging System                : Laser Dry Electrostatic Transfer System
Developing System             : Dry Monocomponent Toner Projection
Duty Cycle                    : Up to 230,000 impressions/month
Image Server                  : Memory    Standard 768MB RAM/40GB HDD
Max Mailboxes Supported       : 100
Max Copy Reservation          : 5 Jobs
Scanning Resolution           : 600 dpi x 600 dpi
Printing Resolution           : Up to 2400 dpi equivalent x 600 dpi 
Halftone                      : 256 Gradations
Letter      58 ppm            : (B/W)/ 16 ppm (Color)
Letter R                      : 43 ppm (B/W)/ 8 ppm (Color)
Legal                         : 34 ppm (B/W)/ 8 ppm (Color)
Ledger                        : 28 ppm (B/W)/ 8 ppm (Color)
First Copy Time               : 11.3 Seconds (Color)
                              : 5.3 Seconds (B/W)
Multiple Copies               : 1 to 9,999
Magnification     From Glass  : 25% - 400% (in 1% increments)
From Feeder                   : 25-200% (In 1% increments)
Preset Reductions             : 25%, 50%, 64%, 73%, 78%
Preset Enlargements           : 121%, 129%, 200%, 400%
Acceptable Originals          : Sheets, Books, and 3-Dimensional Objects
Maximum Original Size         : 11" x 17"
Standard Paper Capacity       : 2 x 1,500 Sheets (Dual Front Loading Trays)
: 2 x 550 Sheets (Dual Front-Loading Cassettes)
Manual Bypass                 : 100 Sheets
Maximum Paper Capacity        : 7,700 Sheets
Duplexing   Standard          : Automatic Trayless Duplexing
Warm Up Time                  : 8.5 minutes or less
Exposure Control              : Automatic or Manual
Power Requirements            : 120V, 16A, 60Hz
Dimension                     : 46-7/8" x 26-3/4" x 33-1/2"
: (1191mm x 697mm x 852mm)
Weight                        : 498 lbs. (226 kg)


usa.canon.com

Canon IR 7086 /7095 Specification

Overview

At 86 ppm (Letter), the Canon imageRUNNER 7086 device offers the speed and versatility to serve as a complete document publishing and communications hub device for busy corporate departments. The system can tackle the diverse range of document production tasks common to walk-up and networked environments including booklet finishing, professional hole-punching, paper folding, and more. By including Canon's Universal Send technology you can also leverage the system as a high-speed scanning and document distribution solution for print-on-demand needs.

 Best of all, the imageRUNNER 7086 model is Internet-ready and offers customization capabilities through Canon's MEAP technology, so you can be assured of the tightest possible integration and device control across your entire corporate network.

Specifications

Main Unit Specs

Model Name                    : imageRUNNER 7086
Type                          : Digital Multifunctional Imaging System
Imaging System                : Laser Dry Electrostatic Transfer
Developing System             : Dry Monocomponent Toner Projection
Image Server                  : Memory    Standard 1GB RAM + 40GB HDD
Max Mailboxes Supported       : 100 (Max. Page Capacity: Approx. 20,000 pages)
Max Copy Reservation          : 20 Jobs
Scanning Resolution           : 600 x 600 dpi
Printing Resolution           : 1200 x 600 dpi (Interpolated)
Halftone                      : 256-Level Grayscale
Letter                        : 86 cpm (Letter) 43 cpm (11" x 17")
First Copy Time               : 3.0 Seconds (From Platen)
Multiple Copies               : 1 - 9,999
Magnification     From Glass  : 25% - 400% (In 1% increments)
From Feeder                   : 25% - 200% (In 1% increments)
Preset Reductions             : 25%, 50%, 64%, 73%, 78%
Preset Enlargements           : 121%, 129%, 200%, 400%
Acceptable Originals          : Sheets, Books, 3Dimensional Objects up to 4.4 lb.
Maximum Original Size         : 11" x 17"
Max. Copy Size                : 11" x 17"
Min. Copy Size                : 3-15/16" x 5-7/8" (Stack Bypass)
Standard Paper Capacity       : 4,150 Sheets
Dual Front-Loading Drawers    : 1,500 Sheets each
Dual Front-Loading Cassettes  : 550 Sheets each
Optional Paper Supply         : 3,500-Sheet
Manual Bypass                 : 50-Sheet Stack Bypass
Maximum Paper Capacity        : 7,650 Sheets

Acceptable Paper Weights     

Cassette                      : 17 lb. Bond to 110 lb. Index (All Sources)
Duplexing                     : Standard Automatic Trayless Duplexing
Warm Up Time                  : 6 Minutes or Less
Exposure Control              : Automatic or Manual (Text, Photo, or Text/Photo)
Power Requirements Plug       : NEMA 6-15R
Power Consumption             : 2kW
 usa.canon.com

Tuesday, July 23, 2013

imageCLASS D550

Overview

Offering speed, convenience and reliability in a virtually maintenance-free and compact design, the imageCLASS D550 Black & White Laser Multifunction Copier is the perfect solution for any home or small office.


All-Mode Duplex
 Enhancing home and small office operation, Canon’s imageCLASS D550 provides all-mode duplex capabilities for printing, copying and scanning. With this duplexing capability, customers will be able to significantly reduce paper consumption by duplex printing documents from a PC. Through the device’s 50-sheet duplex automatic document feeder (DADF), output is easily duplex printed for a more streamlined office workflow.

Smart Paper Handling

 The imageCLASS D550 boasts print and copy speeds of up to 26 pages-per-minute (ppm) for letter-sized output, and delivers Quick First Prints or copy pages in approximately 6 seconds. Load paper easily in the 250-sheet paper cassette and your black and white output comes out crisp and fast. Reduce and enlarge, collate or make draft copies from the easy to use control panel.

Single Cartridge System

 The imageCLASS D550 also incorporates the Canon Single Cartridge System, which combines the toner and drum in one easy-to-replace unit, resulting in excellent image quality retention and eliminating the complication and warehousing of separate toner and drum consumables.

Desktop Solution

 The imageCLASS D550 is specifically designed for home/small office placement and provides convenient access to the office functions you require.

Specifications   

Main Unit SpecPrinter

Printing Method                     : Monochrome Laser
Print Speed (up to)Black            : Up to 26 ppm (letter)
Print Resolution (Up to) Black      : Up to 600 x 600 dpi; 1200 x 600 dpi quality
Copy Resolution (up to)             : Up to 600 x 600 dpi
Copy Speed (up to)                  : Up to 26cpm Letter
Type                                : Monochrome Laser
No. of Copies                       : Maximum 99 copies
Zoom                                : 25-400% in 1% increments
Halftones                           : 256 levels
First Copy Time                     : Approximately 9 seconds
Reduction / Enlargement             : 25% 50%, 64%, 78%/ 129%, 200% 400%
Copy Features                       : ID Card Copy, 2 on 1, 4 on 1, Collate,etc
Scanner Type                        : Color Contact Image Sensor (CIS)
Max. Resolutions                    : Optical:Up to 600 x 600 dpi
Interpolated                        : 9600 x 9600
Color Depth                         : 24-bit
Max. Document Size Platen           : Up to 8.5" x 11"
                   ADF              : 5.5" x 5" to 8.5" x 14"
File Format                         : Hi-Compression PDF, Searchable PDF, PDF, : : JPEG, TIFF, BMP 1
Power Consumption (approx.)         : 1,090W (Max)
                                    : 10W (Standby)
                                    : 3W (Energy Saver Mode)
Dimension (W x D x H)               : 15.4" (W) x 16.9" (D) x 14.3" (H)
Weight                              : 27.4 lbs. (w/o cartridge)
                                    : 28.7 lbs. (w/cartridge)
Warranty                            : 1 year limited carry-in/exchange warranty
: Extended warranty available

From  : usa.canon.com

Canon Expands imageRUNNER ADVANCE Line With Two New Monochrome Series


Continuing to build upon their full-service imageRUNNER ADVANCE platform which was unveiled last year, Canon U.S.A. announced last week the monochrome imageRUNNER ADVANCE 8000 Series and 6000 Series of multifunction systems. Offering a seamless blend of hardware, software and services initially seen in their award-winning imageRUNNER color models, the new black-and-white models deliver improved image quality with exceptional output speeds for a more enhanced workplace efficiency needed in today's competitive business environment.

"The new Canon imageRUNNER ADVANCE Series are advanced document management systems that increase workplace efficiency for organizations seeking to contain costs and increase profitability," said Sam Yoshida, vice president and general manager, Imaging Systems Group, Canon U.S.A. "Featuring innovative hardware and carefully engineered software applications that target light production and high-volume office environments, the imageRUNNER ADVANCE lineup allows businesses to increase office productivity while managing costs across a broad range of document-related activities."

imageRUNNER ADVANCE 8000 Series

The imageRUNNER ADVANCE 8105/8095/8085 models deliver exceptional output quality, speed, flexible paper handling options, and robust finishing solutions that many businesses desire. By utilizing the capabilities of the Advanced imageCHIP system architecture the imageRUNNER ADVANCE 8000 Series models offer functionality and flexibility necessary to meet the constantly evolving demands of production environments of central reproduction departments and in-house facilities. Print service providers requiring monochrome letter-sized output speeds of up to 105 pages per minute (ppm)/ 95 ppm/ 85ppm will want to look at the 8105/8095/8085 models respectively.

Also notable about these new models are their exceptionally fast scan speeds in both black-and-white and color. The printers are equipped with a standard, single-pass duplex scanning unit which enables these devices to capture both sides of a two-sided original in a single pass. The series are capable of delivering scan speeds of up to 200 images-per-minute (ipm) black-and-white and 100 ipm in color at 300 dots-per-inch (dpi) in letter format.

The imageRUNNER ADVANCE 8105/8095/8085 models feature a maximum paper capacity of up to 7,700 sheets and are equipped to carry up to 80 pound cover media and paper sizes up to 13 x 19.25-inches. Coupled this with its flexible media capabilities and its easy to see why the imageRUNNER ADVANCE 8000 Series delivers improved productivity by performing functions previously reserved for dedicated production equipment. High-volume capabilities including multiple folding options, professional punching, post-process document insertion and face-trimming booklets can now be retained in-house without the need for a separate machinery which provides more cost efficiencies.

In addition to its production capabilities the series offers a revolutionary 120-volt power requirement and a space-saving footprint to offer greater device placement flexibility. All these features make the imageRUNNER ADVANCE 8000 Series an ideal choice for high-volume offices seeking greater speed and productivity.

imageRUNNER ADVANCE 6000 Series

With output speeds of up to 75ppm, 65ppm, and 55ppm (Letter), respectively, the imageRUNNER ADVANCE 6075/6065/6055 models allow for high-volume corporate environments to harness the capabilities of an advanced Multifunction Printer solution to address their particular workflow requirements. The compact imageRUNNER ADVANCE 6075/6065/6055 models deliver enhanced performance including rapid print, copy, and color scan capabilities as well as the ability to manage documents and produce finished outputs. As with the imageRUNNER ADVANCE 8000 Series, the imageRUNNER ADVANCE 6000 Series models include a powerful high-speed single pass duplex scanning unit which boosts productivity and reduces costs.

The imageRUNNER ADVANCE 6075/6065/6055 models also feature a maximum paper capacity of up to 7,700 sheets and can support up to 80 lb. Cover media, while handling paper sizes up to 11 x 17-inches. Medium-volume office environments utilizing the imageRUNNER ADVANCE 6000 Series can enjoy flexible in-line finishing capabilities such as multi-position stapling, booklet-making, post-process document insertion and C/Z- folding capabilities.

Newly Advanced Technology

The new imageRUNNER ADVANCE 8000 and 6000 Series monochrome models employ a host of new technologies designed to improve the user experience while also streamlining workplace efficiency. In addition to the space-saving design, the new models incorporate a Full Color SVGA Control Panel which utilizes a customizable user interface with Main Menu keys for easy access to popular functions as well as a Quick Menu key to help simplify your workflow and share frequently used job functions via one-touch buttons. Also included with all models is remote notification of low-supply inventory and an "on-the-fly" paper or toner replacement which ensures that your high-volume jobs can run without interruption.

The new imageRUNNER ADVANCE models also utilize "pO" toner in conjunction with the twin-sleeve technology employed in Canon's black-and-white imagePRESS line. This allows the models to reproduce detailed images and text with smooth gradations and ensure the toner is evenly distributed throughout the entire print run. When precise detail is needed the new models can provide a true 1,200 x 1,200 dpi resolution and Auto Gradation Adjustment for a smooth, accurate and consistent output. Additionally, all new models support Canon's MEAP technology, allowing for greater integration with customer's business processes and other third-party software applications.

The new imageRUNNER ADVANCE models are expected to be available for customer delivery in the second quarter of 2010 through Canon Authorized Dealers and Canon Business Solutions. The manufacturer's suggested retail prices will be:

imageRUNNER ADVANCE 8105 – $50,000
imageRUNNER ADVANCE 8095 – $39,000
imageRUNNER ADVANCE 8085 – $33,000
imageRUNNER ADVANCE 6075 – $28,000
imageRUNNER ADVANCE 6065 – $21,500
imageRUNNER ADVANCE 6055 – $17,000

Source: usa.canon.com

Kyocera KM 5050 Specification

Many businesses rely on their central multifunctional product for all of their business document challenges and requirements, and the need for exceptional performance and dependability is paramount. The KM-5050 Multifunctional System, built on Kyocera’s award-winning engine platform, delivers what businesses are looking for in an MFP. With innovative features and capabilities, the KM-5050 can deliver results for every business.
Functions                     : Print/Color Scan/Copy/Fax
Speed                         : 50 PPM
Max Monthly Duty Cycle        : 200,000 Pages per Month
Resolution                    : 600 x 600 dpi (High Resolution)
Standard Paper Supply         : 500 x 2, 200 Sheet MPT
Max Paper Size                : 11" x 17"
Max Paper Weight              : Up to 110 lb. Index
Original Size                 : 11" x 17"
Duplexing                     :Standard
Network Connectivity Standard : 10/100BaseTX, Parallel, Hi-Speed USB 2.0;USB Host : (3)
PDL                           : PRESCRIBE, PCL 6 (XL, 5e), KPDL3 (PS3), KCGL
                              :(HPGL/2), Diablo 630, IBM ProPrinter X24
Fax Modem Speed               : 33.6 kbps
Fax Memory                    : Shared System Memory

Monday, July 22, 2013

Mobile enterprise application platform ( MEAP )

A mobile enterprise application platform (MEAP) is a comprehensive suite of products and services that enable development of mobile applications. The term was coined in a Gartner Magic Quadrant report in 2008 when they renamed their "multi-channel access gateway market".

Purpose

MEAPs address the difficulties of developing mobile software by managing the diversity of devices, networks and user groups at the time of deployment and throughout the mobile solution’s lifecycle. Unlike standalone apps, a MEAP provides a comprehensive, long-term approach to deploying mobility. Cross-platform considerations are one big driver behind using MEAPs. For example, a company can use a MEAP to develop the mobile application once and deploy it to a variety of mobile devices (including smart phones, tablets, notebooks and ruggedized handhelds) with no changes to the underlying business logic.

Platform applications are best for companies that wish to deploy multiple applications on a single infrastructure, scaled to the size of their current mobile field force and available in an online and offline mode. Mobile platforms provide higher level languages and easy development templates to simplify and speed the mobile application development timeframe, requiring less programming knowledge for mobile business application deployment.

Rule of three

The Rule of Three refers to a concept developed by analyst firm Gartner, whereby companies are encouraged to consider the MEAP approach to mobility when they need their mobile solutions to:

+     Support three or more mobile applications
+     Support three or more mobile operating systems (OS)
+     Integrate with at least three back-end data sources

According to Gartner, using a common mobility platform, like a MEAP, brings considerable savings and strategic advantages in this situation.
Structure

Components and Features

A MEAP solution is generally composed of two parts: a mobile middleware server and a mobile client application. A middleware server is the solution component that handles all system integration, security, communications, scalability, cross-platform support, etc. No data is stored in the middleware server – it just manages data from the back-end system to the mobile device and back. Most MEAPs also come with a mobile configuration/development toolset that allows companies to create and adjust the mobile solutions.

Mobile applications are software that connect to the middleware server and drives both the user interface and the business logic on the device. These applications are often able to transfer seamlessly across the Mobile operating system, as a platform to launch applications upon. Mobile apps can be deployed as "thick" applications—or native apps that are installed on the device - or rendered in the device's browser using technologies such as HTML5 (something that's often called the "thin" approach). Whether a "thick" or "thin" application is deployed depends on application complexity, device support, requirements for user experience, and the need for app availability in the absence of network coverage.
Features and capabilities

    MEAPs can support more than one type of mobile device and operating system without having to maintain separate sets of code.
    MEAP typically contains a mobile middleware server where integration connectivity, security, app management are supported.
    Writing a custom app extension is very easy with most MEAP solutions because they use 4GL techniques that do not require writing code. This toolset comes in the shape of plug-in for an industry standard IDE, such as Eclipse.
    Currently, some new toolsets have been introduced into MEAP solution for hybrid mode, which uses JavaScript based UI design SDK, such as Dojo Toolkit, YUI Library, jQuery Mobile, Sencha Touch. And a new JavaScript based Device featured APIs encapsulation(GeoLoc, Connective, AccMeter, Camera, G sensor, Events, File system, etc.) is plugged into IDE as well, such as PhoneGap(Cordova), Appcelerator. That means a custom APP can use most of mobile device features without any of 4GL coding or native coding, and make it once developed, deployed anywhere.

    Integrate with multiple server data sources for leverage SOA services from backend systems.
    Leverage development skill and tools you already know and expertise you already have. More details are in the Mobile application development section.
    Centrally manage mobile applications. The management of the actual devices that is more tailored for B2E scenario and it is typically done with the MDM
    Enhance existing business platforms by making them accessible to users anywhere, at any time.

    MEAPs Can be run on the cloud 

Types of Multifunction printer

MFP manufacturers traditionally divided MFPs into various segments. The segments roughly divide the MFPs according to their speed in pages per minute (ppm) and duty cycle/robustness. Despite this, many manufacturers are beginning to avoid the segment definition for their products, as speed and basic functionality alone are often not sufficient to differentiate the many features that the devices are capable of. Two color MFPs of a similar speed will be in the same segment, despite having potentially very different feature sets, and therefore very different prices. From a marketing perspective, the manufacturer of the more expensive MFP would want to differentiate their product as much as possible to justify the price difference, and therefore the segment definition is avoided.
Many MFP types, regardless of the category they fall in to, also come in a "printer only" variety, which is the same model without the scanner unit included. This is even the case with devices where the scanner unit physically appears to be highly integrated into the product.
Today, Multifunction printers are available from just about all printer manufacturers. They are designed for home, small business, enterprise and commercial use. Naturally, the cost, usability, robustness, throughput, output quality, etc. all vary with the various use cases. However, they all generally do the same functions; Print, Scan, Fax, and Photocopy. In the commercial/enterprise area, most MFP have used Laser Printer technology, while in the personal, SOHO environments, Inkjet Printer technology has been used. Typically Inkjet printers have struggled with delivering the performance and color saturation demanded by enterprise/large business use. However, HP has recently launched a business grade MFP using Inkjet technology.

In any case, instead of rigidly defined segments based on speed, more general definitions based on intended target audience and capabilities are now becoming much more common. While there is no formal definition, it is common agreed amongst MFP manufacturers that the products fall roughly into the following categories:


AIO

An AIO is a small desktop unit, designed for home or home office use.
Generally the features an AIO has focus on scan and print functionality for home use, and may come with bundled software for organising photos, simple OCR and other uses of interest to a home user. An AIO will always include the basic functions of Print and Scan, with most also including Copy functionality and a lesser number with Fax capabilities.
AIO devices are usually not networked and are generally connected by USB or Parallel.
An interesting note about AIO devices is that they often have features lacking in the larger devices, due to their target towards home users. These functions include smart card readers, direct connection to digital cameras (e.g. PictBridge technology) and other similar uses.
The print engine of most AIOs is based on either a home desktop inkjet printer, or a home desktop laser printer. They may be black and white or colour capable.

On some AIOs, like the Hewlett-Packard Photosmart C8180 printer, have a DVD burner and Lightscribe functionality where the user could burn DVDs and create an image on a special Lightscribe DVD or CD using special software like Roxio or Nero AG Software Suite to create the image. To create a Lightscribe image, it takes about 10–25 minutes to make.


SOHO MFP

A large desktop or small freestanding unit, designed for Small Office/Home Office use. Often, the form factor of the MFP (desktop or freestanding) depends on the options added, such as extra paper trays or so on.
Generally a SOHO MFP will have basic Print, Copy, Scan and Fax functionality only, but towards the larger end of the scale, may include simple document storage and retrieval, basic authentication functions and so on, making the higher end of the "SOHO" scale difficult to differentiate from the lower end of the "Office" MFP scale.
SOHO MFPs are usually networked, however may also be connected via USB or, less frequently, parallel. SOHO MFPs may have basic finishing functionality such as duplexing, stapling and holepunching, however this is rare. In general, document output offset, sorting and collation are standard capabilities.
By comparison to an AIO, a SOHO MFP is more likely to have an automatic document feeder, greater fax capabilities and faster output performance. Most SOHO MFPs have their history in low end black and white photocopiers, and the print engine is therefore based around this type of technology.


Office MFP

A mid-sized freestanding unit, designed as a central office system.
These units are usually the most fully featured type of MFP. They include the basic Print, Copy and Scan functions with optional fax functionality as well as networked document storage with security, authentication using common network user credentials, ability to run custom software (often a manufacturer will supply a Software Development Kit), advanced network scan destinations such as FTP, WebDAV, Email, SMB and NFS stores, encryption for data transmission and so on.
Office MFPs usually have moderately advanced finishing functions as options such as duplexing, stapling, holepunching, offset modes and booklet creation.
Office MFPs are almost always networked, however some have optional or standard (but infrequently used) USB and parallel connections. Most Office MFPs have their history in mid range photocopiers (both colour and black and white), and the print engine is therefore based around this type of technology, however, Hewlett-Packard recently introduced two Office MFPs based on fixed head Inkjet technology.


Production printing MFP

A large sized freestanding unit, designed as a central printing device or reprographic department device.
These devices, while far larger and more expensive than Office MFPs, generally do not have all of the advanced network functionality of their smaller relations. They instead concentrate on high speed, high quality output, and highly advanced finishing functionality including book creation with cover insertion (including hot-glue binding) and so on. Production Printing itself is often further divided into "light" production printing and "heavy" production printing, with the differentiating factor being the speed. A 100ppm device for example, falls into the light Production Printing category by the standards of most manufacturers.
Because of the focus on printing, while most Production Printing MFPs have a scanner, it is infrequently used and often only has very basic functionality.
There are a variety of different print engines for Production Printing MFPs, however in the "light" end of the Production Printing market, most are based on the large Office MFPs, which themselves are based on photocopier technology as described above.
Production Printing MFPs may also be known as "Print on Demand" devices, or "Digital presses". This latter term can also be used to refer to the print controller controlling the MFP however.


Automatic document feeder


In multifunction or all-in-one printers, fax machines, photocopiers and scanners, an automatic document feeder or ADF is a feature which takes several pages and feeds the paper one page at a time into a scanner or copier, allowing the user to scan, and thereby copy, print, or fax, multiple-page documents without having to manually replace each page. Most copiers allow scanning on the flatbed or platen (the "glass") or through a document feeder. The vast majority of fax machines have an ADF, allowing the unattended sending of multi-page faxes. Due to the ubiquity of ADF in fax machines, some fax machine owners use the fax machine as a scanner, faxing multi-page documents to themselves. Document feeders are described by speed, in pages per minute or ppm, and capacity, usually in a range from 10 sheets to 200.


There are two kinds of document feeders capable of two-sided (duplex) scanning: a reversing automatic document feeder or RADF scans one side of a page, then flips it and scans the other side. A duplexing automatic document feeder or DADF scans both sides in one pass. The advantage of the DADF is faster speed for two-sided originals. RADFs and DADFs are rated in images per minute (IPM), the number of sides they can scan each minute.

Sunday, July 14, 2013

How do I fix error E602-002 for Canon Image Runner Machines


There are several ways to repair the damage E602-002 on IR5000 copier

1)  with how to use the software from the canon of SST (service support tool), which in its existing option to format the hard drive of the machine.

2)  a way to clone data from hard drives Canon ir5000 machine that has the same version. with a record we should have a data backup the hard drive is used as a master.

3)  by reformatting the hard drive copier through the program menu is in it, yes it goes into * 28 * - copier - function - system - hd format.

I hope this article could be useful for all who read it.

thank you



Xerographic process


The first commercial use was hand processing of a flat photosensor (an electronic component that detects the presence of visible light) with a copy camera and a separate processing unit to produce offset lithographic plates. Today this technology is used in photocopy machines, laser printers, and digital presses which are slowly replacing many traditional offset presses in the printing industry for shorter runs.

By using a cylinder to carry the photosensor, automatic processing was enabled. In 1960 the automatic photocopier was created and many millions have been built since. The same process is used in microform printers and computer output laser or LED printers. A metal cylinder is mounted to rotate about a horizontal axis. This is called the drum. The drum rotates at the speed of paper output. One revolution passes the drum surface through the steps described below.

The end-to-end dimension is the width of print to be produced plus a generous tolerance. The drums in the copiers originally developed by Xerox Corporation were manufactured with a surface coating of amorphous selenium (more recently ceramic or organic photo-conductor or OPC), applied by vacuum deposition. Amorphous selenium will hold an electrostatic charge in darkness and will conduct away such a charge under light. In the 1970s, IBM Corporation sought to avoid Xerox's patents for selenium drums by developing organic photoconductors as an alternative to the selenium drum. In the original system, photocopiers that rely on silicon or selenium (and its alloys) are charged positive and use negative toner. Photo-conductors using organic compounds (e.g., zinc oxide or cadmium sulfide) are vice versa.Organic photoconductors are now preferred because they can be deposited on a flexible, oval or triangular belt instead of a round drum.
Laser printer photo drums are made with a doped silicon diode sandwich structure with a hydrogen-doped silicon light chargeable layer, a boron nitride rectifying (diode causing) layer that minimizes current leakage, as well as a surface layer of silicon doped with oxygen or nitrogen, silicon nitride is a scuff-resistant material.

The steps of the process are described below as applied on a cylinder, as in a photocopier. Some variants are described within the text. Every step of the process has design variants. The physics of the xerographic process are discussed at length in a book.

Ø  Step 1. Charging

An electrostatic charge of −600 volts is uniformly distributed over the surface of the drum by a corona discharge from a corona unit (Corotron), with output limited by a control grid or screen. This effect can also be achieved with the use of a contact roller with a charge applied to it. Essentially, a corona discharge is generated by a narrow wire 1⁄4 to 1⁄2 inch (6.35 to 12.7 mm) apart from the photoconductor. A negative charge is placed on the wire, which will ionize the space between the wire and conductor, so electrons will be repelled and pushed away onto the conductor. The conductor is set on top of a conducting surface, kept at ground potential.
The polarity is chosen to suit the positive or negative process. Positive process is used for producing black on white copies. Negative process is used for producing black on white from negative originals (mainly microfilm) and all digital printing and copying. This is to economize on the use of laser light by the "blackwriting" or "write to black" exposure method.

Ø  Step 2. Exposure

The document or microform to be copied is illuminated by flash lamps on the platen and either passed over a lens or is scanned by a moving light and lens, such that its image is projected onto and synchronized with the moving drum surface. Alternatively, the image may be exposed using a xenon strobe, onto the surface of the moving drum or belt, fast enough to render a perfect latent image. Where there is text or image on the document, the corresponding area of the drum will remain unlit. Where there is no image the drum will be illuminated and the charge will be dissipated. The charge that remains on the drum after this exposure is a 'latent' image and is a negative of the original document.
Whether in a scanning or a stationary optical system, combinations of lenses and mirrors are used to project the original image on the platen (scanning surface) onto the photoconductor. Additional lenses, with different focal lengths or zooming lenses are utilized to enlarge or reduce the image. The scanning system, though, must change its scanner speed to adapt to elements or reductions.
A drum is inferior to a belt in the sense that although it is simpler than a belt, it must be buffered gradually in parts rolling on the drum. As a result, the belt is more efficient to use one exposure to make a direct passage.
In a laser or LED printer, modulated light is projected onto the drum surface to create the latent image. The modulated light is used only to create the positive image, hence the term "blackwriting".

Ø  Step 3. Development

In high-volume copiers, the drum is presented with a slowly turbulent mixture of toner particles and larger, iron, reusable carrier particles. Toner is a powder; its early form was carbon powder, then melt-mixed with a polymer. The carrier particles have a coating which, during agitation, generates a triboelectric charge (a form of static electricity), which attracts a coating of toner particles. In addition, the mix is manipulated with a magnetic roller to present to the surface of the drum or belt a brush of toner. By contact with the carrier each neutral toner particle has an electric charge of polarity opposite to the charge of the latent image on the drum. The charge attracts toner to form a visible image on the drum. To control the amount of toner transferred, a bias voltage is applied to the developer roller to counteract the attraction between toner and latent image.
Where a negative image is required, as when printing from a microform negative, then the toner has the same polarity as the corona in step 1. Electrostatic lines of force drive the toner particles away from the latent image towards the uncharged area, which is the area exposed from the negative.
Early color copiers and printers used multiple copy cycles for each page output, using colored filters and toners. Modern units use only a single scan to four separate, miniature process units, operating simultaneously, each with its own coronas, drum and developer unit.

Ø  Step 4. Transfer

Paper is passed between the drum and the transfer corona, which has a polarity that is the opposite of the charge on the toner. The toner image is transferred from the drum to the paper by a combination of pressure and electrostatic attraction. On many color and high-speed machines, it is common to replace the transfer corona with one or more charged Bias Transfer Rollers (BTRs), which apply greater pressure and produce a higher quality image.

Ø  Step 5. Separation or Detack

Electric charges on the paper are partially neutralized by AC from a second corona, usually constructed in tandem with the transfer corona and immediately after it. As a result, the paper, complete with most (but not all) of the toner image, is separated from the drum or belt surface.

Ø  Step 6. Fixing or fusing

The toner image is permanently fixed to the paper using either a heat and pressure mechanism (Hot Roll Fuser) or a radiant fusing technology (Oven Fuser) to melt and bond the toner particles into the medium (usually paper) being printed on. There also used to be available "Offline" vapor fusers. These were trays covered in cotton gauze which was sprinkled with a volatile liquid, such as ether. When the transferred image was brought into proximity with the vapor from the evaporating liquid the result was a perfectly fixed copy without any of the distortion or toner migration which can occur with the other methods. This method is no longer used due to emissions of fumes.

Ø  Step 7. Cleaning

The drum, having already been partially discharged during detack, is further discharged by light. Any remaining toner, that did not transfer in Step 6, is removed from the drum surface by a rotating brush under suction, or a squeegee known as the cleaning blade. This 'waste' toner usually is routed into a waste toner compartment for later disposal; however, in some systems it is routed back into the developer unit for reuse. This process, known as Toner Reclaim, is much more economical but can possibly lead to a reduced overall toner efficiency through a process known as 'toner polluting' whereby concentration levels of toner/developer having poor electrostatic properties are permitted to build up in the developer unit, reducing the overall efficiency of the toner in the system.
Some systems have abandoned the separate developer (carrier). These systems, known as Mono Component, operate as above but use either a magnetic toner or fusible developer. There is no need to replace worn-out developer, as the user effectively replaces it along with the toner. An alternative developing system, developed by KIP from an abandoned line of research by Xerox, completely replaces magnetic toner manipulation and the cleaning system, with a series of computer-controlled, varying biases. The toner is printed directly onto the drum, by direct contact with a rubber developing roller which, by reversing the bias, removes all the unwanted toner and returns it to the developer unit for re-use.
The development of xerography has led to new technologies that some[who?] predict will eventually eradicate traditional offset printing machines. These new machines that print in full CMYK color, such as Xeikon, use xerography but provide nearly the quality of traditional ink prints.

A mnemonic sentence that is helpful to remember the steps sequence in the xerographic process is: Can I Eric Do The Funky Chicken Dance? (Charging, Imaging, Exposing, Developing, Transferring, Fusing, Cleaning and Discharging).


From : wikipedia