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EPSON ® ESC/I TM Scanner GT-1000 GT-4000 GT-6000 ES-300C GT-6500 ES-600C GT-8000 ES-800C GT-8500 ES-1000C GT-9000 ES-1200C GT-5000 Action Scanner II GT-300 ES-300GS Reference Manual.
All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of Seiko Epson Corporation.
Preface This manual was designed to be a comprehensive guide to programming EPSON scanners using the advanced ESC/I control language. It was written with both the professional and advanced hobbyist programmer in mind. Before you begin using this manual, you should thoroughly review the operating instructions in your scanner’s user’s guide.
iv.
Contents Introduction Manual Construction . . . . . . . . . . . . . . . . . . . . . . . . . 1-2 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2 Command Usage . . . . . . . . . . . . . . . . . . . . . . . . . 1-2 Command Reference .
Using Scanner Features . . . . . . . . . . . . . . . . . . . . . . . . . 1-23 Scanning multiple shade documents for output on devices capable of expressing multiple shades. . . . . . . . . . . . . . . . . . . . . . . . . . 1-23 Scanning multiple shade documents for bi-level output devices capable of black and white only .
Auxiliary Commands . . . . . . . . . . . . . . . . . . . . . . . . . 2-18 1. Initialize the scanner (ESC @) . . . . . . . . . . . . . . . . 2-18 2. Set the scanning mode (ESC g) . . . . . . . . . . . . . . . . 2-18 3. Set the line counter (ESC d) . . .
Chapter 3 Command Reference Summary of the Scanner Commands . . . . . . . . . . . . . . . . . . 3-2 Format of the Command Reference . . . . . . . . . . . . . . . . . . 3-4 Execution Commands . . . . . . . . . . . . . . . . . . . . . . . . . 3-6 Data Form Definition Commands .
Appendix B Scanner Model Technical Data GT-1000 Technical Data . . . . . . . . . . . . . . . . . . . . . . . B-2 Physical Characteristics . . . . . . . . . . . . . . . . . . . . . B-2 Error Indications . . . . . . . . . . . . . . . . . . . . . . . . .
GT-8000 (ES-800C) Technical Data . . . . . . . . . . . . . . . . . . B-43 Physical Characteristics . . . . . . . . . . . . . . . . . . . . . . B-43 Error Indications . . . . . . . . . . . . . . . . . . . . . . . . . B-43 Software Functions and Settings .
Introduction Introduction 1.
Manual Construction This manual consists of the following sections: ❏ Overview ❏ Command Usage ❏ Command Reference ❏ Appendix The contents of each of these sections is described below: Overview Presents an overview of scanner functions, EPSON scanner features, control codes, and programming concepts.
Using This Manual To get the most out of this manual, you should follow the steps below: To understand EPSON scanners Read through the overview once, and then read the Command Usage section in depth. To write a scanner control program Read through the overview once, then read the Command Usage section.
4 Introduction.
Chapter 1 Overview This chapter provides a brief description of scanner operations and concepts. The special features of EPSON brand scanners are also outlined in this chapter.
What Is a Scanner A scanner is a device that performs the following functions: ❏ Reflects light off your documents ❏ Separates the light by color and intensity ❏ Converts that reflected light to.
Main scan The horizontal scanning direction Sub scan The vertical scanning direction By combining the main scan and sub scan data, an entire page can be converted into organized digital data.
Reading color By illuminating the document with three lights, red (R), green (G), and blue (B), the scanner can analyze and separate a document’s three color components. The computer can then overlay this color-separated data to produce full-color images.
EPSON Scanner Features EPSON scanners feature the following special attributes. ❏ A unified control code structure All scanner features are controlled by EPSON’s ESC/I scanner control codes, so the commands for each feature are the same for all scanner models.
❏ Optional automatic document feeder An automatic document feeder can be mounted on the GT-8000 (ES-800C), GT-6500 (ES-600C), GT-8500 (ES-1000C), or GT-9000 (ES-1200C) scanner models, allowing you to automatically load and scan multiple documents.
Control Code Construction Function level The EPSON image scanner control language currently has the following function levels: B1 to B5 and A5. The relationship of each level is shown in the following diagram. Each level contains the commands and features of all lower levels.
Computers and Handshaking Scanners are connected to their host computers by some kind of interface. Since a scanner sends data to the computer, the interface must carry data not only from the computer to the scanner, but also from the scanner to the computer.
Image Data The manner in which an image is converted into data and the way the data is sent to the computer is predetermined. The following sections describe this process. Image data format The smallest element of image data is called a pixel (short for picture element).
As you increase the amount of data, you dramatically increase the number of minute differences in color you can represent. Bits per pixel Monochrome shades Colors 1 bit/color/pixel 2 8 2 bits/color/pi.
Line data transfer The scanner reads one horizontal line of data (main scan) and sends it to the computer. After the computer confirms it has received the data, the scanner sends the next line of data. The scanner repeats theses steps until data for the entire image is sent to the computer.
Block data transfer Line data transfer sends the data to the computer line by line. However, block data transfer sends multiple lines of data to the computer all at once. You can use commands to specify the number of lines sent at one time; in this way you can select the most efficient block size to send your data.
Functions EPSON scanners feature a number of various functions. A brief overview of these functions is provided below. For more detailed explanations, see the following chapter on using these functions, as well as the command reference section. Image definition Brightness This function allows you to set the brightness at which images are scanned.
Gamma correction Gamma correction is a function that adjusts the light intensity so it matches the output device. Although an image may display clearly on your CRT display, your printer may not produce it the same way. Since image reproduction depends on the output device (CRT, printer, etc.
Halftoning Halftoning adjusts the shade and color of each pixel according to the shade and color of the surrounding pixels. Setting halftoning to large results in a sharper contrast between dots. Setting halftoning to small results in reduced contrast.
Data form definition Data format The data format function determines how many bits are used to represent one pixel. Increasing the bits increases the number of shades and intensity that can be expressed. However, the data required to represent an image is also increased.
Resolution The resolution determines how detailed a scan is. The resolution is normally defined as the number of dots scanned per inch. The units of resolution are dots per inch. You can also think of it as the density of pixels in the image. The greater the resolution, the greater the image detail you can scan.
Zoom The zoom function causes an image scanned at the same resolution as the output device to be output at a greater size than the original. The zoom function can be set independently from the resolution setting.
Scanning area The maximum scannable area for each scanner is determined by the physical dimensions of the document table. You can also use commands to tell the scanner to scan only a certain portion of your document. You set the scanning area in units of pixels.
Color setting Setting the color determines the method used for scanning. If you select monochrome scanning, you can specify either red (R), green (G), or blue (B) as the dropout color. The scanner then ignores the specified dropout color when scanning a document.
Image processing Halftoning For documents with many shade gradations (like a photograph) in full-color mode (24-bit data), you can faithfully reproduce the image on a full-color output device.
Halftone mode C None Dither mode A Dither mode B Dither mode C Dither mode D 1-22 Overview.
Color correction Colors expressed on different types of color output devices vary slightly depending on each device’s characteristics. The color correction feature allows you to adjust colors on output devices to more closely approximate your original document.
Scanning multiple shade documents for bi-level output devices capable of black and white only When you scan multiple shade documents and output them to devices capable of expressing only black and white, use the following feature settings for best results.
Chapter 2 Command Usage 2 Command Usage 2-1.
Execution Commands Execution commands tell the scanner to send back data to the computer. Use execution commands to begin image data transfer from the scanner to the computer, to obtain the scanner ID and status, and to obtain information on the current scanner settings.
2. Request ID (ESC I) When the scanner receives this command, it relays the scanner ID information to the computer in the following order. Scanner command level Available resolution values Maximum sca.
5. Request condition (ESC S) This command causes the scanner to send a data block to the computer that contains the current values of the settings for all the scanner’s features. The features available are different for each scanner model. Following is a sample of a B4-level data block sent when the scanner receives this command.
Data Form Commands Data form commands regulate the amount of image data sent to the computer (as determined by the setting for scanning color, resolution, tone, and zoom). 1. Set Color Mode (ESC C) This command sets either color or monochrome scanning.
For example, if you specify 8 bits per pixel for each color, the scanner produces 8 bits of data per pixel per color. This requires eight times the data necessary to represent 1 bit/pixel/color.
3. Set Resolution (ESC R) You can set different values for the resolution for the main scan (horizontal direction) and the sub scan (vertical direction). You can find the resolutions available by reading the scanner’s user’s manual or, from within a program, sending the ID Request command.
Set zoom and other commands. The combination of this command and the ESC R (Set resolution) command determine the maximum number of dots you can scan. You can calculate the number of dots by multiplying the zoom percent by the original dot setting. 5.
Image Setting Commands Image setting commands are commands that tell the scanner what kinds of image processing to perform on the image data. Brightness settings and gamma correction (adjusting for input and output brightness) settings are examples. 1.
2. Set gamma correction (ESC Z) This command adjusts the scanned data according to the type of output device you plan to use. The gamma correction setting is independent of any other scanner settings.
CRT Display B This setting is suitable for 256-color displays and other displays that are capable of showing multiple color levels. On these types of displays, scanned data appears dark and grainy. CRT Display B gamma correction processes the image data to appear more continuous, improving its display appearance.
3. Download gamma table (ESC z) Using this command, you can select the table used for gamma correction. You can specify the type of output adjustment produced for each of the 256 available color tones. For example, to achieve the following type of image correction, you can set the values determined by the equation below.
Image Processing Commands Image processing commands are used to modify scanned data before sending it to the computer. Two commands are available: halftone processing and color correction. 1. Set halftoning mode (ESC B) Th is c o mm and enab l es or d i sab l es ha lft one p r ocess i ng f o r b i-l eve l da t a a nd quad -l eve l d a t a .
❏ Dither mode B Processes data using a 4 × 4 spiral pattern ❏ Dither mode C Processes data using a 4 × 4 screen pattern ❏ Dither mode D Processes data using a 8 × 4 screen pattern ❏ User-de.
ESC B and other commands The scanner ignores the image processing you select with the ESC B command if you have already selected 3 bits/color/pixel or higher with the ESC D command. 2. Download dither pattern (ESC b) This command defines the dither pattern that is selected when you use ESC B to select user-defined dither patterns A and B.
To determine the data for a typical spiral dither pattern like the one shown in figure a, multiply the threshold value by 16 and add 8; the results are the values shown in figure b.
❏ CRT displays Use for color CRT displays ❏ User defined setting Use for your customized output. ❏ No color correction ESC M and other commands The ESC M command is effective only after you select color line scanning or byte scanning with the ESC C command.
Auxiliary Commands Auxiliary commands are provided for physical operation of the scanner. These commands include the reset command and option operation commands. 1. Initialize the scanner (ESC @) This command returns all scanner settings to their original values (the values when the scanner is first turned on).
3. Set the line counter (ESC d) Sending this command causes the scanner to send data in block format. If you don’t send this command at the beginning of each job, the scanner defaults to line mode and sends data after each line is scanned. You can set the parameter in this command from 1 to 255 lines.
4. Control option (ESC e) This command is effective only when an option has been installed on the scanner. If you send these commands when no option is installed, the scanner returns a NAK signal and a command error results. You can check if an option is installed by either using the ESC f command or by checking the option flag in the status byte.
2. Abort scanning (CAN) Usually you send an ESC G command to start scanning and, after the scanner sends a data block, the computer responds with an ACK code to confirm the data was received. If the computer sends a CAN code instead of the ACK code, the scanner cancels scanning and stops sending data.
Command Order By using the Request ID (ESC I) command, you can determine the scanner model. This allows you to create software that sends only the commands featured on that particular model. Always check the scanner ID before making settings with software commands.
3. Maximum scannable area This value is expressed in units of dots (main scan × sub scan), based on the maximum scannable area available when the scanner is set to the highest available resolution and zoom is set to 100%. Control flow Using the ID information, you should send commands to the scanner in the following order.
Recommended command order Send commands in the following order to control the scanner properly. Make sure to send the ESC R, ESC H, ESC A, and ESC G commands in the following order.
5. Following the order on the previous page, send the command to set the scanning area and send any other commands necessary to prepare for scanning. For details on these commands, see Chapter 3. 6. Send the ESC f command. Check if the option is enabled and make sure no error has occurred.
Data Block Transfer Order The computer sends commands and parameters to the scanner in 8-bit code format. The scanner sends data to the computer in groups of 8-bit codes called ‘‘ blocks. ’’ Data block structure Data blocks can take two forms: line data structure and block data structure.
Block data structure Block data consists of a 6-byte information block followed by n lines of image data ( n is the value of the line counter in the information block). You specify block data transfer with the ESC d (set line counter) command. By sending multiple lines of data at once, you can shorten the total data transfer time.
Status byte This byte indicates the color of the image data or the state of the scanner. Each bit in the Status byte has a different meaning, as shown in the following diagram. Currently, bits 0, 1, and 6 are reserved (not used). Error flag (bit 7) This flag is set to ‘‘ 1 ’’ when an error other than a command error occurs.
Scanning color (bits 2 and 3) These bits indicate the scanning color. When monochrome is selected, these bits indicate the dropout color (if a dropout color is selected). Byte counter The byte counter indicates the number of data bytes contained in each data line.
Data This is the data block following the information block. The type of data in the data block depends on the type of information requested by the computer.
The scanner function level The available resolutions The maximum scannable area The basic format of this data is as follows: The first two bytes show the scanner function level, in ASCII character format. The scanner function level tells you which commands are supported by the attached scanner.
Scanner state data This is the data sent in response to the ESC S (Request condition) command. The example below is for a B4-level scanner. The first two bytes are the ESC C (Set color) command’s parameters. The next 5 bytes are the ESC R (Set scanning resolution) command’s parameters.
Image data Monochrome, color line, and color byte scanning Use when sending monochrome and color line scanning data or color byte scanning data. This includes monochrome scanning when a dropout color is selected.
Color page scanning Use when sending color page data. 2-34 Command Usage.
Single data blocks Use when you expect single data blocks in response to the ESC I (Request ID) command, the ESC S (Request condition) command, the ESC F (Request status) command, and the ESC f (Request extended status) command.
Resolution, zoom, and maximum scannable area The ID information provides you the following values. R MAX (in dpi) : The maximum scannable area available X MAX (in dots) : The maximum main scan value (.
The main scan reading length ( n 3 ) must always be set in exact multiples of eight (8-dot units equal units of 1 byte). The main scan skip length ( n 1 ), sub scan skip length ( n 2 ), and sub scan reading length ( n 4 ) can be set in 1-dot increments.
Setting the scanning area Use the ESC R, ESC H, and ESC A commands to set the scanning area. The diagram below shows the relationship between the ESC R, ESC H, and ESC A command parameters and the scanning area.
n 1 = INT L X 1 × R X × H X 100 n 2 = INT L Y 1 × R Y × H Y 100 n 3 = 8 × INT L X 2 × R X × H X 100 × 1 8 n 4 = INT L Y 2 × R Y × H Y 100 n 1 .
Image trimming (1) This section explains how to trim a rough image, and how to use the ESC R, ESC H, and ESC A commands to rescan at the same resolution and zoom values. This is useful when you want to check the image from within your software and then reset the scanning area for the next scan.
Determining setting values after trimming After trimming an image, you should resend the ESC A command using the following parameters. N 1 = INT n 1 × R X 2 × H X 2 R X 1 × H X 1 .
Image trimming (2) This section explains how to use the ESC R, ESC H, and ESC A commands to print a trimmed image on your printer. Rough scanned image Printing size after trimming R X1 : Main scan res.
Determining the setting values for printing Based on the size of the image you plan to print and on the resolution of the printer, use the following formulas to determine the final scanning settings.
Error Processing EPSON scanners have four types of potential errors: command errors, communications errors, system errors, and option errors. An option error can occur only with scanner models on which the optional Automatic Document Feeder or Transparency Unit can be installed.
The communications (interface) settings are incorrect. Scanner’s response: The lamps turn off and the scanner stops moving. The scanner stops accepting commands. Error recovery procedure: After correcting the communications problem, perform one of the following.
Bit 7 (error flag) of the status byte is set to ‘‘ 1. ’’ The appropriate bit in the extended status byte is set. The scanner only accepts these commands: ESC F, ESC f, and ESC @. Error recovery procedure: After correcting the cause of the problem, perform one of the following.
Function Level and Commands Each function level builds on the previous level, so all commands and parameters in previous levels are included in higher levels. Extended commands are available regardless of function level. Using the function level Higher function levels include all the commands of lower function levels.
Commands and function level table The following table shows which commands are available at each function level. Command type Command name Command Function Level Execution commands Request ID ESC I B1.
Function level and commands The commands added at each function level are listed in the table below. Function level Command B1 ESC G (Start scanning) ESC I (Request ID) ESC F (Request status) ESC S (R.
Items not affected by function level Although higher command levels include all the previous commands of lower command levels, the parameters for commands used to set the scanning area (ESC R, ESC H, ESC A) are independent of function level.
Typical Programming Errors and Solutions This section lists several concrete examples of programming errors, their causes, and sample solutions to these problems. Problem: The scanner does not scan correctly when a scanner with a different maximum scannable area is connected.
Problem: When connecting a different scanner model in your SCSI daisy chain, an error message such as the following appears; ‘‘ The EPSON scanner is not connected. ’’ Cause When you sent the SCSI inquiry command, the computer checked the scanner’s model name in the Vendor Unique Parameter.
Problem: After connecting a scanner with a higher function level than the previous scanner, the new scanner does not operate properly. Cause Although you used the ESC I command to obtain the function level information, your program was set up to work only when the function level was the same as the previous scanner.
Problem: The scanner scans properly when you use a bi-directional parallel interface, but when you switch to SCSI, the scanner no longer operates properly. Cause During block data transfer mode, your program does not read the entire block at one time, but performs multiple read commands for each data block.
Problem: When connecting a different scanner model, a time-out occurs on your computer and you can no longer scan. Cause The time required for the initialization process and for the preparation time when you send an ESC G command differs by scanner model.
General ❏ Always reset the scanner at the beginning and end of your programs ❏ Use the ESC @ command to reset the scanner. This allows you to use the same program with different interfaces. ❏ The time required for resetting differs by scanner model.
Chapter 3 Command Reference 3 Command Reference 3-1.
Summary of the Scanner Commands Five types of scanner commands are used with EPSON scanners. In addition, four control codes are used for handshaking. The five command types are: Execution : Requests .
Image definition commands Set conditions for image reading with these commands. Set brightness ESC L Set gamma correction ESC Z Download gamma table ESC z Set sharpness ESC Q Image processing commands Process images before data transfer with these commands.
Format of the Command Reference The command explanations in this chapter are each divided into six parts. The command explanations are given in the sequence indicated in the command summary table on the preceding page. (For recommendations on how to use the commands, see Chapter 2.
Handshaking Shows a diagram indicating the handshaking method used with the command. See Chapter 2 for details on handshaking. Parameter range Shows the range and explains the meanings of parameters, when relevant. This section also lists the default values.
Execution Commands ESC I Request identity Format: B1 B2 B3 B4 B5 A5 Command: ASCII: ESC I Decimal: 27 73 Hexadecimal: 1B 49 Parameter: (none) Handshaking: 1 ESC I command 2 data block Explanation: This command requests the scanner to send back a data block that identifies the properties of the scanner.
For a more detailed explanation on using the ESC I command and the contents of the returned data block, see Chapter 2 and Appendix B. The length of the data block varies depending on the scanner model.
ESC F Request status Format: B1 B2 B3 B4 B5 A5 Command: ASCII: ESC F Decimal: 27 70 Hexadecimal: 1B 46 Parameter: (none) Handshaking: 1 ESC F command 2 data block Explanation: When this command is received, the scanner sends a data block indicating the current status of the scanner.
Contents of the ESC F (status) data block Order of byte Data (in hex) Contents Explanation 1 02 STX code Header: indicates the beginning of the data block 2 xx Status Status byte: indicates the status.
ESC f Request extended status Format: EXT Command: ASCII: ESC f Decimal: 27 102 Hexadecimal: 1B 66 Parameter: (none) Handshaking: 1 ESC f command 2 Data block Explanation: When this command is received, the scanner sends a data block indicating the current status of the scanner and any optional equipment.
Contents of the ESC f (extended status) data block Order of byte Data (in hex) Contents Explanation 1 02 STX code Header: indicates the beginning of the data block 2 xx Status byte Byte: indicates the.
ESC S Request condition Format: B1 B2 B3 B4 B5 A5 Command: ASCII: ESC S Decimal: 27 83 Hexadecimal: 1B 53 Parameter: (none) Handshaking: 1 ESC S command 2 Data block Explanation: This command asks the scanner to send back a data block that contains the current parameter values set in the scanner.
ESC G Start scanning Format: B1 B2 B3 B4 B5 Command: ASCII: ESC G Decimal: 27 71 Hexadecimal: 1B 47 Parameter: (none) Handshaking: The handshaking procedures are different for the monochrome mode, color page sequence mode, color line sequence, and color byte sequence mode.
The color image data is sent as a set of three primary color pages. 1 ESC G command 2 Data block (image data for one block) 3 ACK code 4 Last data block (last line of each color page) ❏ Steps 2 and 3 should be repeated for the number of lines (minus 1) specified for each color page of green, red, and blue until the last data block is encountered.
❏ Steps 2 and 3 should be repeated for the three colors for the number of lines (minus 1) specified for the image until the last data block is encountered.
Explanation: When this command is received, the scanner starts a scanning operation (image reading) for the specified reading area, and sends the image data to the host computer as data blocks. Image data of one line (one main scan of data) is sent as a data block, and a data block is sent for each sub scan reading length.
1 ESC G command 2 Data block (image data for one block) 3 ACK code (acceptance of the data block) 4 CAN code (abort scanning) 5 ACK code Sending the CAN code does not reset the parameter settings in the scanner, unless the ESC @ (initialize the scanner) command is sent, or the scanner is turned off and back on.
Data Form Definition Commands ESC C Set color mode Format: B1 B2 B3 B4 B5 A5 Command: ASCII: ESC C Decimal: 27 67 Hexadecimal: 1B 43 Parameter: i Handshaking: 1 ESC C command 2 ACK code 3 Parameter (i.
Parameter range: i=00 H (0): Monochrome scanning (standard), no dropout color specified B1 B2 B3 B4 B5 A5 i=10 H (16): Monochrome scanning, dropout color is Red B2 B3 B4 B5 i=20 H (32): Monochrome sca.
Explanation: This command specifies the reading color (color or monochrome), the page, line, or byte sequence mode in color reading, and the dropout color in monochrome reading.
❏ Dropout colors (monochrome reading only) The dropout color is the color that is treated as white, and is not read during the scanning operation. On a color scanner a dropout color can be chosen from among green, red, or blue. Dropout color can be used to avoid reading a certain color of the document.
ESC D Set data format Format: B1 B2 B3 B4 B5 A5 Command: ASCII: ESC D Decimal: 27 68 Hexadecimal: 1B 44 Parameter: i Handshaking: 1 ESC D command 2 ACK code 3 Parameter (i) 4 ACK code Parameter range:.
In the color scanning mode, the data format setting defines tones for each of the three primary colors, green, red, and blue. Data format Monochrome Color 1 bit/pixel/color 2 grays 8 colors 2 bit/pixe.
❏ Upper bits beginning with the MSB are valid. Lower bits not in use are fixed to 0. 3-24 Command Reference.
ESC R Set resolution Format: B1 B2 B3 B4 B5 A5 Command: ASCII: ESC R Decimal: 27 82 Hexadecimal: 1B 52 Parameter: n1 L n1 H n2 L n2 H Handshaking: 1 ESC R command 2 ACK code 3 Parameter (n1, n2) 4 ACK.
Explanation: This command sets the reading resolution of the main scan and sub scan. n1 = Main scan resolution setting in dpi n2 = Sub scan resolution setting in dpi The settings available on each scanner model are listed in Appendix B.
ESC H Set zoom Format: B2 B3 B4 B5 A5 Command: ASCII: ESC H Decimal: 27 72 Hexadecimal: 1B 48 Parameter: i1 i2 Handshaking: 1 ESC H command 2 ACK code 3 Parameter (i1, i2) 4 ACK code Parameter range: .
Explanation: This command specifies the zoom values for the main scan (i1) and the sub scan (i2) in the range of 50% to 200%. The zoom value increment is 1% or 10%, depending on the scanner model. See Appendix B for details. When the zoom is set with the control panel, the zoom value of the main scan and sub scan are equal.
ESC A Set scanning area Format: B1 B2 B3 B4 B5 A5 Command: ASCII: ESC A Decimal: 27 65 Hexadecimal: 1B 41 Parameters: n1 L , n1 H , n2 L , n2 H , n3 L , n3 H , n4 L , n4 H Handshaking: 1 ESC A command.
Default value: Varies according to scanner model. See Appendix B for details. Explanation: This command specifies the scanning area as a rectangle measured from the origin, with lengths for the main scan and sub scan. The setting is made in units of dots (pixels).
The offset and scanning lengths (n1 to n4) should be integer values within the available range of the main scan length and sub scan length. The maximum main scan and sub scan lengths are determined by the current resolution and zoom settings, and the parameter range for the ESC A parameter falls within the values shown below.
The physical distance of the offset lengths and scanning lengths depends on the current dpi and zoom settings. For example, when the main scan and sub scan lengths are set to 400 dots and 640 dots respectively (at 100 dpi and 100%), the physical lengths are 4 inches (10.
Reading area The figure below illustrates the scanning area definition. c Cau ti on : If t he read i ng area para m eters are w ro ng , a co mm and error occ u rs i n t he sca nn er . Th e m ost li ke l y m ist ake is t ha t t he va l u e u se d f or t he m a i n sca n is no t a m u lti p le o f 8 .
ESC K Set data order Format: B5 A5 Command: ASCII: ESC K Decimal: 27 75 Hexadecimal: 1B 4B Parameters: i Handshaking: 1 ESC K command 2 ACK code 3 Parameter (i) 4 ACK code Parameter range: i = 00 H (0.
Explanation: This command selects the order of image data. The position of the origin is not affected by the order. Command Reference 3-35.
Image Definition Commands ESC L Set brightness Format: B2 B3 B4 B5 A5 Command: ASCII: ESC L Decimal: 27 76 Hexadecimal: 1B 4C Parameter: i Handshaking: 1 ESC L command 2 ACK code 3 Parameter (i) 4 ACK.
Parameter range: Default value: i = 00 H (center) Command Reference 3-37.
Explanation: This command sets the brightness level of the scanned image data. Seven values for i are available: 00 H , 01 H , 02 H , 03 H , FF H , FE H, and FD H . The graph below shows the differences between the brightness settings when gamma correction is set for the CRT Display A setting.
ESC Z Set gamma correction Format: B2 B3 B4 B5 A5 Command: ASCII: ESC Z Decimal: 27 90 Hexadecimal: 1B 5A Parameter: i Handshaking: 1 ESC Z command 2 ACK code 3 Parameter (i) 4 ACK code Parameter rang.
Explanation: This command specifies the gamma correction setting for the output device. The gamma correction refers to the gamma correction table stored in the scanner’s internal memory, and adjusts the conversion ratio between the input intensity of the original image and the output image data values.
Printer Output A (High density printers) This setting is appropriate for printing on high density printers, such as 24-dot printers and laser printers. Since high density printing increases the darker components of the image, this setting compensates by producing data that is lighter than that used by a CRT display.
ESC z Download gamma table Format: B4 B5 A5 Command: ASCII: ESC z Decimal: 27 122 Hexadecimal: 1B 7A Parameter: i d (256 bytes) Handshaking: 1 ESC z command 2 ACK code 3 Parameters (i, d) 4 ACK code P.
Explanation: This command downloads a user-defined gamma correction table to the scanner. This command is used when suitable gamma correction is not provided by any of the five gamma correction tables built into the scanner.
ESC Q Set sharpness Format: B4 B5 A5 Command: ASCII: ESC Q Decimal: 27 81 Hexadecimal: 1B 51 Parameter: i Handshaking: 1 ESC Q command 2 ACK code 3 Parameter (i) 4 ACK code Parameter range: i = FE H :.
Image Processing Commands ESC B Set halftoning mode Format: B1 B2 B3 B4 B5 A5 Command: ASCII: ESC B Decimal: 27 66 Hexadecimal: 1B 42 Parameter: i Handshaking: 1 ESC B command 2 ACK code 3 Parameter (.
Parameter range: i= 00 H (0): Enable halftoning mode A (hard tone): B1 B2 B3 B4 B5 A5 i= 10 H (16): Enable halftoning mode B (soft tone): B2 B3 B4 B5 A5 i= 20 H (32): Enable halftoning mode C (net-scr.
Each halftoning mode has the following characteristics. Halftoning mode A (hard tone) The image is processed to produce hard tones, to express distinction. This mode is suitable for most purposes. Halftoning mode B (soft tone) The image is processed to give soft tones.
Halftoning mode C (net-screen) The image is processed so that it is represented similar to the net screen used in newspaper printing. The gradations of the tones are represented by clusters of different numbers of dots. Dither modes A, B, C, and D (fixed pattern dithering) These modes have the following dither patterns.
ESC B and other commands This command is not available if a value other than 01 H (1 bit per pixel per color) and 02 H (2 bits per pixel per color) is specified with the ESC D (Set data format) command. If a user-defined dither pattern is specified when none has been downloaded, the Dither mode A is selected.
ESC b Download dither pattern Format: B4 B5 A5 Command: ASCII: ESC b Decimal: 27 98 Hexadecimal: 1B 62 Parameter: ij d(j 2 ) Handshaking: 1 ESC b command 2 ACK code 3 Parameter i j 4 Parameter d (j 2 .
Explanation: This command sets the threshold values for user-defined dither patterns. The patterns defined with this command can be selected by the ESC B command. Parameter i can be 0 or 1, allowing you to define two dither patterns. Parameter j determines the number of pixels on one side of the dither matrix square.
ESC M Set color correction Format: B3 B4 B5 Command: ASCII: ESC M Decimal: 27 77 Hexadecimal: 1B 4D Parameter: i Handshaking: 1 ESC M command 2 ACK code 3 Parameter (i) 4 ACK code Parameter range: i =.
This command is valid only when color line sequence reading or byte sequence is specified by the ESC C (Set color) command. The parameter 01 H setting is effective only after downloading color correction with ESC m .
ESC m Download color correction Format: B4 B5 Command: ASCII: ESC m Decimal: 27 109 Hexadecimal: 1B 60 Parameter: d1, d2, d3, d4, d5, d6, d7, d8, d9 Handshaking: 1 ESC m command 2 ACK code 3 Parameter.
Parameter range: -127 ≤ d1, d2, d3, d4, d5, d6, d7, d8, d9 ≤ 127 Each data is a signed byte, and the data format is as follows. MSB LSB X X X X X X X X Absolute value Sign bit, 0: positive (+), 1: negative (-) Explanation: This command downloads 9 coefficient data bits for color correction.
ESC s Set auto area segmentation Format: A5 Command: ASCII: ESC s Decimal: 27 115 Hexadecimal: 1B 73 Parameter: i Handshaking: 1 ESC s command 2 ACK code 3 Parameter (i) 4 ACK code Parameter range: i .
Auxiliary Commands ESC @ Initialize the scanner Format: B2 B3 B4 B5 A5 Command: ASCII: ESC @ Decimal: 27 64 Hexadecimal: 1B 40 Parameter: (none) Handshaking: 1 ESC @ command 2 ACK code Explanation: When this command is received, the scanner initializes itself, and the command settings are reset to the default values.
ESC d Set line counter Format: B4 B5 A5 Command: ASCII: ESC d Decimal: 27 100 Hexadecimal: 1B 64 Parameter: i Handshaking: 1 ESC d command 2 ACK code 3 Parameter i 4 ACK code Parameter range: 0 ≤ i ≤ 255 Explanation: This command sets the number of the line counter for use with block-structure data blocks.
Parameter i determines the number of image lines that are included in the data block. The value specified must be greater than 0 and less than or equal to 255.
ESC g Set scanning mode Format: B4 B5 A5 Command: ASCII: ESC g Decimal: 27 103 Hexadecimal: 1B 67 Parameter: i Handshaking: 1 ESC g command 2 ACK code 3 Parameter i 4 ACK code Parameter range: i = 00 H : Normal mode i = 01 H : High speed mode Default value: 00 H Explanation: This command selects scanning in the high-speed mode or the normal mode.
The high-speed mode is suitable when scanning bi-level originals, such as text and line art. When scanning continuous tone images, as with 8-bit monochrome and 24-bit color scanning, use the normal mode.
ESC e Control option Format: EXT* Command: ASCII: ESC e Decimal: 27 101 Hexadecimal: 1B 65 Parameter: i Handshaking: 1 ESC e command 2 ACK code 3 Parameter i 4 ACK code Parameter range: i = 01 H : Enable option i = 00 H : Disable option Default value: 00 H Explanation: This command enables or disables the option.
Command Reference 3-63.
FF Eject document Format: EXT Command: ASCII: FF Decimal: 12 Hexadecimal: 0C Parameter: (none) Handshaking: 1 FF code 2 Data block Explanation: Upon receiving this command, the scanner ejects the document currently loaded in the Automatic Document Feeder.
Control Codes The following four codes are used to control handshaking and data transfer between the computer and scanner. STX Header Format: ASCII: STX Decimal: 2 Hexadecimal: 02 Explanation: This code is used by the scanner and indicates the beginning of a data block.
CAN Abort scanning Format: ASCII: CAN Decimal: 24 Hexadecimal: 18 Explanation: This code aborts a scanning operation, and returns the scanner to the command waiting mode (ready state). An ACK code is returned from the scanner. This code should be sent by the computer in place of an ACK code during scanning operation.
ACK Normal response (acknowledge) Format: B1 B2 B3 B4 B5 A5 ASCII: ACK Decimal: 6 Hexadecimal: 06 Explanation: This code is used by both the scanner and computer for handshaking. This code indicates that a command, a set of parameters, or a data block was legal and accepted by the receiving device.
NAK Abnormal response (negative acknowledge) Format: B1 B2 B3 B4 B5 A5 ASCII: NAK Decimal: 21 Hexadecimal: 15 Explanation: This code is used by the scanner for handshaking. This code indicates that a command or a parameter was illegal and not accepted by the scanner.
Appendix A Interface Specifications A Interface Specifications A-1.
Serial Interface Specifications Interface type: RS-232C(D) compatible Transfer method: Asynchronous Transfer speed: Scanner model dependent Data format: Scanner model dependent Handshaking: ACK/NAK co.
Signal pin assignments In this table, the direction of the signals is given relative to the scanner. Pin No. Signal I/O Description 1 C.GND - Chassis ground 2 TXD Out Transmit data 3 RXD In Receive data 4 RTS Out Request to send 5 CTS In Clear to send 6 DSR In Data set ready 7 S.
Parallel Interface Specifications Interface type: Bi-directional parallel interface Data format: 8-bit parallel Synchronization: By external strobe pulse Handshaking: By ACKNLG and BUSY signals Logic level: Input/output data and interface control signals are TTL level compatible.
Signal pin assignments In this table, the direction of the signals is given relative to the scanner. Pin No. Return pin Signal I/O Comment 1 19 STROBE IN STROBE pulse to read in or send out data. Pulse width must be more than 0.5 microseconds at the receiving terminal.
18 - NC - Not used 19 − 30 - NC - Twisted-pair return signal ground level 31 - INIT IN When this signal level goes Low, the scanner is reset to its power-up state. This level is usually High. The pulse width must be more than 50 microseconds at the receiving terminal.
Timing charts The figures below show the timing for the bi-directional parallel interface. OUT (Scanner to computer) IN (Computer to scanner) timechr1 timechr2 Interface Specifications A-7.
SCSI Interface Specifications Basic Specification Any item not included in this specification is in conformance with ANSI Standard X3.131-1986. Functions The following functions covered by ANSI Standard X3.
ID Switch Setting The SCSI ID is set with the ID switch mounted on the back of the scanner. The ID switch numbers correspond to the available ID and can be set from 0 to 7. The numbers 8 and 9 should not be used. Command Chart This device uses the following group 0 processor commands.
Peripheral device type : 03 H (processor) : 00 H RMB : 0 B Device type qualifier : 00 H : 00 H ISO version : 0 H ECMA version : 0 H ANSI version : 0 H Reserved : 00 H Additional length : 23 H Reserved.
Message List Code Type Message Direction 00H M COMMAND COMPLETE IN 01H − 03H O Not Supported 04H O DISCONNECT IN 05H − 06H O Not Supported 07H O MESSAGE REJECT IN OUT 08H − 0BH O Not Supported 0.
Signal pin assignments In this table, the direction of the signals is given relative to the scanner. Signal I/O 50 Pin No. 25 Pin No. Description GND 1 − 12 14 − 25 35 − 37 39 − 40 42 7 − 9 .
SCSI Operation Procedure This section explains the operational procedures for the SCSI. For details concerning SCSI specifications for individual operations, refer to ANSI X3.
vi When the unit attention condition is set, the Target sends Check Condition status and then advances to item ix without executing the command. vii The Target rechecks the command operation code. If the command is Test Unit Ready, the command is executed.
SCSI Commands The commands supported by EPSON scanners are explained below. If the Link, Flag, and reserved bits of a command are a value other than 0, an error occurs and the command is not executed. 1. Test Unit Ready If the scanner is ready for operation, Good status is sent; if an error occurs at this time, Check Condition status is sent.
4. Send, Receive Data is sent to and received from the scanner. With this command, the transfer length and assigned length must be the same as the actual number of data bytes.
Sense Data The extension sense data format is used for the sense data created when an error occurs. This format is described below. Bit Byte 7 6 5 4 3 2 1 0 0 Valid Error class (7) Error code (0) 1 Se.
Information byte: This byte has meaning only when the Valid bit is set to 0 and indicates the difference between the transfer length or assigned length specified with a command and the actual data length required by the scanner. The value entered here is calculated using the following formula.
Initialization The scanner is initialized (returned to a fixed set of conditions) in several ways. Hardware initialization ❏ When the power is turned on ❏ When the RESET switch is pressed ❏ When.
A-20 Interface Specifications.
Appendix B Scanner Model Technical Data B Scanner Model Technical Data B-1.
GT-1000 Technical Data This appendix provides technical information that is relevant to software control of the EPSON GT-1000 color image scanner. For further details about this particular scanner model, see the GT-1000 user’s guide.
Software Functions and Settings The function level of the GT-1000 is B2. The table below lists the functions and settings that can be controlled with software commands.
DIP Switch Setting The GT-1000 has one bank of DIP switches on the control panel. The tables below show the function of each switch and the preset factory settings.
Gamma correction (ESC Z command) Setting SW 5 SW 6 CRT Display A OFF OFF CRT Display B ON OFF Printer Output A OFF ON Printer Output C ON ON Halftoning mode (ESC B command) Setting SW 7 SW 8 Disabled .
The Identity Data-Block The GT-1000 sends the following data-block when it receives the ESC I (Request identity) command. Identity Data-Block Order of bytes Data (in hex) Contents Explanation (Informa.
The Condition Data-Block The GT-1000 sends the following data-block when it receives the ESC S (Request condition) command. Condition Data-Block Order of bytes Data (in hex) Contents Explanation (Info.
Order of bytes Data (in hex) Contents Explanation 21 4C ‘‘ L ’’ Brightness 22 xx i 23 5A ‘‘ Z ’’ Gamma correction 24 xx i 25 48 ‘‘ H ’’ Zoom 26 xx i1 (main scan zoom) 27 xx 12 .
GT-4000 Technical Data This appendix provides technical information that is relevant to software control of the EPSON GT-4000 color image scanner. For further details about this particular scanner model, see the GT-4000 user’s guide.
Software Functions and Settings The function level of the GT-4000 is B3. The table below lists the functions and settings that can be controlled with software commands.
Software Defaults With the DIP switches at the preset factory settings, the following values are the default values on the GT-4000 when the power is turned on.
DIP Switch Setting The GT-4000 has one bank of DIP switches on the control panel. The tables below show the function of each switch and the preset factory settings.
Printer type for direct printing Printer type SW 1-7 SW 1-8 EPSON 24-pin color printer OFF OFF Note: No other combination of SW 1-7 and SW 1-8 should be made. Direct printing is available only when the GT-4000 is directly connected to a printer through the parallel interface.
Gamma correction (ESC Z command) Setting SW 2-3 SW 2-4 SW 2-5 CRT Display A OFF OFF OFF CRT Display B ON OFF OFF Printer Output A OFF ON OFF Printer Output B ON ON OFF Printer Output C OFF OFF ON Colo.
The Identity Data-Block The GT-4000 sends the following data-block when it receives the ESC I (Request identity) command. Identity Data-Block Order of bytes Data (in hex) Contents Explanation (Informa.
Order of bytes Data (in hex) Contents Explanation 18 52 ‘‘ R ’’ Available resolution (120 dpi) 19 78 120 20 00 21 52 ‘‘ R ’’ Available resolution (144 dpi) 22 90 144 23 00 24 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 48 52 ‘‘ R ’’ Available resolution (400 dpi) 49 90 400 50 01 51 41 ‘‘ A ’’ Maximum reading area at the maximum resolution and 100% zoo.
Order of bytes Data (in hex) Contents Explanation 9 xx n1 (main scan offset length) 10 xx 11 xx n2 (sub scan offset length) 12 xx 13 xx n3 (main scan read length) 14 xx 15 xx n4 (sub scan read length).
GT-6000 (ES-300C) Technical Data This appendix provides technical information that is relevant to software control of the EPSON GT-6000 color image scanner.
Software Functions and Settings The function level of the GT-6000 is B3. The table below lists the functions and settings that can be controlled with software commands.
Software Defaults With the DIP switches at the preset factory settings, the following values are the default values on the GT-6000 when the power is turned on.
DIP Switch Setting The GT-6000 has one bank of DIP switches on the control panel. The tables below show the function of each switch and the preset factory settings.
Printer type for direct printing Printer type SW 1-7 SW 1-8 EPSON 24-pin color printer (80 col.) OFF OFF HP PaintJet color printer (parallel) ON OFF EPSON 24-pin color printer (136 col.) ON ON Note: To use the direct printing function, SW 2-8 should also be set to ON.
Halftoning mode (ESC B command) Setting SW 2-1 SW 2-2 Disabled OFF OFF Halftoning mode A ON OFF Halftoning mode B OFF ON Halftoning mode C ON ON Gamma correction (ESC Z command) Setting SW 2-3 SW 2-4 .
The Identity Data-Block The GT-6000 sends the following data-block when it receives the ESC I (Request identity) command. Identity Data-Block Order of bytes Data (in hex) Contents Explanation (Informa.
Order of bytes Data (in hex) Contents Explanation 18 52 ‘‘ R ’’ Available resolution (100 dpi) 19 64 100 20 00 21 52 ‘‘ R ’’ Available resolution (120 dpi) 22 78 120 23 00 24 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 48 52 ‘‘ R ’’ Available resolution (360 dpi) 49 68 360 50 01 51 52 ‘‘ R ’’ Available resolution (400 dpi) 52 90 400 53 01 54 52 ‘‘.
The Condition Data-Block The GT-6000 sends the following data-block when it receives the ESC S (Request condition) command. Condition Data-Block Order of bytes Data (in hex) Contents Explanation (Info.
Order of bytes Data (in hex) Contents Explanation 21 4C ‘‘ L ’’ Brightness 22 xx i 23 5A ‘‘ Z ’’ Gamma correction 24 xx i 25 48 ‘‘ H ’’ Zoom 26 xx i1 (main scan zoom) 27 xx 12 .
GT-6500 (ES-600C) Technical Data This appendix provides technical information that is relevant to software control of the EPSON GT-6500 color image scanner.
Error Indications The error indications are different for the GT-6500 and the ES-600C. Both versions are listed below. GT-6500 Scanner errors are displayed by the digital indicator as shown below.
Software Functions and Settings The function level of the GT-6500 is B4. The table below lists the functions and settings that can be controlled with software commands.
Software Defaults With the DIP switches at the preset factory settings, the following values are the default values on the GT-6500 when the power is turned on.
DIP Switch Setting The DIP switch settings are different for the GT-6500 and ES-600C. Both versions are listed below. GT-6500 The GT-6500 has two banks of DIP switches on the front of the scanner. The tables below show the function of each switch and the preset factory settings.
Baud rate settings Setting SW 1-1 SW 1-2 SW 1-3 19200 bps OFF OFF OFF 9600 bps ON OFF OFF 4800 bps OFF ON OFF 2400 bps ON ON OFF 1200 bps OFF OFF ON 600 bps ON OFF ON 300 bps OFF ON ON Printer type for direct printing Printer type SW 1-7 SW 1-8 EPSON 24-pin color printer (80 col.
DIP switch 2 settings Switch No. Function ON OFF SW 2-1 Halftoning mode See table SW 2-2 SW 2-3 Gamma correction See table SW 2-4 SW 2-5 SW 2-6 Color correction See table SW 2-7 SW 2-8 GT-6000 emulati.
ES-600C The ES-600C has one bank of DIP switches on the front of the scanner. The table below shows the function of each switch and the preset factory settings.
The Identity Data-Block The GT-6500 sends the following data-block when it receives the ESC I (Request identity) command. Identity Data-Block Order of bytes Data (in hex) Contents Explanation (Informa.
Order of bytes Data (in hex) Contents Explanation 18 52 ‘‘ R ’’ Available resolution (90 dpi) 19 5A 90 20 00 21 52 ‘‘ R ’’ Available resolution (100 dpi) 22 64 100 23 00 24 52 ‘‘ R.
Order of bytes Data (in hex) Contents Explanation 48 52 ‘‘ R ’’ Available resolution (216 dpi) 49 D8 216 50 00 51 52 ‘‘ R ’’ Available resolution (240 dpi) 52 F0 240 53 00 54 52 ‘‘.
The Condition Data-Block The GT-6500 sends the following data-block when it receives the ESC S (Request condition) command. Condition Data-Block Order of bytes Data (in hex) Contents Explanation (Info.
Order of bytes Data (in hex) Contents Explanation 21 4C ‘‘ L ’’ Brightness 22 xx i 23 5A ‘‘ Z ’’ Gamma correction 24 xx i 25 48 ‘‘ H ’’ Zoom 26 xx i1 (main scan zoom) 27 xx 12 .
GT-8000 (ES-800C) Technical Data This appendix provides technical information that is relevant to software control of the EPSON GT-8000 color image scanner.
Software Functions and Settings The function level of the GT-8000 is B4. The table below lists the functions and settings that can be controlled with software commands.
Software Defaults The following values are the default values on the GT-8000 when the power is turned on. Function Command Default value Data format ESC D i=01 H (1 bit/pixel/color) Resolution ESC R n.
The Identity Data-Block The GT-8000 sends the following data-block when it receives the ESC I (Request identity) command. Identity Data-Block Order of bytes Data (in hex) Contents Explanation (Informa.
Order of bytes Data (in hex) Contents Explanation 21 52 ‘‘ R ’’ Available resolution (100 dpi) 22 64 100 23 00 24 52 ‘‘ R ’’ Available resolution (120 dpi) 25 78 120 26 00 27 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 51 52 ‘‘ R ’’ Available resolution (240 dpi) 52 F0 240 53 00 54 52 ‘‘ R ’’ Available resolution (300 dpi) 55 2C 300 56 01 57 52 ‘‘.
The Condition Data-Block The GT-8000 sends the following data-block when it receives the ESC S (Request condition) command. Condition Data-Block Order of bytes Data (in hex) Contents Explanation (Info.
Order of bytes Data (in hex) Contents Explanation 21 4C ‘‘ L ’’ Brightness 22 xx i 23 5A ‘‘ Z ’’ Gamma correction 24 xx i 25 48 ‘‘ H ’’ Zoom 26 xx i1 (main scan zoom) 27 xx 12 .
GT-8500 (ES-1000C) Technical Data This appendix provides technical information that is relevant to software control of the EPSON GT-8500 color image scanner.
Software Functions and Settings The function level of the GT-8500 is B5. The table below lists the functions and settings that can be controlled with software commands.
Software Defaults The following values are the default values on the GT-8500 when the power is turned on. Function Command Default value Data format ESC D i=01 H (1 bit/pixel/color) Resolution ESC R n.
The Identity Data-Block The GT-8500 sends the following data-block when it receives the ESC I (Request identity) command. Identity Data-Block Order of bytes Data (in hex) Contents Explanation (Informa.
Order of bytes Data (in hex) Contents Explanation 21 52 ‘‘ R ’’ Available resolution (100 dpi) 22 64 100 23 00 24 52 ‘‘ R ’’ Available resolution (120 dpi) 25 78 120 26 00 27 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 51 52 ‘‘ R ’’ Available resolution (240 dpi) 52 F0 240 53 00 54 52 ‘‘ R ’’ Available resolution (300 dpi) 55 2C 300 56 01 57 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 81 52 ‘‘ R ’’ Available resolution (1600 dpi) 82 40 1600 83 06 84 41 ‘‘ A ’’ Maximum reading area at the maximum resolution and 100% z.
Order of bytes Data (in hex) Contents Explanation 8 41 ‘‘ A ’’ Reading area (main scan offset length) (sub scan offset length) (main scan read length) (sub scan read length) 9 xx n1 10 xx 11 x.
Order of bytes Data (in hex) Contents Explanation 34 4B ‘‘ K ’’ Data order 35 xx i *(xx denotes a variable) Scanner Model Technical Data B-59.
GT-9000 (ES-1200C) Technical Data This appendix provides technical information that is relevant to software control of the EPSON GT-9000 color image scanner.
Software Functions and Settings The function level of the GT-9000 is B4. The table below shows the list of the functions and settings that can be controlled with software commands.
Software Defaults The following are the default values of the GT-9000 at power on. Function Command Default value Data format ESC D i=01 H (1 bit/pixel/color) Resolution ESC R n1=100, n2=100 (dpi) Zoo.
The Identity Data-Block The GT-9000 sends the following data-block when it receives the ESC I (Request identity) command. Identity Data-Block Order of bytes Data (in hex) Contents Explanation (Informa.
Order of bytes Data (in hex) Contents Explanation 21 52 ‘‘ R ’’ Available resolution (100 dpi) 22 64 100 23 00 24 52 ‘‘ R ’’ Available resolution (120 dpi) 25 78 120 26 00 27 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 51 52 ‘‘ R ’’ Available resolution (240 dpi) 52 F0 240 53 00 54 52 ‘‘ R ’’ Available resolution (300 dpi) 55 2C 300 56 01 57 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 81 52 ‘‘ R ’’ Available resolution (1600 dpi) 82 40 1600 83 06 84 52 ‘‘ R ’’ Available resolution (1800 dpi) 85 08 1800 86 07 87 52 .
The Condition Data-Block The GT-9000 sends the following data-block when it receives the ESC S (Request condition) command. Condition Data-Block Order of bytes Data (in hex) Contents Explanation (Info.
Order of bytes Data (in hex) Contents Explanation 21 4C ‘‘ L ’’ Brightness 22 xx i 23 5A ‘‘ Z ’’ Gamma correction 24 xx i 25 48 ‘‘ H ’’ Zoom 26 xx i1 (main scan zoom) 27 xx 12 .
GT-5000 (Action Scanner II) Technical Data This appendix provides technical information that is relevant to software control of the EPSON GT-5000 color image scanner. For further details about this particular scanner model, see the GT-5000 user’s guide.
Software Functions and Settings The function level of the GT-5000 is B5. The table below lists the functions and settings that can be controlled with software commands.
Software Defaults The following are the default values of the GT-5000 at power on. Function Command Default value Data format ESC D i=01 H (1 bit/pixel/color) Resolution ESC R n1=100, n2=100 (dpi) Zoo.
The Identity Data-Block The GT-5000 sends the following data-block when it receives the ESC I (Request identity) command. Identity Data-Block Order of bytes Data (in hex) Contents Explanation (Informa.
Order of bytes Data (in hex) Contents Explanation 21 52 ‘‘ R ’’ Available resolution (100 dpi) 22 64 100 23 00 24 52 ‘‘ R ’’ Available resolution (120 dpi) 25 78 120 26 00 27 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 51 52 ‘‘ R ’’ Available resolution (240 dpi) 52 F0 240 53 00 54 52 ‘‘ R ’’ Available resolution (300 dpi) 55 2C 300 56 01 57 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 81 52 ‘‘ R ’’ Available resolution (1200 dpi) 82 B0 1200 83 04 84 41 ‘‘ A ’’ Maximum reading area at the maximum resolution and 100% z.
Order of bytes Data (in hex) Contents Explanation 8 41 ‘‘ A ’’ Reading area (main scan offset length) (sub scan offset length) (main scan read length) (sub scan read length) 9 xx n1 10 xx 11 x.
Order of bytes Data (in hex) Contents Explanation 34 4B ‘‘ K ’’ Data order 35 xx i *(xx denotes a variable) Scanner Model Technical Data B-77.
GT-300 (ES-300GS) Technical Data This appendix provides technical information that is relevant to software control of the EPSON GT-300 document scanner.
Software Functions and Settings The function level of the GT-300 is A5. The table below lists the functions and settings that can be controlled with software commands.
Software Defaults The following values are the default values on the GT-300 when the power is turned on. Function Command Default value Data format ESC D i=01 H (1 bit/pixel) Resolution ESC R n1=100, .
The Identity Data-Block The GT-300 sends the following data-block when it receives the ESC I (Request identity) command. Identity Data-Block Order of bytes Data (in hex) Contents Explanation (Informat.
Order of bytes Data (in hex) Contents Explanation 21 52 ‘‘ R ’’ Available resolution (100 dpi) 22 64 100 23 00 24 52 ‘‘ R ’’ Available resolution (120 dpi) 25 78 120 26 00 27 52 ‘‘.
Order of bytes Data (in hex) Contents Explanation 51 52 ‘‘ R ’’ Available resolution (240 dpi) 52 F0 240 53 00 54 52 ‘‘ R ’’ Available resolution (300 dpi) 55 2C 300 56 01 57 52 ‘‘.
Condition Data-Block Order of bytes Data (in hex) Contents Explanation (Information block) 1 02 STX code Header: indicates the beginning of the data-block 2 xx* Status Status byte: indicates the statu.
Order of bytes Data (in hex) Contents Explanation 26 xx i1 (main scan zoom) 27 xx 12 (sub scan zoom) 30 51 ‘‘ Q ’’ Sharpness 31 xx i 32 67 ‘‘ g ’’ Scanning mode 33 xx i 34 4B ‘‘ K .
B-86 Scanner Model Technical Data.
Ein wichtiger Punkt beim Kauf des Geräts Epson GT-1000 (oder sogar vor seinem Kauf) ist das durchlesen seiner Bedienungsanleitung. Dies sollten wir wegen ein paar einfacher Gründe machen:
Wenn Sie Epson GT-1000 noch nicht gekauft haben, ist jetzt ein guter Moment, um sich mit den grundliegenden Daten des Produkts bekannt zu machen. Schauen Sie zuerst die ersten Seiten der Anleitung durch, die Sie oben finden. Dort finden Sie die wichtigsten technischen Daten für Epson GT-1000 - auf diese Weise prüfen Sie, ob das Gerät Ihren Wünschen entspricht. Wenn Sie tiefer in die Benutzeranleitung von Epson GT-1000 reinschauen, lernen Sie alle zugänglichen Produktfunktionen kennen, sowie erhalten Informationen über die Nutzung. Die Informationen, die Sie über Epson GT-1000 erhalten, werden Ihnen bestimmt bei der Kaufentscheidung helfen.
Wenn Sie aber schon Epson GT-1000 besitzen, und noch keine Gelegenheit dazu hatten, die Bedienungsanleitung zu lesen, sollten Sie es aufgrund der oben beschriebenen Gründe machen. Sie erfahren dann, ob Sie die zugänglichen Funktionen richtig genutzt haben, aber auch, ob Sie keine Fehler begangen haben, die den Nutzungszeitraum von Epson GT-1000 verkürzen könnten.
Jedoch ist die eine der wichtigsten Rollen, die eine Bedienungsanleitung für den Nutzer spielt, die Hilfe bei der Lösung von Problemen mit Epson GT-1000. Sie finden dort fast immer Troubleshooting, also die am häufigsten auftauchenden Störungen und Mängel bei Epson GT-1000 gemeinsam mit Hinweisen bezüglich der Arten ihrer Lösung. Sogar wenn es Ihnen nicht gelingen sollte das Problem alleine zu bewältigen, die Anleitung zeigt Ihnen die weitere Vorgehensweise – den Kontakt zur Kundenberatung oder dem naheliegenden Service.
