DEClaser 1100 Printer Operator’s Guide Order Number EK–DCL11–OP–002 Digital Equipment Corporation Maynard, Massachusetts
First Printing, January 1991 Revised, June 1991 The information in this document is subject to change without notice and should not be construed as a commitment by Digital Equipment Corporation. Digital Equipment Corporation assumes no responsibility for any errors that may appear in this document. Any software described in this document is furnished under a license and may be used or copied only in accordance with the terms of such license.
First Printing, January 1991 Revised, June 1991 The information in this document is subject to change without notice and should not be construed as a commitment by Digital Equipment Corporation. Digital Equipment Corporation assumes no responsibility for any errors that may appear in this document. Any software described in this document is furnished under a license and may be used or copied only in accordance with the terms of such license.
FCC NOTICE: This equipment generates and uses radio frequency energy and if not installed and used properly, that is, in strict accordance with the manufacturer’s instructions, may cause interference to radio and television reception. It has been type tested and found to comply with the limits for a Class B computing device in accordance with the specifications in Subpart J of Part 15 of FCC Rules, which are designed to provide reasonable protection against such interference in a residential installation.
Contents ix Preface Chapter 1 Printer Components 1.1 1.2 Functions of the Printer Components . . . . . . . . . . . . . . . . . . Required Operating Space . . . . . . . . . . . . . . . . . . . . . . . . . . . 1–1 1–9 Chapter 2 Operating Information 2.1 Powering the Printer On . . . . . . . . . . . . . . . . . . . . 2.2 Powering the Printer Off . . . . . . . . . . . . . . . . . . . . 2.3 Opening the Paper Tray . . . . . . . . . . . . . . . . . . . . . 2.4 Adding Paper . . . . . . . . . . . . . . . . . . .
Chapter 3 The Control Panel 3.1 Using the Keypad in Keypad Mode . . . . . . . . . . . . . . . . . . . . 3.1.1 Entering Keypad Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.2 Using the Keypad in Menu Mode . . . . . . . . . . . . . . . . . . . . . . 3–5 3–5 3–8 Chapter 4 Printer Configuration 4.1 Entering Menu Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1.1 Keypad Functions in Menu Mode . . . . . . . . . . . . . . . . . . . . 4.2 Reading the Display in Menu Mode . . .
Chapter 5 Print Media 5.1 5.1.1 5.2 5.2.1 5.3 5.3.1 5.4 5.4.1 5.5 5.5.1 5.5.2 Paper Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Special Considerations When Printing on Paper . . . . . . . Envelope Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . Special Considerations When Printing on Envelopes . . . . Transparency Specifications . . . . . . . . . . . . . . . . . . . . . . . . .
Chapter 8 Service 8.1 Digital Equipment Corporation Services . . . . . . . . . . . . . . . . 8–1 Appendix A DEClaser Printer Quick Reference Guide A.1 A.2 A.3 A.4 A.5 A.6 Positioning Controls . . . . . Margins and Spacing . . . . Set/Reset Modes . . . . . . . . Fonts and Character Sets Control Characters . . . . . . Miscellaneous . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Figures 1–1 1–2 1–3 1–4 1–5 2–1 2–2 2–3 2–4 3–1 4–1 4–2 4–3 4–4 5–1 6–1 7–1 C–1 C–2 C–3 C–4 C–5 Components: Front/Right-Side View Components: Rear/Left-Side View . . Components: Inside the Printer . . . . Operating Space: Top View . . . . . . . Operating Space: Side View . . . . . . . Output Tray Selections . . . . . . . . . . Test Print A . . . . . . . . . . . . . . . . . . . Test Print B . . . . . . . . . . . . . . . . . . . Font List . . . . . . . . . . . . . . . . . . . . . Control Panel . . . . . . .
2–8 3–1 3–2 3–3 4–1 4–2 4–3 4–4 4–5 4–6 4–7 4–8 4–9 4–10 4–11 4–12 4–13 4–14 4–15 4–16 4–17 5–1 5–2 5–3 5–4 6–1 6–2 6–3 6–4 6–5 8–1 B–1 B–2 B–3 C–1 C–2 viii Selecting Emulation or Video Mode . . . . . . . . . . . Control Panel Functions . . . . . . . . . . . . . . . . . . . Entering Keypad Mode . . . . . . . . . . . . . . . . . . . . Keypad Functions: Keypad Mode . . . . . . . . . . . . . Entering Menu Mode . . . . . . . . . . . . . . . . . . . . . . Keypad Functions: Menu Mode . . . . . . . . . . . . . .
Preface The DEClaser 1100 printer uses electrophotographic laser technology to print text and graphics at speeds up to 4 pages/minute with a density of 300 x 300 dots/inch. The printer consists of an engine (print mechanism) and a controller (formatter) that are driven from host-based software to provide shared printer access from the Digital network. The printer is designed as a personal desktop printer for printing up to 5,000 prints per month.
Software Requirements Some features of the DEClaser 1100 printer may or may not be available depending on the operating software used by the host computer system and the application software that you are using. For information about the printer features you can use with your application program, consult your application program documentation. For help choosing the right software package for your application needs, contact your Digital sales representative.
• Chapter 6, Troubleshooting, contains basic testing and troubleshooting techniques that allow you to correct common operating problems such as poor printing or paper jams. • Chapter 7, Maintenance, explains how to care for and maintain the printer. It describes how to replace the electrophotographic laser (EP-L) cartridge, and how to clean the printer. • Chapter 8, Service, explains how to obtain service if the printer needs repair.
Associated Documents Several other related manuals are available for use with the DEClaser 1100 printer. You can order these optional manuals from DECdirect as described in the ordering information section at the end of this guide. Those optional manuals are: • Digital ANSI-Compliant Printing Protocol Level 3 Programming Reference Manual (AA–PBWGA–TE) This manual is for application programmers who create software that produces Digital ANSIcompliant level 3 output.
Conventions Used in This Guide The following conventions are used in this guide: Convention Meaning NOTE Notes provide important additional information. CAUTION Cautions provide information to prevent damage to equipment. WARNING Warnings provide information to prevent personal injury. Key A key name is shown enclosed in a box to indicate that key on the control panel. Key names are always shown in initial capital letters. For example: 1.
Safety Information The DEClaser 1100 printer complies with all United States government safety regulations applicable to laser beam light exposure. Read the following information to become familiar with laser safety. Laser Safety The DEClaser 1100 printer complies with 21 CFR Chapter 1, Subchapter J, as a Class 1 laser product under the U.S. Department of Health and Human Services (DHHS) Radiation Performance Standard according to the Radiation Control for Health and Safety Act of 1968.
Chapter 1 Printer Components This chapter describes the components of the DEClaser 1100 printer and their functions. This chapter also provides information about the operating space required to perform day-to-day printing operations. 1.1 Functions of the Printer Components Figure 1–1, Figure 1–2, and Figure 1–3 show the printer components. Table 1–1, Table 1–2, and Table 1–3 explain the printer components and their functions.
Figure 1–1: Components: Front/Right-Side View MLO-005960 1–2 Operator’s Guide
Table 1–1: Printer Components: Front/Right-Side View Component Function 1. Top Output Tray Printed sheets are automatically collated and stacked (facedown) here. 2. Paper Stop Stops the printed paper as it exits the printer. The paper stop helps to stack the paper neatly and can be adjusted for A4, letter-size (LTR), or legal-size (LGL) paper. 3. Font Cartridge Slots These two slots accept the optional font and emulation protocol cartridges available for the printer. 4.
Table 1–1 (Cont.): Printer Components: Front/Right-Side View Component Function 10. Fixing Assembly Cover The fixing assembly cover can be opened to access paper jams that occur in the fixing assembly. See Section 6.7 for more information about clearing paper jams. WARNING: The rollers in the fixing assembly may be hot. Be careful when accessing this area. 11. Front Cover The front cover opens so you can replace the EP-L cartridge, adjust the print density, and access printer components. 12.
Figure 1–2: Components: Rear/Left-Side View MLO-005961 Printer Components 1–5
Table 1–2: Printer Components: Rear/Left-Side View Component Function 1. Air Vent The cooling fan exhausts air through this vent. Be sure that the printer has adequate space around it to ensure proper ventilation. 2. Memory Board Access Cover Optional RAM (random-access memory) can be added to the printer. This access cover allows you to install the optional memory boards easily. Refer to the instructions on the memory board packaging for the installation procedure. 3.
Figure 1–3: Components: Inside the Printer MLO-005962 Printer Components 1–7
Table 1–3: Printer Components: Internal View Component Function 1. Print Density Adjustment Switch Sliding this switch to the left lightens the print. Sliding the switch to the right darkens the print. See Section 2.8 for additional information about setting the print density. 2. EP-L Cartridge The EP-L cartridge contains a photosensitive drum, a primary charge roller, the drum cleaning unit, toner, and a developing unit.
1.2 Required Operating Space Always allow ample space around the printer to perform day-to-day printing operations. Figure 1–4 and Figure 1–5 show the minimum amount of space required to perform these operations. See the DEClaser 1100 Printer Installation Guide for additional information about location requirements and environmental conditions.
Figure 1–4: Operating Space: Top View MLO-005806 Figure 1–5: Operating Space: Side View MLO-005963...Actual pica height is 15.
Chapter 2 Operating Information This chapter provides the operating information necessary to perform dayto-day printer operations. It covers typical tasks such as powering the printer on and off, adding paper, or selecting an output tray. 2.1 Powering the Printer On Power the printer on using the following procedure. 1. Press the power switch on the right side of the printer to the | (ON) position.
You should observe the following when you power on the printer: — All control panel indicators light for a moment. — The Ready indicator flashes and the display reads 02 WARMING UP (assuming that the printer has cooled below operating temperature before it is powered on). — The Online and Ready indicators remain on and the display reads 00 READY DEC. NOTE: The display reads 00 READY DEC only if you are using Digital’s ANSI-Compliant Printing Protocol level 3.
2.2 Powering the Printer Off Power the printer off using the following procedure. 1. Be sure the printer is not printing and that the Data indicator is not on. CAUTION: Do not power the printer off while it is printing. Powering the printer off during printing causes paper jams and loss of data. Powering the printer off while the Data indicator is on causes the data in the print buffer to be lost. 2. Press the power switch on the right side of the printer to the O (OFF) position.
2.3 Opening the Paper Tray Open the paper tray using the following procedure. 1. Open the paper tray by pulling it toward you.
2. Pull the extension tray straight out.
2.4 Adding Paper The printer has a built-in paper tray that can accept paper, transparencies, labels, and envelopes. The tray incorporates a convenient adjustable paper feed guide allowing it to accommodate various media sizes including the following: • Legal-size paper (8 ½ in. x 14 in.) • Letter-size paper, transparencies, and labels (8 ½ in. x 11 in.) • A4-size paper, transparencies, and labels (210 mm x 297 mm) • Executive-size paper (7 ¼ in. x 10 ½ in.
2.4.1 Loading the Paper Tray The loading procedure is the same whether you are adding paper, labels, or transparencies to the paper tray. If you are adding envelopes to the paper tray, see Section 2.6.1 for instructions. NOTE: Forms, envelopes, and letterhead paper must be loaded facedown into the paper tray to print on the correct side. The front output tray must be used for printing on envelopes, labels, or transparencies (see Section 2.7.2).
3. Tap the stack of paper on a flat surface to align the edges.
4. Insert the stack of paper into the tray until it stops. The right edge of the paper should touch the paper feed guide. Forms and letterhead paper are loaded facedown, with the top edge first. — The Alarm indicator goes off (if it was on). — The display reads 00 READY.
5. Slide the adjustable paper feed guide to the right (if necessary) until it just touches the paper stack. Do not press the adjustable paper guide against the stack of paper so tightly that it restricts movement of the paper into the printer. Make sure the paper lies perfectly flat in the tray. Be sure the paper is below the paper height guides and not above the paper limit line. MLO-005964 6. Go to Section 2.5 if you are using a new paper size.
2.5 Changing the Page Format Size The page format size determines the printable area on the page and should match the paper size you are using in the paper tray. Table 2–1 describes how to change the format size. NOTE: The default paper tray size (set in the INITIAL Menu) for 120V model printers is LETTER; for 220/240V model printers the default size is A4. This procedure assumes that the letter-size page format is currently in use. Table 2–1: Changing Page Format Size Operation Display Reads 1.
2.6 Printing on Envelopes Envelopes have the same setup requirements as all other media. Since you print addresses in a particular area on envelopes, you must give the printer the proper print coordinates to print the addresses. Normally the setup requirements for printing envelopes are defined by the application program you are using. Consult your application program documentation for details about its envelope printing feature.
Use the following procedure to load envelopes in the paper tray. 1. Place one to five envelopes on a flat surface and press down across the surface of the envelopes to expel the air and flatten them.
2. Align the stack of envelopes by tapping them on a flat surface.
3. Slide the adjustable paper feed guide to the left side of the paper tray if you are loading a new size of envelope.
4. Insert the envelopes into the tray as far as they will go. Envelopes are loaded facedown, so that the top edges of the envelopes are touching the paper feed guide on the right side of the tray. The envelopes should lie as flat as possible in the tray. — The Alarm indicator goes off (if it was on). — The display reads 00 READY.
5. Slide the left paper feed guide to the right (if necessary) until it just touches the envelopes. Do not press the adjustable paper guide against the stack of envelopes so tightly that it restricts movement of the envelopes into the printer. Be sure the envelopes are below the paper height guides and not above the paper limit line.
2.7 Selecting the Output Tray The DEClaser 1100 can deliver printed output either faceup or facedown, as shown in Figure 2–1. Ouput tray selection is accomplished by setting the ouput tray selector to the top or front tray position. You cannot select the output paper tray through a command from the host computer; setting the output tray selector is the only way to choose the output tray.
Printed paper is stacked either facedown or faceup, depending on the position of the output tray selector. When the selector is set to the top output tray position, printed paper is delivered facedown to that tray. This allows your print job to be collated in the correct page order. When the selector is set to the front output tray position, printed paper is delivered faceup to that tray.
2.7.1 Selecting the Top Output Tray (Facedown Print) Printed paper is delivered to the top output tray collated and stacked facedown. The top ouput tray can be selected manually when you switch from the front output tray; it is also selected automatically whenever the input paper tray is closed. NOTE: The front output tray must be used for printing on envelopes, labels, or transparencies (see Section 2.7.2). Use the following procedure to switch from using the front output tray to using the top output tray.
2. Set the output paper tray selector to the top tray position. The notch on the selector should be aligned with the top tray indicator on the printer.
2.7.2 Selecting the Front Output Tray (Faceup Print) Use the following procedure to select and attach the front output tray. NOTE: When printing on transparencies, it is recommended that you remove each sheet from the output tray before the next is printed. 1. Set the output paper tray selector to the front tray position. The notch on the selector should be aligned with the front tray indicator on the printer.
2. Squeeze the output tray slightly to insert its pegs into the top slots of the printer.
2.8 Adjusting the Print Density Print density is the term used to describe the amount (density) of toner applied to the paper. The print density adjustment controls the amount of toner applied to the paper to produce a lighter or darker print. You can significantly extend the life of an electrophotographic laser (EP-L) cartridge by using the lightest possible print density setting that gives you acceptable print quality. NOTE: The EP-L cartridge life can be up to 3,300 A4 or letter-size pages.
2. Adjust the print density by moving the switch to the right to make the print darker, or to the left to make the print lighter. — The print density adjustment has four settings. As you move the switch, it clicks at each of the middle settings.
3. Close the front cover by lifting it up and pushing it in until it latches securely in place. — The Alarm indicator goes off. — The display reads 02 WARMING UP. — The display reads 00 READY. MLO-005814 4. Press On Line to place the printer back on line. — The On Line indicator lights.
2.9 Printing Test Print A Test Print A (Figure 2–2) lists the current printer settings along with information such as the firmware version and the amount of free memory available. Figure 2–2: Test Print A MLO-004851...Actual height is 31 picas.
You can print Test Print A to see what the current printer settings are before making changes in Menu Mode (see Chapter 4). Table 2–2 describes the items on Test Print A, and Table 2–3 decribes how to print the test print. Table 2–2: Test Print A Item Description Version This is the version of internal firmware the printer is using. Total RAM This is the total amount of random-access memory (RAM) available in the printer. RAM is shown in kilobytes.
Use the procedure in Table 2–3 to print a copy of Test Print A. Table 2–3: Printing Test Print A Operation Display Reads 1. Press On Line to place the printer off line. 00 READY – The On Line indicator goes off. 2. Press Test/Font once. 05 TEST PRINT A – Test Print A prints. 00 READY 3. Press On Line to place the printer back on line. 00 READY – The On Line indicator lights.
2.10 Printing Test Print B Test Print B (Figure 2–3) contains sample printouts that can be examined for print quality and print density. Figure 2–3: Test Print B MLO-004852...Actual height is 36 picas.
Test Print B is printed continuously (until instructed to stop) so it can also be used to test paper feed, paper delivery, and other mechanical functions of the printer. Use the procedure in Table 2–4 to print a copy of Test Print B. Table 2–4: Printing Test Print B Operation Display Reads 1. Press On Line to place the printer off line. 00 READY – The On Line indicator goes off. 2. Press and hold down Test/Font until 01 TEST PRINT B is displayed (about 12 seconds). – The test page prints continuously.
2.11 Printing the Font List Figure 2–4 shows the Font List, which contains a listing of all the available character sets in the printer, along with a sample of the available fonts. Figure 2–4: Font List MLO-004853...Actual height is 36 picas.
The Font List includes internal fonts, cartridge fonts, and fonts that have been downline loaded into memory. You can select fonts only by using commands from the host computer; you cannot select them from the control panel. For information about selecting fonts, refer to the Digital ANSI-Compliant Printing Protocol Level 3 Programming Reference Manual and the Digital ANSI-Compliant Printing Protocol Level 3 Programming Supplement. Use the procedure in Table 2–5 to print the font list.
2.12 Using Control Representation Mode Control Representation Mode is used to print out unprocessed data or commands sent from the host computer. This procedure is sometimes referred to as ‘‘dumping.’’ The printing of unprocessed data (in the form of characters and symbols) is convenient for debugging programs. If a specified character is undefined, a hexadecimal representation is printed in its place. This section explains how to print the character listing.
2.12.1 Entering Control Representation Mode Use the procedure in Table 2–6 to place the printer in Control Representation Mode. Table 2–6: Entering Control Representation Mode Operation Display Reads 1. Press On Line to place the printer off line. 00 READY – The On Line indicator goes off. 2. Press and hold Reset until 03 DUMP is displayed (about 10 seconds). 03 RESET 03 DUMP 03 RESET 3. Press On Line to place the printer back on line. 00 READY DUMP 00 READY DUMP – The On Line indicator lights.
2.13 Resetting the Printer There are two methods of resetting the printer: You can perform a hard reset by powering the printer off and then back on or you can perform a soft reset by pressing Reset . CAUTION: When performing a hard reset, always wait at least two seconds before you power the printer back on. Perform a soft reset of the printer under the following circumstances: • When changing the paper feed input between tray and cassette • When changing paper tray sizes (see Section 2.
2.14 Emulation and Video Modes of Operation The DEClaser 1100 operates using Digital’s ANSI-compliant level 3 printing protocol (DEC PPL3). If you have an optional emulation cartridge or are using an external video controller, you must select the proper operating mode. Emulation mode is selected when you want to invoke a protocol from an optional emulation cartridge that is installed in the printer. Video mode is selected when you have an external video controller connected to the printer.
Chapter 3 The Control Panel The control panel consists of a message display, indicator lights, and a keypad. The keypad allows you to perform certain printer functions such as printing test pages or configuring the printer menus. This chapter explains the features and uses of the control panel. The layout of the control panel is shown in Figure 3–1 and described in Table 3–1. Table 3–3 describes the key functions in Keypad Mode. See Table 4–2 for the key functions when configuring the printer in Menu Mode.
Figure 3–1: Control Panel MLO-005830 3–2 Operator’s Guide
Table 3–1: Control Panel Functions Item Function Message Display Shows the current status of the printer. For example: 00 READY When the printer is in Menu Mode, the display shows the selected menu, feature, or value. For example: COMMAND INITIAL Keypad Some keys on the keypad perform a dual function depending on whether the printer is in Keypad Mode or Menu Mode. In Keypad Mode, the keys perform the primary function labeled on the key, such as Test/Font.
Table 3–1 (Cont.): Control Panel Functions Item Function Data indicator (green) Indicates the status of the data sent to the printer. On: Data is being printed or is still in the print buffer. If the indicator is on and the printer is not printing, it means the last page needs to be printed. Press On Line and then press Form Feed to print the last page. Off: All data has been printed. Flashing: Data is being received from the host computer.
3.1 Using the Keypad in Keypad Mode Some keys on the keypad perform a dual function, depending on whether the printer is in Keypad Mode or Menu Mode. In Keypad Mode, the keys perform the primary function labeled on the key, such as Test/Font or Reset. NOTE: With the exception of On Line , all keys operate only when the printer is off line. A ‘‘beep’’ sounds if any of these keys are pressed when the printer is on line. 3.1.1 Entering Keypad Mode Use the procedure in Table 3–2 to enter Keypad Mode.
Table 3–3 (Cont.): Keypad Functions: Keypad Mode Key Form Feed Function Form Feed works in conjunction with the Data indicator. If the Data indicator is on after a file stops printing, it means there is still data in the print buffer. Pressing Form Feed prints the remaining data in the print buffer. When you press Form Feed , the indicator on the key lights to show that the data is being printed.
Table 3–3 (Cont.): Keypad Functions: Keypad Mode Key Reset Function Pressing Reset for about three seconds performs a soft reset by clearing the data in the print buffer and returning the printer to the ready state (see Section 2.13). The printer operates with the values in operational memory and any values currently stored in RAM (which are loaded into operating memory), when a reset is performed. Other primary functions of Menu Reset are: • When changing paper tray sizes (see Section 2.
3.2 Using the Keypad in Menu Mode You configure the printer by selecting certain parameters (features and values) while in Menu Mode. You select these parameters using keypad keys that function differently when the printer is in Menu Mode. Chapter 4 covers printer configuration and explains the use of the keypad in Menu Mode (see Section 4.1).
Chapter 4 Printer Configuration This chapter describes how to configure the printer by selecting operating parameters that can be stored in the printer’s memory. These operating parameters are known as features and values. By selecting the correct operating parameters, you ensure that the printer can communicate properly with the host computer and application software. You configure the DEClaser 1100 printer by selecting an appropriate set of values from a group of printer setup menus.
You can access some menu features by using commands from the host computer; you can select others only from the control panel. This chapter describes how to select features using the control panel. For information about selecting features using commands from the host computer, see the Digital ANSI-Compliant Printing Protocol Level 3 Programming Reference Manual and the Digital ANSI-Compliant Printing Protocol Level 3 Programming Supplement.
4.1.1 Keypad Functions in Menu Mode Table 4–2 describes the function of the Menu Mode keys. After reading the description of the Menu Mode keys, you may want to try using the keys to better understand their operation. See Section 4.4.1 for an example of how to use the Menu Mode keys to configure the printer.
4.2 Reading the Display in Menu Mode Printer status and operator call messages are shown on the message display in uppercase lettering, preceded by a numerical code. Examples of such messages are 00 READY and 11 PAPER OUT. Menu Mode messages are displayed differently to distinguish among menu selections, feature selections, and value selections.
4.2.1 Displaying Menu and Feature Selections Menu and feature selections are scrolled to the left or right, and are shown on the message display in groups of 16 characters. This means that in addition to the menu or feature you have selected, other characters are displayed from the next menu or feature. Think of the menu and feature selections as being placed on a scrolling band separated only by a space.
4.2.2 Displaying Menu Values Menu values are scrolled to the right and left using and shown on the display with the associated feature, for example: i/f and are RS232C When you scroll through the values, the currently selected value is always displayed first and is denoted by an equal sign (=) between the feature and value, for example: i/f =RS232C 4.
4.3.1 Operating Memory The printer operates using the currently selected values contained in operating memory. When the printer is powered on, it loads the values stored in NVRAM into operating memory. When you select new values (through escape sequences or from the control panel), they are placed in operating memory and become part of the printer settings that are currently in use. Figure 4–3 shows the operational flow between the different types of memory.
4.3.2 ROM (Read-Only Memory) ROM contains default values that are set at the factory. They are called default values because they are stored in ROM and cannot be changed. You can load these default values into operating memory while in Menu Mode using the procedure shown in Table 4–3. NOTE: Default values loaded from ROM are temporary values in operational memory, and are affected if the printer receives a reset command or is powered off.
4.3.3 NVRAM (Nonvolatile Random-Access Memory) The printer can communicate with many systems using the factory default settings in ROM, but you may have to change values to accommodate your particular application or host computer. NVRAM allows those changes to be saved in a nonvolatile memory so that they are available each time you power on the printer. In nonvolatile memory, the selected values are not cleared when the printer is powered off or reset. Selections are saved in NVRAM until you change them.
4.3.4 RAM (Random-Access Memory) RAM is a temporary memory area that stores selected values until the printer is powered off. It is useful to store features in RAM when you need to change settings for specific print jobs. To save values in RAM while in Menu Mode, use the procedure in Table 4–5. Table 4–5: Saving Values in RAM Operation Display Reads 1. Press On Line to place the printer off line. 00 READY — The On Line indicator goes off. 2. Press Menu to place the printer in Menu Mode.
Figure 4–4: Operational Flow Chart Place the Printer Off Line Enter Menu Mode Select the Menu Select the Feature Change the Value Settings No Save Yes Save Settings in Memory Place the Printer Back On Line MLO-004946 Printer Configuration 4–11
4.4.1 Changing and Saving Values Example Procedure This section contains an example of how to change and save values in Menu Mode. Use the steps in Table 4–6 to perform the following tasks: • Enter Menu Mode • Change the baud rate from 4800 bits/second to 9600 bits/second • Save the new value in NVRAM • Exit Menu Mode Before You Begin This example assumes that the printer is using the factory default values in ROM. You will use Test Print A to verify the changes you make.
Table 4–6 (Cont.): Changing and Saving Values Operation Display Reads Enter to select 6. Press the baud feature. baud =4800 7. Press once to display the value 9600. baud 9600 Enter to enter 8. Press the new value. baud to return 9. Press to the menu selections. INTERFACE SAVE-> 10. Press twice to reach the NVRAM SAVE menu. SAVE->NVRAM LOAD Enter to save 11. Press the baud value in NVRAM. OK (momentarily) 12. Press On Line to exit the Menu Mode.
4.5 Menu Descriptions This section describes the printer menus, features, and values. Table 4–7 for a complete listing of all menus and parameters. See Table 4–7: Menu Mode Features and Values Menu Features Values FEEDER feeder Tray Cass.2 LAYOUT autoNL ON1 OFF COPY copy 011 —99 COMMAND message3 English1 Finnish French German Italian Japan Norway Port.
Table 4–7 (Cont.): Menu Mode Features and Values Menu 1 Factory Features Values baud5 300 600 1200 2400 48001 9600 19200 rsmode5 8S1 8SS 7OS 7ES 7OSS 7ESS 8OS 8ES dtr5 Fix-H1 Ready-H xon/xoff5 ON1 OFF etx/ack5 OFF1 ON default setting. only when RS232C is selected.
4.5.1 FEEDER Menu The FEEDER menu determines whether paper is fed from the paper tray or from an optional paper cassette. You can also choose the paper feed selection using the Feeder Select key on the control panel. See Table 3–3 for more information about using the Feeder Select key. Table 4–8 shows the features and values of the FEEDER menu. Settings from this menu are automatically saved in RAM. Menu settings can also be saved in NVRAM.
4.5.3 COPY Menu The COPY menu (Table 4–10) determines the number of copies of each page to be printed. You can save this setting only in RAM. Table 4–10: COPY Menu Features and Values Feature Values Description copy 011 –99 Sets the number of copies of each page to be printed. 1 Factory default setting. 4.5.4 COMMAND Menu The COMMAND menu (Table 4–11) lets you display messages in your native language. Three types of messages are displayed in the desired language: status, operator call, and error.
4.5.5 INITIAL Menu The INITIAL menu (Table 4–12) combines the macro, paint, and paper size features. You can save settings from this menu only in NVRAM. NOTE: Unlike the operation of other menus, a new value selected from the INITIAL menu is not invoked until the printer is reset. After selecting a value, you must perform a soft reset (Section 2.13) to invoke the new value.
4.5.5.1 Macro The macro feature allows you to select an environment for local compatibility. It assigns the proper user preference character set, enables/disables the initialization message, and specifies the return response (device identification) when a Device Attributes (DA) request is received. The macro feature is slightly different from other menu features because three parameters (user preference character set, initialization message, and device ID) are added together to determine the macro value.
The initialization message is sent to connected devices (when the printer is powered on or reset from the control panel) to indicate that the printer is reinitializing. This feature is designed for use with future applications and should be set to disable at this time. Consult the Digital ANSI-Compliant Printing Protocol Level 3 Programming Supplement for additional information about this feature.
4.5.5.2 Examples Using the Macro Feature The examples in Table 4–16 demonstrate how to determine the macro value.
4.5.5.3 Paint Mode (paint) The paint feature instructs the printer to reserve memory space for one or two full bitmap pages, or not to allocate any bitmapped memory space for page printing. Since printer memory is shared with both fonts and page drawings, it is usually desirable to let the printer allocate the memory dynamically, as even full page sixel images will often print in partial paint mode.
4.5.6 INTERFACE Menu The correct interface connection is necessary for the printer to communicate properly with the host computer. The DEClaser 1100 printer supports both parallel and serial interface connections. The interface must match the type used by the host computer. You cannot make selections from the INTERFACE menu using commands from the host computer. All values must be selected from the control panel and can be saved only in NVRAM.
Table 4–17 (Cont.): INTERFACE Menu Features and Values Feature dtr2 xon/xoff2 etx/ack2 Values Description 8OS 8 data bits Odd parity check 1 stop bit 7ESS 7 data bits Even parity check 2 stop bits 7OSS 7 data bits Odd parity check 2 stop bits 7ES 7 data bits Even parity check 1 stop bit 7OS 7 data bits Odd parity check 1 stop bit 8SS 8 data bits No parity check 2 stop bits Fix-H1 Sets the data terminal ready (DTR) line to a fixed high signal.
4.5.6.1 Interface Selection (i/f) The interface selection (i/f) feature selects the type of interface used to communicate with the host computer. It must match the interface used by the host computer, either serial or parallel. When you select the parallel (CENTRO) interface, you cannot select any other settings in the INTERFACE menu. The other features in this menu apply only to the serial interface and are not displayed when you select the parallel interface.
4.5.6.5 Buffer Control (xon/xoff) The buffer control (xon/xoff) feature uses software to regulate the flow of data to the input buffer of the printer. It is sometimes referred to as software handshaking protocol, a method the printer and the host computer use to exchange on/off signals. These signals prevent the input buffer from overflowing with data. If the input buffer becomes full and handshaking is not enabled, the overflowing data will be lost.
Chapter 5 Print Media This chapter describes the print media that are appropriate for use with the DEClaser 1100 printer. The types of print media described in this chapter are paper, labels, transparencies, and envelopes. The DEClaser 1100 printer produces excellent print quality using electrophotographic laser technology. The laser printing process differs greatly from that of a conventional impact printer, and this is why paper selection is particularly important.
5.1 Paper Specifications This section contains information on the sizes and specifications of plain paper that can be used with the DEClaser 1100 printer. The paper tray can feed paper sizes ranging from 97 mm x 148 mm to 216 mm x 356 mm. Table 5–1 lists the paper sizes that can be used with the optional paper cassettes for the printer. Table 5–1: Cassette Feed Paper Sizes Paper Size Dimensions A4 210 mm x 297 mm Executive 7 ¼ in. x 10 ½ in. Letter 8 ½ in. x 11 in. Legal 8 ½ in. x 14 in.
5.1.1 Special Considerations When Printing on Paper Because of the way laser printers print and bond toner to the paper, you must observe some special requirements with certain types of papers: • Do not use preprinted papers that do not meet the specifications for heat tolerance. The ink from some preprinted papers, such as those with a company letterhead, can cause smearing and in some extreme cases could damage the printer.
5.2 Envelope Specifications Envelopes must meet the same specifications as paper (see Table 5–2).
• Envelopes with sealing flaps at the leading and trailing edges MLO-004860 • Envelopes with three or more layers of paper at the leading and trailing edges MLO-004861...
• Envelopes that have transparent windows MLO-004862 • Envelopes that have clasps, snaps, or strings MLO-004863...Actual pica height is 14.
5.2.1 Special Considerations When Printing on Envelopes Observe the following requirements when printing on envelopes: • Do not load more than five envelopes in the paper tray. • Envelopes can be printed only on the front side. • Since you need to print addresses in a particular area on envelopes, you must give the printer the proper print coordinates to print the addresses. See Section 2.6 for more information about printing on envelopes. • Use the front output (faceup) tray.
5.3 Transparency Specifications Table 5–3 and Table 5–4 contain information on the sizes and specifications of transparencies that can be used with the DEClaser 1100 printer. Table 5–3: Transparency Sizes Transparency Size Dimensions A4 210 mm x 297 mm Letter 8 ½ in. x 11 in. Table 5–4: Transparency Specifications Category Specification Transparency weight: front output tray only 135 g/m2 to 150 g/m2 basis weight Thickness 0.095 mm to 0.115 mm Heat tolerance 150°C (302°F) for 0.1 second 5.3.
5.4 Label Specifications A label consists of a face sheet, an adhesive sheet, and a carrier sheet. The face sheet (or printing surface) is usually composed of photocopying paper and should meet the same specifications for paper as described in Table 5–2. The carrier sheet and adhesive used for the labels must also be able to meet the heat tolerance specification of 150°C (302°F) for at least 0.1 second. CAUTION: Exposed adhesive on labels can cause damage to the printer.
5.4.1 Special Considerations When Printing on Labels Observe the following requirements when printing on labels: • Labels are usually fed from the paper tray. If you are feeding labels from a cassette, be sure they are high-quality labels that meet the specifications listed in Table 5–2. • Be sure that the carrier sheet is not exposed. • Be sure that no adhesive is exposed. • Use the front output (faceup) tray only. NOTE: See Appendix B for acceptable labels available from Digital. 5.
5.5.1 Paper Handling Observe the following requirements when handling paper: • Load paper cassettes to their proper capacity rather than adding small amounts at a time. Loading small amounts of paper can cause jams because of air pockets created between small stacks of paper. • When you unwrap a new package of paper, discard the top and bottom sheets, as they tend to absorb the most humidity from the surrounding environment.
Chapter 6 Troubleshooting This chapter helps you to quickly locate most problems that may occur with the printer. It discusses the following topics: • Error skip procedure (Section 6.1) • Printer status messages (Section 6.2) • Operator call messages (Section 6.3) • Software error messages (Section 6.4) • Service call messages (Section 6.5) • Common operating problems (Section 6.6) • Paper jams (Section 6.7) Most problems are identified on the message display when they occur.
6.1 Error Skip Procedure The DEClaser 1100 printer alerts you to error conditions by stopping the printer, placing it off line, and displaying the type of error on the control panel. Some error conditions cannot be cleared using the error skip procedure. For example, 12 PRINTER OPEN needs to be corrected immediately before printing can continue. You can acknowledge other types of errors and still continue printing by pressing Error Skip .
6.2 Printer Status Messages Printer status messages are displayed to show the printer’s current operating condition (see Table 6–2). This status information lets you know if the printer is performing a task or is ready to receive another job. Status messages are displayed whether the printer is on line or off line. Table 6–2: Printer Status Messages Message Meaning 00 READY DEC The printer is ready to operate in DEC PPL3 Mode. The ready condition can exist whether the printer is on line or off line.
6.3 Operator Call Messages Operator call messages appear if a problem with the printer requires operator intervention, such as adding paper or closing the printer cover. You should check the online/offline status of the printer after correcting a problem; you may have to place the printer back on line by pressing On Line . Table 6–3 lists the operator call messages. NOTE: The operator call message number flashes when it is displayed.
Table 6–3 (Cont.): Operator Call Messages Message Meaning Corrective Action PC LOAD LETTER Request for a letter-size paper cassette. Install a letter-size paper cassette into the printer. The printer was not reset after the cassette size was changed. Reset the printer (Section 2.13). Request for a legal-size paper cassette. Install a legal-size paper cassette into the printer. The printer was not reset after the cassette size was changed. Reset the printer (Section 2.13).
6.4 Software Error Messages You can correct many software errors by adding additional memory, reassigning memory, or by selecting the proper interface parameter. Table 6–4 describes the corrective action to take when a software error occurs. Table 6–4: Software Error Messages Message Meaning Corrective Action 20 PAGE FULL The page buffer is overflowing with data. Clear fonts from memory after each job. Assign one or two full-page bitmap areas in memory to handle the complex data (Section 4.5.5.3).
Table 6–4 (Cont.): Software Error Messages Message Meaning Corrective Action 26 MEMORY FULL RAM memory space is full. Clear fonts from memory after each job. Add additional RAM. 40 LINE ERROR An error has occurred in the communication circuit. Check the interface parameters (Section 4.5.6). 41 PRINT CHECK A misprint has occurred. Perform the error skip procedure (Section 6.1). FE FONT REMOVAL A font cartridge has been removed from before turning the printer off.
6.5 Service Call Messages Service call messages indicate that the printer requires servicing by a qualified Digital Customer Services engineer (see Chapter 8 for service information). Service messages are displayed as XX SERVICE (where XX equals a number from 50 through 99). NOTE: Before calling for service, try to clear the error message by powering the printer off. After a few seconds, power the printer on. If the error message is still displayed, power the printer off and call for service. 6.
Table 6–5: Common Operating Problems Problem Possible Cause Corrective Action The power source is defective. Make sure the power cord is plugged into the wall outlet. Check that there is power at the wall outlet by plugging in a lamp to see if it lights. If the lamp does not light, call your building maintenance services to check the circuit supplying power to that outlet. The power cord is not connected or is damaged.
Table 6–5 (Cont.): Common Operating Problems Problem Possible Cause Corrective Action Toner is not being dispersed evenly. Remove the EP-L cartridge from the printer and gently rock it several times to redistribute toner. POOR PRINTING Large amounts of vertical fade and/or white streaks are on the page. Replace the EP-L cartridge (Section 7.2). Printing is too light. The print density setting is incorrect. Adjust the print density setting (Section 2.8). The EP-L cartridge is out of toner.
Table 6–5 (Cont.): Common Operating Problems Problem Possible Cause Corrective Action A paper jam occurred. There is an obstruction in the paper path. See Section 6.7 for instructions on clearing paper jams. Print lines overlap. The vertical pitch setting is incorrect. Correct the vertical pitch setting in your application program. The print is skewed. The print medium is not the recommended type. See Chapter 5 for print media specifications. Paper is not loaded in the paper tray properly.
6.7 Paper Jams Paper jams are typically caused by: • Damaged paper (torn or folded) • Improperly stored paper (excessive paper curl or humidity) • Paper that does not meet specifications (incorrect weight or heat tolorance) • Paper that is improperly loaded in the tray (not aligned properly) To reduce the chance of paper jams, you should follow the instructions for proper paper selection, storage, and loading as outlined in Chapter 5.
Figure 6–1: Paper Jam Areas MLO-005979 After clearing a paper jam, reset the printer by closing the front cover. Closing the cover clears the error condition, but the printer must be placed back on line. After the cover is closed, press On Line to place the printer back on line. When a paper jam is cleared and printing is resumed, the DEClaser 1100 printer automatically reprints the page that jammed.
6.7.1 Clearing Printer Paper Jams Use the following procedures to clear all types of paper jams from the printer. WARNING: The rollers in the fixing assembly may be hot. Be careful when accessing this area. 1. Remove the front output tray (if it is installed) by squeezing it slightly to release its pegs from the printer slots.
2. Remove any paper remaining in the paper tray and close the extension tray.
3. Press the front cover release button up and open the front cover. — The Alarm indicator lights. — The display reads 12 PRINTER OPEN. — The printer goes off line.
4. Remove any jammed paper from the pickup area by pulling the paper out in the direction of the arrow. If all jammed paper has been cleared, go to step 7. If there was no paper jammed in the pickup area, go to step 6.
5. Remove any jammed paper from the fixing assembly by pulling the paper out in the direction of the arrow. If all jammed paper has been cleared, go to step 7. If there was no paper jammed in the fixing assembly, continue with the next step.
6. Open the paper access cover and remove any jammed paper by pulling it straight up. Close the paper access cover.
7. Close the front cover. — The printer initializes (recycles). — The Alarm and Data indicators shut off. — The message display reads 00 READY.
8. Open the fixing assembly access cover and remove any remaining pieces of paper that may be caught in the fixing assembly. WARNING: The rollers in the fixing assembly may be hot. Be careful when accessing this area. MLO-005985 9. Reload paper and press On Line to resume printing. — The jammed page is reprinted.
6.7.2 Clearing Cassette Paper Jams Use the following procedure to clear jammed paper from the paper cassette. 1. Pull out the paper cassette and remove the jammed paper. Remove all the paper from the cassette and reload the cassette. Be sure there are no damaged sheets reloaded into the cassette.
Chapter 7 Maintenance To obtain optimum performance from the DEClaser 1100 printer, you must perform the prescribed care and maintenance as outlined in this chapter. This chapter describes how to properly maintain the printer and covers the following topics: • Extending EP-L cartridge life (Section 7.1) • Replacing the EP-L cartridge (Section 7.2) • Cleaning the fixing assembly (Section 7.3) • Cleaning the printer (Section 7.
7.1 Extending EP-L Cartridge Life Each EP-L cartridge contains a photosensitive drum, cleaning mechanism, charging roller, and toner, assuring you of optimum print quality throughout the life of the cartridge. When the cartridge runs out of toner, you replace it with a new one. CAUTION: The use of refilled EP-L cartridges is not recommended and may have an adverse effect on print quality. Consumables available through Digital, or recommended by Digital, should be used with Digital laser printers.
7.2 Replacing the EP-L Cartridge When the print quality becomes uneven, or printing is too light, it means that the printer is either running out of toner, or the toner is not being distributed evenly. Before replacing the EP-L cartridge, make sure that the toner is really depleted. Rock the cartridge back and forth gently to redistribute any remaining toner as shown in Figure 7–1. Figure 7–1: Rocking the EP-L Cartridge MLO-005811 Reinstall the cartridge in the printer and try printing.
To replace the EP-L cartridge, follow the instructions on the cartridge box or use the following procedure. 1. Be sure the printer is not printing and the display reads 00 READY. 2. Lift up the release button to open the front cover.
3. Remove the old EP-L cartridge from the printer by pulling it out by its tab. — The Alarm indicator lights. — The display reads 12 PRINTER OPEN. — The printer goes off line. If the cartridge is difficult to remove, push in the green lever on the right side of the printer to disengage the cartridge, and then remove it. Discard the cartridge.
4. Remove the new EP-L cartridge from its package and rock it from end to end five or six times to distribute the toner evenly. NOTE: Do not shake the cartridge vigorously.
5. Remove the sealing tape by holding the cartridge on a flat, stable surface, and gently pulling the orange tab straight out of the cartridge. CAUTION: Pull the tab straight out of the cartridge. Pulling the tab at an angle can snap or cut the tape. — The sealing tape is about 457 mm (18 in.) long and may have toner on it. If you get toner on your hands or clothing, wash them with cold water and soap. Discard the sealing tape.
6. Insert the EP-L cartridge by aligning the arrow on the cartridge with the mark on the printer, and gently push the cartridge in until it stops.
7. Slowly close the front cover. — The display reads 02 WARMING UP (momentarily). — The display reads 00 READY. NOTE: If the EP-L cartridge is not pushed in completely, the front cover will not close. MLO-005814 8. Go to Section 7.3 and perform the fixing assembly cleaning procedure.
7.3 Cleaning the Fixing Assembly Cleaning the fixing assembly removes the excessive toner from the heat and pressure rollers. You should clean the fixing assembly each time you replace the EP-L cartridge, and when you notice stray toner or smudges being fused to the paper. By keeping the fixing assembly clean, you reduce the chance of paper jamming in that area. The cleaning procedure uses a special cleaning paper generated by the printer. NOTE: Alway use plain white paper to generate the cleaning paper.
4. Insert the printed cleaning paper into the paper tray with the printed side facing up.
5. Press Test/Font to run the cleaning paper through the printer. — The display reads 08 CLEANING. — The cleaning paper exits to the output tray, indicating that the fixing assembly is clean. — The display reads 00 READY. Discard the cleaning paper. 6. Press On Line to place the printer on line. — The On Line indicator lights.
7.4 Cleaning the Printer If the external surfaces of the printer become dirty, you can clean them using a clean, damp cloth. CAUTION: To prevent possible damage to the external surfaces of the printer, do not use cleaners or solvents. Use a clean cloth dampened with water only.
Chapter 8 Service If you cannot correct a problem with the DEClaser 1100 printer, request servicing by a qualified Digital Customer Services engineer. This chapter lists the available services. 8.1 Digital Equipment Corporation Services Digital Equipment Corporation provides a wide range of maintenance programs for printers. These include on-site, carry-in, and mail-in maintenance services.
For more information on any of Digital Equipment Corporation’s maintenance services, call the Digital Customer Services office in your area during normal business hours. Refer to the list of questions in Table 8–1 before calling the service center. Table 8–1: Questions to Consider Before You Call Is the call necessary? Check Chapter 6. yourself. Often you can solve the problem Who should call for service? Typically, the system manager should place the call for service.
Appendix A DEClaser Printer Quick Reference Guide This quick reference guide contains basic information on using certain programming instructions with your DEClaser printer. This appendix is designed to be used as a reference source for experienced programmers. If you require detailed programming information, see the Associated Documentation section in the Preface for a listing of available programming manuals. For quick reference use, see these sections: Category Section Positioning Controls A.
A.1 Positioning Controls CUU—Cursor Up CSI Pn A Where: Pn = 0 is treated as 1. Pn = n is the numeric value according to SSU sequence and PUM setting. DECCAHT—Clear All Horizontal Tabs ESC 2 DECCAVT—Clear All Vertical Tabs ESC 4 DECHTS—Horizontal Tab Set ESC 1 DECSHTS—Set Horizontal Tab Stops CSI Pn ;...; Pn u DECSVTS—Set Vertical Tab Stops CSI Pn ;...
HPA—Horizontal Position Absolute CSI Pn ‘ Where: Pn = 0 is treated as 1. Pn = n is the numeric value according to SSU sequence and PUM setting. HPB—Horizontal Position Backward CSI Pn j Where: Pn = 0 is treated as 1. Pn = n is the numeric value according to SSU sequence and PUM setting. HPR—Horizontal Position Relative CSI Pn a Where: Pn = 0 is treated as 1. Pn = n is the numeric value according to SSU sequence and PUM setting. TBC—Tab Clear CSI Ps ;...
VPA—Vertical Position Absolute CSI Pn d Where: Pn = 0 is treated as 1. Pn = n is the numeric value according to SSU sequence and PUM setting. VPB—Vertical Position Backward CSI Pn k Where: Pn = 0 is treated as 1. Pn = n is the numeric value according to SSU sequence and PUM setting. VPR—Vertical Position Relative CSI Pn e Where: Pn = 0 is treated as 1. Pn = n is the numeric value according to SSU sequence and PUM setting.
A.2 Margins and Spacing DECSHORP—Set Horizontal Pitch CSI Ps w Where: Ps = 0 is determined by current font. Ps = 1 is 720 centipoints (10 characters/inch). Ps = 2 is 600 centipoints (12 characters/inch). Ps = 3 is 545 centipoints (13.2 characters/inch). Ps = 4 is 436 centipoints (16.5 characters/inch). Ps = 5 is 1440 centipoints (5 characters/inch). Ps = 6 is 1200 centipoints (6 characters/inch). Ps = 7 is 1090 centipoints (6.6 characters/inch). Ps = 8 is 872 centipoints (8.
DECSTBM—Set Top and Bottom Margins CSI Pn1 ; Pn2 r Where: Pn1 is the top margin-setting numeric value. Pn2 is the bottom margin-setting numeric value. DECVERP—Set Vertical Pitch CSI Ps z Where: Ps = 0 is determined by the current font. Ps = 1 is 1200 centipoints (6 lines/inch). Ps = 2 is 900 centipoints (8 lines/inch). Ps = 3 is 600 centipoints (12 lines/inch). Ps = 4 is 3600 centipoints (2 lines/inch). Ps = 5 is 2400 centipoints (3 lines/inch). Ps = 6 is 1800 centipoints (4 lines/inch).
DECVPFS—Variable Page Format Select CSI Ps1 ; Pn2 ; ... Pn11 SP z Where: Ps1 = 0, 1 is portrait orientation. Ps1 = 2 is landscape orientation. Ps1 = Other is portrait orientation. Pn = Meaning If "Zero" 2 Length of paper Default1 3 Width of paper Default1 4 Top margin 1 5 Bottom margin Pn2—1/2 in. 6 Left margin 1 7 Right margin Pn3—1/2 in.
GSS—Graphic Size Select CSI Pn SP C Where: Pn = 0 is 100 decipoints. Pn = n is the font height according to SSU sequence. PFS—Page Format Select CSI Ps SP J CSI ?Ps SP J—(Digital Private) Where: Ps = 0 is portrait normal text. Ps = 1 is landscape normal text. Ps = 2 is portrait normal A4. Ps = 3 is landscape normal A4. Ps = 4 is portrait normal North American letter. Ps = 5 is landscape normal North American letter. Ps = 6 is portrait extended A4. Ps = 7 is landscape extended A4.
SHS—Set Horizontal Spacing CSI Ps SP K Where: Ps = 0 is 720 centipoints (10 characters/inch). Ps = 1 is 600 centipoints (12 characters/inch). Ps = 2 is 480 centipoints (15 characters/inch). Ps = 3 is 1200 centipoints (6 characters/inch). SPI—Spacing Pitch Increment CSI Pn1 ; Pn2 SP G Where: Pn1 = 0 vertical spacing is determined by current font. Pn1 = n is the vertical spacing according to the SSU sequence and PUM setting. Pn2 = 0 horizontal spacing is determined by current font.
SVS—Set Vertical Spacing CSI Ps SP L Where: Ps = 0 is 1200 centipoints (6 lines/inch, 1/6 inch). Ps = 1 is 1800 centipoints (4 lines/inch, 1/4 inch). Ps = 2 is 2400 centipoints (3 lines/inch, 1/3 inch). Ps = 3 is 600 centipoints (12 lines/inch, 1/12 inch). Ps = 4 is 900 centipoints (8 lines/inch, 1/8 inch). Ps = 5 is 1416 centipoints (6 lines/30 mm, 5 mm). Ps = 6 is 2136 centipoints (4 lines/30 mm, 7.5 mm). Ps = 7 is 2856 centipoints (3 lines/30 mm, 10 mm).
A.4 Fonts and Character Sets ASCEF—Announce Subset of Code Extension Facilities ESC SP F If the final character (F) is: L the subset is ISO 4873, Level 1. M the subset is ISO 4873, Level 2. N the subset is ISO 4873, Level 3. DECATFF—Assign Type Family or Font DCS Ps1 ; Ps2 } id_string ST Where: Ps1 = 0, 1 assigns a font collection plus with a 16-character font ID to SGR number. Ps1 = 2 assigns type family ID (7 characters) to SGR number. Ps1 = 3 assigns a 16-character font ID to SGR number.
DECAUPSS—Assign User Preference Supplemental Character Set DSC Ps ! u D...D ST Where: Ps = 0 is a 94-character set. Ps = 1 is a 96-character set. Possible D . . .
DECLFF—Load Font File DCS Ps1 ; Ps2 ; Ps3 y font_record, font_record; comment_record ST Where: Ps1 = 0 is Digital font file format. Ps2 = 0 is print summary sheet. Ps2 = 1 is do not print summary sheet. Ps2 = 2 send font error and warning information (response is DECFSR (DECLFF Ps2 = 2 or 3)). Ps2 = 3 is print summary sheet and send font error/warning information. Ps3 = 0 is delete all fonts. Ps3 = 1 is replace loaded font files with same ID as loaded font file.
SCS—Select Character Set ESC I* ...In F I* Character Code Set Selection ( Left parenthesis 2/8 G0 ) Right parenthesis 2/9 G1 * Asterisk 2/10 G2 + Plus sign 2/11 G3 - Minus Sign 2/13 G1 . Period 2/14 G2 / Slash 2/15 G3 94-Character Sets 96-Character Sets1 1 You cannot designate a 96-character set into G0.
G0 G1 G2 G3 Character Set ESC ( B ESC ) B ESC * B ESC + B ASCII ESC ( A ESC ) A ESC * A ESC + A British NRCS ESC ( 5 ESC ) 5 ESC * 5 ESC + 5 DEC Finnish NRCS ESC ( R ESC ) R ESC * R ESC + R French NRCS ESC ( 9 ESC ) 9 ESC * 9 ESC + 9 DEC French Canadian NRCS ESC ( K ESC ) K ESC * K ESC + K German NRCS ESC ( Y ESC ) Y ESC * Y ESC + Y ISO Italian NRCS ESC ( J ESC ) J ESC * J ESC + J JIS Roman ESC ( I ESC ) I ESC * I ESC + I JIS Katakana ESC ( 6 ESC ) 6 ESC *
SGR—Select Graphic Rendition CSI Ps ; ... ; Ps m CSI ?Ps ; ... ; Ps m—(Digital Private) Where: Ps = 0 or none turns off all attributes (standard and private). Ps = 1 turns on bold. Ps = 3 turns on italics. Ps = 4 turns on underline (double underline off). Ps = 9 turns on strike-through. Ps = 10 is used as defined by DECATFF. . . . Ps = 19 is used as defined by DECATFF. Ps = 21 turns on double underline (underline off). Ps = 22 turns off bold. Ps = 23 turns off italics.
A.
A.6 Miscellaneous CPR—Cursor Position Report CSI Pnv ; Pnh R Where: Pnv is a numeric parameter describing the active vertical position. Pnh is a numeric parameter describing the active horizontal position. DA—Device Attributes (request) CSI c Primary DA request DA2—Secondary Device Attributes (request) CSI > c DAR—Device Attributes (DA) Report CSI ? Ps1 ; Ps2 ; ... ; Psn c Where: Ps1 = 73 identifies the printer as a level 3 device. Ps1 = 26 identifies the printer as an LN03. Ps2 = 4,...
DA2R—Secondary Device Attributes Report CSI > Ps1 ; Ps2 ; Ps3 ; Ps4 ; Ps5 c Where: Ps1 = 51 identifies the printer as a DEClaser 1100. Ps2 = xx is the major firmware revision. Ps3 = 0 is no memory card. Ps3 = 1 is 1 MB memory card. Ps3 = 2 is 2 MB memory card. Ps4 = 0,...24 are the protocol cartridges installed. Ps5 = yy is the minor firmware revision. DECASFC—Automatic Sheet Feeder (Input Tray) Control CSI Ps ! v Where: Ps = 0 is no tray change (conditional Sheet Feed is performed).
DECFSR–Font Status Report If DECRFS Ps = 0 or 1: DCS 1 " { report_string ST If DECRFS Ps = 0 or 2: DCS 2 " { nnn ST Where: nnn indicates the number of bytes available in memory for downline loading. If DECLFF Ps2 = 2 or 3: DCS 4 " { error_string ST DECMM—Memory Management CSI Ps + v Where: Ps = 0, 1 is no guaranteed imaging capabilities. Ps = 2 is A or A4-size image guaranteed without complexity errors. Ps = 3 is legal-size image guaranteed without complexity errors.
DECRVEC—Draw Relative Vector CSI Ps1 ; Pn2 ; Pn3 ; SP | Where: Ps1 = 0 is draw an X line to the right. Ps1 = 1 is draw a Y line down. Ps1 = 2 is draw an X line to the left. Ps1 = 3 is draw a Y line up. Pn2 = is the line length according to SSU sequence. Pn3 = is the line width according to SSU sequence. DECSCL—Set Conformance Level CSI Ps1 " p Where: Ps1 = 0 is treated as 73. Ps1 = 71 is reset to DEC PPL1 defaults. Ps1 = 72 is reset to DEC PPL2 defaults.
DECSDPM—Set Duplex Print Mode CSI Ps SP x DEClaser Fallback DEClaser 2200 Fallback Off – – Off – 1 Simplex On 1 1 True duplex normal Duplex Off 5 3 4 True duplex tumbled Duplex On 5 4 5 Duplex master normal Simplex Off 5 5 6 Duplex master tumbled Simplex On 5 6 7 Simplex compressed normal Duplex Off 1 7 8 Simplex compressed tumbled Duplex On 1 7 Ps Print Mode Physical State 0 True simplex normal Simplex 1 True simplex normal Simplex 2 True simplex tum
DECSSS—Set Sheet Size CSI Ps1 ; Ps2 ; Pn3 ; Pn4 SP { Where: Ps1 = 0 is any slot. Ps1 = 1 is paper tray. Ps1 = 2 is paper cassette (if present). Ps2 = is key number (ignored). Pn3 = is width (defined as leading edge). Pn4 = is length. DECSTR—Soft Terminal Reset CSI ! p DECVEC—Draw Vector CSI Ps1 ; Pn2 ; Pn3 ; Pn4 ; Pn5 ! | Where: Ps1 = 0 is draw X (horizontal) line. Ps1 = 1 is draw Y (vertical) line. Ps1 = Other is perform no action.
DSR—Device Status Request CSI Ps n CSI ?Ps n Where: Ps = 0,5 is send an extended status report. Ps = 6 is send a Cursor Position Report (CPR). Ps = ?1 is disable all unsolicited status reports. Ps = ?2 is enable brief unsolicited status reports, and send extended status report. Ps = ?3 is enable extended unsolicited status reports, and send extended status report. JFY—Justify CSI Ps SP F Where: Ps = 0 is stop justification. Ps = 2 is justify with limits. Ps = ?2 is justify without limits.
Appendix B Accessories and Supplies This appendix lists some of the accessories and supplies available for the DEClaser 1100 printer. Contact your local sales representative or refer to your latest DECdirect catalog for a complete list of products and the latest pricing information. See Section B.1 for additional ordering information.
Table B–1 (Cont.
B.1 Ordering Information Use the following mailing addresses and telephone numbers to order products for the DEClaser 1100 printer. Table B–2: Ordering Within the U.S.A. MAIL Digital Equipment Corporation PO Box CS2008 Nashua, NH 03061 TELEPHONE Order toll free 1–800–DIGITAL between the hours of 8:30 a.m. and 8:00 p.m. EST Table B–3: Ordering Outside the U.S.A.
Appendix C Specifications This appendix contains the operating and interface specifications for the DEClaser 1100 printer. C.1 Operating Specifications Type: Desktop page printer Printing Method: Electrophotographic using laser beam scanning Resolution: 300 dpi Printing Speed: 4 pages/minute maximum using A4 or letter-size paper from the cassette Warm-Up Time: Less than one minute at 20°C (68°F) Paper Tray: Approximate capacity is 50 sheets of paper, labels, or transparencies.
Built-in Font Files: The DEClaser 1100 printer has 36 built-in font files. The font files consist of four fonts and nine character sets. These fonts are: • Courier 10-point normal1 portrait • Courier 10.3-point normal portrait • Courier 6.
Power Consumption: less than 0.55 kW (VA) Installed Weight: Approximately 11.0 kg (25 lb.) Dimensions: Width: 350 mm (13.8 in.) Depth: 405 mm (15.9 in.) Height: 204 mm (8.0 in.) Height: 259 mm (10.2 in.) with the optional paper feed unit and cassette installed.
C.2 Serial Interface Specifications Table C–1 lists the pin signals for the RS232C serial interface connector. Figure C–1 shows the pin assignments on the connector, while Figure C–2 and Figure C–3 show the serial connections with and without connection to a modem.
Figure C–2: Serial Connections to Modem MLO-004885 Specifications C–5
Figure C–3: Serial Connections Without Modem MLO-005829 C.3 Parallel Interface Specifications Table C–2 lists the pin signals for the parallel (Centronics) interface connector. Figure C–4 shows the pin assignments on the connector, while Figure C–5 shows the parallel connections to an external device.
Table C–2: Parallel Interface Pin Assignments Pin Signal Direction 1 In 2 Data 1 In 3 Data 2 In 4 Data 3 In 5 Data 4 In 6 Data 5 In 7 Data 6 In 8 Data 7 In 9 Data 8 In 10 11 Busy Out 12 Call (PE) Out 13 Select Out 14–15 Not Connected – 16 0 Volts (Logic Ground) – 17 Chassis Ground – 18 5 Volts Out 19–29 Ground – Out 32 !" $#% $ &!" ' () 33 Aux Out 11 – 34 Not Connected – 35 Aux Out 21 –
Figure C–4: Parallel Pin Assignment MLO-004886 Figure C–5: Parallel Connections MLO-005828 C–8 Operator’s Guide
Appendix D LN03 Compatibility This appendix contains information highlighting the differences between the DEClaser 1100 printer and the LN03 printer. This information is directed at the differences affecting compatibility between the printers. D.1 General Differences The following list identifies the general differences between the LN03 printer and the DEClaser 1100 printer. • A 25-pin (female) serial cable and an MMJ-to-25-pin male adapter are provided with the DEClaser 1100 printer.
D.2 Printable Area Compatibility The printable area on the DEClaser 1100 is approximately the same as the printable area on the LN03 printer. There is an approximate 6 mm (¼ in.) nonprintable area around the page. This difference does not affect any application using the predefined Page Format Selections (PFS), or applications that do not print within 6 mm (¼ in.) of the paper edge.
• The DEClaser 1100 does not contain the Modern Gothic font resident in the LN03-PLUS. • If a font used on the page is deleted to free up memory for another requirement, the DEClaser 1100 may cause a page break but, unlike the LN03 PLUS, does not try to transfer the display list to bitmap memory. If you encounter page breaks, set the Paint feature value to Full (see Table 4–12). NOTE: The Full value can be activated only if at least 1 MB of optional RAM is installed in the printer.
Glossary ASCII Abbreviation for American Standard Code for Information Interchange. The ASCII code table is widely used for data processing and communication, providing a set of characters and commands. The codes listed represent a set of characters and commands. A4 paper size The European paper size of 210 mm x 297 mm. basis weight A measurement used to describe the paper weight density in grams per square meter.
CaPSL Abbreviation for Canon Printing System Language. This page description language uses escape sequences to control the printer. character attribute A feature of a highlighted character. You can select underlining, bold printing, italic printing, and strike-through attributes. character set A set of codes that describe the general appearance of a set of characters. For example, a character set might contain the code for an uppercase A or the number 1.
control or monitor printer on line status. DTR is sometimes known as the hardware handshaking protocol. EP-L cartridge Abbreviation for electrophotographic laser cartridge. The EP-L cartridge contains toner, a photosensitive drum, and a cleaning mechanism for excess toner. error skip The process of acknowledging an error (by pressing Error Skip ) and then continuing to print. Some errors cannot be bypassed with the error skip procedure.
image area The printable portion of a page. Like most printers, the DEClaser 1100 does not allow printing to the physical edge of the page. initialize To set starting values such as counters, switches, or addresses at the beginning of, or at prescribed points in, a computer routine. interface The connection of two devices (through the interface cable), such as a computer and printer, making communication between them possible.
off line A communications mode during which the printer cannot receive data from the host computer. When the On Line indicator is off, it indicates that the printer is off line. on line A communications mode during which the printer can receive data from the host computer. When the On Line indicator is on, it indicates that the printer is on line. operating memory The memory that contains the current print settings loaded from NVRAM, and any modifications.
printer software The software that handles the communications between the process that makes a print request (terminal), the process that provides resources (a host), and the process that performs the printing service (a print queue). protocol A procedure or set of rules that controls the communication between computers and peripherals. Also, a set of conventions between communicating processes regarding the format and contents of messages to be exchanged. RAM Abbreviation for random-access memory.
toner A black powder commonly known as dry ink, which is used to form the characters on the paper. Toner is contained in the EP-L cartridge on the DEClaser 1100 printer. type family A group of fonts that have a similar design, but differ in the six other font attributes. For example, Courier is a type family that resides in the DEClaser 1100 printer. type family ID A 7-character code that identifies a type family. xon/xoff A software protocol used with RS232C serial communication.
Index Baud rate, 4–25 Buffer control DTR, 4–25 etx/ack, 4–26 xon/xoff, 4–26 Envelopes (Cont.
L O Labels special considerations, 5–10 specifications, 5–9 Laser safety, xiv LAYOUT menu, 4–16 LN03 compatibility, D–1 Operating memory, 4–7 Operating problems, common, 6–8 Operating space, 1–9 Operating specifications, C–1 Operational flow in Menu Mode, 4–10 Operator call messages, 6–4 Ordering documentation, xi Ordering information, B–3 Output tray selection, 2–18 front output tray, 2–22 top output tray, 2–20 M Macro feature, 4–19 examples, 4–21 Maintenance, 7–1 Media sizes, 2–6 Memory nonvolatile ra
Quick Reference Guide (Cont.) control characters, A–17 fonts and character sets, A–11 margins and spacing, A–5 miscellaneous, A–18 positioning controls, A–2 set/reset modes, A–10 Values (Cont.
