SP298MC - Label printer Star Micronics - Free user manual and instructions

USER MANUAL SP298MC Star Micronics

Federal Communications Commission Radio Frequency Interference Statement

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

This statement will be applied only for the equipments marketed in U.S.A.

FCC WARNING

Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.

For compliance with the Federal Noise Interference Standard, this equipment requires a shielded cable.

For RF interference suppression, if a ferrite core is provided with this device, affix it to the interface cable.

Statement of

The Canadian Department of Communications

Radio Interference Regulations

This Class A digital apparatus complies with Canadian ICES-003.

The above statement applies only to printers marketed in Canada.

Trademark acknowledgments

SP298, AutoSide Loading Star Micronics Co. Ltd.

ESC/POS, TM-295, TM-290: Sciko Epson Corporation

Notice

• All rights reserved. Reproduction of any part of this manual in any form whatsoever, without STAR's express permission, is strictly forbidden.
• The contents of this manual are subject to change without notice.
• All efforts have been made to ensure the accuracy of the contents of this manual at the time of printing. However, should any errors be found, STAR would greatly appreciate being informed of them.
• The above notwithstanding, STAR can assume no responsibility for any errors in this manual.

TABLE OF CONTENTS

Chapter 1: Printer Setup 1

Choosing a place for the printer 1
Unpacking the printer 2
Removing the protective materials 2
General guide 3
Removing the printer cover 4
Installing the ribbon cassette 4
Removing the ribbon cassette 6
Connecting to a power outlet and turning power on and off ....6
Connecting to your host computer 8
Connecting to a peripheral unit 10
Inserting the paper into the printer 11
AutoSide LoadingTM 12

Chapter 2: Control Panel Operations 14

Indicator lights 14
Buttons 15
Producing a test print 15
Adjusting the dot alignment 15
Hexadecimal dump 17
Errors 18

Chapter 3: Command Summary 20

Star Mode Commands 20
ESC/POS Mode Commands (TM-295 emulation) 26
ESC/POS Mode Commands (TM-290 emulation) 28

Appendix A: Specifications 120

Appendix B: Making DIP Switch Settings. 125
Appendix C: Memory Switch Settings 130
Appendix D: Interface 131
Appendix E: Peripheral Unit Driver Circuit. 137

Please access the following URL

http://www.star-m.jp/eng/dl/dl02.htm

for the latest revision of the manual.

This chapter contains important information on setting up your printer. Be sure to read this chapter carefully before using the printer for the first time. In this chapter you will learn about:

□ Choosing a place for the printer
Unpacking and setting up the printer
□ Installing the ribbon cassette
- Connecting to a host computer
□ Inserting paper

Choosing a place for the printer

Before actually unpacking the printer, you should take a few minutes to think about where you plan to use it. Remember the following points when doing this.

Choose a firm, level surface where the printer will not be exposed to vibration.
- The power outlet you plan to connect to for power should be nearby and unobstructed.
Make sure that the printer is close enough to your host computer for you to connect the two.
Make sure that the printer is not exposed to direct sunlight.
Make sure that the printer is well away from heaters and other sources of extreme heat.
Make sure that the surrounding area is clean, dry, and free of dust.
- Make sure that the printer is connected to a reliable power outlet. It should not be on the same electric circuit as copiers, refrigerators, or other appliances that cause power spikes.
Use a power outlet that matches the power rating noted on the label affixed to the bottom of your printer.
Make sure that the room where you are using the printer is not too humid.

Unpacking the printer

Check to make sure that the carton contains each of the items shown in the following illustration.

If anything is missing, contact the dealer where you bought the printer and ask them to supply the missing part. Note that it is a good idea to keep the original box and all the packing materials just in case you need to pack the printer up again and send it somewhere at a later date.

Removing the protective materials

Four protective materials are inserted into the printer to protect components during shipping. Before using the printer, be sure to remove all protective materials as shown in the illustration.

General guide

The following illustrations describe the major components, buttons, and connectors of your printer.

Removing the printer cover

Push straight up on the ridged locations on the sides of the printer cover to remove it from the printer.

Printer cover

To replace the cover, slide it back down into position. Gently press down on the cover until you hear it click securely into place.

Installing the ribbon cassette

Make sure that the printer's paper release is activated (the paper is not held in place by the paper feed roller). If it cannot be determined whether or not the paper release is activated, turn on the printer and check if the RELEASE indicator on the control panel is lit. If the indicator is not lit, press the RELEASE button until the indicator lights up.
Make sure that the printer is turned off and unplugged from its power outlet.
Remove the printer cover.
Remove the ribbon cassette from its packaging, and turn its knob in the direction indicated by the arrow to take up any slack in the ribbon.

□ Holding the ribbon cassette so that the ribbon is facing down, install the cassette into the slip printer as shown in the illustration.

Press gently but firmly on the cassette until it snaps securely into place.

Rotate the knob on the cassette again to take up any slack.

Replace the printer cover.

Important!

Make sure that the ribbon is not twisted before installing the ribbon cassette. Otherwise, the ribbon may become jammed in the printer and damage the ribbon rollers.

In addition, if the ribbon becomes twisted after installation, remove the ribbon cassette, untwist the ribbon, and then reinstall the cassette.

Removing the ribbon cassette

Use the following procedure to remove the ribbon cassette from the slip printer when you want to replace it with a new one.

Make sure that the printer is turned off and unplugged from its power outlet.
Remove the printer cover.
Grasping the ribbon cassette as shown, gently pull it away from the printing mechanism.

Use the procedure under "Installing the ribbon cassette" on page 4 to install a new cassette.

Connecting to a power outlet and turning power on and off

Plug the AC adapter that comes with the printer into the printer's AC adapter cable connector.
- Connect a three-prong grounded power cord to the power cord connector of the AC adapter.

Note:

The printer does not come with a power cord, so you must provide one yourself.

Plug the other end of the power cord to a standard household wall outlet.

Use the power switch on the left side of the printer to turn power on and off.

Important!

We recommend that you unplug the printer from the power outlet whenever you do not plan to use it for long periods. Because of this, you should locate the printer so that the power outlet it is plugged into is nearby and easy to access.

At this point you may want to perform a test of the printer to make sure it is working properly. See page 15 for details on how to test the printer.

Connecting to your host computer

The computer sends data to the printer through a cable to the printer's interface (Serial Interface Connector Type: D-sub 25-pin or Parallel Interface Connector Type: 36-pin Centronics compatible). This printer does not come with a cable, so it is up to you to obtain one that suits your needs.

Important!

• The following instructions apply to the cable that is used with an IBM-compatible personal computer. Note that they do not apply to all types of computers and cables. If you are unsure about what type of cable you should use to connect with your computer, consult your dealer.
• Make sure that the printer is turned off and unplugged from the AC outlet and that the computer is turned off before connecting them.

Affix the larger ferrite core onto the cable as shown in the illustration below.

Pass the fastener through the ferrite core.

Loop the fastener around the cable and lock it. Use scissors to cut off any excess.

For a serial cable:

Plug one end of the serial cable into the serial port of your computer, and the other end of the cable into the socket on the back of the printer. Secure both connectors in place with the screws that are provided.

For a parallel cable:

□ Attach a ferrite core in the same way that one is attached to a serial cable.
Plug one end of the parallel cable into the parallel port of your computer. The parallel port should be labeled "Printer", "Parallel", "PRN", "LPT1" or something similar.
Plug the other end of the parallel cable into the socket on the side of the printer and secure it in place with the clips.

Connecting to a peripheral unit

You can connect a peripheral unit to the printer using a modular plug. The following describes how to install the ferrite core and make the actual connection. See "Modular plug" on page 137 for details about the type of modular plug that is required. Note that this printer does not come with a modular plug or wire, so it is up to you to obtain one that suits your needs.

Important!

Make sure that the printer is turned off and unplugged from the AC outlet and that the computer is turned off before making connections.

Affix the smaller ferrite core onto the modular wire as shown in the illustration below.

Pass the fastener through the ferrite core.

Loop the fastener around the cable and lock it. Use scissors to cut off any excess.

Plug one end of the modular cable into the modular jack of the peripheral.
- Remove the modular jack cover from the back of the printer and plug the other end of the modular cable into the jack of the printer.

Inserting the paper into the printer

Use only the specified type of paper for this printer. Do not use inappropriate types of paper, or it could cause malfunction or damage of the printer.

The following procedure describes how to print on paper. Before trying to print, be sure to install a ribbon cassette into the printer using the procedure under "Installing the ribbon cassette" on page 4.

Make sure that the printer is plugged in and turned on.
Check that the RELEASE indicator on the control panel is lit. If the indicator is not lit, press the RELEASE button until the indicator lights up.

Important!

Insertion and removal of paper should be done only when the printer is released condition (the paper is not held by paper feed roller).

Place a piece of the paper onto the printer's document table and slide its right edge into the printer. Printing will be performed on the side of the paper that is facing up (the one you can see), starting from the top of the paper.

Important!

Do not use wrinkled or curled paper. In case of multiple paper, neatly align the sheets.

Though paper can be inserted either from the front or side of the printer, front paper insertion may result in paper jams, depending on the condition of the paper. Because of this, it is recommended that you always insert paper from the side.

AutoSide Loading™

This printer is equipped with paper sensors, so you do not have to perform any special procedure to align the location from which printing should start. Simply insert the paper into the printer and the sensor locates the top of the paper. The paper will be moved automatically into position for printing.

Important!

When inserting the paper into the printer, make sure that there are at least 3 cm between the top edge of the paper and the print start position mark on the printer. Otherwise the paper sensor may not be able to correctly locate the top of the paper.

Push the right edge of the paper into the printer until it stops. At that time, the PAPER OUT indicator will go out, and the printer mechanism will automatically align the paper for printing from the top.
Send data from your host computer to be printed on the paper.
After printing, press the RELEASE button to automatically release the paper.

Chapter 2: Control Panel Operations

The control panel gives you some push-button control over the slip printer operation. It also includes indicator lights, which tell you the current status of the printer at a glance.

Indicator lights

The following table describes the meaning of indicator lights when it is on, off, or flashing.

Indicator Light Off	On Flashing
POWER	Power off Power on		Dot Alignment Adjust Mode
PAPER OUT	Paper inserted No paper Insert paper prompt
RELEASE	Slip paper engaged Slip paper released Mechanical error

Buttons

The following table describes the function of the three control buttons of the control panel.

Button Description
FORWARD	Feeds the slip paper forward, toward the back of the printer. One press feeds one line, holding down performs continuous feed.
REVERSE	Feeds the slip paper back, toward the front of the printer. One press feeds one line, holding down performs continuous feed.
RELEASE	Activates the printer's paper release (the paper is not held in place by the paper feed roller). Clears recoverable errors.

Producing a test print

The following procedure can be used at any time to test the printer.

Turn on the printer and insert a piece of paper (page 6, 11).
Turn off printer power.
While holding down RELEASE, turn printer back on. Keep RELEASE depressed for a few moments until the printer beeps and the printer test print starts.

The printer test will continue until it reaches the end of the paper.

Adjusting the dot alignment

You may never have to use the procedure described in this section, but after you have been using your printer for some time you may find that the dots of some graphics do not align correctly. For example, what should look like:

may come out looking like one of the following:

or like this

This is caused when mechanical parts of the printer get out of alignment. This happens only rarely and you may never experience it at all throughout the life of the printer. If you do have problems, use the following procedure to correct it.

Turn on the printer and insert a piece of paper.
Turn off printer power.
While holding down the control panel's FORWARD and REVERSE buttons, turn the printer back on to enter the Dot Alignment Adjust Mode, which is indicator by a flashing POWER indicator flashes.

Entering the Dot Alignment Adjust Mode causes seven blocks to be printed, each of which indicates a dot alignment setting, as shown below. An asterisk to the left of the blocks indicates which block is currently selected.

Use FORWARD to specify the block that appears to have the best aligned characters. Press FORWARD once to specify the first block, twice to specify the second block, and so on up to seven times to specify the seventh block.

Warning beep will sound if you press FORWARD more than seven times.

After specifying a block, press REVERSE to register your selection and exit the Dot Alignment Adjust Mode.

The dots alignment adjustment setting you selected is stored in printer memory and a pattern is printed using the selected setting followed by the message "Adjust Complete!" The printer ejects the paper after printing is complete.

Note:

You setting is not registered if you turn off printer power before pressing REVERSE to exit the Dot Alignment Adjust Mode. If a paper feed error occurs during this mode, the printer ejects the paper and this mode is cancelled.

Hexadecimal dump

This procedure prints in hexadecimal format all codes (character codes and control codes) that are sent to the printer by the computer. The printer does not execute any control codes (such as 0A - linefeed), it just prints them out. The hexadecimal dump is useful when you are writing programs for printer control.

Turn on the printer and insert a piece of paper.
Turn off printer power.
While holding down the control panel's FORWARD buttons, turn the printer back on to enter the Hex Dump Mode.
To exit the Hex Dump Mode, turn the printer off.

Note:

The printer will not respond to any commands you send it while it is in the Hex Dump Mode.

Errors

There are three types of errors: recoverable errors that require some action by you before they clear, non-recoverable errors that require servicing by an authorized service provider, and a data receive error. Errors are indicated by and audible buzzer and the indicators.

Recoverable Errors

Error Type	Indicators			Recovery
	POWER RELEASE PAPER OUT
Paper jam		Flashing		Correct the cause of the problem and then press RELEASE.
Carriage motor lockup
Abnormal home position signal
Abnormal timing signal

Non-recoverable Errors

Error Type	Indicators			Recovery
	POWER RELEASE PAPER OUT
RAM read/write	Off On On			Turn off the printer, then after waiting a few minutes, turn the printer back on. If the printer does not recover, contact your nearest service provider.
CPU lockup

Data Receive Error

This type of error is caused whenever a problem is encountered during data receipt. The method used by the printer to recover from a data receive error depends on the current command mode.

Command mode Data Receive Error Recover Procedure
Star mode The printer prints a question mark.
ESC/POS mode	Memory switch 4-0=0 : The printer prints a question mark. Memory switch 4-0=1 : The printer discards the received data.

Paper Sensors

The following paper sensors are available.

TOF Sensor

This top-of-form sensor detects the leading edge of the paper.

When enabled, the TOF sensor detects when there is no paper present and stops printing.

BOF Sensor

This bottom-of-form sensor detects the trailing edge of the paper. When enabled, the BOF sensor detects when there is no paper present and printing is interrupted.

When the TOF or BOF sensor detects that no paper is present, the printer stops its motor after printing of 0 to a maximum of two more lines.

The BOF sensor detects a paper out condition whenever the distance between print head pin #9 and the trailing edge of the paper becomes 38.1mm or less. In the Star Mode, this enters the print stop operation, but in the ESC/POS Mode, the print stop operation is not entered until the distance between print head pin #9 and the trailing edge of the paper becomes 27.3mm or less.

When the auto clamp is enabled with Memory Switch 5-1, the auto clamp operation is performed about 0.7 second (initial default in Star Mode; ESC/POS Mode initial value is approximately 1 second) after the presence of paper is detected both by the TOF and BOF sensors, following a paper out condition. The auto clamp function is not affected by whether the TOF or BOF sensor is enabled or disabled.

The top of form positioning function is enabled with Memory Switch 5-0. Even if the auto clamp function is disabled, auto top of form positioning is performed if the paper is clamped when printing starts.

The PAPER OUT lamp flashes to request insertion of paper when the sensors detect there is no paper (when a sensor enabled by command detects no paper) after data is received by the printer. At that time, the user inserts paper, and printing begins after the sensor detects that paper is present.

Chapter 3: Command Summary

This printer supports two different command modes: the Star mode and the ESC/POS mode.

The Star mode emulates previous Star printers. The ESC/POS mode emulates the Epson TM-295 or TM-290 slip printer.

This chapter provides you with all of the commands supported by this printer.

Important!

Access the following URL for the latest version of this manual and for updates on supported commands: http://www.star-micronics.co.jp/service/sp_sup_e.htm

Star Mode Commands

The following tables show the Star mode commands that are supported by this printer.

Character Selection

Control Codes	Hexadecimal Codes	Function
<ESC> "R" n	1B 52 n	Selects the international character set
<ESC> "/" "1"	1B 2F 31	Selects slash zero
<ESC> "/" <1>	1B 2F 01
<ESC> "/" "0"	1B 2F 30	Selects normal zero
<ESC> "/" <0>	1B 2F 00
<ESC> <GS> "t" n	1B 1D 74 n	Selects the character code table
<ESC> "M" 1B 4D Selects the 7		× 9 (half dot) font
<ESC> "P" 1B 50 Selects the 5		× 9 (2 pulses per dot) font
<ESC> ":" 1B 3A Selects the 5		× 9 (3 pulses per dot) font
<ESC> <SP>n	1B 20 n	Sets character spacing
<SO> 0E Sets the printing magnified double in character width		width
<DC4> 14 Resets the printing magnified in character width
<ESC> "W" n	1B 57 n	Sets the magnification rate in character width
<ESC> "h" n	1B 68 n	Sets the magnification rate in character height
<ESC> "-" "1" <ESC> "-" <1>	1B 2D 31 1B 2D 01	Selects underlining
<ESC> "-" "0" <ESC> "-" <0>	1B 2D 30 1B 2D 00	Cancels underlining
<ESC> "_" "1" <ESC> "_" <1>	1B 5F 31 1B 5F 01	Selects upperlining
<ESC> "_" "0" <ESC> "_" <0>	1B 5F 30 1B 5F 00	Cancels upperlining
<ESC> "4" 1B 34 Selects highlight printing
<ESC> "5" 1B 35 Cancels unhighlight printing
<SI>	0F	Inverted printing
<DC2> 12 Candles inverted printing
<ESC> "i" "0" <ESC> "i" <0>	1B 1E 96 30 1B 1E 96 00	Cancels rotated print mode for text (Default)
<ESC> "i" "1" <ESC> "i" <1>	1B 1E 96 31 1B 1E 96 01	Specifies rotated print mode for text with a 270° rotation.
<ESC> "RS" "i" "2" <ESC> "i" <2>	1B 1E 96 32 1B 1E 96 02	Specifies rotated print mode for text with a 90° rotation.
<ESC> "E" 1B 45 Selects emphasized printing
<ESC> "F"	1B 46	Cancels emphasized printing
<ESC> "U" n	1B 55 n	Selects print direction

Print Position Control

Control Codes	Hexadecimal Codes	Function
		1B 61 n
		09
		1B 41 n
		n/72-inch line spacing
		n/72-inch line spacing
		1B 7A 30
		1B 7A 00
		1B 7A 31
		1B 7A 01
		Sets line spacing to 1/6-inch
		1B 30 Sets line spacing to 1/8-inch
		1B 31 Sets line spacing to 7/72-inch
		1B 4A n
		One time n/72-inch feed
		One time n/72-inch backfeed
		Sets line spacing to n/216-inch approximately
		Sets line spacing to n/144-inch
		horizontal tab stops
		Sets left margin
		Sets right margin
		Left justification (Default)
		Centering
		Right justification
		Right justification

Dot Graphics Control

Control Codes	Hexadecimal Codes	Function
<ESC> "K" n <0> m1 m2...	1B 4B n 00 m1 m2 ...	8 dot normal density graphics
<ESC> "L" n1 n2 m1 m2...	1B 4C n1 n2 m1 m2 ...	8 dot high density graphics

Download Graphics Printing

Control Codes	Hexadecimal Codes	Function
<ESC> "&" <0> n1 n2 .. 1B 26	00 n1 n2 .. Defines download characters
<ESC> "%" "1"	1B 25 31	Enables download character set
<ESC> "%" <1>	1B 25 01
<ESC> "%" "0"	1B 25 30	Disables download character set
<ESC> "%" <0>	1B 25 00

Peripheral Device Control

Control Codes	Hexadecimal Codes	Function
<ESC> <BEL> n1 n2	1B 07 n1 n2	Defines drive pulse width for peripheral device #1
<BEL> 07 Controls peripheral device #1
<FS> 1C Controls peripheral device #1 immediately
<EM> 19 Controls peripheral device #2 immediately
<SUB> 1A Controls peripheral device #2 immediately

Slip Control

Control Codes	Hexadecimal Codes	Function
<ESC><SI>n	1B 0F n	Setting slip sensor
<ESC><FF>n	1B 0C n	Slip function
<ESC><VT>m n	1B 0B m n	Sets the paper eject direction/length
<ESC><EM>mn<LF><NUL>1	19 n m 0A 00 Sets	the wait time until the automatic clamp is activated

Page mode

Control Codes	Hexadecimal Codes	Function
<ESC> "n" 1B 6E Selects page	mode
<ESC> "!" 1B 21 Selects line m	mode
<ESC> "*..." ...	1B 2A ...	Setting print area in page mode
<ESC> "T" n	1B 54 n	Setting print direction in page mode
<FF> 0C Prints in page mode

Other Commands

Control Codes	Hexadecimal Codes	Function
		17
		Confirms finish of printing
<ESC><ACK><SOH> IB 06 01	Transmits automatic status
<ESC><RS>"a" n	IB IE 61 n Enables/disables automatic status
<ESC> "?" <LF> <NUL>	1B 3F 0A 00	Resetss printer hardware and produce a test print

ESC/POS Mode Commands (TM-295 emulation)

The following table lists the TM-295 emulation commands that are supported by this printer.

Control Codes	HexadecimalCodes	Function
		Paper eject in single sheet mode Paper mode print and return
		n/60-inch line spacing *1

*1: n/60 -inch line spacing and paper feed commands: Since the minimum paper feed pitch for this printer is 1/144 inch, n/60 inch can be considered an approximate value. However, the actual value is INT (6n/5) + 0.5)/72 inch.

Control Codes	HexadecimalCodes	Function
		1D 72 Sets printer status (Serial I/F only)

ESC/POS Mode Commands (TM-290 emulation)

The following table lists the TM-290 emulation commands that are supported by this printer.

Control Codes	HexadecimalCodes	Function
		×9 font
		×9 font

*1: n/60 -inch line spacing and paper feed commands:

Since the minimum paper feed pitch for this printer is 1/144 inch, n / 60 inch can be considered an approximate value. However, the actual value is INT (6n / 5) + 0.5) / 72 inch.

Control Codes	HexadecimalCodes	Function
<ESC> R 1B 52 Selects international character set
<ESC> c3 1B 63 33		Selects the paper-end sensor for sending the no-paper signal
<ESC> c4 1B 63 34 Selects the paper-end sensor for stopping printing
<ESC> c5 1B 63 35 Enables/disables control panel switches
<ESC> d 1B 64 Prints or feeds		n lines
<ESC> h 1B 68 Sets/Cancels reverse line feed
<ESC> j 1B 6A Selects character width in vertical printing mode
<ESC> q 1B 71 Release
<ESC> t 1B 74 Selects character code table
<ESC> v n	1B 76 n	Requests paper sensor status (Serial I/F only)
<ESC> { 1B 7B Enables/disables inverted printing
<FS> J 1C 4A Sets vertical printing mode
<FS> K 1C 4B Cancels vertical printing mode
<FS> W 1C 57 Sets/Cancels double-height, double-width printing

TABLE DES MATIÈRES

Dot Alignment Adjust Mode

Dot Alignment Adjust Mode

General Specifications

Printing System Serial impact dot-matrix

Number of Head Pins 9 wires

Printing Speed 3.1 lines/sec maximum

Number of Print Columns 42

Dot spacing Horizontal: 0.30mm

Vertical: 0.35mm

Paper Width 80mm to 182mm

Sensors Paper out top-of-form, bottom-of-form sensors

Command Modes Star mode

ESC/POS mode (TM-295 emulation)

ESC/POS mode (TM-290 emulation)

Interface Serial (RS-232C standard)

Parallel (centronics compatible)

Data Buffer Star mode: 2 K bytes / 35 bytes

ESC/POS mode: 512 bytes / 35 bytes

Reliability Mechanism (MCBF): 2.5 million lines

Printer head life: 70 million characters

Operating Environment

Temperature	41°F to 104°F (5°C to 40°C)
Humidity	10% to 80% RH at 40°C (non-condensing)

Storage Environment

Temperature	-4°F to 140°F (-20°C to 60°C)
Humidity	5% to 90% RH at 40°C (non-condensing)

Ink Ribbon

Type	Cartridge cassette
Color Black
Ribbon Material	Nylon # 66 denier
Life	1.5 million characters

Important!

Use only the specified type of ribbon. Use of another type of ribbon can cause malfunction of and damage to the printer.

Dimensions and Weight

Dimensions 180 (W)

× 190( D) × 138( H) mm/7.09^ × 7.48^ × 5.43^

Weight 2.1 kg / 4.6 lbs.

190 mm (7.48")

Printing Specifications

Printing Width

63mm

Character Set

Star Mode ASCII : 96 / Block Graphics : 64 / Special : 64 / Katakana : 64 / IBM Special : 64 / IBM

Block Graphics : 50 / International :11 / Slashed Zero / Code Page 858 / Code Page 852

/Code Page 860 / Code Page 861 / Code Page 863/Code Page 865 / Code Page 866

ESC/POS Mode Page 0 (PC 437) / Page 1 (Katakana) / Page 2 (PC 858) / International / Slashed Zero

Character Matrix

Star Mode 7

× 9 (half), 42 columns

5× 9 ,35 columns

IBM block graphics are 12 dots high.

ESC/POS Mode 7

× 9 (half), 42 columns

5× 9 ,35 columns

Character Dimensions

7× 9 font (half): 1.2(W)× 2.42(H) mm

5× 9 font (2 pulses per dot):1.5 W × 2.42 H mm

5× 9 font (3 pulses per dot):2.1 W × 2.42 H mm

Paper Specifications

Paper Width	80 to 182mm / 3.15" to 7.17"
Paper Length	80 to 257mm / 3.15" to 10.8"
Copies	Original + 2
Paper Thickness	1-ply: 0.09 to 0.2mm / 0.0035" to 0.0079" Duplicates 0.12 mm (minimum for 2-ply forms) to 0.25 mm/0.0047 " to 0.0098"
Copy Offset	1.5mm maximum/15 lines (between top sheet and bottom sheet)
Binding	Top or left
Print Area
	Distance from first printed line (Head #1) to top of form (form stopper): 28.6 mm Distance from first printed line (Head #1) to TOF sensor: 26.0 mm (However, with the automatic start position operation, this distance is set to 26.5 mm. The automatic start position operation can be enabled or disabled with the memory switches. When the top-of-form sensor is disabled, a command can be used to perform a reverse paper feed enabling printing to begin at approximately 20 mm from the top of the paper.) Distance from last printed line (Head #9) to bottom of form (BOF sensor): 38.1 mm (With the ESC/POS mode, printing may continue to 27.3 mm from the bottom of the paper.) When the BOF sensor is disabled, printing can continue to 14.0 mm from the bottom of the paper. Right margin: 5.1 mm Print area width: 28.6 mm
	Form stopper (fixed)
	3.2 TOF sensor (fixed)
	Head #1 62.7 First printed line 5.1 29.2 982
	Last printed line 111 186
	BoF sensor (fixed)
	3.2 Units: mm

Print Position

Do not use paper with perforations within the shaded area. Perforations may cause the paper sensor to erroneously report an out of paper condition.

Paper Feed

Drive Stepping motor

Pitch Star Mode: Adjustable in 1/144 "units ESC/POS Mode: Adjustable in n / 60^ units (approximate)

Speed (while printing) 3.5 "per second

Speed (while ejecting) 4.5 "per second

Important!

Slip paper must be flat, smooth, and free of curls, bends, wrinkles and folds, all of which can cause jamming and soiling by ink.

Power Supply Specifications

Power Supply

AC Adaptor PS60A-24 series, switching type

Input 90 to 264V AC, 50/60Hz

Output 24V DC ± 5%, 2.0A

Plug 3-pin POWER JACK TCP 8927 (Hoshiden brand or equivalent.)

Consumption Current

	Conditions: 24V, excluding external equipment driving
Operating (approximate averages)	Continuous ASCII printing + paper feed: 0.6A Solid block printing + paper feed: 1.0A Solid block printing: 1.9A Peak (solid printing): 3.1A
Stand-by (approximate averages)	Paper release deactivated: 0.24 A Paper release activated: 0.07A

Important!

• When using a printer power supply other than the optional AC adaptor (PS60A-24 series), be sure that the following cautions are observed.
• Use a power supply of DC 24 V ±5% and more than 2.0 A.
• Be careful about installing the printer in an area where there is noise. Take the appropriate measures to protect against electrostatic AC line noise, etc.
• The optional cable set can be connected.

Appendix B: Making DIP Switch Settings

The printer's DIP switches let you specify communications parameters, receive buffer size, and emulation. This Appendix explains the settings you can make and tells you how to actually change DIP switch settings.

Accessing the DIP switches

The DIP switches are located inside the printer, underneath the document table. Use the following procedure to remove the document table so you can operate the DIP switches.

Make sure that the printer is turned off and unplugged from its wall outlet.
Remove the printer cover.
While using a screwdriver or other similar instrument to press down at the location marked (a) in the illustration below, carefully slide the document table in the direction indicated by the arrow until it is out of the way.

It is not necessary to remove the document table completely, just move it enough so you can get at the DIP switches inside.

Note:

If the document table seems to be getting caught on the rollers, it means that you are not pressing down at point (a) enough. Pressing at point (a) should separate the rollers to the document table can slide freely.

After the document table is opened sufficiently, use a thin flat-blade screwdriver or some other similar object to change DIP switch settings.

Note:

See the following section for details on available DIP switch settings.

After making the settings you want, slide the document table back into place while pressing down at point (a). Make sure that the document table is correctly seated in place before releasing point (a).
Replace the printer cover.

Available DIP switch settings (Serial Interface)

The following table shows all the possible settings for the DIP switch. The factory default settings are ON for switches 1 through 7 and OFF for switches 8 through 10.

Switch Parameter ON OFF
1	Baud Rate See table below.
2
3 Data Length 8 bits 7 bits
4 Parity Check Disabled Enabled
5	Parity	Odd
6 Handshake DTR/DSR XON/XOFF
7	Command Emulation	See table below.
8
9	Pin 6 (DSR) Reset Signal	Enabled
10	Pin 25 (INIT) Reset Signal	Enabled

Baud Rate Switch 1	Switch 2
1200BPS	OFF	OFF
2400BPS	ON	OFF
4800BPS	OFF	ON
9600BPS	ON	ON

Command Emulation	Switch 7	Switch 8
Star mode	ON	ON
ESC/POS (TM-295) ON	OFF
ESC/POS (TM-290) OFF	OFF
Not used (*1)	OFF	ON

*1: Never set switch 7 to OFF at the same time that switch 8 is set to ON.

Available DIP switch settings (Parallel Interface)

The following table shows all the possible settings for the DIP switch. The factory default settings are ON for switches 1 through 7 and OFF for switch 8.

Switch Parameter ON OFF
1 Reset input conditions or enable/disable conditions IEEE1284 reverse mode	See table below
2
3 Device ID reply Invalid Valid
4	Treatment of missing data during reverse mode	Store Delete
5 Should not be changed	(Should be set on)
6	Automatic status function *1	Invalid Valid
7	Command emulation	See table below.
8

Switch 1	Switch 2	Reset input conditions *2	Enable/disable IEEE1284 reverse mode
ON	ON	#31 pin (nInit) “Low” input	Enable
ON	OFF	#31 pin (nInit) “Low” input and #36 pin (nSelectIn/1284 active) “Low” input	Enable
OFF	ON	Reset input disabled	Enable
OFF	OFF	#31 pin (nInit) “Low” input	Disable *3

Command Emulation	Switch 7	Switch 8
Star mode	ON	ON
ESC/POS (TM-295)	ON	OFF
ESC/POS (TM-290) OFF	OFF
Not used (*4)	OFF	ON

*1 Automatic status function
When valid, the status occurrence conditions are as follows.
Star mode: All status occurrences enabled.
ESC/POS mode: Online/offline factors only. (Same conditions as <GS>a 2).

2 A reset can be performed with pin 31 on the interface by setting DIP switch 1 to ON (the factory default setting). In addition, when a reset can be performed with pin 31, setting DIP switch 2 to OFF sets up the unit to perform a reset when pin 31 and pin 36 are "LOW".
3 Disable if using #36 pin (nSelectIn/1284 Active) interface for functions other than IEEE1284.
*4 Never set switch 7 to OFF at the same time that switch 8 is set to ON.

Appendix C: Memory Switch Settings

Each memory switch is a 16-bit word store in EEPROM. For details on the functions and settings of memory switches, see the separate Programmer's Manual.

The table below shows the factory settings for the memory switches.

Memory Switch	Hexadecimal Code
0 0000
1 0000
2 0000
3 0000
4 0000
5 0000

Warning!

Changing the memory switch settings can cause the printer to fail to operate correctly.

D-1. Serial Interface

Pins and Signal Names

Pin No.	Signal Name	Direction	Function
1	F	G	— Frame ground
2 TXD OUT	Transmission data
3 RXD IN Receive data
4 RTS OUT		STAR ModeWhen Memory Switch 4-D = 0: Same as DTR signalWhen Memory Switch 4-D = 1: Always SPACEESC/POS ModeSame as DTR signal
5 N.C. Not connected
6 DSR IN		·DIP Switch 9 = OFFSTAR ModeStatus of this signal is not checked.ESC/POS ModeIn DTR/DSR communication mode when Memory Switch4-5 = 0, indicates whether data receive from host is enabled or disabled. Space:Receive enabledMark:Receive disabledThis signal is not checked in the X-ON/X-OFF communication mode.
		·DIP Switch 9 = ONThis signal used for external reset. Printer is reset whenever signal is in mark state with pulse width of 1mS or more.
7	SG		Signal ground
8 -19	N.C. Not connected
20 DTR OUT	Indicates	whether data receive from host is enabled or disabled.DTR/DSR Communication ModeSpace when receive is enabled.X-On/X-Off Communication ModeAlways space, except during following conditions:Period between reset and communication enabledDuring self-test printing and dot alignment adjustment
21 - 24	N.C. Not connected
25 IN	IT IN		• DIP Switch 10 = OFF This signal not used.
			• DIP Switch 10 = ON This signal becomes reset signal. Printer is reset whenever signal is in space state with pulse width of 1mS or more.

Interface Connections

Refer to the interface specifications of the host for details on connecting to its interface connector. The following illustration shows a typical connection configuration.

D-2. Parallel Interface

The two-way parallel interface is compatible with the IEEE1284 compatibility mode, nibble mode and byte mode. Refer to the separate programmer's manual for details.

Table of connection signals for each mode

Pin No. Direction	Compatibility Mode Signal Name	Nibble Mode Signal Name	Byte Mode Signal Name
1 In nSstorobe Host_clk Host_clk
2 In/Out Data0 Data0	Data0
3 In/Out Data1 Data1	Data1
4 In/Out Data2 Data2	Data2
5 In/Out Data3 Data3	Data3
6 In/Out Data4 Data4	Data4
7 In/Out Data5 Data5	Data5
8 In/Out Data6 Data6	Data6
9 In/Out Data7 Data7	Data7
10 Out nAck Ptr_clk Ptr_clk
11 Out Busy PtrBusy/Data3,7 PtrBusy
12	Out	PError	AckDataReq/Data2,6 AckDataReq
13 Out	Select Xflag/Data1,5	Xflag
14	In nAutoFd HostBusy HostBusy
15		N/C	- -
16		GND	GND GND
17		Flame GND Flame	GND Flame GND
18 OUT Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high 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Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high Logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic high logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic higher logic 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higher logic higher logic higher logic higher logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic更高 logic 更大 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 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12	Out	PError	AckDataReq/Data2,6 AckDataReq
13 Out	Select Xflag/Data1,5	Xflag
14	In nAutoFd HostBusy HostBusy
15		N/C	- -
16		GND	GND GND
17		Flame GND Flame	GND Flame GND
18 OUT	Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic HighLogic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic High Logic��Logic��Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 高Logic 右出数据时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时针时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时钟时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时长度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 度时间 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常量 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常性 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常件 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常位 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常値 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常价 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常理 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常值 正正常/正常	11 nStorobe Host_clk Host_clk

Pin No.	Direction	Compatibility Mode Signal Name	Nibble Mode Signal Name	Byte Mode Signal Name
31 In nInit nInit nInit
32 Out nFault nDataAvail/Data0,4 nDataAvail
33 EXT GND — —
34 Out Compulsion Status — —
35 Out +5V — —
36 In nSelectIn 1284Active 1284Active

Note: 1. The prefix "n" on the signal name refers to low active signals. If the host does not have any one of the signal lines listed above, two-way communication fails.

1. For interfacing, signal lines should always use twisted pair cables with the return sides connected to the signal ground level.
2. Cautions when resetting the printer using the nInit signal (#31 pin). Reset can be made from #31 pin (nInit signal) of the interface when the DIP switch 1 is set to on. (Factory setting is on.) In addition, when reset has been enabled by #31 pin (nInit signal), it can be set to reset when the following conditions have been established: DIP switch 2 has been set to off, #36 pin (nSelectIn/1284 active signal) is low, and #31 pin (nInit signal) is low.
3. During factory output, IFEE 1284 printer device ID reply will be "Invalid." To get the device ID, change DIP switch 6 to "OFF (Valid)."

Function for compatibility mode

Pin No.	Signal Name	IN/OUT Function
1 nSstorobe IN			Signals when data is ready to be read. Signal goes from HIGH to LOW (for at least 0.5 microsec.) when the data is available.
2-9 Data0-7 IN			These signals provide the information of the first to eighth bits of parallel data. Each signal is at HIGH level for a logical 1 and at a LOW level for a logical 0.
10 nACK OUT A 9 microsecond LOW pulse acknowledges receipt of the data.
11 Busy OUT			When this signal goes to LOW, the printer is ready to accept data. When the printer is in one of the conditions below, “HIGH” is set.1. Data is being entered2. Off line3. Error condition
12 PErrort OUT			This signal indicates the status of the paper sensor. [In Star mode]This signal goes to HIGH when either the TOF or the BOF sensor detects that there is no paper. The signal will go to LOW when both the TOF and BOF sensor detect that there is paper installed. [In the ESC/POS mode]This signal outputs the status of the sensor selected using the <ESC>“c3” command.
13 Select OUT This signal is HIGH when the printer is online.
14 nAutoFd IN Unused
15 N/C	Unused
16 GND	Signal ground
17 Flame GND			Chassis ground, isolated from logic ground
18 Logic High			3.9 kΩ pull-up
19-30 GND	Twisted pair return the signal to ground level.
31 nInit	IN		This becomes a reset signal when DIP switch 1 is set to ON. (See page 128 for details.) When this signal goes to LOW (for at least 0.5 microsec.), the printer is reset to its power-on condition.
32 nFault OUT			This signal is normally HIGH. This signal goes to LOW to signal that the printer cannot print due to an error condition.
33 EXT GND			External ground
34	Compulsion Status	OUT Co	Compulsion signal (See page 138.)
35+5V 2.2k			Ω pull-up
36 nSelectIn IN			Unused (However, this becomes a reset signal when DIP switch 1 is set to ON and DIP switch 2 is set to OFF. See page 128 for details.)

This connector mates with an Amphenol 57-30360 connector

Parallel interface connector (printer side)

Appendix E: Peripheral Unit Driver Circuit

This printer is equipped with a circuit for driving peripheral units, such as cash drawers. A 6-pin modular connector for connection of the peripheral unit is located on the back of the printer. To connect to the drive circuit, connect the peripheral unit to the modular connector using a cable supplied by you like that one shown in the figure below.

Important!

Never connect any other type of plug to the peripheral unit connector.

Modular plug

Modular plug: MOLEX 90075-0007,

AMP641337, or JAPAN BURNDY B-66-4

Drive circuit

The recommended drive unit is shown below.

Drive output: 24V, 1.0A max.

Notes

• Peripheral Units 1 and 2 cannot be driven simultaneously.

• For continuous driving, do not use drive duty greater than 20% .

• The status of the compulsion switch can be known from the following. Star mode: The status of the compulsion switch can be known by using the automatic status function or commands. In the case of ENQ status, bit 7 will be "1" when pin No. 6 of the peripheral unit drive circuit is high (switch on).

ESC/POS mode : The status of the compulsion switch can be known by using the automatic status function, <DLE> <EOT> n, and <ESC> "u"n commands.

Parallel interface: The status of the compulsion switch can be known by pin No. 34 on the parallel interface connector. When the compulsion switch is on, pin No. 34 will be low. This can be checked by using the compatibility mode.

• Minimum resistance for coils L1 and L2 is 24 .

• Absolute maximum ratings for diodes D1 and D2 (Ta = 25 °C) are: Average Rectified Current Io = 1A Maximum forward surge current (60Hz, 1-cycle sine wave) I_FSM = 40A

• Absolute maximum rating for transistors TR1 and TR2 (Ta = 25 °C) are: Collector current Ic = 2A Collector loss Pc = 1.2W

WEEE Statement

In the European Union, this label indicates that this product should not be disposed of with household waste. It should be deposited at an appropriate facility to enable recovery and recycling in accordance with legislation under the WEEE Directive (Directive 2002/96/EC).

Please access the following URL http://www.star-m.jp/eng/dl/dl02.htm for the latest revision of the manual.

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