LD670 - Label printer OKI - Free user manual and instructions

Product type	Direct thermal label printer
Brand	OKI
Model	LD670
Print resolution	8 dots/mm (0.125 mm)
Supported paper width	25.4 to 83 mm (in 1 mm increments)
Maximum print speed (monochrome)	260 mm/s (paper width ≥58 mm)
Maximum print speed (bichrome)	115 mm/s
Print method	Direct thermal
Power supply	AC adapter 24 V DC / 1.5 A (input 100-240 V AC, 50/60 Hz)
Paper types	Plain paper, with black mark, pre-cut labels
Auto cutter	Yes (full or partial cut)
Interfaces	LAN (10/100), USB 1.1, RS-232C (depending on model)
Thermal head life	150 km (monochrome) / 75 km (bichrome)
Cutter life	Up to 2 million cuts (receipt)
Operating temperature	0 to 40 °C (guaranteed operation)
Operating humidity	10 to 95% RH (non-condensing)
Recommended cleaning	Thermal head, platen roller, cutter blade, paper guide
Available option	Large paper roll unit (diameter up to 200 mm)

Frequently Asked Questions - LD670 OKI

What types of paper can I use with the LD670 printer?

The printer accepts thermal paper in rolls or fanfold, as well as black mark paper and pre-cut label paper. Width can range from 25.4 mm to 83 mm.

How to load a paper roll in the printer?

Open the top cover, remove the glued part at the beginning of the roll, insert the roll so that the paper feeds from the front, then close the cover. Make sure the paper is properly aligned.

What to do if the ERROR LED is on?

The ERROR LED may indicate paper empty, open cover, thermal head overheating, or paper alignment error. Check the paper, close the cover properly, or wait for the head to cool down.

How to clean the thermal head?

Turn off the printer, open the top cover, and gently clean the thermal head with a cotton swab moistened with isopropyl alcohol. Avoid touching the head with your fingers.

Can I print on bichrome paper?

Yes, the printer supports bichrome thermal paper (red/black or blue/black). You must set the print color via the driver or utility, and the maximum speed is reduced to 115 mm/s.

How to define paper layout for pre-cut labels?

Use the Windows driver or LD670 utility to specify the paper type, label length, and margins. You can also perform an auto-detection by holding the FEED button with the cover open.

What is the cutter blade lifespan?

For standard paper, the blade can perform up to 2 million cuts. For labels, about 1 million cuts on the base area. Regular cleaning extends its life.

Can the printer be used with a Mac computer?

The guide mentions compatibility mainly with Windows. For Mac, check driver availability on the OKI website. The USB or LAN interface may work with generic drivers.

How to resolve a paper jam?

Turn off the printer, open the top cover, and gently remove the jammed paper by pulling upward. Do not force and avoid touching the thermal head.

Can I use a non-supplied AC adapter?

No, use only the specified AC adapter (model KA02951-0120, output 24 V/1.5 A). Using another adapter may damage the printer or cause interference.

USER MANUAL LD670 OKI

Every effort has been made to ensure that the information in this document is complete, accurate, and up-to-date. The manufacturer assumes no responsibility for the results of errors beyond its control. The manufacturer also cannot guarantee that changes in software and equipment made by other manufacturers and referred to in this manual will not affect the applicability of the information in it. Mention of software products manufactured by other companies does not necessarily constitute endorsement by the manufacturer.

While all reasonable efforts have been made to make this document as accurate and helpful as possible, we make no warranty of any kind, expressed or implied, as to the accuracy or completeness of the information contained herein.

All rights are reserved by Oki Data Corporation. Unauthorized copying, transferring, translating, or related actions are prohibited. You must obtain written permission from Oki Data Corporation before doing any of the above.

© 2011 Oki Data Corporation

OKI is a registered trademark of Oki Electric Industry Co., Ltd.

Energy Star is a trademark of the United States Environmental Protection Agency.

Microsoft, Windows, Windows Server and Windows Vista are registered trademarks of Microsoft Corporation.

Apple, Macintosh, Rosetta, Mac and Mac OS are registered trademarks of Apple Inc.

Other product names and brand names are registered trademarks or trademarks of their proprietors.

As an Energy Star Program Participant, the manufacturer has determined that this product meets the Energy Star guidelines for energy efficiency.

This product complies with the requirements of the Council Directives 2014/30/EU (EMC) and 2014/35/EU (LVD), 2014/53/EU (RED) and 2011/65/EU(RoHS) as amended where applicable, on the approximation of the laws of the member states relating to Electromagnetic Compatibility, Low Voltage, Radio & Telecommunications Terminal Equipment, Energy related Products and Restriction on the use of certain Hazardous Substances in electrical and electronic equipment.

The following cables were used to evaluate this product to achieve EMC directive 2014/30/EU compliance and configurations other than this may affect that compliance.

CABLE TYPE	LENGTH(METRE)	CORE SHIELD
Power 2.0		×	×
USB 5.0		×	√
Serial (25pin)	15.0	×	√
LAN	10.0	×	×
Drawer 1.8		×	×

WARNING! This is a class A product as defined in EN55022. In a domestic environment this product may cause radio interference, in which case the user may be required to take adequate measures.

MANUFACTURER

Oki Data Corporation,

4-11-22 Shibaura, Minato-ku,

Tokyo 108-8551,

Japan

For all sales, support and general enquiries contact your local distributor.

IMPORTER TO THE EU/AUTHORISED REPRESENTATIVE

OKI Europe Limited (trading as OKI Printing Solutions)

Blays House

Wick Road

Egham

Surrey, TW20 0HJ

United Kingdom

For all sales, support and general enquiries contact your local distributor.

ENVIRONMENTAL INFORMATION

www.oki.com/printing OKI

Description of Safety symbols displayed on the equipment

No.	Symbol Description
1	[TXV8]	"ON" (power)To indicate connection to the mains, at least for mains switches or their positions.
2		Stand-byTo identify the switch or switch position by means of which part of the equipment is switched on in order to bring it into the stand-by condition.
3		General warning/cautionTo identify a general warning/caution.
4		Caution, hot surfaceTo indicate that the marked item can be hot and should not be touched without taking care.
5		Direct currentTo indicate on the rating plate that the equipment is suitable for direct current only; to identify relevant terminals.
6	[SHC]	Alternating currentTo indicate on the rating plate that the equipment is suitable for alternating current only; to identify relevant terminals.

Notes on Use

Notes on printing and the paper used

(1) Printing at a high rate might result in unclear printing. If this problem occurs, adjust the printing rate. Alternatively, adjust the print speed and print density so that there are no blurs.
(See Examples (1) and (2) in Section 10-2, "Setting Up the Printer.")
(2) Printing characters from a non-standard character set e.g. in a thin serif font will result in the characters appearing very faint. Use a bold sans serif font.
(3) For quality printing that is free from uneven spacing and condensed or elongated printing after paper is cut or printing is paused, resume printing following a paper feed of at least 1 mm (8 dots).
(4) If the data transfer rate is too low, serial printing may result in uneven print density (vertical white marks may appear on printouts) because of repeated printing and pausing. If priority is placed on print quality, use batch printing mode.
(See Example (8) in Section 10-2, "Setting Up the Printer.")

(5) The printer shipped from the factory is preset to the darkest print density (130%). If this setting is inappropriate, specify a lighter print density.

(See Example (1) in Section 10-2, "Setting Up the Printer.")

(6) If roll paper with an outside core diameter of other than 32 mm is used, the paper-near-end detection accuracy deteriorates.

If roll paper with an outside core diameter of less than 32 mm is used, a transport error may occur when the cutter cuts the paper in full cutting mode and reaches the core.

(7) Since the difference in hue between red and black or blue and black may not be noticeable when two-color thermal paper is used, be sure to confirm in advance the color of the printed characters.
(8) When roll paper with a width of 83 mm is used, characters that are too close to the (left or right) edge of the paper may not be printed because of inaccuracies in tracking. Be sure to set a margin of sufficient width.
(9) Do not switch from narrow paper to wide paper (e.g., from paper that is 58 mm wide to paper that is 80 mm wide) during operation. When narrow paper is used, the thermal head area where there is no paper comes in direct contact with the platen roller, and the resulting wear on the head may lead to a deterioration in print quality. Similarly, if the paper width is changed, the cutter blade will cut at a location that has no paper, and the resulting wear on the blade may lead to improper cuts. To switch from narrow paper to wide paper, exchange the thermal head and the cutter blade.

(10) If label paper is used, adhesive matter adhering to the cutter blade, thermal head, paper transport, or paper holder may cause a cutting error, print error, or paper transport error. Remove adhesive matter periodically (typically on a monthly basis).
(11) If paper is left inserted in the printer for a long time, the paper may become deformed and result in thin (faint) printed characters. Before starting printing in such cases, feed the paper by 20 to 30 mm.
(12) If the type of paper used is other than the recommended ones, the print quality and thermal head life are not guaranteed. In particular, if the type of thermal paper contains Na+, K+, or Cl-, the thermal head life may be significantly shortened.
(13) When using full-sheet label paper, note that the paper may adhere to the head and cause noise if the top margin is less than 3 mm. You should therefore set the top margin to 3 mm or a greater value when printing on this type of paper.

Notes on using the cutter

(1) Note also that the paper length used per transaction must be at least 15mm.
(2) The maximum number of successive cuts by the cutter is 30 cuts per minute (at least two seconds per cut). Using the cutter at a higher rate may cause a failure.
(3) Do not pull the paper during cutting. Doing so may cause a paper jam or another problem.
(4) Each time that 30 sheets of paper are printed, the paper must be removed. Otherwise, the printed paper remains in the automatic cutter section and may cause a cutting error.

Notes on printing of barcodes and two-dimensional codes

(1) Barcodes that are rotated 90 degrees or aligned vertically when printed may not be readable. Verify the readability in advance.
(2) Printouts on label paper or thick paper may contain blurs, depending on humidity and other environmental conditions. Adjust the print speed and print density appropriate for the type of paper used, and verify the readability in advance.

(See Examples (1) and (2) in Section 10-2. "Setting Up the Printer.")

(3) The recognition ratio of two-dimensional codes (QR codes, PDF417, DataMatrix, MaxiCode and RSS) varies depending on various factors, including the module width, print density, ambient temperature, thermal roll paper type, and reader performance. Adjust the print speed and print density appropriate to printing two-dimensional codes, and verify the readability in advance.

(See Examples (1) and (2) in Section 10-2, "Setting Up the Printer.")

(4) The paper transport accuracy may be negatively affected by printing a barcode in the Upper margin at the beginning of paper transport or in the Lower margin at the end of paper transport. Verify the readability before starting printing.

Notes on using the printer through the USB interface

(1) The printer must be connected directly to the host computer.
(2) Before starting printing, turn on the power to the printer.
(3) If a printer error occurs during printing, recover the printer from the error, and then retry printing.

(4) The host computer should not be set to any of the following modes: standby, sleep, suspend, and pause.

If the host computer or printer does not work normally after the host computer returns to normal operation mode from one of the above modes, disconnect the USB cable once and then reconnect it, or turn off the printer power switch once and then turn on the switch again. If the host computer or printer cannot be restored to normal operation after the cable is reconnected or power switch is turned on again, restart the host computer.

(5) The USB hub function cannot be used when the power to the printer is off.

(6) If a peripheral device connected to the USB hub is not recognized, perform one of the following operations:

- Disconnect the USB cable from the peripheral device once, and then reconnect it.

- Connect the peripheral device to the other port of the USB hub.

(7) The operation of connected USB devices is not guaranteed. Before using a USB device, verify its operation yourself.

Note : Do not turn off the power to the printer during printing.

If you inadvertently turn off the power to the printer during printing and the printer then fails to work normally, restart the host computer.

Note on installation

(1) The printer must be used indoors. If used outdoors, the printer may fail because of dust.

Note on the modular connector

(1) This product uses a modular connector as a dedicated connector for the cash drawer or customer display terminal. The connector must not be connected with a connector that leads to a public switched line or other such destination.

Note on using the printer in special mode

(1) If a large diameter roll is used, paper may fold or unusual noises may be heard. To prevent these problems, use a roll with a small diameter ( 50mm or less). If a Windows PC is used as the host system, a utility program can be used to make settings.

Windows® is a registered trademark of Microsoft Corporation in the United States and/or other countries.

TABLE OF CONTENTS

1. Appearance and Names of Components 11

Appended goods 12

1. AC Adapter 13

2-1. AC adapter 13

1. Paper Specifications 14

3-1. Paper Width 14

3-2. Paper Thickness 14

3-3. Forms of Paper 14

3-4. Paper Types 16

3-4-1. Requirements for full-sheet label paper 18

3-4-2. Conditions for using black mark paper 19

3-4-3. Conditions for using die-cut label paper 20

3-5. Recommended Thermal Paper 21

1. Preparations 23

4-1. Connecting Interface Cable 23

4-2. Connecting the drawer kick cable 26

4-3. Connecting the AC Adapter 27

4-4. Disconnecting the AC Adapter 29

4-5. Turning on the Power 30

1. Inserting Paper for Printing 31

5-1. Opening the Top Cover 31

5-2. Setting the Paper Width 32

5-2-1. Mounting separator A 33

5-2-2. Removing separators A and B 34

5-2-3. Attaching separators A and B 36

5-3. Loading Paper 38

5-3-1. Loading roll paper 38

5-3-2. Loading fanfold paper 40

5-4. Setting the Paper Guide 43

5-5. Closing the Top Cover 44

1. Setting Up the Printer 45

6-1. Paper Information Setting Using the Driver 47

6-1-1. Paper layout 48

6-1-2. Custom paper 49

6-1-3. Printing from an application 53

6-2. Paper information setting using the utility 54

6-2-1. Paper layout 54

6-2-2. Setting detailed paper layout information 55

6-3. Setting Paper Information Using the Printer 58

6-3-1. Automatic layout detection 58

6-3-2. Setting the Paper Width 59

6-3-3. Automatic layout detection 61

6-4. Replacing paper 64

6-5. Paper Layout Errors 65

6-6. Adjusting Sensors 66

6-7. Print Density Setting 67

6-8. Print Speed Setting 68

6-9. Cutting Position Correction 69

6-10. Other Settings 70

6-11. Initializing the Printer Setup Information 70

1. Control Panel 71

7-1. Control Panel 71

7-2. Error Indications 73

1. Preventing and Clearing Paper Jams 75

8-1. Preventing Paper Jams 75

8-2. Clearing a Paper Jam 75

1. Troubleshooting 76

9-1. Power-on Problems and Errors 76

9-2. Cutter-related Problems 76

9-3. Printing-related Problems 77

1. Special Modes 78

10-1. Test Printing 78

10-2. Setting Up the Printer 80

Example (1): Changing the Print Density 81

Example (2): Changing the Max Speed 89

Example (3): Changing the Print Color 97

Example (4) Changing the Feed at Power On 104

Example (5) Initializing the printer settings 112

Example (6) Changing the PNE Detect 116

Example (7) Changing the Paper Width 125

Example (8) Changing the Batch(OTHER IF) 133

10-3. Setup Items 142

10-4. Sensor Adjustment 151

10-4-1. Sensor adjustment mode 151

10-4-2. Black mark (BM) sensor adjustment 156

10-4-3. Adjusting the label sensor 158

10-4-4. Paper-near-end (PNE) sensor adjustment 160

10-4-5. Paper end (PE) sensor adjustment 162

10-5. Data Analysis 165
10-6. Sample Print 169

11. Regular Cleaning 174

11-1. Cleaning the Paper Holder and Paper Transport 174
11-2. Cleaning the Platen Roller 175
11-3. Cleaning the Thermal Head 179
11-4. Cleaning the Cutter Blade and Frame 180

12. Interface 188

12-1. LAN Interface 188
12-2. Dual Interface 190
12-3. Drawer Kick Connector 191
12-4. Specifications of Power Supply 194

13. Specifications 195

13-1. General Specifications 195
13-2. Cutter Specifications 199
13-3. Paper Supply Specifications 200
13-4. Interface Specifications 201
13-5. Environment Specifications 202
13-6. Specifications of Reliability 203

14. Roll Paper Unit 204

14-1. Outline 204
14-2. Nomenclature 204
14-3. Paper Specifications 206
14-4. Roll Paper Feed Specifications 207
14-5. Roll Paper Unit Installation Procedure 208
14-6. Method of setting PNE sensor 213
14-7. Method of setting guide plate 214
14-8. Setting the Roll Paper 215
14-9. Roll Paper Unit Appearance 220

1. Appearance and Names of Components

Control panel This panel contains status lamps and operating switches. Top cover Open and close this cover to replace forms. Paper guide Open the paper guide when the expected print length is longer than 50 mm. Power switch Release lever This switch turns the printer power on and off.

Pull up the release lever to open the top cover.

Appended goods

Thermal paper CD

Simple geometric diagram with concentric circles and a diagonal line inside a diamond shape (no text or symbols)

MANUAL

PRINTER DRIVER

UTILITY SOFT

Simple geometric diamond shape outline with no text or symbols

Instruction sheet Safety warranty sheet

Simple geometric diamond shape outline with no text or symbols

Technical line drawing of a mechanical device with a curved arm and housing (no text or symbols)

AC adapter Power cable

2. AC Adapter

2-1. AC adapter

Only use the AC adapter specified below.

Model name: KA02951-0120

Input: 100 to 240V AC, 50/60Hz-

Output: DC24V±5%, 1.5A

Caution: Only use authorized AC adapters.
⚠ Caution: Do not use the bundled AC adapter and Power cable for any electrical equipment other than this printer.

3. Paper Specifications

3-1. Paper Width

(1) Paper width of 83 mm: 83^0-1.0 mm; paper width of 80 mm: 80^0-1.0 mm
(2) Paper width within a range of 70 to 25.4mm (by units of 1mm )

: 70 to 25.4 ^0 -1.0 mm

Note: Paper with a width within a range of 71 to 79 mm cannot be used.

3-2. Paper Thickness

: 75 to 150 μm

3-3. Forms of Paper

(1) Roll paper

• Outside diameter: 102±0.5 mm or less
  With the large-diameter roll paper unit (option) attached, the printer can use a roll with an outside diameter of up to 200 mm.
• Core dimension: Inside diameter of 1 inch
  (inside diameter: 25.4 ± 0.5 mm; outside diameter: 32 ± 0.5 mm)
• Printed surface: Outside of the roll
• Treatment of end of paper: The roll paper must not be glued to the core.
  The end of the paper must also not be folded back.

Note: Do not use rolls that have rough sides or sides from which pieces of paper extrude. Using such rolls could cause a printer failure.

(2) Fanfold paper

• Maximum stack height: 180 mm or less
• Fold length: 76.2 to 203.2 ± 0.5 ~mm (3 to 8 inches)
• Perforation specifications: 3 (cuts):1 (tie)

3-4. Paper Types

The printer supports the following paper types:

a. Plain paper (including full-sheet label paper)
b. Black mark paper
c. Die-cut label paper (including die-cut label paper with black marks)

When using black mark or die-cut paper, the printer can move the paper to the start position, cutting position, peeling-off position, or tear-off position according to the paper layout settings.

To use this function, provide the printer with paper layout information, including the paper type and size, before printing. Use of the printer without these settings may result in a paper layout error or unexpected printouts.

Therefore, set the paper layout when you:

(1) use label paper for the first time,
(2) change the paper type (plain paper, black mark paper, or die-cut label paper),
(3) change the paper size, or
(4) switch to die-cut label paper of the same size as the current paper but with a different base color or other specification.

You can set the paper layout automatically or manually. For details, see Chapter 6, "Setting Up the Printer."

Note: Die-cut label paper is a type of label paper with a label sheet already cut into segments of a certain size.

Note: Full-sheet label paper is a type of label paper with an uncut label sheet that allows users to cut to any length by using a cutter.

Note: The same settings can be used when printing on full-sheet label paper or plain paper (with no black marks).

Note: When printing on die-cut label paper with black marks, be careful regarding the print position and cut position. Printing on base paper, which is not covered with label sheet, may damage the thermal head.

Note: Note on preprinting on the recording side of thermal paper Using thermal paper whose recording side is preprinted may result in the thermal head sticking to the surface of thermal paper, causing a print error. Therefore, you should avoid using this type of thermal paper as much as possible. If such use is unavoidable, confirm beforehand that use of the paper does not cause print errors, thin printing or other problems.

3-4-1. Requirements for full-sheet label paper

To prevent adhesive matter from sticking to the print head or paper guide, use label paper that has undergone margin removal as shown below.

(Margin removal means cutting the margins at the time of manufacturing.)

Slits on both sides on the printable side of paper

2 mm or less 2 mm or less Base paper Label Slits (for margin removal)

3-4-2. Conditions for using black mark paper

When using receipt paper or full-sheet label paper with black marks, confirm that the following conditions are satisfied. The reflection factors at locations A and B on the paper must be the combination of values specified in the table below.

	Reflection
A: Black mark area 8%
B: Margins above or below black marks 75%

Note: The reflectivity values were measured using a Macbeth PCM II density meter (Filter C).

Back side of paper

(back of the coloring side of paper)

Print area (seen from the back side of paper) B A 5.0 to 5.5 mm 0 to 1 mm 10 to 12 mm Paper feed direction

3-4-3. Conditions for using die-cut label paper

When using die-cut label paper, confirm that the following conditions are satisfied. When using die-cut label paper with black marks, confirm that the conditions stated in Section 3-4-2, "Conditions for using black mark paper," are also satisfied.

Printable side of paper

4.5 mm or more 2 ± 0.5 mm 1.5 mm or more 1.5 mm or more Print area 4.5 mm or more 2 ± 0.5 mm 3 to 10 mm 15 to 101.6 mm Paper feed direction Base paper Label

Note: The base paper's opacity (ISO) must be equal to or less than 70%.

3-5. Recommended Thermal Paper

Manufacturer	Product name	Quality characteristics Paper	thickness	Density specification
Ltd.	PD160R Monochrome receipt paper (high-grade preservation type)		75μm	100% Oji Paper Co
	PD190R Monochrome receipt paper (mid-grade preservation type)		75μm	100%
Nippon Paper Industries Co., Ltd.	TF60KS-EX Monochrome receipt paper (normal type)		75μm	100%
	TP60KS-FN Monochrome receipt paper (mid-grade preservation type)		75μm	100%
	HD75 Monochrome label paper (normal type)		150μm	130%
Mitsubishi Paper Mills Limited	P220AE-1 Monochrome thick paper (normal type)		150μm	100%
	PB670 Two-color thermal paper (red/black: normal type)		75μm	105%
	PB770 Two-color thermal paper (blue/black: normal type)		75μm	100%
Ricoh Co., Ltd.	150LHB Monochrome label paper (high-grade preservation type)		150μm	130%

Note : A recommended type of paper must be used. If a type of paper other than a recommended one is used, head damage, printing irregularities, or similar problems may occur.
Note : To use two-color thermal paper, set the print color to two colors from the printer setup menu or using the setup tool contained on the CD-ROM provided with the printer.
(See Example (3) in Section 10-2, "Setting Up the Printer.")
* By setting the appropriate property (use Color on the Graphics tab) for printing with this printer driver, you can easily print in two-color mode without having to change the printer setup.
Note : Ruled lines or characters containing fine lines (e.g. a serif typeface) tend to have dull colors when they are printed on two-color thermal paper. For printing on two-color thermal paper, a thick font (e.g., a sans serif font) is recommended.

Note : Red or blue printing on two-color thermal paper has an inferior preservation characteristic that is equivalent to that of normal thermal paper.

Note : Printouts on label paper or thick paper may contain blurs or voids, depending on the humidity and other environmental conditions.

Adjust the print speed and print density as appropriate for the type of paper used.

(See Examples (1) and (2) in Section 10-2, "Setting Up the Printer.")

In particular, note that the paper transport accuracy may be negatively affected by printing a barcode in the top margin at the beginning of paper transport or in the Lower margin at the end of paper transport.

Note : The outside core diameter is assumed to be 32 mm.

If roll paper with an outside core diameter of other than 32 mm is used, the paper-near-end detection accuracy deteriorates.

Note : If roll paper with an outside core diameter of less than 32 mm is used, a transport error may occur when the cutter cuts the paper in full cutting mode and reaches the core.

4. Preparations

No printer cable is provided with the product. Obtain a printer cable suitable for the product interface. If you have any questions, consult your dealer. Before connecting or disconnecting cables, make sure of the following:

1) The power to the printer and all other devices connected to the printer is turned off.
2) The AC adapter power cable has been unplugged from the outlet.

4-1. Connecting Interface Cable

Open the connector cover at the rear of the printer by pulling it up, and connect the interface cable to its rear connector socket. Close the cover after connecting the cable.

Note: If cables are arranged so that they extend from the rear or from the rear on the right side, remove the inserts in the connector cover or the cover with nippers or a similar tool. Unless the inserts are removed in this case, the cables may be damaged and cause a failure.

LAN interface model

Connector Cover Insert

LAN interface cable

Insert

DIP switches DK DC24V Power connector LAN interface connector Drawer kick connector LEDs

Caution: Do not touch the DIP switches during normal use. This may change the network settings, disabling normal printing.
Caution: If the device is installed vertically, the LAN cable may not usable due to its shape. Please check before installing.
⚠ Caution: The LAN interface cable must use the shield type.

For a unit with Dual interface

Connector cover Insert USB Interface Cable Type-B * Connect the printer to a PC through this connector. Serial interface cable * Secure the connector with screws after making the connection. Insert Interface connector (Serial interface) Power connector Interface Connector (USB Interface Type-B) * Connect the printer to a PC through this connector. Drawer kick connector

4-2. Connecting the drawer kick cable

Open the connector cover at the rear of the printer by pulling it up, and connect the drawer kick cable to its rear connector socket. Close the cover after connecting the cable.

Note : If the cable is arranged so that it extends from the rear, remove the inserts in the connector cover with nippers or a similar tool. Unless the inserts are removed in this case, the cable may be damaged and cause a failure.

Note: The drawer kick cable must not be used for a purpose other than for control of the drawer.

Connector cover Insert Drawer kick cable

4-3. Connecting the AC Adapter

(1) Connect the AC adapter to the AC adapter power cable.

Note: To connect or disconnect the AC adapter, turn off the power switches of the printer and all the devices to be connected to the printer. Then, unplug the plug of the AC adapter power cable from the electrical outlet.

Note: Use only the specified AC adapter and specified AC adapter power cable.

(2) Open the connector cover at the rear of the printer by pulling it up, and connect the AC adapter cable to the power socket. Close the cover after connecting the cable.

Note: To connect the AC adaptor, place the printer on its side to make the connection operation easier to perform.

Note: Remove notch of connector cover with Nipper, to maintain the space for the cable of AC adapter. Otherwise, the cable may be damaged and it way cause a failure.

Technical line drawing of an open electronic device casing with internal components (no text or symbols)

Printer placed on its side

Connector cover

Power connector

Note: To prevent the adaptor from slipping out, the connector section is designed to be tight to fit. When inserting, (1) pinch the base of the cable, (2) while sliding the outer section of the connector upwards, (3) and insert the connector until it locks in place with a “click” sound.

Base of the cable

Outer section of the connector 1 2 3

(3) Connect the plug of the power cable to electrical outlet.

Diagram of a mechanical device with an upward arrow and internal components (no text or symbols)

(4) Plug the other end of the power cord into the power outlet.

4-4. Disconnecting the AC Adapter

To unplug the AC adapter cable, grasp the connector as shown in the picture below and pull it out. The lock mechanism of the connector will then disengage, and the cable can be unplugged easily. Conversely, forcibly pulling on the cable itself may damage the connector.

Close-up of a hand holding a black USB cable (no text or symbols visible)

Hand inserting a black cable into a white electronic device casing (no text or symbols visible)

Note: Before disconnecting the AC adapter, switch off the printer and all devices connected to the printer, and also disconnect the power cable of the AC adapter from the outlet.

4-5. Turning on the Power

After the AC adapter is connected, turn on the power switch at the side of the printer. The POWER lamp on the control panel lights.

Control panel Power switch

5. Inserting Paper for Printing

5-1. Opening the Top Cover

(1) Grasp the top cover, pull up the cover release lever, and open the top cover.

Top part of the top cover Bottom part of the cover release lever

(2) When manipulating the top cover, note that the cover seems to lock in position before it is open completely. Make sure that the cover is really open completely as shown in the picture below.

Technical line drawing of two open mechanical devices with internal components, one open and one closed, showing no text or symbols.

Note: If the top cover is not open completely during maintenance, it may close inadvertently.

5-2. Setting the Paper Width

Separator A is set to the position for a paper width of 70 mm at the time of shipment from the factory.

- By adjusting the position of separator A, you can use paper with a width within a range of 70 to 25.4 ~mm . (See "Section 5-2-1. Attaching separator A.")

- To use paper with a width of 80 mm, remove separator A.

(See "Section 5-2-2. Removing separators A and B.")

- To use paper with a width of 83 mm, remove separators A and B.

(See "Section 5-2-2. Removing separators A and B.")

Note : When replacing the separator, set a paper width appropriate to the print area, referring to "Special Modes."

(See Examples (7) in Section 10-2, "Setting Up the Printer.")

Note: If the printer is using narrow paper (e.g., width of 70 mm), do not replace the paper with wide paper (e.g., width of 80 mm). In printing with narrow paper, part of the thermal head (the part where there is no paper) comes in direct contact with the platen roller. The resulting wear may lead to a deterioration in print quality. Similarly, if the paper width is changed such that the cutter blade cuts at a location that has no paper, the resulting wear on the blade may lead to improper cuts.

Note : Do not touch the thermal head except during cleaning. Doing so may result in damage from static electricity.

Thermal head

Technical line drawing of an open industrial machine with internal components (no text or symbols)

5-2-1. Mounting separator A

Holding separator A at locations a (lever) and b, slide the lever to the desired position. Then, set the separator in place. Use the scale as necessary.

Note: Separator A must be set in place with an allowance of about 0.5 mm for the maximum paper width.

Location b Location a (lever) 1 2 Scale Separator A

5-2-2. Removing separators A and B

(1) Removing separator A

While holding part b on separator A with part a (lever) pushed in the arrow-indicated direction, lift it to disengage the lock, and then remove the rear bearing section.

Location b Location a (lever) Rear bearing section Separator A Lock Separator A

(2) Removing separator B

Holding separator B at location a, lift the separator to disengage the lock. Then, remove the separator at the rear bearing section.

Lock Rear bearing section Location a Separator B Separator B

5-2-3. Attaching separators A and B

(1) Attaching separator A

Attach separator A from the rear bearing section.

Rear hook for the axis Aligned horizontally

Note : Push the separator down until it engages with an audible click, and confirm that the top of the separator is aligned horizontally.

(2) Attaching separator B

Attach separator B from the rear bearing section.

Rear hook for the axis Aligned horizontally

Note : Push the separator down until it engages with an audible click, and confirm that the top of the separator is aligned horizontally.

5-3. Loading Paper

5-3-1. Loading roll paper

(1) When using a new paper roll, remove the glued portion of the paper as well as the part to which adhesive tape is affixed.

Note : Since the glued portion of the paper should not be printed on, remove about one turn (about 40 cm) of the roll paper from the beginning so that none of the remaining paper has glue on it.

Any adhesive or other matter remaining from the glue may adhere to the thermal head and cause a problem, such as voids on printouts. Therefore, do not forget to remove the glued portion of the paper.

(2) From the front of the printer, pull out the end of the paper as shown below.

Technical line drawing of a mechanical device with an open lid and internal components, showing a circular arrow indicating direction (no text or symbols present)

Front cover of the printer.

Note: Pull the end of roll paper until it comes out from the front of the cover.

Note : Before loading a new roll, make sure that an old core does not remain in the roll holder. Leaving an old core will cause a paper-near-end error condition.

Line drawing of a mechanical device with an open lid and internal components, no text or symbols present.

Paper not protruding from the front cover

Technical line drawing of an open industrial machine with a cross symbol indicating cancellation (no text or labels present)

Roll paper inserted upside down

Note : The roll paper must have no deformities. Using roll paper such as that shown in the figure below may cause a paper jam, uneven printing, or other printing problem.

Pure geometric shapes including circles, rectangles, and crosses without any text or symbols

Note : If the loaded roll paper is loose (slack) as shown below, take up the slack before printing on the paper. Printing on roll paper that is loose may cause a paper jam, uneven printing, or other printing problem, which will prevent the printer from detecting paper near end conditions.

Two abstract circular patterns with a circle and an 'X' symbol, no text or labels present.

5-3-2. Loading fanfold paper

(1) Load the fanfold paper with its thermo sensitive side facing up.

(2) Open the top cover, and then pass the fanfold paper through the paper feed section at the rear of the printer.

Paper feed section Load the paper with its thermo sensitive side facing up.

Note: Pull the end of fanfold paper until it comes out from the front of the cover.

Figure 1 Max 180mm 20 mm or more

Figure 2 Max 80mm

Note: Fanfold paper must be placed at least 20 mm from the rear of the printer. When this requirement is satisfied, paper can be stacked up to 180 mm (see Figure 1).

When fanfold paper is placed in contact with the rear of the printer, paper can only be stacked up to 80 mm (see Figure 2).

Note: Also, the paper location must be confined to an area between the left and right edges of the printer.

Note: When using perforated paper, make sure that the printer does not cut the paper at perforations or in an area that is 0 to 15 mm in front of perforations (as viewed from the paper feed direction). Otherwise, incorrect cutting may result. (See Figure 3.)

Note: When using perforated paper, be sure to prevent paper from being caught, paper jams, paper from being cut during transport, and other such problems. These problems may shorten the life of the thermal head.

Area that is 0 to 15 mm in front of perforations (cutting prohibited in this area)

Paper feed direction Fold at perforations

Figure 3

Note: Should you find that the blinking ERROR lamp annoys you, perform printer setup to change PNE DETECT to DISABLE. (See Example (6) in Section 10-2, "Setting Up the Printer.")

5-4. Setting the Paper Guide

When the print length per print session is longer than 50 mm, use the printer with the paper guide open. When it is equal to or less than 50 mm, use the printer with the paper guide closed.

Paper guide

For print length equal to or less than 50 mm: Use the printer with the paper guide closed.

Paper guide

For print length longer than 50 mm: Use the printer with the paper guide open.

5-5. Closing the Top Cover

Place the paper in the correct orientation, and carefully close the top cover.

Press here Release lever Top cover

Note : Place the paper in the correct orientation. If the top cover is closed while the paper is not correctly in place, a paper jam or misaligned printing might occur.

Note : To close the top cover, press it down near its center (the location pointed at in the figure below) until you hear the lock engage. If the cover is not completely locked, printing might be impossible

6. Setting Up the Printer

Introduction to printer setup procedures

You can set the following items for this printer:

(1) Paper type and paper layout
- Die-cut label paper, black mark paper, or plain paper
- Paper width and other paper layout information

(2) Custom paper creation

(3) Sensor adjustment

(4) Print speed

(5) Print density

(6) Printer operation

Item (1), (2) is a required setting.

Items (3) to (6) are optional settings.

The CD-ROM that comes with the printer contains some PDF-formatted online manuals.

For details on how to install and use each of the software programs that come with the printer, see the following documents:

Document title	Folder	File name
Installation Guide \Manuals	LD670_InstallGuide1_en.pdf
Windows Driver User's Guide \Manuals	LD670_WindowsDriverGuide_en.pdf
Utility User's Guide \Manuals	LD670_UtilityGuide_en.pdf
Status Monitor User's Guide \Manuals	LD670_StatusMonitorGuide_en.pdf

Detection of paper layout information

The printer supports the following paper types:

a. Plain paper (including full-sheet label paper)
b. Black mark paper
c. Die-cut label paper (including die-cut label paper with black marks)

When using black mark or die-cut paper, the printer can move the paper to the start position, cutting position, peeling-off position, or tear-off position according to the paper layout settings.

To use this function, provide the printer with paper layout information, including the paper type and size, before printing. Use of the printer without these settings may result in a paper layout error or unexpected printouts.

Therefore, set the paper layout when you:

(1) use label paper for the first time,
(2) change the paper type (plain paper, black mark paper, or die-cut label paper),
(3) change the paper size, or
(4) switch to die-cut label paper of the same size as the current paper but with a different base color or other specification.

You can set the paper layout automatically or manually. The next and subsequent pages provide detailed information.

Note: The paper layout must be set under the same temperature conditions as in the actual operating environment of the printer. Otherwise, the cutting position may be outside the base area for labels because of a temperature difference.

Note: - The printer provides a function that automatically detects the paper layout. This automatic layout detection function obtains fixed information on width settings. Therefore, OKI recommends that you manually specify these settings.

Note: - There are two ways to manually set up the printer:

(1) Paper information setting using the driver
(2) Paper information setting using the utility

6-1. Paper Information Setting Using the Driver

Printer setup flow

I. Installing the driver

↓ See "Chapter 3 Installation" in the Installation Guide.

II. Paper layout detection

↓ Provide the printer with the paper layout information described in the Manual Section 6-1-1, "Paper layout."

III. Custom paper creation

↓ Create your custom paper as described in the Manual Section 6-1-2, "Custom paper."

IV. Printing from an application

Perform printing as described in the Manual Section 6-1-3, "Printing from an application." (The use of WordPad is assumed for the procedure described in Section 6-1-3.)

6-1-1. Paper layout

The printer shipped from the factory is configured to enable automatic paper detection. Follow the procedure below to have the printer automatically detect the paper layout information.

Hand inserting a white paper into a green printer case (no text or symbols visible)

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(1) Turn on the printer power.
(2) Open the top cover.
(3) Load the paper that you want to use into the printer.

Leave the top cover open.

(4) Press and hold down the FEED switch. The POWER and ERROR lamps blink alternately. Continue to hold down the FEED switch until the POWER and ERROR lamps blink at the same time. At this time, release the FEED switch.

(For details on how to initialize the paper layout, see "How to initialize the paper layout" in Section 7-1, "Control Panel.")

(5) Close the top cover.
(6) The printer feeds the paper, automatically obtains paper layout information, and saves the information.

Note: Automatic layout detection involves a paper feed of several tens of centimeters. This is normal operation.

6-1-2. Custom paper

The printer driver provides a function that allows you to set printer layout information when creating a custom type of paper.

The layout information can be updated even with the printer in paper-layout-error status.

Note: When changing the paper type to plain paper from another type, you must initialize the layout information by following the procedure described in "How to initialize the paper layout" in 7-1 Section, "Control Panel."

Follow the procedure below to register layout information with the printer.

This procedure indicates how to create a custom paper type and send the resulting information to the printer. The use of Windows XP Professional is assumed for the screen shots used in the procedure.

1. Click [Start] and then [Printers and Faxes].

* The method of opening the printer folder varies depending on the Windows version.

For details on how to open the printer folder, see "Section 3.1.1 How to Display the Printer Properties" in the Windows Driver User's Guide.

1. Right-click [LD670 Raster], and then select [Properties].

2. Click the [Custom Paper] tab.

(1) Creating a new custom paper type

LD670 Raster Properties General Sharing Parts Advanced Custom Paper Paper(E): Delete(D) Save(S) Transfer to Printer(E) Create a New Paper(C) Paper Name(N): Label Paper Type(T): Label [5.1] Paper Width: 83.0 - 25.4 - 83.0] mm [5.2] Label Width: 79.0 - 21.4 - 79.0] mm [5.3] Paper Height: 101.5 - 15.0 - 101.5] mm [5.4] Between Labels: 10.0 - 3.0 - 10.0] mm [5.5] Cut Position: 0.0 - 5.0 - 5.0] mm Margin: Left: 3.0 mm Right: 3.0 mm Top: 1.5 mm Bottom: 1.5 mm Unit 0.1mm(M) 0.0inch(J) OK Cancel Apply Help

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(1) Check the [Create a New Paper] check box and enter the paper name.
(2) Select [Paper Type] and enter the appropriate paper information ([S1] to [S5]). Do not change [S5] (cut position) with its default value.
(3) Enter the left, right, top and bottom margins.
(4) Click the [Save] button.

This registers your custom paper settings in the printer driver as paper size information.

(5) Click the [Transfer to Printer] button.

The selected paper layout information is sent to the printer and becomes effective.

(6) Go to step 4.

(2) Using an existing type of paper

LD670 Raster Properties General Sharing Ports Advanced Custom Paper Page(F) Block Mark Delete(D) Save(S) Create a New Paper(C) Transfer to Printer(P) Paper Name(N): Black Mark Paper Type(O) Block Mark [S1] Paper Width: 50.0 ±[25.4 - 63.0] mm [S2] Label Width: 50.0 ±[25.4 - 63.0] mm [S3] Paper Height: 102.0 ±[15.0 - 300.0] mm [S4] BM Length: 5.0 ±[5.0 - 5.5] mm [S5] Cut Positions: 0.0 ±[0.0 - 102.0] mm Margin: L Left: 3.0 ±mm B Right: 3.0 ±mm U Top: 1.5 ±mm R Bottom: 1.5 ±mm Unit ○ 0.1mm(R) ○ 0.01inch(1) OK Cancel Apply Help

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(1) Select the desired paper that has already been created.
(2) Click the [Transfer to Printer] button.

The selected paper layout information is sent to the printer and becomes effective.

(3) Go to step 4.

4 When a confirmation message appears, respond as instructed and then click the [OK] button.

* You may encounter a paper layout error when attempting to replace paper in one of the following patterns:

- Change from die-cut label paper to plain paper

- Change from black mark paper to plain paper

- Change from die-cut label paper to black mark paper

- Change to paper having a different paper layout

* If the error remains even after setting is completed, re-verify that the paper loaded on the printer matches the custom paper setting.

* The [Transfer to Printer] button works even when the new paper is not loaded. Before actually printing data, however, be sure to replace the paper.

* If the newly set type of paper is not plain paper, the printer feeds paper up to the top-of-form position.

5 In the LD670 Raster Properties window, click the [OK] button.

6-1-3. Printing from an application

You can print a document from an application using paper information registered in the printer driver.

The procedure below explains how to print a document to the LD670 printer using WordPad as an example.

1. From the WordPad [File] menu, select [Page Setup].
2. The Page Setup window appears. Click the [Print Setup] button.

3. In the [Printer Name] field, specify [LD670 Raster] as the target printer.

4. Click the [Properties] button to configure printing preferences for the printer driver.

* The button used to open the printing preferences window varies from one application to another. For example, the [Options] button is used for this purpose in Excel.
* Some applications (including Word) also assume use of the Print window for setting printing preferences, instead of providing a separate Page Setup window.
For details on the Print window, see the description in step 10 later.

1. The LD670 Raster Properties (printing preferences) window appears. Specify desired printing preferences, and then click the [OK] button.
2. Click the [OK] button in the Page Setup window to close the window.
3. In Page Setup window, specify the paper size, orientation and margins, and then click the [OK] button.
4. Edit a document in the WordPad edit window.

5. Select [Print] from the [File] menu.

6. The [Print] window appears.

Click the [Advanced] button to specify printing preferences for the printer driver.

1. Specify [Page Range] and [Copies] when necessary, and then click the [Print] button.

2. Print data is sent to the printer and printing starts.

6-2. Paper information setting using the utility

6-2-1. Paper layout

The printer shipped from the factory is configured to enable automatic paper detection. Follow the procedure below to have the printer automatically detect the paper layout information.

Hand inserting a white paper into a green electronic device (no visible text or symbols)

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(1) Turn on the printer power.
(2) Open the top cover.
(3) Load the paper that you want to use into the printer. Leave the top cover open.
(4) Press and hold down the FEED switch. The POWER and ERROR lamps blink alternately. Continue to hold down the FEED switch until the POWER and ERROR lamps blink at the same time. At this time, release the FEED switch.

(For details on how to initialize the paper layout, see "How to initialize the paper layout" in Section 7-1, "Control Panel.")

(5) Close the top cover.
(6) The printer feeds the paper, automatically obtains paper layout information, and saves the information.

Note: Automatic layout detection involves a paper feed of several tens of centimeters. This is normal operation.

6-2-2. Setting detailed paper layout information

The printer utility provides a function that allows you to set printer layout information.

The layout information can be updated even with the printer in paper-layout-error status.

Follow the procedure below to register layout information with the printer.

This procedure explains how to send layout information to the printer.

The use of Windows XP Professional is assumed for the screen shots.

1. Click [Start], [All Programs], [Okidata], and [LD670 Utility] in this order.

* The method of running the printer utility varies depending on the Windows version. See "Section 3.1 Starting LBL32" in the Utility User's Guide.

1. Select [LD670 Raster] and then click [OK].

2. Click the [Paper Layout] tab.

LBL32 File(F) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others [S1]Paper Width 70.0 25.4-70.0,80.0,83.0mm Set Layout □ Automatically set the paper layout Paper Detection Auto Layout manual setting Paper Type Label [S3]Label Width 79.0 [21.4-86.0]mm [S3]Paper Height 101.6 [15.0-101.6]mm [S4]Between Labels 10.0 [3.0-10.0]mm [S5]Cut Position 0.0 [-5.0-5.0]mm Margin 3.0 mm [T]Top Margin 1.5 mm [L]Left Margin 3.0 mm [B]Bottom Margin 1.5 mm [R]Right Margin Base Adjustment: 0.0 mm Unit TearOff Adjustment: 0.0 mm Set Base/TearOff 0.1mm Operation Guide Setting(S) List Printing(E) Exit(X)

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(1) Uncheck the [Automatically set the paper layout] check box.
(2) Select [Paper Type] and enter the appropriate paper information ([S1] to [S5]). Do not change [S5] (cut position) with its default value.
(3) Enter the left, right, top and bottom margins as required.
(4) Click the [Set Layout] button. The paper layout information you entered in this window is sent to the printer and becomes effective.

4 When a confirmation message appears, respond as instructed and then click the [OK] button.

5 A message appears, prompting you to replace the paper with paper targeted by the layout setting. Replace the paper and click the [OK] button.

* If the error remains even after setting is completed, re-verify that the paper loaded on the printer matches the paper setting.

* If the newly set type of paper is not plain paper, the printer feeds paper up to the top-of-form position.

6-3. Setting Paper Information Using the Printer

6-3-1. Automatic layout detection

The printer shipped from the factory is configured to enable automatic paper detection. Follow the procedure below to have the printer automatically detect the paper layout information.

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(1) Turn off the printer power.

(2) Open the top cover.

(3) Turn on the printer power.

(4) Load the paper that you want to use into the printer. Leave the top cover open.

(5) Press and hold down the FEED switch. The POWER and ERROR lamps blink alternately. Continue to hold down the FEED switch until the POWER and ERROR lamps blink at the same time. At this time, release the FEED switch. (For details on how to initialize the paper layout, see "How to initialize the paper layout" in Section 7-1, "Control Panel.")

(6) Close the top cover.

(7) The printer feeds the paper, automatically obtains paper layout information, and saves the information.

Note: Automatic layout detection involves a paper feed of several tens of centimeters. This is normal operation.

Note: The printer's automatic layout detection function cannot obtain the paper width setting as part of paper information. For details on how to set the paper width, see Example 7) in Section 10-2, "Setting Up the Printer."

Note: If you need to specify information other than the paper width, follow the procedure described in Section 6-1, "Paper Information Setting Using the Driver," or 6-2, "Paper Information Setting Using the Utility."

6-3-2. Setting the Paper Width

The printer utility provides a function that allows you to set a paper width on the printer.

The paper width can be set even with the printer in paper-layout-error status.

Follow the procedure below to set a paper width on the printer.

This procedure explains how to send your paper width setting to the printer. The use of Windows XP Professional is assumed for the screen shots.

1. Click [Start], [All Programs], [Okidata], and [LD670 Utility] in this order.

* The method of opening the printer folder varies depending on the Windows version.

For details on how to open the printer folder, see "Section 3.1, Starting LBL32" in the Utility User's Guide.

1. Select [LD670 Raster] and then click [OK].

2. Click the [Paper Layout] tab.

LBL32 File(E) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others [S1]Paper Width 70.0 [25.4-70.0,80.0,83.0]mm Layout Auto Set ✓ Automatically set the paper layout Paper Detection Auto Layout manual setting Paper Type Name [S2]Label Width 70.0 [25.4-63.0]mm [S3]Paper Height 297.0 [15.0-2039.9]mm [S4]Between Labels 0.0 [0.0-0.0]mm [S5]Cut Position 0.0 mm Margin [L]Left Margin 3.0 mm [T]Top Margin 0.0 mm [R]Right Margin 3.0 mm [B]Bottom Margin 0.0 mm Base Adjustment: 0.0 mm TextOff Adjustment: 0.0 mm Set Base/TearOff Unt ○ 0.1mm ○ 0.01inch Operation Guide Setting(O) List Printing(E) Exit(X)

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(1) Enter the paper width.
(2) Click the [Layout Auto Set] button.

4 When a confirmation message appears, respond as instructed and then click the [OK] button.

5 A message appears, prompting you to replace the paper with paper targeted by the layout setting. Replace the paper and click the [OK] button.

Note: Automatic paper size setting involves a paper feed of several tens of centimeters for layout detection. This is normal operation.

6-3-3. Automatic layout detection

The automatic layout settings are configured as follows:

Black mark paper

L1: Length from the vertical reference position to the next reference
Position
: Automatically detected
L2: Length of the detection area for the vertical reference position
: 5.0mm to 5.5mm
L3: Length from the vertical reference position to the start position
: 1.5mm
L4: Length from the vertical reference position to the cutting position
: 0.0mm

L5: Print area length : (L1 - 1.5 x 2) mm

L6: Length from the left edge of the paper to the left end of the print area

: 11.0 mm (for a paper width of 83 mm)

: 4.0 mm (for a paper width of 80 mn

: 3.0 mm (for other paper widths)

L7: Print area width : 80.0 mm (for a paper width of 83 mm)

(Paper width - L6 x 2) mm (for other paper widths)

Note: L1 to L7 above are values detected by the printer sensor.

These values do not match the S1 to S5, L, R, T, and B parameter values specified by the driver or utility.

Note: If the paper length (L1) of the loaded roll paper differs by ±10% or more from the initially set paper length (L1) or that set upon automatic recognition, an error occurs because the type of loaded roll paper is considered illegal.

L3 L4 L5 Paper feed direction Base Position L2 L7 Print Area L1 L6

Die-cut label paper

L1: Length from the vertical reference position to the next reference position

: Automatically detected

L2: Length of the detection area for the vertical reference position

: Automatically detected

L3: Length from the vertical reference position to the start position

: (L2/2 + 1.5) mm

L4: Length from the vertical reference position to the cutting position

: 0.0 mm

L5: Print area length : (L1 - L3 x 2) mm

L6: Length from the left edge of the paper to the left end of the print area

: 5.0 mm

L7: Print area width : (Paper width setting - L6 x

Note: L1 to L7 above are values detected by the printer sensor.

These values do not match the S1 to S5, L, R, T, and B parameter values specified by the driver or utility.

Note: If the paper length (L1) of the loaded roll paper differs by ±10% or more from the initially set paper length (L1) or that set upon automatic recognition, an error occurs because the type of loaded roll paper is considered illegal.

L4 L3 L5 L2 L1 L7 Print Area L6 Paper feed direction Base Position

Plain paper (including full-sheet label paper)

L1: Length from the vertical reference position to the next reference position

: Not determined

L2: Length of the detection area for the vertical reference position

: Not determined

L3: Length from the vertical reference position to the start position

: Not determined

L4: Length from the vertical reference position to the cutting position

: Not determined

L5: Print area length : Not determined

L6: Length from the left edge of the paper to the left end of the print area

: 1.0 mm (for a paper width of 83 mm)

: 4.0 mm (for a paper width of 80 mm)

: 3.0 mm (for other paper widths)

L7: Print area width

: 80.0 mm (for a paper width of 83 mm)

(Paper width - L6 x 2) mm (for other paper widths)

Note: L1 to L7 above are values detected by the printer sensor.

These values do not match the S1 to S5, L, R, T, and B parameter values specified by the driver or utility.

L7 Print Area L6 Paper feed direction

6-4. Replacing paper

The paper replacement procedure is as follows.

Automatic layout detection

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(1) Turn off the printer power, and open the top cover.
(2) Turn on the printer power.
(3) Load the paper that you want to use into the printer. Leave the top cover open.
(4) Press and hold down the FEED switch. The POWER and ERROR lamps blink alternately. Continue to hold down the FEED switch until the POWER and ERROR lamps blink at the same time. At this time, release the FEED switch.
(5) Close the top cover.
(6) The printer feeds the paper, automatically obtains paper information, and saves the information.

Note: Automatic layout detection involves a paper feed of several tens of centimeters. This is normal operation.

Updating the layout information

Re-specify paper information by following the procedure described in Section 6-1-2, "Custom paper," or 6-2-2, "Setting detailed paper layout information."

6-5. Paper Layout Errors

When using black mark or die-cut label paper, the printer monitors the paper length (L1) based on the set paper layout. If the detected paper length does not match the set paper length, a paper layout error occurs.

(1) Error when paper is being loaded

Confirm that the paper being loaded is the same as the paper specified in the paper layout information for the printer. If not, replace the paper with paper that matches the paper layout information.

(2) Error during printing

If a paper layout error occurs during printing, open the top cover, check whether label peeling, a paper jam or other problem has occurred, reposition the paper, and then close the top cover.

(3) Error when paper is being replaced

Follow the procedure in "Section 6-4. Replacing paper."

Note: If the paper length (L1) of the loaded paper is ±10% different from your specified paper length or that set through automatic detection, a paper layout error occurs.

6-6. Adjusting Sensors

1) There are two ways to adjust sensors:

a. Automatic sensor adjustment (This mode is set at the time of shipment from the factory.)

b. Manual sensor adjustment

■ Automatic sensor adjustment

1) With this mode enabled, the sensor is automatically adjusted in parallel with automatic layout detection. This adjustment sets optimal values based on the measured sensor input level.

Sensor adjustment values are not preset at shipping. However, when you load paper on the printer and initially power on the printer, the automatic layout detection function will set the sensor adjustment values.

■ Manual sensor adjustment

1) You can start manual adjustment of a sensor by selecting the sensor in sensor adjustment mode, which is a special mode. The printer prints instructions for operations. Adjust the sensor by following these instructions.

2) Automatic sensor adjustment is enabled at the time of shipment from the factory. The printer as shipped need not be manually adjusted because sensors are automatically adjusted at the same time as automatic layout detection. Adjust sensors manually only if a paper layout error frequently occurs.

6-7. Print Density Setting

The printer can specify a print density for the paper to be used.

The print density is preset to 130% at shipping. You can change this setting to the value appropriate for the paper to be used as described in Section 3-5, "Recommended Thermal Paper."

There are three methods of changing the setting:

(1) Using the Windows printer driver See "Section 4.4 [Graphics] Tab" in the Windows Driver User's Guide.

(2) Using the printer utility See "Section 3.2.5 Customize Value" in the Utility User's Guide.

(3) Setting up the printer Change the setting as described in Example (1) in Section 10-2, "Setting Up the Printer."

* If you have specified a print density using the Windows driver, the print density specified by the driver will be used for printing. (The print density specified by the driver takes precedence over print density specified by the utility.)

6-8. Print Speed Setting

There are three methods of changing the setting:

(1) Using the Windows printer driver See "Section 4.4 [Graphics] Tab" in the Windows Driver User's Guide.

(2) Using the printer utility See "Section 3.2.5 Customize Value" in the Utility User's Guide.

(3) Setting up the printer Change the settings as described in Example (2) in Section 10-2, "Setting Up the Printer."

* If you have specified a print speed using the Windows driver, the print speed specified by the driver will be used for printing. (The print speed specified by the driver takes precedence over print speed specified by the utility.)

Note: The printer restricts the print speed when using paper with a width of 57 mm or less.

Up to 260 mm/s for a paper width within a range of 83 to 58 mm Up to 180 mm/s for a paper width within a range of 57 to 38 mm Up to 80 mm/s for a paper width within a range of 37 to 25.4 mm

6-9. Cutting Position Correction

This printer allows you to correct (upward or downward) the top-of-form position, cut position, peeling-off position and tear-off position. Change the setting as required.

You can use one of the following methods to change this setting.

(1) Using the Windows printer driver
See "Section 4.1 [Custom Paper] Tab" in the Windows Driver User's Guide.

(2) Using the printer utility

See "Section 4.3 Adjusting Cut Position or Tear Off Position" in the Utility User's Guide.

6-10. Other Settings

This printer allows you to specify whether to feed paper up to the top-of-form position at power-on and whether to cut paper upon the closing of the cover.

There are two methods of changing the setting:

(1) Setting up the printer Change the setting as described in Example (4) in Section 10-2, "Setting Up the Printer."

(2) Using the printer utility See "Section 3.2.4 Memory Switch settings" in the Utility User's Guide.

6-11. Initializing the Printer Setup Information

You can disable the settings you specified on the printer and restore the default settings preset at shipping.

Initialize the settings as described in Example 5) in Section 10-2, "Setting Up the Printer."

7. Control Panel

7-1. Control Panel

POWER ERROR FEED

POWER lamp (●)

Lights when the power switch is turned on and power is supplied to the printer.

ERROR lamp (●)

Lights or blinks to indicate errors.

FEED switch

• Plain paper (including full-sheet label paper)
  Pressing this switch once advances the paper one line. Holding down this switch advances paper continuously.
• Paper type other than plain paper (including full-sheet label paper) Pressing this switch once feeds one sheet of paper.

* How to initialize the paper layout

Pressing the FEED switch with the top cover open initializes the paper layout information. After initialization is completed, load the paper you want to use and then close the top cover. The printer feeds paper, automatically retrieves paper information, and retains the paper layout information.

(1) Initialization

- Initialization initializes the paper layout information. You can use initialization when changing the layout information while using the same type of paper.

- Procedure: Press and hold down the FEED switch for a while. The POWER and ERROR lamps will start blinking alternately. At this time, release the FEED switch.

(2) Full initialization

- Full initialization initializes the paper type setting in addition to paper layout information. Use it when you change the type of paper.

- Procedure: Press and hold down the FEED switch for a while. The POWER and ERROR lamps will start blinking alternately. When you continue holding down the FEED switch, the POWER and ERROR lamps will blink simultaneously. At this time, release the FEED switch.

7-2. Error Indications

Recoverable errors

Error condition	LED LAMP	Blinking pattern
No paper (paper end)	POWER (●)	Constantly on
	ERROR (●)	Constantly on
Cover open	POWER (●)	Constantly on
	ERROR (●)	Constantly on
Head hot (*1)	POWER (●)	Constantly on
	ERROR (●)	Constantly on

*1 Printing is suspended because of a high thermal head temperature.

Error condition	LED LAMP	Blinking pattern
Paper near end	POWER (●)	Constantly on
	ERROR (●)
Paper layout error	POWER (●)	Constantly on
	ERROR (●)
		Repeated blinking of the amber lamp four times in succession

Unrecoverable errors

Error condition	LED LAMP Blinking pattern
Internal error	POWER (●)	—●—●—
	ERROR (●)	●—
		Repeated pattern in which the green lamp blinks twice and the amber lamp blinks once
Head not installed	POWER (●)	—●—●—●—
	ERROR (●)	●—
		Repeated pattern in which the green lamp blinks three times and the amber lamp blinks once
Low voltage	POWER (●)	—●—●—●—●—
	ERROR (●)	●—
		Repeated pattern in which the green lamp blinks four times and the amber lamp blinks once
Over voltage	POWER (●)	—●—●—●—●—●—
	ERROR (●)	●—
		Repeated pattern in which the green lamp blinks five times and the amber lamp blinks once
Cutter functioning abnormally	POWER (●)	—●—●—●—●—●—●—
	ERROR (●)	●—
		Repeated pattern in which the green lamp blinks six times and the amber lamp blinks once
LF motor functioning abnormally	POWER (●)	—●—●—●—●—●—●—●—
	ERROR (●)	●—
		Repeated pattern in which the green lamp blinks seven times and the amber lamp blinks once

8. Preventing and Clearing Paper Jams

8-1. Preventing Paper Jams

Do not touch the paper while the paper is being ejected or cut. Holding or pulling the paper by hand during ejection might cause a paper jam, incorrect cutting, or a feed error.

8-2. Clearing a Paper Jam

If a paper jam occurs, remove the jammed paper as follows:

(1) Turn off the printer power by turning off the power switch.
(2) Press the cover open lever down, and open the top cover.
(3) Pull out the jammed paper slowly toward the top while holding down the printer, as shown in the picture below.

Close-up of a white plastic panel with black insulation and black cladding, no visible text or symbols

Close-up of hands installing or adjusting a device into a white plastic container (no visible text or symbols)

Note: Do not pull the paper with excessive force. Note: Do not touch the thermal head. Doing so may result in damage from static electricity.

9. Troubleshooting

This chapter describes the appropriate action to be taken in cases where the printer is not operating correctly or fails to produce clean printouts.

9-1. Power-on Problems and Errors

Symptom	Cause	Corrective
Although the power has been turned on, the POWER lamp on the control panel does not light and the printer does not start up.	(1) The power cable is disconnected.(2) The connector of the AC adapter is disconnected.	(1) Connect the power cable.(2) Connect the connector of the AC adapter.
The ERROR lamp on the control panel is lit, and the printer does not work.	(1) No paper is inserted.(2) The top cover is not closed completely.(3) The thermal head is at a high temperature.	(1) Insert paper.(2) Close the top cover completely.(3) Wait until the thermal head temperature decreases sufficiently.

9-2. Cutter-related Problems

Symptom	Cause	Corrective
Paper cannot be cut. (1)	The cutter blade is damaged or worn, or it has been used for too long.(2) Paper fragments or other foreign matter is stuck around the cutter blade or paper chute.(3) Adhesive matter is adhering to the cutter blade because of printing on label paper.	(1) Turn off the power, and ask for repairs.(2) Remove the paper fragments or foreign matter.(3) Clean the cutter blade to remove the adhesive matter.
The cutter does not return to the correct position.	Paper fragments or other foreign matter is stuck around the cutter blade or paper chute.	Remove the paper fragments or foreign matter.

9-3. Printing-related Problems

Symptom	Causes	Corrective action
Printing does not begin.	(1) The interface cable is disconnected or broken.(2) The printer setup is incorrect.	(1) Connect the interface cable correctly, or replace it.(2) Set up the printer correctly. Example: An incorrect baud rate is set.(See "10-2 Setting Up the Printer.")
The printing is too dark or blurry.	(1) The print density setting included in the printer setup is incorrect.(2) The thermal head is damaged.	(1) Adjust the print density and print speed settings of the printer so that they are appropriate to the paper.(See "10-2 Setting Up the Printer.")(2) Turn off the power, and ask for repairs.
Printed characters are thin (faint).	(1) The print density setting included in the printer setup is incorrect.(2) The thermal head is damaged.	(1) Adjust the print density and print speed settings of the printer so that they are appropriate to the paper.(See "10-2 Setting Up the Printer.")(2) Turn off the power, and ask for repairs.
The print density is uneven.	(1) Paper fragments or foreign matter is stuck on the heating elements of the thermal head.(2) The printer setup is incorrect.(3) Foreign matter is adhering to the platen roller.(4) The thermal head is damaged.	(1) Check and clean the thermal head.(2) Adjust the print density and print speed settings of the printer so that they are appropriate to the paper. Set up the printer correctly.(See "10-2 Setting Up the Printer.")(3) Remove the foreign matter from the platen roller.(4) Turn off the power, and ask for repairs.
Vertical marks appear on the printout.	(1) Foreign matter is stuck or caught on the paper transport.(2) Foreign matter is adhering to the thermal head(3) The thermal head is damaged.	(1) Clean the paper transport.(2) Clean the thermal head.(3) Turn off the power, and ask for repairs.

10. Special Modes

10-1. Test Printing

With paper inserted in the printer, turn off the printer power switch once, and turn on the switch again while holding down the FEED switch on the control panel. Then, the data shown below is printed. When "TEST PRINT" is printed, press and hold down the FEED switch for one second or longer to start test printing.

After printing a certain amount of data, the printer automatically cuts the paper and ends the test printing. To terminate test printing in progress, press the FEED switch. Then, the printer cuts the paper and terminates the test printing.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

Test printing

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

The printer stops after printing the selection items.

- When you press the FEED switch briefly (one second or less), the printer ends test printing.

- When you press and hold down the FEED switch for one second or longer, the printer continues test printing to print a list of fonts. To terminate printing of the font list in progress, press the FEED switch. The printer cuts the paper and terminates printing of the font list.

Sample test printout

LD670 Ver*.* 123456 <> Paper Detection Auto Paper Width 70mm Base Adjustment 0.0mm TearOff Adjustment 0.0mm Layout Er Processe Layout continue Layout Er Recovery Command/CoverClose Feed at Power On Enable Mark Feed with Cut Disable Sensor Auto Adjust Enable <> Power On Status Enable Receive Buffer 4K Byte Busy Condition Bufferfull

10-2. Setting Up the Printer

This section explains how to set up the printer without using a PC.

With the printer connected to a Windows PC, you can easily change the settings by using the utility software contained on the CD-ROM provided with the printer.

For details on how to install and run the utility, see "Chapter 3 Installation" in the Installation Guide.

For details on the functions of the utility and how to use it, see the Utility User's Guide.

This section describes the typical setting changes listed below in detail.

Example (1) Changing the print density to a lower value
Example (2) Changing the print speed to a higher value
Example (3) Changing to use two-color thermal paper
Example (4) Changing the top-of-form position at power-on
Example (5) Initializing the printer settings
Example (6) Disabling paper-near-end detection
Example (7) Changing the paper width
Example (8) Switching to batch printing

Example (1): Changing the Print Density

Change from 130% to 100%

The procedure for this setting is as follows.

1. Before starting work for this setting, verify the following conditions of the printer:

(1) The power is off.
(2) Roll paper is inserted in it.
(3) The cover is closed.

1. Enter special mode.

Turn on the power switch on the right side of the printer while holding down the FEED switch on the left part of the Top cover.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

The printer prints the following when it enters special mode:

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

1. Enter setup mode from special mode.

Press the FEED switch briefly (one second or less) once to move to "SETUP".

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End\nSample Print\nData Analysis\nCleaning\nSensor Adjustment\nSetup\nTest Print\nSelection Item"]
    C --> D["Paper feed direction ↓"]

Then, press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when it enters setup mode:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Setup"]
    style A fill:#f9f,stroke:#333
    style G fill:#ccf,stroke:#333
    note right of G Paper feed direction

1. In setup mode, select "SETUP"

Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "SETUP":

graph TD
    A["Paper Setting"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Setup"]
    style A fill:#f9f,stroke:#333
    style I fill:#ccf,stroke:#333

1. Select "CUSTOMIZE VALUE" as your option.

Quickly press the FEED switch twice (up to one second each) to move to "CUSTOMIZE VALUE".

graph TD
    A["Customize Value ↑"] --> B["Memory Switch ↑"]
    B --> C["Paper Setting"]
    C --> D["Return to Top Menu"]
    D --> E["Others"]
    D --> F["Serial Condition"]
    D --> G["Customize Value"]
    D --> H["Memory Switch"]
    D --> I["Paper Setting"]
    I --> J["Selection Item"]
    J --> K["Setup"]
    L["Paper feed direction"] --> M

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "CUSTOMIZE VALUE" selection:

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

1. Select "PRINT DENSITY" as your option.

Press the FEED switch briefly (one second or less) three times to move to "PRINT DENSITY".

graph TD
    A["Print Density ↑"] --> B["Print Color ↑"]
    B --> C["NV Graphics Memory ↑"]
    C --> D["User NV Memory"]
    D --> E["Return to Top Menu"]
    E --> F["Return to Up"]
    F --> G["Low Power"]
    G --> H["Max Speed"]
    H --> I["BK Density"]
    I --> J["Print Density"]
    J --> K["Print Color"]
    K --> L["NV Graphics Memory"]
    L --> M["User NV Memory"]
    M --> N["Selection Item"]

Then, press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "PRINT DENSITY":

1. Select "100%" as your option.

Press the FEED switch briefly (one second or less) until the item "100%" is reached.

Then, press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "100%":

Return to Up Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item 100% Paper feed direction

1. Select "RETURN TO UP" as your option.

Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "RETURN TO UP":

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu\nOthers"]
    B --> C["Serial Condition"]
    C --> D["Customize Value"]
    D --> E["Memory Switch"]
    E --> F["Paper Setting"]
    F --> G["Selection Item"]
    G --> H["Return to Up"]

1. Select "RETURN TO TOP MENU" as your option.

The printer prints the following when you accept the selection of "RETURN TO TOP MENU":

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Return to Top Menu"]
    H["Paper feed direction"] --> I["Next Step"]

1. Select "END" as your option.

Quickly press the FEED switch three times (up to one second each) to move to "END".

graph TD
    A["End"] --> B["Default Set"]
    B --> C["Setup Print"]
    C --> D["Setup"]
    D --> E["End"]
    E --> F["Default Set"]
    F --> G["Setup Print"]
    G --> H["Setup"]
    H --> I["Selection Item"]
    style E fill:#f9f,stroke:#333
    style F fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style H fill:#f9f,stroke:#333
    style I fill:#f9f,stroke:#333

Then, press and hold down the FEED switch for one second or longer to accept the selection.

The printer cuts the paper and exits from setup mode when you accept the selection of "END".

Note: If you turn off the printer power switch without first selecting "END", your setting will be lost.

- Verifying your setting

To verify your setting, execute a test print, referring to Section 10-1. The test printing prints a list of printer settings. Check the list, and verify your setting.

Example (2): Changing the Max Speed

Change from 5 (Max. 140 mm/s) to 9 (Max. 260 mm/s)

The procedure for this setting is as follows.

1. Before starting work for this setting, verify the following conditions of the printer:

(1) The power is off.
(2) Roll paper is inserted in it.
(3) The cover is closed.

1. Enter special mode.

Turn on the power switch on the right side of the printer while holding down the FEED switch on the left part of the Top cover.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

The printer prints the following when it enters special mode:

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L(Item Selection]
    L --> M["Please push the feed switch short."]
    L --> N(Item Decision]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

1. Enter setup mode from special mode.

Press the FEED switch briefly (one second or less) once to move to "SETUP".

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333
    style G fill:#cfc,stroke:#333
    style H fill:#fcc,stroke:#333
    style I fill:#ffc,stroke:#333

Then, press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when it enters setup mode:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Setup"]
    style A fill:#f9f,stroke:#333
    style G fill:#ccf,stroke:#333
    note right of G Paper feed direction

1. In setup mode, select "SETUP".

Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "SETUP":

graph TD
    A["Paper Setting"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    I["Setup"] --> J["Paper feed direction"]

1. Select "CUSTOMIZE VALUE" as your option.

Quickly press the FEED switch two times (up to one second each) to move to "CUSTOMIZE VALUE".

graph TD
    A["Customize Value ↑"] --> B["Memory Switch ↑"]
    B --> C["Paper Setting"]
    C --> D["Return to Top Menu Others"]
    C --> E["Serial Condition"]
    C --> F["Customize Value"]
    C --> G["Memory Switch"]
    C --> H["Paper Setting"]
    H --> I["Selection Item"]
    J["Setup"] --> K["Paper feed direction ↓"]

The printer prints the following when you accept the selection of "CUSTOMIZE VALUE":

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

1. Select "MAX SPEED" as your option.

Press the FEED switch briefly (one second or less) five times to move to "MAX SPEED".

graph TD
    A["Max Speed ↑"] --> B["BK Density ↑"]
    B --> C["Print Density ↑"]
    C --> D["Print Color ↑"]
    D --> E["NV Graphics Memory ↑"]
    E --> F["User NV Memory"]
    F --> G["Return to Top Menu"]
    G --> H["Return to Up"]
    H --> I["Low Power"]
    I --> J["Max Speed"]
    J --> K["BK Density"]
    K --> L["Print Density"]
    L --> M["Print Color"]
    M --> N["NV Graphics Memory"]
    N --> O["User NV Memory"]
    O --> P["Selection Item"]

Then, press and hold down the FEED switch for one second or longer to accept the selection. The printer prints the following when you accept the selection of "MAX SPEED":

5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Max Speed Paper feed direction

7. Select "9th" as your option.

Press the FEED switch briefly (one second or less) until "9th" is reached. Then, press and hold down the FEED switch for one second or longer to accept the selection.

9th (High Speed) ↑ 8th ↑ 7th ↑ 6th ↑ 5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Paper feed direction

The printer prints the following when you accept the selection of "9th":

graph TD
    A["Return to Top Menu"] --> B["Sensor Auto Adjust"]
    B --> C["Mark Feed with Cut"]
    C --> D["Feed at Power On"]
    D --> E["Layout Er Recovery"]
    E --> F["Layout Er Process"]
    F --> G["TearOff Adjustment"]
    G --> H["Base Adjustment"]
    H --> I["Paper Width"]
    I --> J["Paper Detection"]
    J --> K["Selection Item"]
    L["9th (High Speed)"] --> M["Paper feed direction"]

1. Select "RETURN TO UP" as your option.

Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "RETURN TO UP":

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Return to Up"]

1. Select "RETURN TO TOP MENU" as your option.

Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "RETURN TO TOP MENU":

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Return to Top Menu"]
    H["Paper feed direction"] --> I["Downward arrow"]

1. Select "END" as your option.

Press the FEED switch briefly (one second or less) three times to move to "END".

graph TD
    A["End"] --> B["Default Set"]
    B --> C["Setup Print"]
    C --> D["Setup"]
    D --> E["End"]
    E --> F["Default Set"]
    F --> G["Setup Print"]
    G --> H["Setup"]
    H --> I["Selection Item"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style F fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style H fill:#f9f,stroke:#333
    style I fill:#f9f,stroke:#333

Then, press and hold down the FEED switch for one second or longer to accept the selection.

The printer cuts the paper and exits from setup mode when you accept the selection of "END".

Note: If you turn off the printer power switch without first selecting "END", your setting will be lost.

- Verifying your setting

To verify your setting, execute a test print, referring to Section 10-1. The test printing prints a list of printer settings. Check the list, and verify your setting.

Example (3): Changing the Print Color

Change of the print color setting (from monochrome to two colors)

The procedure for this setting is as follows.

1. Before starting work for this setting, verify the following conditions of the printer:

(1) The power is off.
(2) Roll paper is inserted in it.
(3) The cover is closed.

1. Enter special mode.

Turn on the power switch on the right side of the printer while holding down the FEED switch on the left part of the Top cover.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

The printer prints the following when it enters special mode

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

1. Enter setup mode from special mode.

Press the FEED switch briefly (one second or less) once to move to "SETUP".

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End"]
    C --> D["Sample Print"]
    C --> E["Data Analysis"]
    C --> F["Gleaning"]
    C --> G["Sensor Adjustment"]
    C --> H["Setup"]
    H --> I["Test Print"]
    I --> J["Selection Item"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333
    style G fill:#cfc,stroke:#333
    style H fill:#fcc,stroke:#333
    style I fill:#cfc,stroke:#333
    style J fill:#fcc,stroke:#333

Then, press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when it enters setup mode:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Paper feed direction"]

1. In setup mode, select "SETUP".

Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "SETUP":

graph TD
    A["Paper Setting"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    I["Setup"] --> J["Paper feed direction"]

1. Select "CUSTOMIZE VALUE" as your option.

Press the FEED switch briefly (one second or less) twice to move to "CUSTOMIZE VALUE".

graph TD
    A["Customize Value ↑"] --> B["Memory Switch ↑"]
    B --> C["Paper Setting"]
    C --> D["Return to Top Menu Others"]
    C --> E["Serial Condition"]
    C --> F["Customize Value"]
    C --> G["Memory Switch"]
    C --> H["Paper Setting"]
    H --> I["Selection Item"]
    J["Setup"] --> K["Paper feed direction ↓"]

Then, press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "CUSTOMIZE VALUE":

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

1. Select "PRINT COLOR" as your option.

Press the FEED switch briefly (one second or less) twice to move to "PRINT COLOR".

graph TD
    A["Print Color ↑"] --> B["NV Graphics Memory ↑"]
    B --> C["User NV Memory"]
    C --> D["Return to Top Menu"]
    D --> E["Return to Up"]
    E --> F["Low Power"]
    F --> G["Max Speed"]
    G --> H["BK Density"]
    H --> I["Print Density"]
    I --> J["Print Color"]
    J --> K["NV Graphics Memory"]
    K --> L["User NV Memory"]
    L --> M["Selection Item"]

Then, press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "PRINT COLOR":

Mono 2 Color Mono Selection Item Print Color Paper feed direction

1. Select "2 COLOR" as your option.

Press the FEED switch briefly (one second or less) once to move to "2 COLOR".

2 Color Mono 2 Color Mono Selection Item Paper feed direction

The printer prints the following when you accept the selection of "2 COLOR":

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item 2 Color Paper feed direction

1. Select "RETURN TO UP" as your option.

Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "RETURN TO UP":

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Return to Up"]
    style A fill:#f9f,stroke:#333
    style I fill:#ccf,stroke:#333

1. Select "RETURN TO TOP MENU" as your option.

Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "RETURN TO TOP MENU":

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Return to Top Menu"]
    H["Paper feed direction"] --> I["Downward arrow"]

1. Select "END" as your option.

Press the FEED switch briefly (one second or less) three times to move to "END".

graph TD
    A["End"] --> B["Default Set"]
    B --> C["Setup Print"]
    C --> D["Setup"]
    D --> E["End"]
    style D fill:#f9f,stroke:#333
    note right of E "Selection Item"
    note right of F "Paper feed direction"

Note: If you turn off the printer power switch without first selecting "END", your settings will be lost.

- Verifying your setting

To verify your setting, execute a test print, referring to Section 10-1. The test printing prints a list of printer settings. Check the list, and verify your setting.

Example (4) Changing the Feed at Power On

Change from ENABLE to DISABLE

The procedure for this setting is as follows:

1. Before starting work for this setting, verify the following printer conditions:

(1) The power is turned off.
(2) Paper is loaded on the printer.
(3) The cover is closed.

1. Enter special mode.

Turn on the power switch on the right side of the printer while holding down the FEED switch on the left part of the top cover.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

The printer prints the following when entering special mode:

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L(Item Selection]
    L --> M["Please push the feed switch short."]
    L --> N(Item Decision]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

1. Enter setup mode from special mode.

Quickly press the FEED switch (up to one second) to move to "SETUP".

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End"]
    C --> D["Sample Print"]
    C --> E["Data Analysis"]
    C --> F["Cleaning"]
    C --> G["Sensor Adjustment"]
    C --> H["Setup"]
    H --> I["Test Print"]
    I --> J["Selection Item"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333
    style G fill:#cfc,stroke:#333
    style H fill:#fcc,stroke:#333
    style I fill:#cfc,stroke:#333
    style J fill:#fcc,stroke:#333

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following when entering setup mode:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Paper feed direction"]

1. In setup mode, select "SETUP".

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "SETUP" selection:

graph TD
    A["Paper Setting"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    I["Setup"] --> J["Paper feed direction"]

1. Select "PAPER SETTING" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "PAPER SETTING"

selection:

Paper Detection Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item Paper Setting

Paper feed direction

1. Select "FEED AT POWER ON" as your option.

Quickly press the FEED switch five times (up to one second each) to move to "FEED AT POWER ON".

graph TD
    A["Feed at Power On ↑"] --> B["Layout Er Recovery ↑"]
    B --> C["Layout Er Process ↑"]
    C --> D["TearOff Adjustment ↑"]
    D --> E["Base Adjustment ↑"]
    E --> F["Paper Width ↑"]
    F --> G["Paper Detection"]
    G --> H["Return to Top Menu"]
    H --> I["Return to Up"]
    I --> J["Sensor Auto Adjust"]
    J --> K["Mark Feed with Cut"]
    K --> L["Feed at Power On"]
    L --> M["Layout Er Recovery"]
    M --> N["Layout Er Process"]
    N --> O["TearOff Adjustment"]
    O --> P["Base Adjustment"]
    P --> Q["Paper Width"]
    Q --> R["Paper Detection"]
    R --> S["Selection Item"]

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "FEED AT POWER ON" selection:

graph TD
    A["Enable"] --> B["Disable"]
    A --> C["Enable"]
    D["Selection Item"] --> E["Feed at Power On"]
    F["Paper feed direction"] --> G["Downward arrow"]

1. Select "DISABLE" as your option.

Quickly press the FEED switch (up to one second) to move to "DISABLE".

graph TD
    A["Disable ↑"] --> B["Enable"]
    B --> C["Disable Enable Selection Item"]
    C --> D["Feed at Power On"]
    E["Paper feed direction"] --> F["-->"]

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "DISABLE" selection:

graph TD
    A["Return to Up"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    C --> E["Mark Feed with Cut"]
    C --> F["Feed at Power On"]
    C --> G["Layout Er Recovery"]
    C --> H["Layout Er Process"]
    C --> I["TearOff Adjustment"]
    C --> J["Base Adjustment"]
    C --> K["Paper Width"]
    C --> L["Paper Detection"]
    C --> M["Selection Item"]
    N["Disable"] --> O["Paper feed direction"]

1. Select "RETURN TO UP" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "RETURN TO UP" selection:

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu\nOthers"]
    B --> C["Serial Condition"]
    C --> D["Customize Value"]
    D --> E["Memory Switch"]
    E --> F["Paper Setting"]
    F --> G["Selection Item"]
    G --> H["Return to Up"]
    style A fill:#f9f,stroke:#333
    style H fill:#f9f,stroke:#333
    note right of H "Paper feed direction"

1. Select "RETURN TO TOP MENU" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "RETURN TO TOP MENU" selection:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Return to Top Menu"]
    H["Paper feed direction"] --> I["↓"]

1. Select "END" as your option.

Quickly press the FEED switch three times (up to one second each) to move to "END".

graph TD
    A["End"] --> B["Default Set"]
    B --> C["Setup Print"]
    C --> D["Setup"]
    D --> E["End\nDefault Set\nSetup Print\nSetup\nSelection Item"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    note right of E Paper feed direction

Then press and hold down the FEED switch for at least one second to accept the selection.

After you accept "END" selection, the printer cuts the paper and exits from setup mode.

Note: If you turn off the printer power switch without first selecting "END", your settings will be lost.

- Verifying your settings

To verify your settings, execute a test print as described in Section 10-1.

The test printing prints a list of printer settings. Check the list to verify your settings.

Example (5) Initializing the printer settings

Note on initialization

The initialization procedure does not initialize the paper width and sensor adjustments.

These values will remain as set the paper layout information will be initialized except for the paper width.

The initialization procedure is as follows:

1. Before starting work for this setting, verify the following printer conditions:

(1) The power is turned off.
(2) Paper is loaded on the printer.
(3) The cover is closed.

1. Enter special mode.

Turn on the power switch on the right side of the printer while holding down the FEED switch on the left part of the top cover.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

The printer prints the following when entering special mode:

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L(Item Selection]
    L --> M["Please push the feed switch short."]
    L --> N(Item Decision]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

1. Enter setup mode from special mode.

Quickly press the FEED switch (up to one second) to move to "SETUP".

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End Sample Print\nData Analysis\nCleaning\nSensor Adjustment\nSetup\nTest Print\nSelection Item"]
    C --> D["Paper feed direction"]

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following when entering setup mode:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Setup"]
    style A fill:#f9f,stroke:#333
    style G fill:#ccf,stroke:#333

1. In setup mode, select "DEFAULT SET".

Quickly press the FEED switch twice (up to one second each) to move to "DEFAULT SET".

graph TD
    A["Default Set ↑"] --> B["Setup Print ↑"]
    B --> C["Setup"]
    C --> D["End"]
    D --> E["Default Set Setup Print Setup Selection Item"]
    style D fill:#f9f,stroke:#333
    note right of D Paper feed direction

1. Select "DEFAULT SET" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "DEFAULT SET" selection:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Clear Completed"]
    G --> H["Paper feed direction"]

Note: If you turn off the printer power switch without first selecting "END", your settings will be lost.

- Verifying your settings

To verify your settings, execute a test print as described in Section 10-1. The test printing prints a list of printer settings. Check the list to verify your settings.

The procedure for this setting change is as follows:

1. Before starting work for this setting, verify the following printer conditions:

(1) The power is turned off.
(2) Paper is loaded on the printer.
(3) The cover is closed.

1. Enter special mode.

Turn on the power switch on the right side of the printer while holding down the FEED switch on the left part of the top cover.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

The printer prints the following when entering special mode:

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L(Item Selection]
    L --> M["Please push the feed switch short."]
    L --> N(Item Decision]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

1. Enter setup mode from special mode.

Quickly press the FEED switch (up to one second) to move to "SETUP".

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End"]
    C --> D["Sample Print"]
    C --> E["Data Analysis"]
    C --> F["Cleaning"]
    C --> G["Sensor Adjustment"]
    C --> H["Setup"]
    H --> I["Test Print"]
    I --> J["Selection Item"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333
    style G fill:#cfc,stroke:#333
    style H fill:#fcc,stroke:#333
    style I fill:#cfc,stroke:#333
    style J fill:#fcc,stroke:#333

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following when entering setup mode:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Paper feed direction"]

1. In setup mode, select "SETUP".

Press and hold down the FEED switch for at least one second to accept the selection.

graph TD
    A["Paper Setting"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    I["Setup"] --> J["Paper feed direction"]

1. Select "OTHERS" as your option.

Quickly press the FEED switch four times (up to one second each) to move to "OTHERS".

graph TD
    A["Setup"] --> B["Return to Top Menu"]
    B --> C["Other"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Paper Feed Direction"]
    I --> J["Customize Value"]
    J --> K["Customize Value"]
    K --> L["Customize Value"]
    L --> M["Customize Value"]
    M --> N["Customize Value"]
    N --> O["Customize Value"]
    O --> P["Customize Value"]
    P --> Q["Customize Value"]
    Q --> R["Customize Value"]
    R --> S["Customize Value"]
    S --> T["Customize Value"]
    T --> U["Customize Value"]
    U --> V["Customize Value"]
    V --> W["Customize Value"]
    W --> X["Customize Value"]
    X --> Y["Customize Value"]
    Y --> Z["Customize Value"]
    Z --> AA["Customize Value"]
    AA --> AB["Customize Value"]
    AB --> AC["Customize Value"]
    AC --> AD["Customize Value"]
    AD --> AE["Customize Value"]
    AE --> AF["Customize Value"]
    AF --> AG["Customize Value"]
    AG --> AH["Customize Value"]
    AH --> AI["Customize Value"]
    AI --> AJ["Customize Value"]
    AJ --> AK["Customize Value"]
    AK --> AL["Customize Value"]
    AL --> AM["Customize Value"]
    AM --> AN["Customize Value"]
    AN --> AO["Customize Value"]
    AO --> AP["Customize Value"]
    AP --> AQ["Customize Value"]
    AQ --> AR["Customize Value"]
    AR --> AS["Customize Value"]
    AS --> AT["Customize Value"]
    AT --> AU["Customize Value"]
    AU --> AV["Customize Value"]
    AV --> AW["Customize Value"]
    AW --> AX["Customize Value"]
    AX --> AY["Customize Value"]
    AY --> AZ["Customize Value"]
    AZ --> BA["Customize Value"]
    BA --> BB["Customize Value"]
    BB --> BC["Customize Value"]
    BC --> BD["Customize Value"]
    BD --> BE["Customize Value"]
    BE --> BF["Customize Value"]
    BF --> BG["Customize Value"]
    BG --> BH["Customize Value"]
    BH --> BI["Customize Value"]
    BI --> BJ["Customize Value"]
    BJ --> BK["Customize Value"]
    BK --> BL["Customize Value"]
    BL --> BM["Customize Value"]
    BM --> BN["Customize Value"]
    BN --> BO["Customize Value"]
    BO --> BP["Customize Value"]
    BP --> BQ["Customize Value"]
    BQ --> BR["Customize Value"]
    BR --> BS["Customize Value"]
    BS --> BT["Customize Value"]
    BT --> BU["Customize Value"]
    BU --> BV["Customize Value"]
    BV --> BW["Customize Value"]
    BW --> BX["Customize Value"]
    BX --> BY["Customize Value"]
    BY --> BZ["Customize Value"]

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "OTHERS" selection:

ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others Paper feed direction

1. Select "PNE DETECT" as your option.

Quickly press the FEED switch five times (up to one second each) to move to "PNE DETECT".

graph TD
    A["PNE Detect ↑"] --> B["Process ID ↑"]
    B --> C["Error ↑"]
    C --> D["Serial Number ↑"]
    D --> E["USB ↑"]
    E --> F["ACK Pulse Width"]
    F --> G["Return to Top Menu"]
    G --> H["Return to Up"]
    H --> I["Roll Paper Unit PE"]
    I --> J["Roll Paper Unit"]
    J --> K["Buzzer"]
    K --> L["Batch (OTHER IF)"]
    L --> M["Batch (COM IF)"]
    M --> N["Font-B"]
    N --> O["PNE Detect"]
    O --> P["Process ID"]
    P --> Q["Error"]
    Q --> R["Serial Number"]
    R --> S["USB"]
    S --> T["ACK Pulse Width"]
    T --> U["Selection Item"]
    U --> V["Others"]

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "PNE DETECT" selection:

graph TD
    A["Enable"] --> B["Disable"]
    B --> C["Enable"]
    C --> D["Selection Item"]
    D --> E["PNE Detect"]
    F["Paper feed direction"] --> G["End"]

1. Select "DISABLE" as your option.

Quickly press the FEED switch (up to one second) to move to "DISABLE".

graph TD
    A["Disable ↑"] --> B["Enable"]
    B --> C["Disable Enable Selection Item"]
    C --> D["PNE Detect"]
    E["Paper feed direction"] --> F

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "DISABLE" selection:

Return to Up Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Disable Paper feed direction

1. Select "RETURN TO UP" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "RETURN TO UP" selection:

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Return to Up"]
    I --> J["Paper feed direction"]

1. Select "RETURN TO TOP MENU" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "RETURN TO TOP MENU" selection:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Return to Top Menu"]
    H["Paper feed direction"] --> I["Downward arrow"]

1. Select "END" as your option.

Quickly press the FEED switch three times (up to one second each) to move to "END".

graph TD
    A["End"] --> B["Default Set"]
    B --> C["Setup Print"]
    C --> D["Setup"]
    D --> E["End"]
    style D fill:#f9f,stroke:#333
    note right of D Paper feed direction

Then press and hold down the FEED switch for at least one second to accept the selection.

After you accept "END" selection, the printer cuts the paper and exits from setup mode.

Note: If you turn off the printer power switch without first selecting "END", your settings will be lost.

- Verifying your settings

To verify your settings, execute a test print as described in Section 10-1. The test printing prints a list of printer settings. Check the list to verify your settings.

Example (7) Changing the Paper Width

Change from 70 mm to 80 mm

The procedure for this setting change is as follows:

1. Before starting work for this setting, verify the following printer conditions:

(1) The power is turned off.
(2) Paper is loaded on the printer.
(3) The cover is closed.

1. Enter special mode.

Turn on the power switch on the right side of the printer while holding down the FEED switch on the left part of the top cover.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

The printer prints the following when entering special mode:

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L(Item Selection]
    L --> M["Please push the feed switch short."]
    L --> N(Item Decision]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

1. Enter setup mode from special mode.

Quickly press the FEED switch (up to one second) to move to "SETUP".

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    C --> D["Paper feed direction"]

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following when entering setup mode:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Paper feed direction"]

1. In setup mode, select "SETUP".

Press and hold down the FEED switch for at least one second to accept the selection.

graph TD
    A["Paper Setting"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    I["Setup"] --> J["Paper feed direction"]

1. Select "PAPER SETUP" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

graph TD
    A["Paper Detection"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    D --> E["Mark Feed with Cut"]
    E --> F["Feed at Power On"]
    F --> G["Layout Er Recovery"]
    G --> H["Layout Er Process"]
    H --> I["TearOff Adjustment"]
    I --> J["Base Adjustment"]
    J --> K["Paper Width"]
    K --> L["Paper Detection"]
    L --> M["Selection Item"]
    M --> N["Paper Setting"]

1. Select "PAPER WIDTH" as your option.

Quickly press the FEED switch (up to one second) to move to "PAPER WIDTH".

graph TD
    A["Paper Width ↑"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    D --> E["Mark Feed with Cut"]
    E --> F["Feed at Power On"]
    F --> G["Layout Er Recovery"]
    G --> H["Layout Er Process"]
    H --> I["TearOff Adjustment"]
    I --> J["Base Adjustment"]
    J --> K["Paper Width"]
    K --> L["Paper Detection Selection Item"]
    L --> M["Paper feed direction ↓"]

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "PAPER WIDTH" selection:

70mm 83mm 80mm 70mm 6Xmm 5Xmm 4Xmm 3Xmm 2Xmm Selection Item Paper feed direction Paper Width

1. Select "80mm" as your option.

Quickly press the FEED switch (up to one second) to move to "80mm".

80mm ↑ 70mm 83mm 80mm 70mm 6Xmm 5Xmm 4Xmm 3Xmm 2Xmm Selection Item Paper feed direction Paper Width

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "80mm" selection:

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item 80mm Paper feed direction

1. Select "RETURN TO UP" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "RETURN TO UP" selection:

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Return to Up"]
    style A fill:#f9f,stroke:#333
    style I fill:#ccf,stroke:#333
    note right of I: Paper feed direction

1. Select "RETURN TO TOP MENU" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "RETURN TO TOP MENU" selection:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Return to Top Menu"]
    H["Paper feed direction"] --> I["Arrow"]

1. Select "END" as your option.

Quickly press the FEED switch three times (up to one second each) to move to "END".

graph TD
    A["End"] --> B["Default Set"]
    B --> C["Setup Print"]
    C --> D["Setup"]
    D --> E["End\nDefault Set\nSetup Print\nSetup\nSelection Item"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    note right of E Paper feed direction

Then press and hold down the FEED switch for at least one second to accept the selection.

After you accept “END” selection, the printer cuts the paper and exits from setup mode.

Note: If you turn off the printer power switch without first selecting "END", your settings will be lost.

- Verifying your settings

To verify your settings, execute a test print as described in Section 10-1. The test printing prints a list of printer settings. Check the list to verify your settings.

Example (8) Changing the Batch(OTHER IF)

Change of the Batch(OTHER IF) value to ENABLE

The procedure for this setting change is as follows:

1. Before starting work for this setting, verify the following printer conditions:

(1) The power is turned off.
(2) Paper is loaded on the printer.
(3) The cover is closed.

1. Enter special mode.

Turn on the power switch on the right side of the printer while holding down the FEED switch on the left part of the top cover.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

The printer prints the following when entering special mode:

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

1. Enter setup mode from special mode.

Quickly press the FEED switch (up to one second) to move to "SETUP".

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End\nSample Print\nData Analysis\nCleaning\nSensor Adjustment\nSetup\nTest Print\nSelection Item"]
    C --> D["Paper feed direction"]

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following when entering setup mode:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Setup"]
    style A fill:#f9f,stroke:#333
    style G fill:#bbf,stroke:#333
    note right of G Paper feed direction

1. In setup mode, select "SETUP".

Press and hold down the FEED switch for at least one second to accept the selection.

graph TD
    A["Paper Setting"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    I["Setup"] --> J["Paper feed direction"]

1. Select "OTHERS" as your option.

Quickly press the FEED switch four times (up to one second each) to move to "OTHERS".

graph TD
    A["Setup"] --> B["Paper Setting"]
    B --> C["Return to Top Menu"]
    B --> D["Others"]
    B --> E["Serial Condition"]
    B --> F["Customize Value"]
    B --> G["Memory Switch"]
    B --> H["Paper Setting"]
    B --> I["Selection Item"]
    B --> J["Customize Value"]
    B --> K["Customize Value"]
    B --> L["Customize Value"]
    B --> M["Customize Value"]
    B --> N["Customize Value"]
    B --> O["Customize Value"]
    B --> P["Customize Value"]
    B --> Q["Customize Value"]
    B --> R["Customize Value"]
    B --> S["Customize Value"]
    B --> T["Customize Value"]
    B --> U["Customize Value"]
    B --> V["Customize Value"]
    B --> W["Customize Value"]
    B --> X["Customize Value"]
    B --> Y["Customize Value"]
    B --> Z["Customize Value"]
    B --> AA["Customize Value"]
    B --> AB["Customize Value"]
    B --> AC["Customize Value"]
    B --> AD["Customize Value"]
    B --> AE["Customize Value"]
    B --> AF["Customize Value"]
    B --> AG["Customize Value"]
    B --> AH["Customize Value"]
    B --> AI["Customize Value"]
    B --> AJ["Customize Value"]
    B --> AK["Customize Value"]
    B --> AL["Customize Value"]
    B --> AM["Customize Value"]
    B --> AN["Customize Value"]
    B --> AO["Customize Value"]
    B --> AP["Customize Value"]
    B --> AQ["Customize Value"]
    B --> AR["Customize Value"]
    B --> AS["Customize Value"]
    B --> AT["Customize Value"]
    B --> AU["Customize Value"]
    B --> AV["Customize Value"]
    B --> AW["Customize Value"]
    B --> AX["Customize Value"]
    B --> AY["Customize Value"]
    B --> AZ["Customize Value"]
    B --> BA["Customize Value"]
    B --> BB["Customize Value"]
    B --> BC["Customize Value"]
    B --> BD["Customize Value"]
    B --> BE["Customize Value"]
    B --> BF["Customize Value"]
    B --> BG["Customize Value"]
    B --> BH["Customize Value"]
    B --> BI["Customize Value"]
    B --> BJ["Customize Value"]
    B --> BK["Customize Value"]
    B --> BL["Customize Value"]
    B --> BM["Customize Value"]
    B --> BN["Customize Value"]
    B --> BO["Customize Value"]
    B --> BP["Customize Value"]
    B --> BPB["Customize Value"]
    B --> BPAC["Customize Value"]
    B --> BPACB["Customize Value"]
    B --> BPACD["Customize Value"]
    B --> BPACE["Customize Value"]
    B --> BPACF["Customize Value"]
    B --> BPACG["Customize Value"]
    B --> BPACH["Customize Value"]
    B --> BPACI["Customize Value"]
    B --> BPACJ["Customize Value"]
    B --> BPACK["Customize Value"]
    B --> BPACL["Customize Value"]
    B --> BPACM["Customize Value"]
    B --> BPACN["Customize Value"]
    B --> BPACO["Customize Value"]
    B --> BPACP["Customize Value"]
    B --> BPACQ["Customize Value"]
    B --> BPACR["Customize Value"]
    B --> BPACS["Customize Value"]
    B --> BPACU["Customize Value"]
    B --> BPACU1["Customize Value"]
    B --> BPACUU["Customize Value"]
    B --> BPACUV["Customize Value"]
    B --> BPACUW["Customize Value"]
    B --> BPACUX["Customize Value"]
    B --> BPACUY["Customize Value"]
    B --> BPACUZ["Customize Value"]
    B --> BPACUZ1["Customize Value"]
    B --> BPACUU1["Customize Value"]
    B --> BPACUUU1["Customize Value"]

Then press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "OTHERS" selection:

ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others Paper feed direction

1. Select "BATCH(OTHER IF)" as your option.

Quickly press the FEED switch eight times (up to one second each) to move to "BATCH(OTHER IF)".

Batch (OTHER IF) ↑ Batch (COM IF) ↑ Font-B ↑ PNE Detect ↑ Process ID ↑ Error ↑ Serial Number ↑ USB ↑ ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others

Paper feed direction

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "BATCH(OTHER IF)" selection:

graph TD
    A["Disable"] --> B["Enable"]
    B --> C["Selection Item"]
    C --> D["Batch (OTHER IF)"]
    style A fill:#f9f,stroke:#333
    style D fill:#ccf,stroke:#333
    note right of D Paper feed direction

7. Select "ENABLE" as your option.

Quickly press the FEED switch (up to one second) to move to "ENABLE".

graph TD
    A["Enable ↑"] --> B["Disable"]
    B --> C["Disable Enable Selection Item"]
    C --> D["Batch (OTHER IF)"]
    E["Paper feed direction"] --> F["-->"]

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "ENABLE" selection:

graph TD
    A["Return to Up"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Roll Paper Unit PE"]
    D --> E["Roll Paper Unit"]
    E --> F["Buzzer"]
    F --> G["Batch (OTHER IF)"]
    G --> H["Batch (COM IF)"]
    H --> I["Font-B"]
    I --> J["PNE Detect"]
    J --> K["Process ID"]
    K --> L["Error"]
    L --> M["Serial Number"]
    M --> N["USB"]
    N --> O["ACK Pulse Width"]
    O --> P["Selection Item"]
    P --> Q["Enable"]

1. Select "RETURN TO UP" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "RETURN TO UP" selection:

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Return to Up"]

1. Select "RETURN TO TOP MENU" as your option.

Press and hold down the FEED switch for at least one second to accept the selection.

The printer prints the following upon your acceptance of "RETURN TO TOP MENU" selection:

graph TD
    A["Setup"] --> B["End"]
    B --> C["Default Set"]
    C --> D["Setup Print"]
    D --> E["Setup"]
    E --> F["Selection Item"]
    F --> G["Return to Top Menu"]
    H["Paper feed direction"] --> I["Downward arrow"]

1. Select "END" as your option.

Quickly press the FEED switch three times (up to one second each) to move to "END".

graph TD
    A["End"] --> B["Default Set"]
    B --> C["Setup Print"]
    C --> D["Setup"]
    D --> E["End"]
    E --> F["Default Set"]
    F --> G["Setup Print"]
    G --> H["Setup"]
    H --> I["Selection Item"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style F fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style H fill:#f9f,stroke:#333
    style I fill:#f9f,stroke:#333

Then press and hold down the FEED switch for at least one second to accept the selection.

After you accept “END” selection, the printer cuts the paper and exits from setup mode.

Note: If you turn off the printer power switch without first selecting "END", your settings will be lost.

- Verifying your settings

To verify your settings, execute a test print as described in Section 10-1. The test printing prints a list of printer settings. Check the list to verify your settings.

10-3. Setup Items

Setup group items

No	Setup group item Explanation
1	Paper Setting Enters the mode for PAPER-related settings.
2	Memory Switch Enters the mode for MEMORY SWITCH-related settings.
3	Customize Value Enters the mode for CUSTOMIZE VALUE-related settings.
4	Serial Condition Enters the mode for SERIAL INTERFACE CONDITION-related settings.
5	Others Enters the mode for other types of settings.
6	Return to Top Menu Returns to the setup mode menu.

Setup items and their details

(1) Paper Setting setup items

No	Item Explanation Detailed setup item
1	Paper Detection Specifies the paper detection mode assumed used with automatic setting of the paper layout.- AUTO is the recommended item for use with multiple paper types.	AutoLabelBlack MarkNormal
2	Paper Width	Specifies the paper width used.
		When "2x mm" is selected
		When "3x mm" is selected
		When "4x mm" is selected
		When "5x mm" is selected
		When "6x mm" is selected
No	Item Explanation Detailed setup item
3	Base Adjustment	Specifies the value used for batch correction of the start position, cutting position, peeling-off position and tear-off position.	-5.0 mm-4.X mm-3.X mm-2.X mm-1.X mm-0.X mm0.0 mm+0.X mm+1.X mm+2.X mm+3.X mm+4.X mm+5.0 mm
		When "-4.X mm" is selected -4.0 to -4.9 mm
		When "-3.X mm" is selected -3.0 to -3.9 mm
		When "-2.X mm" is selected -2.0 to -2.9 mm
		When "-1.X mm" is selected -1.0 to -1.9 mm
		When "-0.X mm" is selected -0.0 to -0.9 mm
		When "+0.X mm" is selected +0.0 to +0.9 mm
		When "+1.X mm" is selected +1.0 to +1.9 mm
		When "+2.X mm" is selected +2.0 to +2.9 mm
		When "+3.X mm" is selected +3.0 to +3.9 mm
		When "+4.X mm" is selected +4.0 to +4.9 mm
4	TearOff Adjustment	Specifies the value used for correction of the tear-off position.	-5.0 mm-4.X mm-3.X mm-2.X mm-1.X mm-0.X mm0.0 mm+0.X mm+1.X mm+2.X mm+3.X mm+4.X mm+5.0 mm
			When "-4.X mm" is selected -4.0 to -4.9 mm
			When "-3.X mm" is selected -3.0 to -3.9 mm
			When "-2.X mm" is selected -2.0 to -2.9 mm
			When "-1.X mm" is selected -1.0 to -1.9 mm
			When "-0.X mm" is selected -0.0 to -0.9 mm
			When "+0.X mm" is selected +0.0 to +0.9 mm
			When "+1.X mm" is selected +1.0 to +1.9 mm
			When "+2.X mm" is selected +2.0 to +2.9 mm
			When "+3.X mm" is selected +3.0 to +3.9 mm
			When "+4.X mm" is selected +4.0 to +4.9 mm

No	Item Explanation Detailed setup item
5	Layout Er Process Specifies the action to be taken if a paper layout error occurs.- Specify whether to clear the paper layout error information stored in memory.- To continue using the same paper, do not clear the paper layout information.- To use a different type of paper, clear the paper layout information.	Layout Continue Layout Clear
6	Layout Er Recovery Specifies the condition for recovery from a paper layout error.- Command transmission may be impossible, such as because the receive buffer is in the full state, if a paper layout error occurs. In this case, use Command/Cover Close instead of Command.	Command/CoverClose Command
7	Feed at Power On Specifies whether to feed paper to the start position at power-on.- If Disable is specified and the head is not positioned at the start position at power-on, a print misalignment or paper layout error may result.	Enable Disable
8	Mark Feed with Cut Specifies whether to cut paper after feeding paper to the start position.- If Enable is specified, the printer cuts the paper that has been advanced to the start position as triggered by a power-on, a reset, the closing of the cover, or the pressing of the FEED switch. The printer does not cut the paper that is fed to the start position by a command.	Enable Disable
9	Sensor Auto Adjust Specifies whether to automatically adjust the label and black mark sensors when automatic setting of the paper layout is enabled.	Enable Disable
10	Return to Up Returns to the selection mode for the setup group items.	-
11	Return to Top Menu Returns to the setup mode menu.

(2) Memory Switch setup items

No	Item Explanation Detailed setup item
1	Power On Status - Specifies reporting the power-on state.		Enable Disable
2	Receive Buffer - Specifies the capacity of the receive buffer.		45Byte 4KByte
3	Busy Condition - Specifies the printer BUSY condition.		Bufferfull Offline/Bufferfull
4	Receive Error	- Specifies how to handle receive errors- This item is valid only for the serial interface.	Ignore ?Print
5	Auto LF - Specifies automatic line feed using the CR code.- This item is valid only for the Parallel interface.		Enable Disable
6	DSR(#6) Reset - Specifies the reset operation using the DSR (#6) signal.- This item is valid only for the serial interface.		Enable Disable
7	INIT(#25) Reset	- Specifies the reset operation using the INIT (#25) signal.- This item is valid only for the serial interface.	Enable Disable
8	INIT(#31) Reset	- Specifies reset using the INIT#able signal.- This item is valid only for the parallel interface.	Enable Disable
9	Cover Open Error	- Specifies how to handle a cover open error during printing.	Auto Recovery Recovery by CMND
10	Return to Up	- Returns the menu to the selection mode for setup group items.	-
11	Return to Top Menu	- Returns the menu to the setup mode menu.	-

(3) Customize Value setup items

No	Item	Explanation	Detailed setup item
1	User NV Memory - Capacity of the user NV memory. 1KBYTE			64KBYTE,128KBYTE192KBYTE
2	NV Graphic Memory - Capacity of the NV graphic memory.			None64KByte128KByte192KByte256KByte320KByte384KByte
3	Print Color - Print colors.			Mono2 Color
4	Print Density		- Print density.	70%(Lightest)75%80%85%90%95%100%105%110%115%120%125%130%(Darkest)
5	BK Density		- Black density when "2 Color" is set for Print Color.	70%(Lightest)75%80%85%90%95%100%105%110%115%120%125%130%(Darkest)

No	Item Explanation Detailed setup item
6	Max Speed - Maximum	print speed.1:60mm/S 2:80mm/S3:100mm/S 4:120mm/S5:140mm/S 6:160mm/S7:180mm/S 8:220mm/S9:260mm/S	1st(Low Speed)2nd3rd4th5th6th7th8th9th(High Speed)
7	Low Power	Print speed(maximum)Mode1: Printing at 80% of the specified print densityMode2: Varying of the strobe pulse width	NormalMode1:Reduction of about 10%Mode2:Reduction of about 30%
8	Return to Up - Returns	to the selection mode for the setup group items.	-
9	Return to Top Menu - Returns	to the selection mode for the setup group items.

(4) Serial Condition setup items

No	Item Explanation Detailed setup item
1	Baudrate - Baud rate. 2400BPS			4800BPS9600BPS19200BPS38400BPS57600BPS115200BPS
2	Format - Data format. 7EVEN1			7ODD18NONE18EVEN18ODD1
3	Protocol - Buffer control protocol. XON/XOFF			DSR/DTR
4	Return to Up - Returns to the selection mode for the setup group items.			-
5	Return to Top Menu	- Returns to the setup mode.		-

(5) Others setup items

No	Item Explanation	Detailed setup item
1	ACK Pulse Width	- Specifies the ACK pulse width.	1μs8μs
2	USB - Specifies the use of the USB connection.	- Specifies the type of Serial Number notification in a USB connection. Generally, specify "ENABLE."	V-COM Printer
3	Serial Number		Enable Disable
4	Error	- Specifies the mode for the power-on time and the error recovery time. Auto Recovery:Windows drivers are used. Recovery by CMND:OPOS drivers are used.	Auto Recovery Recovery by CMND
5	Process ID	- Specifies a process ID. Normal:Responds with the process ID at the end of printing. High Speed:Responds with the process ID at the end of data reception.	Normal High Speed
6	PNE Detect	- Specifies whether to report the paper-near-end condition.	Enable Disable
No	Item	Explanation	Detailed setup item
7	Font-B	- Specifies Font B. Mode1: Font in the standard specifications Mode2: compatible font	Mode1 Mode2
8	Bstch(COM IF)	- Batch printing: Received data is printed in a batch. (Priority is placed on print quality.) - Serial printing: Received data is printed serially. (Priority is placed on print speed.) * This item is valid only with the serial interface.	Enable Disable
9	Batch(OTHER IF)	- Batch printing: Received data is printed in a batch. (Priority is placed on print quality.) - Serial printing: Received data is printed serially. (Priority is placed on print speed.) * This item is valid with the USB, Parallel or LAN interface.	Enable Disable
10	Buzzer	- Specifies whether to sound the buzzer at error occurrence. The buzzer can be sounded by a command even if "Disable" is specified. (This item is valid only for a device specified to have a buzzer installed.)	Enable Disable
11	Roll Paper Uuit	Specifies whether the roll paper unit (option) is installed.	Uninstall Installed
12	Roll Paper Unit PE	- Specifies the sensor to be used to sense "no paper" status when the large-diameter roll unit is installed. - PE: The unit is judged in paper end status if the paper end sensor senses "no paper" status. - PNE: The unit is judged in paper end status if the paper-near-end sensor senses "no paper" status. * This item is valid only for plain paper (including full-sheet label paper).	PE PNE
13	Return to Up - Returns to the selection mode for the setup group items.		-
14	Return to Top Menu - Returns to the setup mode menu.

10-4. Sensor Adjustment

10-4-1. Sensor adjustment mode

1. Before starting work for this adjustment, verify the following printer conditions:

(1) The power is turned off.
(2) Paper is loaded on the printer.
(3) The cover is closed.

1. Enter special mode.

Turn on the power switch on the right side of the printer while holding down the FEED switch on the left part of the top cover.

Note: You must hold down the FEED switch until the printer starts printing.

Note: If you have passed the item that you want to select, quickly press the FEED switch repeatedly until you return to the first item.

The printer prints the following when entering special mode:

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

1) Quickly press the FEED switch twice (up to one second each). When <> is printed, press and hold down the FEED switch for at least one second to start sensor adjustment.

graph TD
    A["Adjustment"] --> B["End"]
    B --> C["Adjustment Print"]
    C --> D["Adjustment"]
    D --> E["Selection Item"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    style A fill:#f9f,stroke:#333
    style F fill:#ccf,stroke:#333
    style G fill:#cfc,stroke:#333
    style H fill:#fcc,stroke:#333

■ How to select an item

1) Each time that you press the FEED switch briefly and release it, the printer operates as follows:

graph TD
    A["Adjustment Print"] --> B["End Adjustment Print Adjustment Selection Item"]
    C["Adjustment"] --> A
    D["Paper feed direction"] --> E["Downward arrow"]

2) The printer prints "ADJUSTMENT", "ADJUSTMENT PRINT", "END", "ADJUSTMENT," and so on cyclically in this order.

■ How the printer accepts your selection of an item

1) When you press and hold down the FEED switch for one second or longer, the printer accepts the top printed item as your option.
2) Then, the printer starts processing for the selected item.

■ END

1) When "END" is printed, press and hold down the FEED switch for one second or longer to end sensor adjustment.
2) The printer returns to normal operation mode.

■ ADJUSTMENT

1) When "ADJUSTMENT PRINT" is printed, press and hold down the FEED switch for one second or longer to start printing of settings.
2) The printer prints all the current settings.
3) After printing the settings, the printer returns to its state at the start of sensor adjustment.

ADJUSTMENT

1) When "ADJUSTMENT" is printed, press and hold down the FEED switch for one second or longer to start sensor adjustment. a. The printer prints the selection items.

graph TD
    A["BM Sensor"] --> B["PE Sensor"]
    B --> C["PNE Sensor"]
    C --> D["Label Sensor"]
    D --> E["BM Sensor"]
    E --> F["Selection Item"]
    F --> G["Adjustment"]
    G --> H["↑"]
    style A fill:#f9f,stroke:#333
    style H fill:#ccf,stroke:#333
    note right of H "Paper feed direction"

2) The printer prints "BM SENSOR," "LABEL SENSOR," "PNE SENSOR," "PE SENSOR," "BM SENSOR," and so on cyclically in this order.

10-4-2. Black mark (BM) sensor adjustment

1) When "BM SENSOR" is printed, press and hold down the FEED switch for one second or longer to start BM sensor adjustment.
2) The printer prints the following and then cuts the paper when BM sensor adjustment begins:

Adjusting BM 1.Open Top Cover, set Paper to be adjusted, and close Cover. 2.Sensor adjustment starts after cover is closed. 3.When paper feed stops, open Top Cover, set Paper, and close Cover.

3) Open the top cover and load the paper you want to adjust. When you close the top cover, the printer starts feeding paper.

4) The printer stops the adjustment in the following cases:

a. The cover is opened.
b. The printer has no paper.
c. The adjustment is completed.

5) After paper feeding stops, load the original paper again. The printer prints the adjustment result.

BM Adjust End Minimum 0.123v Maximum 3.210v Level 18 Paper feed direction

6) The printer writes the adjustment result in memory, and then returns to the previous state when sensor adjustment began.
7) If the adjustment failed, the printer prints "ADJUSTMENT FAILED" and then returns to its state at the start of sensor adjustment.

10-4-3. Adjusting the label sensor

1) When "LABEL SENSOR" is printed, press and hold down the FEED switch for one second or longer to start label sensor adjustment.

2) The printer prints the following and then cuts the paper when label sensor adjustment begins:

Out Adjusting Label 1. Open Top Cover, set Paper to be adjusted, and close Cover. 2. Sensor adjustment starts after cover is closed. 3. When paper feed stops, open Top Cover, set Paper, and close Cover.

3) Open the top cover and load the paper you want to adjust. When you close the top cover, the printer starts feeding paper.

Note: Using any paper not meeting the requirements specified in Section 3-4-3, "Requirements for die-cut label paper," will result in an adjustment error.

4) The printer stops the adjustment in the following cases:

a. The cover is opened.

b. The printer has no paper.

c. The adjustment is completed.

5) After paper feeding stops, load the original paper again. The printer prints the adjustment result.

Label Adjust End Minimum 0.051v Maximum 1.068v Level 4 Paper feed direction

6) The printer writes the adjustment result in memory, and then returns to the previous state when sensor adjustment began.

7) If the adjustment failed, the printer prints "ADJUSTMENT FAILED" and then returns to its state at the start of sensor adjustment.

10-4-4. Paper-near-end (PNE) sensor adjustment

1) When "PNE SENSOR" is printed, press and hold down the FEED switch for one second or longer to start PNE sensor adjustment.

2) The printer prints the following and then cuts the paper when PNE sensor adjustment begins:

Adjusting PNE 1. Open Top Cover, remove Paper, and close Cover. 2. After one second or more, open Top Cover, set Paper to be adjusted, and close cover. 3. After one second or more, open Top cover, set Paper, and close cover.

3) Open the top cover and load the paper you want to adjust. When you close the top cover, the printer starts feeding paper.

4) The printer stops the adjustment in the following case: a. The adjustment is completed.

5) After the adjustment ends, load the original paper again. The printer prints the adjustment result.

6) The printer writes the adjustment result in flash memory and then returns to its state at the start of sensor adjustment.

PNE Adjust End Minimum 0.444v Maximum 2.988v Level 11 Paper feed direction

7) The printer writes the adjustment result in memory, and then returns to the previous state when sensor adjustment began.

10-4-5. Paper end (PE) sensor adjustment

Note: You need not adjust the PE sensor when using plain paper (including full-sheet label paper) or black mark paper.

1) When "PE SENSOR" is printed, press and hold down the FEED switch for one second or longer to start PE sensor adjustment.
2) The printer prints the following and then cuts the paper when PE sensor adjustment begins:

Adjusting PE 1.Open Top Cover, remove Paper, and close Cover. 2.After one second or more, open Top Cover, set Paper to be adjusted, and close cover. 3.After one second or more, open Top cover, set Paper, and close cover.

3) Open the top cover and load the paper you want to adjust. When you close the top cover, the printer starts feeding paper.

Note: When loading die-cut label paper, partially peel off the label from the base paper with the label-peeled portion facing the label sensor, and then close the cover.

label sensor

5) The printer stops the adjustment in the following case: a. The adjustment is completed.

6) After the adjustment ends, load the original paper again. The printer prints the adjustment result.

PE Adjust End Minimum 0.123v Maximum 3.120v Level 21 Paper feed direction

7) The printer writes the adjustment result in memory, and then returns to the previous state when sensor adjustment began.

8) If the adjustment failed, the printer prints "ADJUSTMENT FAILED" and then returns to its state at the start of sensor adjustment.

10-5. Data Analysis

With paper inserted in the printer, turn off the printer power switch once. If you turn on the switch again while holding down the FEED switch on the control panel, the data shown in Section 10-1 will be printed. If you turn on the switch again and press the FEED switch briefly, the data shown below will be printed.

The printer prints the following when it enters the special mode:

graph TD
    A["Test Print"] --> B["End Sample Print"]
    B --> C["Data Analysis"]
    C --> D["Cleaning"]
    D --> E["Sensor Adjustment"]
    E --> F["Setup"]
    F --> G["Test Print"]
    G --> H["Selection Item"]
    I["Special Mode"] --> J["Usage"]
    J --> K["Item Selection"]
    K --> L["Please push the feed switch short."]
    K --> M["Item Decision"]
    M --> N["Please push the feed switch long."]
    O["Paper feed direction"] --> P

graph TD
    A["Data Analysis ↑"] --> B["Cleaning ↑"]
    B --> C["Sensor Adjustment ↑"]
    C --> D["Setup ↑"]
    D --> E["Test Print"]
    E --> F["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    style E fill:#f9f,stroke:#333
    note right of E Paper feed direction

The printer enters received data analysis mode from the special mode. Press the FEED switch briefly (one second or less) four times to move to "DATA ANALYSIS".

graph TD
    A["Hex Dump"] --> B["End"]
    B --> C["Command Trace"]
    C --> D["Hex Dump"]
    D --> E["Selection Item"]
    E --> F["Data Analysis"]
    G["Paper feed direction"] --> H["Downward arrow"]

1. HEX DUMP mode

Then, press and hold down the FEED switch for one second or longer to accept the selection.

When "HEX DUMP" is printed, press and hold down the FEED switch for one second or longer to place the printer in hex dump mode.

In hex dump mode, all signals sent from the host computer to the printer are printed as hexadecimal codes. The printed data can be used to confirm that the correct control codes have been sent to the printer by a created program.

To reset this mode, turn off the power switch once.

Sample hex dump test printout

HEX DUMP PRINTING 00000 1B 40 1B 63 30 02 1B 45 .@.c0..E 00008 01 41 42 43 44 45 46 47 .ABCEDFG 00010 48 49 4A 4B 4C 4D 4E 4F HIJKLMNO Address Hex ASCII

2. Command trace mode

Quickly press the FEED switch (up to one second), and then press and hold down the FEED switch for at least one second to accept the selection.

In command trace mode, all data sent from the host computer to the printer is printed as command names. The printed data can be used to confirm that correct control codes have been sent to the printer by a created program.

To reset this mode, turn off the power switch once.

Example of command trace output

COMMAND TRACE <1040:Initialize printer (ESC @)> <184002:Set ANK font C (ESC M n)> <187480:Set character code table (ESC t n)> <104200:Disable reverse printing (OS B n)> <106102:Set justification RIGHT (ESC a n)

10-6. Sample Print

With paper inserted in the printer, turn off the printer power switch once. If you turn on the switch again while holding down the FEED switch on the control panel, the data shown in Section 10-1 will be printed. If you turn on the switch again and press the FEED switch briefly, the data shown below will be printed.

The printer prints the following when it enters the special mode:

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Sample Print ↑"] --> B["Data Analysis ↑"]
    B --> C["Cleaning ↑"]
    C --> D["Sensor Adjustment ↑"]
    D --> E["Setup ↑"]
    E --> F["Test Print"]
    F --> G["End Sample Print"]
    G --> H["Data Analysis Cleaning"]
    H --> I["Sensor Adjustment Setup"]
    I --> J["Test Print Selection Item"]
    style F fill:#f9f,stroke:#333
    note right of F Paper feed direction

The printer enters sample print mode from the special mode.

Press the FEED switch briefly (one second or less) five times to move to "SAMPLE PRINT".

Please push Feed SW Short : Next pattern Long : Same pattern CUT Paper feed direction

The printed pattern is as follows.

a) LABEL1 pattern
b) LABEL2 pattern
c) LABEL3 pattern
d) LABEL4 pattern
e) LABEL5 pattern

When the FEED switch is pressed short, the following pattern is printed.

“LABEL1”→“LABEL2”→“LABEL3”→“LABEL4”→“LABEL5”

When the FEED switch is pressed long (about one second), the same pattern is printed again.

The sample print mode is ended by the printer power supply determination.

Printed result of sample printings

"LABEL1" pattern

■ Henatological value 2ml xx. xxx. 20xx Division of cardiovascular Mr. Test Test2 Male a 01234567890 0123456789a ID:12345567890 0123456-1

"LABEL2" pattern

name	Pizza
ingredient	Wheat, Yeast, Olives, Olive oil, Tomato, Mozzarella cheese, Basil Oregano, Onions, Capers, Sausage, Chile Peppers, Mushrooms Anchovies
Expiration	XX-XX-20xx
Manufacturer	OK! Food Ltd.

"LABEL3" pattern

Ex Factory date : 20XX. XX. XX Delivery Date : 20XX. XX. XX 02 -> 03 -> 05 J72 Ship to OKI Address Japan Qty. 1/1 Type name LD670 Printer No. KA90909-DXXX Order No. C9999 Shipment No. AB1234 shipping advise No.F99996

"LABEL4" pattern

OKI OKI Solution Forum ● Thermal Printer System Solution ● WebPOS System Solution Date : Xth, July, 9:00am Place: OKI Arena Organizer : OKI For any queries : Sales Division No. 001234 Ticket

"LABEL5" pattern

***** BarCode ***** UPC-A 4 9 3 3 5 2 4 1 0 0 0 7 UPC-E 9 3 3 5 2 1 EANB(.JAN8) 4 9 3 3 5 2 4 8 4 9 3 3 5 2 4 8 EAN13(JAN13) Codabar(Nw-7) a 1 2 3 4 5 a ITF 1 2 3 4 5 6 7 8 9 0 Code39 * A B 1 2 3 4 5 * * A B 1 2 3 4 5 * Code93 Code128 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 ***** GS1-DataBar (RSS) ***** RSS-14 010123456789012B RSS-14 Truncated 010123456789012B RSS-14 Stacked

Simple downward-pointing arrow shape with no text or symbols

RSS-14 Stacked Omnidirectional RSS-14 Limited 0101234567890126 RSS-14 Expanded 01234567890123445678901234567890 RSS 14 Expanded Stacked ***** Two-dimensional Code ***** ORcode PDF417 DataMatrix Maxi Code

Simple downward-pointing arrow shape with no text or symbols

11. Regular Cleaning

Printed characters may not be completely formed if paper residue, dust, or a similar material is present. To ensure proper printing, remove any paper residue and dust on the paper holder, paper transport components, platen roller, and surface of the thermal head. Cleaning is required monthly.

In particular, if the printer uses full-sheet label paper in full cutting mode, any adhesive matter adhering to the paper ejecting part of the paper guide may cause a paper ejection error. Using an alcohol solvent, remove adhesive matter periodically from the paper guide.

- Recommended cleaning cycle: For a minimum cutting interval of 15 mm, clean the paper guide each time that printing on one or two rolls (about 5000 cuts) is completed.

Note: Do not use a solvent other than ethyl or isopropyl alcohol.

11-1. Cleaning the Paper Holder and Paper Transport

With a dry soft cloth, wipe the paper holder and paper transport to remove dust, paper particles, adhesive, and other foreign matter.

Hand inserting a plastic component into a white plastic housing (no text or symbols visible)

Close-up of a hand pressing down on a mechanical component, showing internal structure and part (no text or symbols visible)

11-2. Cleaning the Platen Roller

The cleaning procedure is as follows.

(1) With paper inserted in the printer, turn off the printer power switch once, and turn on the switch again while holding down the FEED switch on the control panel. Then, the data shown below is printed.

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

(2) Select "CLEANING" as your option.

Press the FEED switch briefly (one second or less) three times to move to "CLEANING."

graph TD
    A["Cleaning ↑"] --> B["Sensor Adjustment ↑"]
    B --> C["Setup ↑"]
    C --> D["Test Print"]
    D --> E["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    E --> F["Special Mode"]
    F --> G["Usage"]
    G --> H["Item Selection Please push the feed switch short. Item Decision Please push the feed switch long."]

(3) Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "CLEANING":

graph TD
    A["Platen Cleaning"] --> B["End"]
    B --> C["Cutter Cleaning"]
    C --> D["Platen Cleaning"]
    D --> E["Selection Item"]
    E --> F["Cleaning"]
    F --> G["↑"]
    style A fill:#f9f,stroke:#333
    style G fill:#ccf,stroke:#333

Then, press and hold down the FEED switch for one second or longer to accept the selection. The printer enters platen roller cleaning mode. The printer prints the following and cuts the paper when it enters platen roller cleaning mode:

Cut Cleaning Platen 1.Open Top Cover, and remove Paper. 2.Push FEED switch to move Platen to the cleaning position, and clean it. 3.Set Paper, and close Cover after cleaning.

(4) Open the top cover, and remove the roll paper.
(5) Press the FEED switch to rotate the platen roller to a position that will facilitate cleaning, and then wipe the platen roller with a dry soft cloth to remove paper particles, adhesive, and other foreign matter from the surface of the platen roller.

Platen roller

(6) After completing cleaning, reposition the roll paper, and close the top cover.

Note : Take care not to dent or otherwise damage the platen roller.

A dent on the platen roller may result in incomplete printing or line feed errors.

Note : Each time that the FEED switch is pressed, the platen roller is rotated by 1/12 of a turn.

11-3. Cleaning the Thermal Head

(1) Before attempting to clean the thermal head, be sure to turn off the printer power switch.

(2) Open the top cover.

(3) Using an alcohol solvent, remove black paper particles and other residue from the surface of the thermal head. If the printer printed on label paper, any adhesive matter adhering to the surface of the thermal head must be removed.

Close-up of a hand inserting a white plastic bag into a black industrial machine casing with rollers (no text or symbols visible)

Thermal head

Note : The thermal head is susceptible to damage. When cleaning it, use a soft cloth and be especially careful not to damage the head.

Note : Immediately after printing, the thermal head is hot. Wait about 10 minutes before cleaning the head.

Note : Because the thermal head is susceptible to damage by static electricity, take precautions to prevent the generation of static electricity.

Note : Do not turn on the printer until all alcohol has dried.

Note: Do not use a solvent other than ethyl or isopropyl alcohol.

11-4. Cleaning the Cutter Blade and Frame

If the printer printed on full-sheet label paper, any adhesive matter adhering to the cutter blade and frame must be removed.

Even when label paper has been cut normally, clean the cutter blade at an interval of about once a month to ensure stability in cutting.

Note: Although the edge of the cutter blade is not as sharp as the edges of utility knives generally used in offices, there is a risk of injury to a hand or finger that is moved while pressed against the cutter blade edge. Take care to avoid injury when cleaning the cutter blade.

Items required for cleaning

• Flathead screwdriver (small) Cleaning sheet
• General-purpose utility knife (Product No.: 0631260)

Two types of screwdriver tools on a dark surface, one with a metallic tip and the other with a flat blade (no text or symbols visible)

806 AlcoPad® Print Edema and Electronics Complemental Dresser CleanTex

The cleaning procedure is as follows.

(1) With paper inserted in the printer, turn off the printer power switch once, and turn on the switch again while holding down the FEED switch on the control panel. Then, the data shown below is printed.

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]

Note: If you have passed the item that you want to select, repeatedly press the FEED switch briefly until you return to the first item.

(2) Select "CLEANING" as your option.

Press the FEED switch briefly (one second or less) three times to move to "CLEANING."

graph TD
    A["Cleaning ↑"] --> B["Sensor Adjustment ↑"]
    B --> C["Setup ↑"]
    C --> D["Test Print"]
    D --> E["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    E --> F["Special Mode"]
    F --> G["Usage"]
    G --> H["Item Selection Please push the feed switch short. Item Decision Please push the feed switch long."]

(3) Press and hold down the FEED switch for one second or longer to accept the selection.

The printer prints the following when you accept the selection of "CLEANING":

graph TD
    A["Platen Cleaning"] --> B["End"]
    B --> C["Cutter Cleaning"]
    C --> D["Platen Cleaning"]
    D --> E["Selection Item"]
    E --> F["Cleaning"]
    F --> G["Paper feed direction"]

(4) Press the FEED switch briefly (one second or less) once to move to "CUTTER CLEANING."

graph TD
    A["Cutter Cleaning"] --> B["Platen Cleaning"]
    B --> C["End"]
    C --> D["Cutter Cleaning"]
    C --> E["Platen Cleaning"]
    E --> F["Selection Item"]
    F --> G["Cleaning"]
    G --> H["Paper feed direction"]

Then, press the FEED switch for one second or longer to accept the selection. The printer enters cutter cleaning mode. The printer prints the following and cuts the paper when it enters cutter cleaning mode:

Cut Cleaning Cutter 1.Open Top Cover, and remove Paper. 2.Push FEED switch to move Cutter to the cleaning position, and clean it. 3.Set Paper, and close Cover after cleaning.

(5) After completing cleaning, reposition the roll paper, and close the top cover.

- Cleaning the Upper cutter

Using a general-purpose utility knife, flathead screwdriver, or similar tool, remove the adhesive matter adhering to the inner side and edge of the Upper cutter.

Note: Be very careful not to damage the edge of the Upper cutter when handling the utility knife or screwdriver. Also take care not to dent or otherwise damage the platen roller. A dent on the platen roller may result in incomplete printing or line feed errors.

Upper cutter

Using the cleaning sheet or a similar material, wipe off the adhesive matter adhering to the Upper cutter.

Upper cutter

Note: Although the edge of the Upper cutter is not as sharp as the edges of the utility knives generally used in offices, there is a risk of injury to a finger that is moved while pressed directly against the edge of the cutter.

(7) After completing cleaning, reposition the roll paper, and close the top cover.

- Cleaning the Lower cutter

Using a general-purpose utility knife, flathead screwdriver, or similar tool, remove the adhesive matter adhering to the surface and edge of the Lower cutter.

Note: Be very careful not to damage the edge of the Lower cutter when handling the utility knife or screwdriver. Also take care not to dent or otherwise damage the platen roller. A dent on the platen roller may result in incomplete printing or line feed errors.

Lower cutter

Using the cleaning sheet or a similar material, wipe off the adhesive matter adhering to the Lower cutter.

Lower cutter

Note: Although the edge of the Lower cutter is not as sharp as the edges of utility knives generally used in offices, there is a risk of injury to a finger that is moved while pressed directly against the edge of the cutter.

(5) After completing cleaning, reposition the roll paper, and close the Top cover.

Note: Be careful when the printer is in cutter cleaning mode, because the Upper cutter is exposed. After completing cleaning, reposition the roll paper, and close the Top cover.

12. Interface

12-1. LAN Interface

(1) LAN interface connector

Pin No.	Signal name	I/O direction	Signal line name
1	TX+	Output	Output data
2	TX-	Output	Output data
3	RX+	Input	Input data
4	N.C	-	-
5	N.C	-	-
6	RX-	Input	Input data
7	N.C	-	-
8	N.C	-	-

(2) LEDs

1 2 3

No.	Display	Description
1 10	BASE-T link Light	goes on when printer recognizes connectiondestination as 10BASE-T
2	100BASE-TXlink	Light goes on when printer recognizes connectiondestination as 100BASE-TX
3 Status	Light goes on	for certain period (50 ms) uponpacket reception

(3) DIP switches

Note: The DIP switches are provided for maintenance purposes. All DIP switches should be left OFF during normal operation.

No.	ON	OFF
1 -	Off (fixed)
2	Setup information initialization	-
3	Setup information	-
4	Self-diagnosis printing	-

4 3 2 1 ↑ ON

Procedure for initializing setup information

1) Turn off the printer power.
2) Set switch 2 to ON.
3) Turn on the printer power. Initialization takes about five seconds.
4) Turn off the printer power.
5) Set switch 2 to OFF.

Procedure for test printing from the LAN board

1) Turn off the printer power.
2) Set switches 3 and 4 to ON.
3) Turn on the printer power to start test printing.
4) Turn off the printer power.
5) Set switches 3 and 4 to OFF.

Note: Be careful when setting the DIP switches.

12-2. Dual Interface

(1) Type B Connector: 4 Pin

Pin No.	Signal name I/O	direction Signal line name
1	N.C	---
2	D-inB	Input/Output	D-
3	D+inB	Input/Output	D+
4	SG1	---	Ground

(2) Serial interface connector

Pin No.	Signal name I/O	direction Function
1	FG		--- Frame ground
2	TXD	Output	Send data
3	RXD	Input	Receive data
4	RTS	Output	Send request
5	CTS	Input	Send permission
6	DSR	Input	Data set ready
7	SG		--- Signal ground
8 to 19	N.C.	---	Unused
20	DTR	Output	Data terminal ready
21 to 24	N.C.	---	Unused
25	INIT	Input	Forced reset

Notes 1: Use inch-screws to secure the connection.
Notes 2: Shielded USB cables must be used.

12-3. Drawer Kick Connector

Pin No.	Signal name I/O	direction Signal	line name
1 FG	Output	drawer frame ground	signal
2 *DRD1	Output	drawer kick drive	signal 1
3 DRSNS1	Input	Drawer sense signal	1
4	+24V	Output	Drive power
5 *DRD2	Output	Drawer kick drive	signal 2
6 SG	Output	Drawer sense ground	signal

Notes 1: "*" indicates a negative-logic signal.

Pure electrical connector pinout diagram without any text or symbols

Connecting side

graph LR
    subgraph Printer
        A1["1"] --> B1["Cable"]
        A2["2"] --> B1
        A3["3"] --> B1
        A4["4"] --> B1
        A5["5"] --> B1
        A6["6"] --> B1
    end

    subgraph Cable
        B1 <--> C1["1"]
        B1 <--> C2["2"]
        B1 <--> C3["3"]
        B1 <--> C4["4"]
        B1 <--> C5["5"]
        B1 <--> C6["6"]
    end

    subgraph Drawer
        D1["1"] --> E1["2"]
        D1 --> F1["3"]
        D1 --> G1["4"]
        D1 --> H1["5"]
        D1 --> I1["6"]
        D1 --> J1["Drawer kick solenoid (24 Ω minimum)"]
        J1 --> K["Drawer open/close switch"]
    end

Notes : Use a shielded drawer cable.

Notes : Two drives cannot be driven simultaneously.

Notes :The drawer on/off time must be specified using t1 and t2 in the pulse generation command (ESC p m t1 t2).

Notes : The drawer drive duty must be as follows:

ON-time/(ON-time + OFF-time) ≤ 0.2

Notes :The drawer power must always be supplied from the printer power supply unit via connector pin 4.

Notes :The resistance of the drawer kick solenoid must be at least 24Ω. If a solenoid with a lower resistance is used, the solenoid might be destroyed by over current.

Notes :This product uses a modular connector as a dedicated connector for the cash drawer or customer display terminal. The connector must not be connected with a connector that leads to a public switched line or other such destination.

graph TD
    subgraph Printer
        A["1"] --> B["Cable"]
        C["2"] --> B
        D["3"] --> B
        E["4"] --> B
        F["5"] --> B
        G["6"] --> B
    end

    subgraph Cable
        B <--> H["3"]
        B <--> I["6"]
        J["4"] --> K["2"]
        J --> L["4"]
        M["3"] --> N["3"]
        M --> O["6"]
        P["2"] --> Q["2"]
        P --> R["4"]
        S["4"] --> T["4"]
        U["3"] --> V["3"]
        U --> W["6"]
        X["2"] --> Y["2"]
        X --> Z["4"]
        AA["4"] --> AB["4"]
    end

    subgraph Drawer 1
        H --> AC["Drawer open/close switch"]
        I --> AD["Drawer kick solenoid (24 Ω minimum)"]
        J --> AE["4"]
    end

    subgraph Drawer 2
        H --> AF["Drawer open/close switch"]
        I --> AG["Drawer kick solenoid (24 Ω minimum)"]
        J --> AH["4"]
    end

12-4. Specifications of Power Supply

(1) Operating voltage : DC 24V±10%
(2) Current consumption :- Standby: 4.5W or less/0.2A on average

Note: Maximum drawer kick drive current: 1A Two drawer kicks must not be driven simultaneously.

- Average current consumption Operating: About 44W/1.5A on average

(at 24V, 25°C, print density setting 100%, paper width 80mm, print duty 9%)

Arrangement of power connector pins

Pin No.	Signal name
1	+24
2	SG
3	N.C

V 1 2 3

Note : Use our AC adapter to supply power.
Note : If our AC adapter is not used (power supply is supplied by the user), problems such as bad print quality, electromagnetic interference, or circuit noise may occur. In such cases, take note of the following points:

• Use an AC adapter whose capacity corresponds to the printing rate that will actually be used.
• Ensure in advance that there are no problems such as static electricity, electromagnetic interference, circuit noise, etc.

13. Specifications

13-1. General Specifications

(1) Print method: Direct line thermal printing system
(2) Dot resolution: 8 dots/mm (0.125 mm)
(3) Paper width: 83 mm, 80 mm, or 70 to 25.4 mm (by units of 1 mm)

- The paper width is set to 70 mm at the time of shipment from the factory.

- If the roll paper partition attached to the printer is removed, you can select a paper width of up to 83 mm.

Note: Paper with a width within a range of 71 to 79 mm cannot be used.

(4) Print speed:

single-color thermal paper

Maximum print speed: 260 mm/s

Paper width Print speed

83 to 58 mm Up to 260 mm/s

57 to 38 mm Up to 180 mm/s

37 to 25.4 mm Up to 80 mm/s

- The print speed is set to 140 mm/s at the time of shipment from the factory.

two color thermal paper

Maximum print speed: 115 mm/s

Paper width Print speed

83 to 58 mm Up to 115 mm/s

57 to 38 mm Up to 115 mm/s

37 to 25.4 mm Up to 80 mm/s

(5) Relationship between number of print columns and character size

Body Face

	For paper 58mm wide For paper 60mm wide
	32 column printing 35	column printing 36	column printing
ANK: Font A 32	columns: 12x24 35 columns: 12x24 36 columns: 12x24
ANK: Font B	38 columns: 10x2442 columns: 9x24	42 columns: 10x2446 columns: 9x24	43 columns: 10x2448 columns: 9x24
ANK: Font C 48	columns: 8x16 52 columns: 8x16 54 columns: 8x16
Kanji: Font A 16	columns: 24x24 17 columns: 24x24 18 columns: 24x24
Kanji: Font B 19	columns: 20x24 21 columns: 20x24 21 columns: 20x24
Kanji: Font C 24	columns: 16x16 26 columns: 16x16 27 columns: 16x16
ANK: Font A Extension Font	32 columns: 12x24 35 columns: 12x24 36 columns: 12x24
ANK: Font B Extension Font	38 columns: 10x2442 columns: 9x24	42 columns: 10x2446 columns: 9x24	43 columns: 10x2448 columns: 9x24

Body Face

	For paper 80mm wide For paper 83mm wide
	42 column printing 48	column printing 53	column printing
ANK: Font A 42	columns: 12x24 48 columns: 12x24 53 columns: 12x24
ANK: Font B	51 columns: 10x2456 columns: 9x24	57 columns: 10x2464 columns: 9x24	64 columns: 10x2471 columns: 9x24
ANK: Font C 64	columns: 8x16 72 columns: 8x16 80 columns: 8x16
Kanji: Font A 21	columns: 24x24 24 columns: 24x24 26 columns: 24x24
Kanji: Font B 25	columns: 20x24 28 columns: 20x24 32 columns: 20x24
Kanji: Font C 32	columns: 16x16 36 columns: 16x16 40 columns: 16x16
ANK: Font A Extension Font	42 columns: 12x24 48 columns: 12x24 53 columns: 12x24
ANK: Font B Extension Font	51 columns: 10x2456 columns: 9x24	57 columns: 10x2464 columns: 9x24	64 columns: 10x2471 columns: 9x24

(6) Alphanumeric characters (95), extended graphics (128 x 20 pages), international characters (48)

Kanji JIS-1990 (6879), special characters (845)

(7) Dimensions of fonts

	Body Face Letter Face
	(W)x(H) dot (W)x(H) mm (W)x(H) dot (W)x(H) mm
ANK: Font A 12 x 24 1.5 x 3.0 11 x 22 1.375 x 2.75
ANK: Font B	10 x 249 x 24	1.25 x 3.01.125 x 3.0	9 x 179 x 17	1.125 x 2.1251.125 x 2.125
ANK: Font C 8 x 16 1.0 x 2.0 8 x 13 1.0 x 1.625
Kanji: Font A 24 x 24 3.0 x 3.0 24 x 24 3.0 x 3.0
Kanji: Font B 20 x 24 2.5 x 3.0 18 x 24 2.25 x 3.0
Kanji: Font C 16 x 16 2.0 x 2.0 15 x 15 1.875 x 1.875
ANK: Font A Extension Font	12 x 24 1.5 x 3.0 12 x 24 1.5 x 3.0
ANK: Font B Extension Font	10 x 249 x 24	1.25 x 3.01.125 x 3.0	9 x 229 x 22	1.125 x 2.751.125 x 2.75

(8) External views

Line drawing of a rectangular electronic device with lid and ventilation slots (no text or symbols)

Simple line drawing of a door with a vertical panel and circular button, no text or symbols present

145 207

Paper guide opened

Line drawing of a portable electronic device with ventilation slots and control buttons (no text or symbols)

Paper guide

Simple line drawing of a kitchen appliance with a refrigerator and a battery, labeled '225' at the base (no text or symbols on the diagram itself)

13-2. Cutter Specifications

Cutting mode: Full cutting

Note : For printing on label paper, use only partial cutting. If full cutting is used in such cases, paper cutting performance will deteriorate faster because of the greater adverse effect of adhesive matter.

Note : Paper cutting performance may deteriorate faster with the use of label paper because of its adhesive matter. Clean the cutter blade periodically to remove the adhesive matter.

Note : Full cutting may lead to irregularities at the center of the cutting surface. If paper fiber remains at these locations, this may eventually lead to incomplete cutting at these locations.

Note : In full cutting mode, the printed paper must be removed each time that one sheet is printed. Otherwise, printed paper remains in the automatic cutter section and may cause a cutting error.

Note : The maximum number of successive cuts by the cutter is 30 cuts per minute (at least two seconds per cut). Using the cutter at a higher rate may cause a failure.

13-3. Paper Supply Specifications

(1) Loading method: Rolls are loaded manually.
(2) Paper near end: Detected when only a little paper is left.

(μm)	The outside core diameterof roll paper is 32 mm. Paper thickne
	Sensed diameter(mm)	Remaining paper length(m)
75 to 150 About 40	75 to 150

core A C B

Note: The above values (i.e., sensed diameter, remaining paper length) are theoretical values. These values vary depending on actual conditions, including the paper roll condition and paper thickness.

Note: The outside core diameter is assumed to be 32 ~mm . If roll paper with an outside core diameter of other than 32 ~mm is used, the paper-near-end detection accuracy deteriorates.

Note: If roll paper with an outside core diameter of less than 32 mm is used, a transport error may occur when the cutter cuts the paper in full cutting mode and reaches the core.

13-4. Interface Specifications

(1) LAN (IEEE802.3 (10BASE-T)/IEEE802.3U (100BASE-TX))
(2) Dual (Conforms to USB 1.1 and RS-232C)

13-5. Environment Specifications

(1) Temperature

When operating : Operation guaranteed from 0°C to 40°C.

Printing guaranteed from 5°C to 35°C.

When no operating : -5°C to 60°C

When being transported or stored : -20°C to 60°C

(While packaged)

(2) Humidity

When operating : Operation guaranteed from 10% to 95%RH

(no

condensation)

Printing guaranteed from 10% to 85%RH

(no

condensation)

When no operating : 8% to 95% RH (no condensation)

When being transported or stored : 5% to 95% RH

(While packaged) (no condensation)

(3) Maximum wet bulb temperature : 29°C or less

13-6. Specifications of Reliability

(1) Printer life

Feed of 25 million lines (Specified thermal paper) or 5 years

(2) Head

Running life : 150km (Specified single-color thermal paper) 75km (Specified dual-color thermal paper)

Pulse life : 150 million pulses

* Scratches caused by foreign matter are excluded.

(3) Cutter

Full cutting

- Receipt cutting: 2,000,000 cuts (for the recommended paper with a thickness of 75 m) 500,000 cuts (for the recommended paper with a thickness of 75 to 150 m)

- Label cutting

1,000,000 cuts (cutting in base area) 500,000 cuts (cutting of full-sheet labels)

(The life can be lengthened to 1,000,000 cuts through cleaning of the cutter blade.)

Note : For cutting of die-cut label paper, the base area between labels must be cut.

Note : Paper cutting performance may deteriorate faster with the use of label paper because its adhesive matter adheres to the cutter blade. Clean the cutter blade periodically.

14. Roll Paper Unit

14-1. Outline

The wide roll paper unit is optional.

A maximum 200 -mm roll can be used.

Mount to the rear of the printer to use.

14-2. Nomenclature

Partition

Adjust position according to paper width.

Protruding printer connector

Roll paper shaft (enclosed)

※Roll paper shaft for 1.5 inches and two-inch diameter is an option sold separately.

Cable clamps

Used to clamp the interface and AC adapter cable.

PNE sensor cable

Connects to the printer.

Line drawing of a mechanical device with a handle and internal components (no text or symbols)

Printer connector fitting Fitting mounting screws (x2)

Quick start guide

Instruction sheet

Technical line drawing of a cylindrical mechanical component with mounting holes and internal channels (no text or symbols)

Roll paper shaft (One-inch diameter)

Technical line drawing of a mechanical component with multiple blades and a central hub (no text or symbols)

Roll paper shaft (Three-inch diameter)

14-3. Paper Specifications

(1) 83mm paper width... 8380mm_-1.0^0 paper width... 80mm_-1.0^0

70\~25.4mm (1mm unit) paper width: 25.470mm\~1.0

(2) External dimensions (A): 200±0.5mm max.
(3) Paper width: 75 to 150μm
(4) Roll core dimensions: Inside diameter (C) 25.4±0.5mm / external diameter (B) 32±0.5mm (One inch Roll paper)

Inside (C) 76.2± 0.5mm diameter / external diameter (B) 82± 0.5mm (Three inch Roll paper)

(5) Coloration surface: outside of paper roll
(6) Runout processing: Do not fix the core using glue, etc. Further, do not fold the paper at the end of the runout.

A core C B

Note: Do not use rolls that have rough sides or sides from which pieces of paper extrude. Using such rolls could cause a printer failure.

14-4. Roll Paper Feed Specifications

(1) Feed method: manual setting
(2) Paper near end: Detected when there is little remaining paper.

The remaining paper that can be detected is described below.

Paper thickness (μm)	External Core diameter (B) (mm)	Detection diameter (A) (mm)	Remaining paper (m)
75	φ82	Approx. φ100	20 to 30
150	φ82	Approx. φ100	10 to 20

A core C B

Note: The above values (i.e., sensed diameter, remaining paper length) are theoretical values. These values vary depending on actual conditions, including the roll paper condition and paper thickness.

14-5. Roll Paper Unit Installation Procedure

When connecting or removing, turn OFF the power supply switches to the printer and all devices connected to the printer before starting work, and remove the plug for the AC adapter power supply cable from the outlet.

(1) Remove the connector cover at the rear of the printer.

Open the connector cover and warp the middle cover in the direction of the arrow ①. Then, remove the rotary supporting point part of the connector cover in the order of right side ② and the left side ③.

middle cover ③ ② connector cover ①Open the middle cover in the direction of the arrow.

View after the connector cover is removed

(2) Mount the enclosed fitting for the printer connection using the enclosed screws.

Mounting screws Printer connection fitting

(3) Connect the sensor cable, interface cable, and AC adapter cable for the wide roll paper unit to the connector at the rear of the printer.

①AC adapter cable ②interface cable ③roll paper unit sensor cable

Note: For how to connect the AC adapter cable, see Section 4-2 Connecting AC Adapter.

Note: When you connect cables, connect in the following order: ① AC adapter cable -> ② Interface cable -> ③ Sensor cable.

(4) Connect the printer to the wide roll paper unit.

Insert the holes on the left and right of the printer connector fitting into the left and right protrusions on the wide roll paper unit connector to connect.

Left and right holes of printer connection bracket Left and right connection

Left and right connection flanges of roll paper unit

(5) Route the sensor cable, interface cable, and AC adapter cable of the roll paper unit through the cable clamps from the inside to the outside of the roll paper unit as shown in the diagram below.

Interface cable core A part Sensor cable Cable clamps * Open the cable clamp by warping A part in the direction of the arrow as shown in the figure and wire the cables as illustrated in the figure. The core should be placed inside of the unit. AC adapter cable

(6) Take up the slack in the sensor cable between the roll paper unit and printer by securing the excess length with a cable clamp as shown in the diagram below.

Technical line drawing of a mechanical device with internal components and mounting bracket (no text or symbols)

Technical diagram showing mechanical assembly before and after transformation, with no visible text or symbols

Sensor cable Secured with cable clamp

14-6. Method of setting PNE sensor

Select PNE sensor position by each size of roll paper core diameter, then pinch and fix the screw.

1 is default position. (The following chart is a position where the paper tube of one-inch diameter is set.)

1 : Position for 1.0 inch core size
1.5 : Position for 1.5 inch core size
2 : Position for 2.0 inch core size
3 : Position for 3.0 inch core size

1 1.5 2 3 1 1.5 ① 2 ② ③

Screw PNE sensor

Technical line drawing of a mechanical device with internal components and an upward arrow indicating motion (no text or symbols present)

14-7. Method of setting guide plate

Loosen the knurled screw of the guide plate of each kind of the roll paper core size, set the set position, then fix the knurled screw.

1 is default position. (The following chart is a position where the core of one-inch diameter is set.)

1 : Position for 1.0 inch core size
1.5 : Position for 1.5 inch core size
2 : Position for 2.0 inch core size
3 : Position for 3.0 inch core size

0 inch core size Guide plate Knurled screw of guide plate 1 1.5 2 3 1

Technical line drawing of a mechanical device with internal components and an arrow indicating motion (no text or symbols)

14-8. Setting the Roll Paper

(1) Insert the paper roll to the included paper roll shaft core and set them in the large diameter paper roll unit.

Roll paper Roll paper shaft

Note: To load a new roll paper, first remove the tape and the glued portion at the beginning of the roll.

Note: The printer cannot print on the glued portion of the paper, so remove about one turn of the roll paper from the beginning. Any adhesive or other matter remaining from the glue may stick to the thermal head and cause a problem such as voids on printouts. For this reason, be sure to remove the glued portion of the paper.

Note: There is a direction of the installation when the paper is installed. Please install it like the clause 14-8-(3).

Note : The roll paper must have no deformities. Using roll paper such as that shown in the figure below may cause a paper jam, uneven printing, or other printing problem.

Diagram showing various geometric shapes including circles, rectangles, and crosses with corresponding symbols below each.

Note : If the loaded roll paper is loose (slack) as shown below, take up the slack before printing on the paper. Printing on roll paper that is loose may cause a paper jam, uneven printing, or other printing problem, which will prevent the printer from detecting paper near end conditions.

Simple line drawings of a circular object with a cross symbol below (no text or labels)

(2) Set the paper width by positioning the partitions in the roll paper unit.

[1] Orient the paper roll along the direction arrow A.
[2] Loosen the knob screws front and back that fix the partition.
[3] Align the partition to the width of the paper roll, and slide in the direction of the arrows B.
[4] Fix the partition leaving a slight gap as shown in the diagram.

Front: Leave a gap of one gradation on the scale between the partition and the paper roll, and then tighten the (front) knob screws to fix.

Back : Leave a gap of one 1 to 3mm using the scale between the partition and the paper roll, and then tighten the (back) knob screws to fix.

Thumbscrew (front) Partition Roll paper Thumbscrew (rear) Front B B Rear A Partition Partition Space of 1 division in scale on label Front Roll paper Rear Space of 1 to 3 mm

(3) Pass the roll paper under the guide roller. Lift the guide roller. Then, with the printer top cover closed, insert the leading edge of the paper into the rear of the printer.

Guide roller Top cover (closed) Roll paper

Fig. a

Note : When the rolled paper is guided on top of the guide roller as illustrated in Figure b shown below, the paper may not get through. Make sure that the paper is guided under the guide roller as in Figure a shown above.

Note : If a paper roll is set as illustrated in Figure c shown below, its thermal surface will be opposite and that nothing will be printed. Make sure to set a paper roll as in Figure a shown above.

Guide roller

Fig.b Fig.c

Guide roller

×

(4) Open the top cover, and pull out the leading edge of the paper from the front of the printer.

Top cover Open the top cover. Pull out the leading edge of the roll paper from the front of the printer. Roll paper

(5) After finishing setting the paper roll, close the top cover.

Technical line drawing of a mechanical device with no visible text or symbols

14-9. Roll Paper Unit Appearance

(When connected to the printer.)

Oki Systems (UK) Ltd

Blays House

Wick Road

Egham

Surrey

TW20 0HJ

Tel: [phone]

Fax: [phone]

http://www.oki.co.uk

Oki Systems Ireland Limited

The Square Industrial Complex Tallaght

Dublin 24

Tel: [phone]

Fax: [phone]

http://www.oki.ie

Oki Systems Ireland Limited - Northern Ireland

19 Ferndale Avenue

Glengormley

BT36 5AL

Northern Ireland

Tel: [phone]

Fax: [phone]

http://www.oki.ie

Technical Support for all Ireland:

Tel: [phone]

Fax: [phone]

E-mail: [e-mail]

OKI Systems (Czech and Slovak), s.r.o.

Futurama Business Park -

Sokolovská 651/136A

186 00 Praha 8

Czech Republic

Tel: [phone]

Fax:[phone]

Website: www.oki.cz, www.oki.sk

Albania, Bosnia, Bulgaria, Croatia,

Cyprus, Estonia, Greece, Israel,

Latvia, Lithuania, Macedonia,

Romania, Serbia, Slovenia

CEE Export Group: OKI Systems (Poland) Ltd

ul. Domaniewska 42

02-672 Warsaw

Poland

Tel: [phone]

Fax: [phone]

E-mail: [e-mail]

Platinum Business Park II, 3rd Floor

ul. Domaniewska 42

02-672 Warsaw

Poland

Tel: [phone]

Fax: [phone]

Website: www.oki.com.pl

E-mail: [e-mail]

Hotline: [phone]

E-mail: [e-mail]

OKI Systems Rus, LLC (Russia)

Sector B, 3rd Floor, Svyatogor-4

Business Center10/4, Letnikovskaya

str.115114, Moscow

Tel: [phone]

Fax: [phone]

e-mail: [e-mail]

Website: www.oki.ru

Technical support:

Tel: [phone]

e-mail: [e-mail]

Raisy Opkinoy Street,8

Building B, 2 ^nd Floor,

Kiev 02002

Ukraine

Tel: [phone]

e-mail: [e-mail]

Website: www.oki.ua

Oki Systems (Belgium)

Medialaan 24

1800 Vilvoorde

Helpdesk: 02-2574620

Fax: [phone]

Website: www.oki.be

OKI Systems (Danmark) a·s

Herstedøstervej 27

2620 Albertslund

Danmark

Oki Systems (Norway) AS

Tevlingveien 23

N-1081 Oslo

Tel: [phone]

Telefax: [phone]

Website: www.oki.no

Var vänlig kontakta din

Oki Systems (Sweden) AB

Borgafjordsgatan 7

Box 1193

164 26 Kista

Tel. [phone]

e-mail: [e-mail]

Website: www.oki.se

2000 Bishops Gate Blvd.

http://WWW.OKIPRINTINGSOLUTIONS.COM

http://my.okidata.com

Oki Data Americas Inc.(Canada • Canadá)

4140B Sladeview Crescent Unit 7 & 8

Mississauga, Ontario

Canada L5L 6A1

Tél: [phone]

Téléc: 1-905-608-5040

http://WWW.OKIPRINTINGSOLUTIONS.COM

Oki Data Americas Inc.(América Latina (OTRO))

2000 Bishops Gate Blvd.

HTTP://www.okiprintingsolutions.com

Argentina/ Chile/ Paraguay/ Perú/ Uruguay

Oki Data Americas, Inc.

Sucursal Argentina

Ugarte 3610 Piso 4°(1605) Olivos

Buenos Aires, Argentina

TEL: [phone]

Fax: [phone]

Colombia/ Ecuador/ Venezuela/ Centroamérica y Caribe Oki Data Americas, Inc.

Sucursal Colombia

1168/81-82 Lumpini Tower,

27th Floor Rama IV Road

Tungmahamek, Sathorn

Bangkok 10120

Tel: [phone]

Fax: [phone]

http://www.okisysthai.com

Oki Data(Australia) Pty Ltd.

Level1 67 Epping Road, Macquare Park

NSW 2113, Australia

Tel: [phone]

(Support Tel: [phone])

Fax: [phone]

http://www.oki.com.au

OKI Data New Zealand

8 Antares Place Rosedale,

Auckland, 0632 New Zealand

Tel: [phone]

Fax: [phone]

http://www.oki.co.nz/

Oki Data(S) P Ltd. Malaysia Rep Office

Suite 21.03, 21st Floor Menara IGB, Mid Valley City,

Lingkaran Syed Pura 59200,

Kuala Lumpur, Malaysia

Tel: [phone]

Fax: [phone]

© 2011 Oki Data Corporation

OKI Data Corporation,

4-11-22 Shibaura, Minato-ku,

Tokyo 108-8551,

Japon

www.oki.com/printing OKI

Simple geometric diagram with concentric circles and a diagonal line inside a diamond shape (no text or symbols)

UTILITAIRE DU

PILOTE

D'IMPRIMANTE

MANUEL

Simple geometric diamond shape outline with no text or symbols

Simple geometric diamond shape with no text or symbols

Technical line drawing of a mechanical device with a coiled spring and housing (no text or symbols)

Diagram of a robotic arm with motion arrows indicating movement (no text or symbols)

Close-up of a hand holding a black USB cable (no visible text or symbols)

Hand inserting a black cable into a white electronic device casing (no text or symbols visible)

Technical line drawing of two open mechanical components with a circle and cross symbol indicating assembly or inspection (no text or labels present)

Technical line drawing of a printer or printer with an open lid and paper roll, showing internal components and a circular arrow indicating motion (no text or symbols present)

Line drawing of an open industrial machine with a cross symbol indicating cancellation or disassembly (no text or labels present)

Technical line drawing of an open industrial machine with a cross symbol indicating cancellation (no text or labels present)

Pure geometric shapes including circles, rectangles, and crosses without any text or symbols

Two abstract circular patterns with a circle and an X symbol, no text or labels present.

Figure 2 Max 80 mm

Hand inserting a white paper into a green printer (no text or symbols visible)

<>

LDG70 Raster Properties General Sharing Poits Advanced Custom Paper Paper(E): Delete(D) Save(S) Transfer to Printed(E) Create a New Paper(C): Paper Name(N): Label Paper Type(Y): Label [S1] Paper Width 83.0 - 25.4 - 83.0 mm [S2] Label Width 79.0 - 21.4 - 79.0 mm [S3] Paper Height 101.6 - 15.0 - 101.6 mm [S4] Between Labels 10.0 - 3.0 - 10.0 mm [S5] Cut Position 0.0 - 15.0 - 5.0 mm Margin: [Left]: 3.0 mm [Top]: 1.5 mm [Right]: 3.0 mm [Bottom]: 1.5 mm Unit 0.1mm(M) ○ 0.0inch(J) OK Cancel Apply Help

<>

LD670 Raster Properties General Sharing Pots Advanced Custom Paper Page[F] Black Mark Delete[2] Save(S) Create a New Paper(C) Transfer to Printer(P) Paper Name(N): Black Mark Paper Type(Y) Black Mark [S1] Paper Width: 50.0 ± [25.4 - 63.0] mm [S2] Label Width: 50.0 ± [25.4 - 63.0] mm [S3] Paper Height: 102.0 ± [15.0 - 300.0] mm [S4] BM Length: 5.0 ± [5.0 - 5.5] mm [S5] Cut Positions: 0.0 ± [0.0 - 102.0] mm Margin: [Left]: 3.0 ± mm [Right]: 3.0 ± mm [Top]: 1.5 ± mm [Bottom]: 1.5 ± mm Unit 0.1mm(R) ○ 0.01inch(1) OK Cancel Apply Help

<>

Hand inserting a printer into a white paper airplane on a green background (no text or symbols visible)

<>

LBL32 File(F) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others [S1]Paper Width 70.0 25.4-70.0,00.0,03.0mm Set Layout Automatically set the paper layout Paper Detection Auto Layout manual setting Paper Type Label [S2]Label Width 79.0 [21.4-86.0]mm [S3]Paper Height 101.6 [15.0-191.6]mm [S4]Between Labels 10.0 [3.0-10.0]mm [S5]Cut Position 0.0 [-5.0-5.0]mm Margin 3.0 mm [T]Top Margin 1.5 mm [L]Left Margin 3.0 mm [B]Bottom Margin 1.5 mm [R]Right Margin Base Adjustment: 0.0 mm TearOff Adjustment: 0.0 mm Set Base/TearOff Unit Unit 0.1mm 0.01inch Operation Guide Setting(O) List Printing(P) Ext(X)

<>

LBL32 File(E) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others [S1]Paper Width 70.0 [25.4-70.0,80.0,83.0]mm Layout Auto Set ✓ Automatically set the paper layout Paper Detection Auto Layout manual setting Paper Type Normal [S2]Label Width 70.0 [25.4-83.0]mm [S3]Paper Height 297.0 [15.0-2039.9]mm [S4]Between Labels 0.0 [0.0-0.0]mm [S5]Cut Position 0.0 mm Margin [L]Left Margin 3.0 mm [T]Top Margin 0.0 mm [R]Right Margin 3.0 mm [B]Bottom Margin 0.0 mm Base Adjustment: 0.0 mm TearOff Adjustment: 0.0 mm Set Base/TearOff Unit ● 0.1mm ○ 0.01inch Operation Guide Setting List Printing(E) Exit(X)

<>

L3 L4 L5 Paper feed direction Base Position L2 L7 Print Area L1 L6

L4 L3 L5 L2 L1 L6 L7 Print Area Paper feed direction Base Position

L7 Print Area L6 Paper feed direction

Close-up of a white plastic panel with black insulation and black cladding, against a green background (no text or symbols visible)

Close-up of hands installing or adjusting a device into a white plastic container (no text or symbols visible)

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

LD670 Ver.* 123456 <> Paper Detection Auto Paper Width 70mm Base Adjustment 0.0mm TearOff Adjustment 0.0mm Layout Er Processe Layout continue Layout Er Recovery Command/CoverClose Feed at Power On Enable Mark Feed with Cut Disable Sensor Auto Adjust Enable <> Power On Status Enable Receive Buffer 4K Byte Busy Condition Bufferfull

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

graph TD
    A["Print Density ↑"] --> B["Print Color ↑"]
    B --> C["NV Graphics Memory ↑"]
    C --> D["User NV Memory"]
    D --> E["Return to Top Menu"]
    E --> F["Return to Up"]
    F --> G["Low Power"]
    G --> H["Max Speed"]
    H --> I["BK Density"]
    I --> J["Print Density"]
    J --> K["Print Color"]
    K --> L["NV Graphics Memory"]
    L --> M["User NV Memory"]
    M --> N["Selection Item"]

Return to Up Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item 100% Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu\nOthers"]
    B --> C["Serial Condition"]
    C --> D["Customize Value"]
    D --> E["Memory Switch"]
    E --> F["Paper Setting"]
    F --> G["Selection Item"]
    G --> H["Return to Up"]

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

Max Speed ↑ BK Density ↑ Print Density ↑ Print Color ↑ NV Graphics Memory ↑ User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Paper feed direction

5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Max Speed Paper feed direction

9th (High Speed) ↑ 8th ↑ 7th ↑ 6th ↑ 5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Paper feed direction

graph TD
    A["Return to Up"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    D --> E["Mark Feed with Cut"]
    E --> F["Feed at Power On"]
    F --> G["Layout Er Recovery"]
    G --> H["Layout Er Process"]
    H --> I["TearOff Adjustment"]
    I --> J["Base Adjustment"]
    J --> K["Paper Width"]
    K --> L["Paper Detection"]
    L --> M["Selection Item"]
    M --> N["9th (High Speed)"]
    style A fill:#f9f,stroke:#333
    style N fill:#ccf,stroke:#333

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Return to Up"]
    style A fill:#f9f,stroke:#333
    style I fill:#f9f,stroke:#333
    note right of A Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["User NV Memory"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Low Power"]
    D --> E["Max Speed"]
    E --> F["BK Density"]
    F --> G["Print Density"]
    G --> H["Print Color"]
    H --> I["NV Graphics Memory"]
    I --> J["User NV Memory"]
    J --> K["Selection Item"]
    K --> L["Customize Value"]
    L --> M["Paper feed direction"]

Print Color ↑ NV Graphics Memory ↑ User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Paper feed direction

Mono 2 Color Mono Selection Item Print Color Paper feed direction

2 Color ↑ Mono 2 Color Mono Selection Item Paper feed direction

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item 2 Color Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End\nSample Print\nData Analysis\nCleaning\nSensor Adjustment\nSetup\nTest Print\nSelection Item"]
    C --> D["Paper feed direction"]

graph TD
    A["Enable"] --> B["Disable"]
    A --> C["Enable"]
    D["Selection Item"] --> E["Feed at Power On"]
    F["Paper feed direction"] --> G["Downward arrow"]

graph TD
    A["Feed at Power On"] --> B["Selection Item"]
    C["Enable"] --> D["Disable"]
    E["Enable"] --> F["Disable"]
    G["Enable"] --> H["Disable"]
    I["Disable"] --> J["--> Paper feed direction"]

graph TD
    A["Return to Top Menu"] --> B["Sensor Auto Adjust"]
    B --> C["Mark Feed with Cut"]
    C --> D["Feed at Power On"]
    D --> E["Layout Er Recovery"]
    E --> F["Layout Er Process"]
    F --> G["TearOff Adjustment"]
    G --> H["Base Adjustment"]
    H --> I["Paper Width"]
    I --> J["Paper Detection"]
    J --> K["Selection Item"]
    K --> L["Disable"]

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End Sample Print\nData Analysis\nCleaning\nSensor Adjustment\nSetup\nTest Print\nSelection Item"]
    C --> D["Paper feed direction"]

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L(Item Selection]
    L --> M["Please push the feed switch short."]
    L --> N(Item Decision]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    C --> D["Paper feed direction ↓"]

graph TD
    A["Setup"] --> B["Paper Setting"]
    B --> C["Return to Top Menu"]
    C --> D["Paper feed direction"]
    E["Others ↑"] --> F["Serial Condition ↑"]
    F --> G["Customize Value ↑"]
    G --> H["Memory Switch ↑"]
    H --> I["Paper Setting Selection Item"]

ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others Paper feed direction

Return to Up Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Disable Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Return to Up"]
    style A fill:#f9f,stroke:#333
    style I fill:#f9f,stroke:#333
    note right of A Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Paper Width ↑"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    D --> E["Mark Feed with Cut"]
    E --> F["Feed at Power On"]
    F --> G["Layout Er Recovery"]
    G --> H["Layout Er Process"]
    H --> I["TearOff Adjustment"]
    I --> J["Base Adjustment"]
    J --> K["Paper Width"]
    K --> L["Paper Detection"]
    L --> M["Selection Item"]
    N["Paper feed direction ↓"] --> A

80mm ↑ 70mm 83mm 80mm 70mm 6Xmm 5Xmm 4Xmm 3Xmm 2Xmm Selection Item Paper Width Paper feed direction

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item 80mm Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L(Item Selection]
    L --> M["Please push the feed switch short."]
    L --> N(Item Decision]
    L --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End\nSample Print\nData Analysis\nCleaning\nSensor Adjustment\nSetup\nTest Print\nSelection Item"]
    C --> D["Paper feed direction"]

ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others Paper feed direction

Batch (OTHER IF) ↑ Batch (COM IF) ↑ Font-B ↑ PNE Detect ↑ Process ID ↑ Error ↑ Serial Number ↑ USB ↑ ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others

Paper feed direction

graph TD
    A["Disable"] --> B["Enable"]
    B --> C["Selection Item"]
    C --> D["Batch (OTHER IF)"]
    E["Paper feed direction"] --> F["End"]

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu"]
    B --> C["Others"]
    C --> D["Serial Condition"]
    D --> E["Customize Value"]
    E --> F["Memory Switch"]
    F --> G["Paper Setting"]
    G --> H["Selection Item"]
    H --> I["Return to Up"]
    style A fill:#f9f,stroke:#333
    style I fill:#f9f,stroke:#333
    note right of A Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Adjustment"] --> B["End"]
    B --> C["Adjustment Print"]
    C --> D["Adjustment"]
    D --> E["Selection Item"]
    E --> F["Sensor Adjustment ↑"]
    F --> G["Setup ↑"]
    G --> H["Test Print"]
    style A fill:#f9f,stroke:#333
    style H fill:#f9f,stroke:#333

graph TD
    A["Adjustment Print"] --> B["Adjustment"]
    B --> C["End"]
    C --> D["Adjustment Print"]
    C --> E["Adjustment"]
    E --> F["Selection Item"]
    G["Paper feed direction"] --> H

Cut Adjusting BM 1. Open Top Cover, set Paper to be adjusted, and close Cover. 2. Sensor adjustment starts after cover is closed. 3. When paper feed stops, open Top Cover, set Paper, and close Cover.

Cut Adjusting Label 1.Open Top Cover, set Paper to be adjusted, and close Cover. 2.Sensor adjustment starts after cover is closed. 3.When paper feed stops, open Top Cover, set Paper, and close Cover.

Label Adjust End Minimum 0.051v Maximum 1.068v Level 4 Paper feed direction

Adjusting PNE 1. Open Top Cover, remove Paper, and close Cover. 2. After one second or more, open Top Cover, set Paper to be adjusted, and close cover. 3. After one second or more, open Top cover, set Paper, and close cover.

PNE Adjust End Minimum 0.444v Maximum 2.988v Level 11 Paper feed direction

Out Adjusting PE 1.Open Top Cover, remove Paper, and close Cover. 2.After one second or more, open Top Cover, set Paper to be adjusted. and close cover. 3.After one second or more, open Top cover, set Paper, and close cover.

PE Adjust End Minimum 0.123v Maximum 3.120v Level 21 Paper feed direction

graph TD
    A["Test Print"] --> B["End Sample Print"]
    B --> C["Data Analysis"]
    C --> D["Cleaning"]
    D --> E["Sensor Adjustment"]
    E --> F["Setup"]
    F --> G["Test Print Selection Item"]
    G --> H["Special Mode"]
    H --> I["Usage"]
    I --> J["Item Selection"]
    J --> K["Please push the feed switch short."]
    J --> L["Item Decision"]
    L --> M["Please push the feed switch long."]
    N["Paper feed direction"] --> A

graph TD
    A["Data Analysis ↑"] --> B["Cleaning ↑"]
    B --> C["Sensor Adjustment ↑"]
    C --> D["Setup ↑"]
    D --> E["Test Print"]
    E --> F["End Sample Print"]
    E --> G["Data Analysis Cleaning"]
    E --> H["Sensor Adjustment Setup"]
    E --> I["Test Print Selection Item"]
    style E fill:#f9f,stroke:#333
    note right of E Paper feed direction

graph TD
    A["Hex Dump"] --> B["End"]
    B --> C["Command Trace"]
    C --> D["Hex Dump"]
    D --> E["Selection Item"]
    E --> F["Data Analysis"]
    G["Paper feed direction"] --> H["Downward arrow"]

1. Mode HEX DUMP (vidage hexadécimal)

COMMAND TRACE <1B40:Initialize printer (ESC @)> <1B4002:Set ANK font C (ESC M n)> <107400:Set character code table (ESC t n)> <10A200:Disable reverse printing (GS B n)> <1B6102:Set justification RIGHT (ESC a n)

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Sample Print ↑"] --> B["Data Analysis ↑"]
    B --> C["Cleaning ↑"]
    C --> D["Sensor Adjustment ↑"]
    D --> E["Setup ↑"]
    E --> F["Test Print"]
    F --> G["End Sample Print"]
    G --> H["Data Analysis Cleaning"]
    H --> I["Sensor Adjustment Setup"]
    I --> J["Test Print Selection Item"]
    style F fill:#f9f,stroke:#333
    note right of F Paper feed direction

Please push Feed SW Short : Next pattern Long : Same pattern Paper feed direction CUT

name	Pizza
Ingredient	Wheat, Yeast, Olives, Olive gif, Tomato, Mczzarella cheese, Basil Oregano, Onions, Capers, Sausage, Chile Peppers, Mushrooms Anchovies
Expiration	XX-XX-20xx
Manufacturer	OKI Food Ltd.

Modèle « LABEL3 »

Ex Factory date : 20XX. XX. XX Delivery Date : 20XX. XX. XX 02 -> 03 -> 05 J72 Ship to OKI Address Japan Qty. 1/1 Type name LD670 Printer No. KA90909-DXXX Order No. C9999 Shipment No. AB1234 shipping advise No. F99996

Modèle « LABEL4 »

OKI OKI Solution Forum ● Thermal Printer System Solution ● WebPOS System Solution Date : Xth, July, 9:00am Place: OKI Arena Organizer : OK! For any queries : Sales Division No. 001234 Ticket

Modèle « LABEL5 »

***** BarCode ***** UPC-A 4 9 3 3 5 2 4 1 0 0 0 7 UPC-E 9 3 3 5 2 1 EANB (JAN8) 4 9 3 3 5 2 4 8 4 9 3 3 5 2 4 8 EAN13 (JAN13) Codabar (Nw-7) a 1 2 3 4 5 a ITF 1 2 3 4 5 6 7 B 9 O Code39 * A B 1 2 3 4 5 * * A B 1 2 3 4 5 * Code93 Code128 1 2 3 4 5 6 7 8 9 O 1 2 3 4 5 6 7 8 9 O ***** GS1-DataBar (RSS) ***** RSS-14 0101234567890128 RSS-14 Truncated 0101234567890128 RSS-14 Stacked

Simple downward-pointing arrow shape with no text or symbols

Simple downward-pointing arrow shape with no text or symbols

RSS-14 Stacked Omni-directional RSS-14 Limited 0101234567890128 RSS-14 Expanded 01234567890123445678901234567890 RSS-14 Expanded Stacked ***** Two-dimensional Code ***** ORcode PDF417 DataMatrix Maxi Code

Hand placing a plastic bag onto a white plastic container with black contents (no text or symbols visible)

Close-up of a hand pressing down on a mechanical component with a white paper clip (no visible text or symbols)

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Cleaning ↑"] --> B["Sensor Adjustment ↑"]
    B --> C["Setup ↑"]
    C --> D["Test Print"]
    D --> E["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    E --> F["Special Mode"]
    F --> G["Usage"]
    G --> H["Item Selection Please push the feed switch short. Item Decision Please push the feed switch long."]
    H --> I["Paper feed direction ↓"]

Cut Cleaning Platen 1.Open Top Cover, and remove Paper. 2.Push FEED switch to move Platen to the cleaning position, and clean it. 3.Set Paper, and close Cover after cleaning.

Close-up of a hand inserting a white plastic bag into an open electronic device casing (no text or symbols visible)

Tête thermique

Two screwdriver tools laid out on a dark surface, one with a blue handle and the other with a white handle (no text or symbols visible)

806 Framing 12/07 AlcoPad® Post-Standard and Electronic Condition Designer CleanTex

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Cleaning ↑"] --> B["Sensor Adjustment ↑"]
    B --> C["Setup ↑"]
    C --> D["Test Print"]
    D --> E["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    E --> F["Special Mode"]
    F --> G["Usage"]
    G --> H["Item Selection Please push the feed switch short. Item Decision Please push the feed switch long."]

Out Cleaning Cutter 1.Open Top Cover, and remove Paper. 2.Push FEED switch to move Cutter to the cleaning position, and clean it. 3.Set Paper, and close Cover after cleaning.

4 3 2 1 ON (ALLUMÉ)

Pure electrical connector pinout diagram without any text or symbols

Côté de connexion

Line drawing of a rectangular electronic device with lid and ventilation slots (no text or symbols)

Simple line drawing of a rectangular room with a door, window, and circular elements (no text or symbols)

145 207

Guide-papier ouvert

Line drawing of a portable electronic device with ventilation slots and control panel (no text or symbols)

Guide-papier

Simple line drawing of a device with a base, top, and bottom components (no text or symbols)

Line drawing of a door handle with a hatched panel and control buttons (no text or symbols)

Technical line drawing of a cylindrical mechanical component with mounting holes and internal brackets (no text or symbols)

Technical line drawing of a mechanical component with multiple slots and a central hub (no text or symbols)

Line drawing of a portable electronic device with a lid and base (no text or symbols)

Technical line drawing of a mechanical device with internal components and mounting bracket (no text or symbols)

Technical diagram showing mechanical assembly before and after division, with no visible text or symbols

Technical line drawing of a mechanical device with internal components and an upward arrow indicating motion (no text or symbols present)

Technical line drawing of a mechanical device with internal components and an upward arrow indicating motion (no text or symbols)

Diagram showing various geometric shapes including circles, rectangles, and crosses with corresponding symbols

Two abstract circular diagrams with curved lines and a circle, one marked with an 'X' and the other with a circle (no text or symbols)

Technical line drawing of a mechanical device with no visible text or symbols

Oki Systems (UK) Ltd

Blays House

Wick Road

Egham

Surrey

TW20 0HJ

Tel: [phone]

Fax: [phone]

http://www.oki.co.uk

Oki Systems Ireland Limited

The Square Industrial Complex Tallaght

Dublin 24

Tel: [phone]

Fax: [phone]

http://www.oki.ie

Oki Systems Ireland Limited - Northern Ireland

19 Ferndale Avenue

Glengormley

BT36 5AL

Northern Ireland

Tel: [phone]

Fax: [phone]

http://www.oki.ie

Technical Support for all Ireland:

Tel: [phone]

Fax: [phone]

E-mail: [e-mail]

OKI Systems (Czech and Slovak), s.r.o.

Futurama Business Park - Sokolovská 651/136A

186 00 Praha 8

Czech Republic

Tel: [phone]

Fax:[phone]

Website: www.oki.cz, www.oki.sk

Albania, Bosnia, Bulgaria, Croatia,

Cyprus, Estonia, Greece, Israel,

Latvia, Lithuania, Macedonia,

Romania, Serbia, Slovenia

CEE Export Group: OKI Systems (Poland) Ltd

ul. Domaniewska 42

02-672 Warsaw

Poland

Tel: [phone]

Fax: [phone]

E-mail: [e-mail]

Platinum Business Park II, 3rd Floor

ul. Domaniewska 42

02-672 Warsaw

Poland

Tel: [phone]

Fax: [phone]

Website: www.oki.com.pl

E-mail: [e-mail]

Hotline: [phone]

E-mail: [e-mail]

OKI Systems Rus, LLC (Russia)

Sector B, 3rd Floor, Svyatogor-4

Business Center10/4, Letnikovskaya

str.115114, Moscow

Tel: [phone]

Fax: [phone]

e-mail: [e-mail]

Website: www.oki.ru

Technical support:

Tel: [phone]

e-mail: [e-mail]

Raisy Opkinoy Street,8

Building B, 2 ^nd Floor,

Kiev 02002

Ukraine

Tel: [phone]

e-mail: [e-mail]

Website: www.oki.ua

Oki Systems (Belgium)

Medialaan 24

1800 Vilvoorde

Helpdesk: 02-2574620

Fax: [phone]

Website: www.oki.be

OKI Systems (Danmark) a·s

Herstedøstervej 27

2620 Albertslund

Danmark

Oki Systems (Norway) AS

Tevlingveien 23

N-1081 Oslo

Tel: [phone]

Telefax: [phone]

Website: www.oki.no

Var vänlig kontakta din

Oki Systems (Sweden) AB

Borgafjordsgatan 7

Box 1193

164 26 Kista

Tel. [phone]

e-mail: [e-mail]

Website: www.oki.se

2000 Bishops Gate Blvd.

http://WWW.OKIPRINTINGSOLUTIONS.COM

http://my.okidata.com

Oki Data Americas Inc.(Canada • Canadá)

4140B Sladeview Crescent Unit 7 & 8

Mississauga, Ontario

Canada L5L 6A1

Tél: [phone]

Téléc: 1-905-608-5040

http://WWW.OKIPRINTINGSOLUTIONS.COM

Oki Data Americas Inc.(América Latina (OTRO))

2000 Bishops Gate Blvd.

HTTP://www.okiprintingsolutions.com

Argentina/ Chile/ Paraguay/ Perú/ Uruguay

Oki Data Americas, Inc.

Sucursal Argentina

Ugarte 3610 Piso 4°(1605) Olivos

Buenos Aires, Argentina

TEL: [phone]

Fax: [phone]

Colombia/ Ecuador/ Venezuela/ Centroamérica y Caribe Oki Data Americas, Inc.

Sucursal Colombia

1168/81-82 Lumpini Tower,

27th Floor Rama IV Road

Tungmahamek, Sathorn

Bangkok 10120

Tel: [phone]

Fax: [phone]

http://www.okisysthai.com

Oki Data(Australia) Pty Ltd.

Level1 67 Epping Road, Macquare Park

NSW 2113, Australia

Tel: [phone]

(Support Tel: [phone])

Fax: [phone]

http://www.oki.com.au

OKI Data New Zealand

8 Antares Place Rosedale,

Auckland, 0632 New Zealand

Tel: [phone]

Fax: [phone]

http://www.oki.co.nz/

Oki Data(S) P Ltd. Malaysia Rep Office

Suite 21.03, 21st Floor Menara IGB, Mid Valley City,

Lingkaran Syed Pura 59200,

Kuala Lumpur, Malaysia

Tel: [phone]

Fax: [phone]

Manuale d'uso

PREFAZIONE

© 2011 Oki Data Corporation

OKI Data Corporation,

4-11-22 Shibaura, Minato-ku,

Tokyo 108-8551,

Giappone

www.oki.com/printing OKI

Pure geometric diagram with concentric circles and a diagonal line, no text or symbols present

MANUALE

DRIVER STAMPANTE

UTILITY

Simple geometric diamond shape with no text or symbols

Simple geometric diamond shape outline with no text or symbols

Technical line drawing of a mechanical device with a coiled cable and housing (no text or symbols)

Trasformatore CA

Diagram of a mechanical device with an upward arrow and internal components (no text or symbols)

Technical line drawing of two open mechanical components with a circular inset showing a circle (no text or symbols)

Technical line drawing of a printer or scanner device with an open lid and arrow indicating direction (no text or symbols present)

Technical line drawing of an open industrial machine with a cross symbol indicating failure or invalid (no text or labels present)

Line drawing of a mechanical device with open lid and internal components, no text or symbols present

Diagram showing various circular and rectangular shapes with symbols including circles, rectangles, and crosses, likely representing geometric or symbolic representations.

Two abstract circular patterns with a circle and an 'X' symbol, no text or labels present.

Hand inserting a printer into a paper airplane into a green background (no text or symbols visible)

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LD670 Raster Properties General Sharing Parts Advanced Custom Paper Paper(E): Index(D) Same(S) Transfer to Printer(E) Create a New Paper(C) Paper Name(N): Label Paper Type(Y): Label [S1] Paper Width 83.0 ±25.4 - 83.0 mm [S2] Label Width 79.0 ±21.4 - 79.0 mm [S3] Paper Height 101.5 ±15.0 - 101.8 mm [S4] Between Labels 10.0 ±3.0 - 10.0 mm [S5] Cut Position 0.0 ±5.0 - 5.0 mm Margin [Left: 3.0 mm [Right: 3.0 mm [Top: 1.5 mm [Bottom: 1.5 mm Unit: 0.1mm(H) ○ 0.0inch(J)) OK Cancel Apply Help

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LD670 Raster Properties General Sharing Ports Advanced Custom Paper Paper(F) Black Mark Delete(D) Save(S) Create a New Paper(C) Transfer to Printer(P) Paper Name(N): Black Mark Paper Type(Y) Black Mark [51] Paper Width: 50.0 ± [25.4 - 63.0] mm [52] Label Width: 50.0 ± [25.4 - 63.0] mm [53] Paper Height: 102.0 ± [15.0 - 300.0] mm [54] BM Length: 5.0 ± [5.0 - 5.5] mm [55] Cut Positions: 0.0 ± [0.0 - 102.0] mm Margin: [Left]: 3.0 ± mm [Top: 1.5 ± mm] [Right]: 3.0 ± mm [Bottom: 1.5 ± mm] Unit 0.1mm(R) ○ 0.01inch(1) OK Cancel Apply Help

<>

Hand inserting a printer into a paper airplane into a green background (no text or symbols visible)

<>

LBL32 File(F) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others [S1]Paper Width 70.0 25.4-70.0,80.0,83.0mm AutomaticShet the paper layout Paper Deletion Layout manual setting Paper Type Label [S2] Label Width 79.0 [21.4-66.0]mm [S3]Paper Height 101.5 [15.0-181.5]mm [S4]Between Labels 10.0 [3.0-10.0]mm [S5]Cut Position 0.0 [-5.0-5.0]mm Margin L:Left Margin 3.0 mm [T]Top Margin 1.5 mm [R]Right Margin 3.0 mm [B]Bottom Margin 1.5 mm Base Adjustment: 0.0 mm TearOff Adjustment: 0.0 mm Set Base/TearOff Unit 0.1mm 0.01inch Operation Guide Setting(O) List Printing(P) Exit(X)

<>

LBL32 File(E) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others [S1]Paper Width 70.0 [25.4-70.0,80.0,83.0]mm Layout Auto Set ✓ Automatically set the paper layout Paper Detection Auto Layout manual setting Paper Type Normal [S2]Label Width 70.0 [25.4-83.0]mm [S3]Paper Height 267.0 [15.0-2039.9]mm [S4]Between Labels 0.0 [0.0-0.0]mm [S5]Out Position 0.0 mm Margin [L]Left Margin 0.0 mm [T]Top Margin 0.0 mm [R]Right Margin 3.0 mm [B]Bottom Margin 0.0 mm Base Adjustment: 0.0 mm TearOff Adjustment: 0.0 mm Set Base/TearOff Unit ● 0.1mm ○ 0.01inch Operation Guide Setting○ List Printing(○) Exit(X)

<>

L3 L4 L5 Paper feed direction L2 Base Position L7 Print Area L1 L6

L4 L3 L5 L2 L1 L6 L7 Print Area Paper feed direction Base Position

L6 L7 Print Area Paper feed direction

Close-up of a white plastic panel with black insulation and a black clip inserted, against a green background (no text or symbols visible)

Close-up of hands installing or adjusting a device into a white plastic container (no text or symbols visible)

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

LD670 Ver*.* 123456 <> Paper Detection Auto Paper Width 70mm Base Adjustment 0.0mm TearOff Adjustment 0.0mm Layout Er Processe Layout continue Layout Er Recovery Command/CoverClose Feed at Power On Enable Mark Feed with Cut Disable Sensor Auto Adjust Enable <> Power On Status Enable Receive Buffer 4K Byte Busy Condition Bufferfull

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

Paper feed direction

Setup End Default Set Setup Print Setup Selection Item Setup Paper feed direction

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

graph TD
    A["Print Density ↑"] --> B["Print Color ↑"]
    B --> C["NV Graphics Memory ↑"]
    C --> D["User NV Memory"]
    D --> E["Return to Top Menu"]
    E --> F["Return to Up"]
    F --> G["Low Power"]
    G --> H["Max Speed"]
    H --> I["BK Density"]
    I --> J["Print Density"]
    J --> K["Print Color"]
    K --> L["NV Graphics Memory"]
    L --> M["User NV Memory"]
    M --> N["Selection Item"]

Return to Up Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item 100% Paper feed direction

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

Max Speed ↑ BK Density ↑ Print Density ↑ Print Color ↑ NV Graphics Memory ↑ User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item

5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Max Speed Paper feed direction

9th (High Speed) ↑ 8th ↑ 7th ↑ 6th ↑ 5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Paper feed direction

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item 9th (High Speed) Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    M --> N["Item Decision"]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

Mono 2 Color Mono Selection Item Print Color Paper feed direction

2 Color ↑ Mono 2 Color Mono Selection Item Paper feed direction

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item 2 Color Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu Others"]
    B --> C["Serial Condition"]
    C --> D["Customize Value"]
    D --> E["Memory Switch"]
    E --> F["Paper Setting"]
    F --> G["Selection Item"]
    G --> H["Return to Up"]
    I["Paper feed direction"] --> A

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

graph TD
    A["Paper Detection"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    D --> E["Mark Feed with Cut"]
    E --> F["Feed at Power On"]
    F --> G["Layout Er Recovery"]
    G --> H["Layout Er Process"]
    H --> I["TearOff Adjustment"]
    I --> J["Base Adjustment"]
    J --> K["Paper Width"]
    K --> L["Paper Detection"]
    L --> M["Selection Item"]
    M --> N["Paper Setting"]

graph TD
    A["Feed at Power On ↑"] --> B["Layout Er Recovery ↑"]
    B --> C["Layout Er Process ↑"]
    C --> D["TearOff Adjustment ↑"]
    D --> E["Base Adjustment ↑"]
    E --> F["Paper Width ↑"]
    F --> G["Paper Detection"]
    G --> H["Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item"]
    H --> I["Paper feed direction ↓"]

graph TD
    A["Disable ↑"] --> B["Enable"]
    B --> C["Disable Enable Selection Item"]
    C --> D["Feed at Power On"]
    E["Paper feed direction"] --> F["-->"]

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item Disable Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu\nOthers"]
    A --> C["Serial Condition"]
    A --> D["Customize Value"]
    A --> E["Memory Switch"]
    A --> F["Paper Setting"]
    A --> G["Selection Item"]
    H["Return to Up"] --> I["Paper feed direction"]

graph TD
    A["End"] --> B["Default Set"]
    B --> C["Setup Print"]
    C --> D["Setup"]
    D --> E["End"]
    style D fill:#f9f,stroke:#333
    note right of E "Selection Item"
    note right of F "Paper feed direction"

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long. Paper feed direction

Setup End Default Set Setup Print Setup Selection Item Setup Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others Paper feed direction

Return to Up Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Disable

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    style B fill:#f9f,stroke:#333
    note right of B Paper feed direction

Setup End Default Set Setup Print Setup Selection Item Setup Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Return to Up"]
    B --> C["Sensor Auto Adjust"]
    C --> D["Mark Feed with Cut"]
    D --> E["Feed at Power On"]
    E --> F["Layout Er Recovery"]
    F --> G["Layout Er Process"]
    G --> H["TearOff Adjustment"]
    H --> I["Base Adjustment"]
    I --> J["Paper Width"]
    J --> K["Paper Detection"]
    K --> L["Selection Item"]
    M["Paper Setting"] --> N["Paper feed direction"]

graph TD
    A["Paper Width ↑"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    D --> E["Mark Feed with Cut"]
    E --> F["Feed at Power On"]
    F --> G["Layout Er Recovery"]
    G --> H["Layout Er Process"]
    H --> I["TearOff Adjustment"]
    I --> J["Base Adjustment"]
    J --> K["Paper Width"]
    K --> L["Paper Detection"]
    L --> M["Selection Item"]

80mm ↑ 70mm 83mm 80mm 70mm 6Xmm 5Xmm 4Xmm 3Xmm 2Xmm Selection Item Paper Width Paper feed direction

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item 80mm Paper feed direction

Setup End Default Set Setup Print Setup Selection Item Return to Top Menu Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others Paper feed direction

Batch (OTHER IF) ↑ Batch (COM IF) ↑ Font-B ↑ PNE Detect ↑ Process ID ↑ Error ↑ Serial Number ↑ USB ↑ ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others

Paper feed direction

graph TD
    A["Disable"] --> B["Enable"]
    B --> C["Selection Item"]
    C --> D["Batch (OTHER IF)"]
    style A fill:#f9f,stroke:#333
    style D fill:#ccf,stroke:#333
    note right of D Paper feed direction

graph TD
    A["Enable ↑"] --> B["Disable"]
    B --> C["Disable Enable Selection Item"]
    C --> D["Batch (OTHER IF)"]
    E["Paper feed direction ↓"] --> F["End"]

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Adjustment"] --> B["End"]
    B --> C["Adjustment Print"]
    C --> D["Adjustment"]
    D --> E["Selection Item"]
    E --> F["Sensor Adjustment ↑"]
    F --> G["Setup ↑"]
    G --> H["Test Print"]
    style A fill:#f9f,stroke:#333
    style H fill:#f9f,stroke:#333

graph TD
    A["Adjustment Print"] --> B["End Adjustment Print Adjustment"]
    B --> C["Selection Item"]
    D["Paper feed direction"] --> E["Downward arrow"]

Out Adjusting BM 1. Open Top Cover, set Paper to be adjusted, and close Cover. 2. Sensor adjustment starts after cover is closed. 3. When paper feed stops, open Top Cover, set Paper, and close Cover.

Out Adjusting Label 1.Open Top Cover, set Paper to be adjusted, and close Cover. 2.Sensor adjustment starts after cover is closed. 3.When paper feed stops, open Top Cover, set Paper, and close Cover.

Label Adjust End Minimum 0.051v Maximum 1.088v Level 4 Paper feed direction

Adjusting PNE 1. Open Top Cover, remove Paper, and close Cover. 2. After one second or more, open Top Cover, set Paper to be adjusted, and close cover. 3. After one second or more, open Top cover, set Paper, and close cover.

PNE Adjust End Minimum 0.444v Maximum 2.988v Level 11 Paper feed direction

Adjusting PE 1. Open Top Cover, remove Paper, and close Cover. 2. After one second or more, open Top Cover, set Paper to be adjusted. and close cover. 3. After one second or more, open Top cover, set Paper, and close cover.

PE Adjust End Minimum 0.123v Maximum 3.120v Level 21 Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]

graph TD
    A["Data Analysis ↑"] --> B["Cleaning ↑"]
    B --> C["Sensor Adjustment ↑"]
    C --> D["Setup ↑"]
    D --> E["Test Print"]
    E --> F["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    style E fill:#f9f,stroke:#333

graph TD
    A["Hex Dump"] --> B["End"]
    B --> C["Command Trace"]
    C --> D["Hex Dump"]
    D --> E["Selection Item"]
    E --> F["Data Analysis"]
    G["Paper feed direction"] --> H

1. Modo HEX DUMP

COMMAND TRACE <1040:Initialize printer (ESC @)> <184002:Set ANK font C (ESC M n)> <187480:Set character code table (ESC t n)> <104200:Disable reverse printing (68 B n)> <186102:Set justification RIGHT (ESC a n)

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]

graph TD
    A["Sample Print ↑"] --> B["Data Analysis ↑"]
    B --> C["Cleaning ↑"]
    C --> D["Sensor Adjustment ↑"]
    D --> E["Setup ↑"]
    E --> F["Test Print"]
    F --> G["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    G --> H["Paper feed direction ↓"]

Please push Feed SW Short : Next pattern Long : Same pattern Paper feed direction CUT

name	Pizza
Ingredient	Wheat, Yeast, Olives, Olive oil, Tonato, Mozzarella cheese, Basil Oregano, Onions, Capers, Sausage, Chile Peppers, Mushrooms Anchovies
Expiration	XX-XX-20xx
Manufacturer	OKI Food Ltd.

Motivo "LABEL3"

Ex Factory date : 20XX, XX, XX Delivery Date : 20XX, XX, XX 02 -> 03 -> 05 J72 Ship to 0K1 Address Japan Qty. 1/1 Type name LD670 Printer No. KA90909-DXXX Order No. C9999 Shipment No. AB1234 shipping advise No.F99996

Motivo "LABEL4"

OKI OKI Solution Forum ● Thermal Printer System Solution ● WebPOS System Solution Date : Xth, July, 9:00am Place: OKI Arena Organizer : OKI For any queries : Sales Division No. 001234 Ticket -

Motivo "LABEL5"

Hand inserting a plastic into a white plastic container with black internal components (no text or symbols visible)

Close-up of a hand pressing down on a mechanical component with a white plastic clip (no visible text or symbols)

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

Paper feed direction

graph TD
    A["Cleaning ↑"] --> B["Sensor Adjustment ↑"]
    B --> C["Setup ↑"]
    C --> D["Test Print"]
    D --> E["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    E --> F["Special Mode"]
    F --> G["Usage"]
    G --> H["Item Selection Please push the feed switch short. Item Decision Please push the feed switch long."]

Cut Cleaning Platen 1.Open Top Cover, and remove Paper. 2.Push FEED switch to move Platen to the cleaning position, and clean it. 3.Set Paper, and close Cover after cleaning.

Close-up of a hand inserting a white paper into a device casing, with no visible text or symbols.

Testina termica

Two laboratory tools on a dark surface: a metal screwdriver and a digital thermometer (no visible text or symbols)

806 AlcoPad® Print Broadcast and Ethernet Consensus Cleaner CleanTex

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

Paper feed direction

graph TD
    A["Cleaning ↑"] --> B["Sensor Adjustment ↑"]
    B --> C["Setup ↑"]
    C --> D["Test Print"]
    D --> E["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    E --> F["Special Mode"]
    F --> G["Usage"]
    G --> H["Item Selection Please push the feed switch short. Item Decision Please push the feed switch long."]

Out Cleaning Cutter 1.Open Top Cover, and remove Paper. 2.Push FEED switch to move Outer to the cleaning position, and clean it. 3.Set Paper, and close Cover after cleaning.

4 3 2 1 ↑ ON

Pure electrical circuit lines without any symbols

Line drawing of a rectangular electronic device with lid and ventilation slots (no text or symbols)

Pure technical line drawing of a door or cabinet with no text, numbers, or symbols

145 207

Line drawing of a portable electronic device with ventilation slots and control buttons (no text or symbols)

Technical line drawing of a mechanical component with dimension标注 (no text or symbols)

Guida per la carta

Line drawing of a door handle with a hatched panel and buttons (no text or symbols)

Technical line drawing of a cylindrical mechanical component with mounting holes and internal brackets (no text or symbols)

Technical line drawing of a mechanical component with multiple slots and a central hub (no text or symbols)

Technical line drawing of a mechanical device with internal components and mounting bracket (no text or symbols)

Technical diagram showing internal mechanical assembly before and after assembly (no text or labels)

Technical line drawing of a mechanical device with internal components and an upward arrow indicating motion (no text or symbols present)

Technical line drawing of a mechanical device with internal components and an arrow indicating motion (no text or symbols)

Diagram showing various geometric shapes including circles, rectangles, and crosses with corresponding symbols below each.

Two abstract circular patterns with a circle and an 'X' symbol, no text or labels present.

Technical line drawing of a mechanical device with no visible text or symbols

Oki Systems (UK) Ltd

Blays House

Wick Road

Egham

Surrey

TW20 0HJ

Tel: [phone]

Fax: [phone]

http://www.oki.co.uk

Oki Systems Ireland Limited

The Square Industrial Complex Tallaght

Dublin 24

Tel: [phone]

Fax: [phone]

http://www.oki.ie

Oki Systems Ireland Limited - Northern Ireland

19 Ferndale Avenue

Glengormley

BT36 5AL

Northern Ireland

Tel: [phone]

Fax: [phone]

http://www.oki.ie

Technical Support for all Ireland:

Tel: [phone]

Fax: [phone]

E-mail: [e-mail]

OKI Systems (Czech and Slovak), s.r.o.

Futurama Business Park -

Sokolovská 651/136A

186 00 Praha 8

Czech Republic

Tel: [phone]

Fax:[phone]

Website: www.oki.cz, www.oki.sk

Albania, Bosnia, Bulgaria, Croatia,

Cyprus, Estonia, Greece, Israel,

Latvia, Lithuania, Macedonia,

Romania, Serbia, Slovenia

CEE Export Group: OKI Systems (Poland) Ltd

ul. Domaniewska 42

02-672 Warsaw

Poland

Tel: [phone]

Fax: [phone]

E-mail: [e-mail]

Platinum Business Park II, 3rd Floor

ul. Domaniewska 42

02-672 Warsaw

Poland

Tel: [phone]

Fax: [phone]

Website: www.oki.com.pl

E-mail: [e-mail]

Hotline: [phone]

E-mail: [e-mail]

OKI Systems Rus, LLC (Russia)

Sector B, 3rd Floor, Svyatogor-4

Business Center10/4, Letnikovskaya

str.115114, Moscow

Tel: [phone]

Fax: [phone]

e-mail: [e-mail]

Website: www.oki.ru

Technical support:

Tel: [phone]

e-mail: [e-mail]

Raisy Opkinoy Street,8

Building B, 2 ^nd Floor,

Kiev 02002

Ukraine

Tel: [phone]

e-mail: [e-mail]

Website: www.oki.ua

Oki Systems (Belgium)

Medialaan 24

1800 Vilvoorde

Helpdesk: 02-2574620

Fax: [phone]

Website: www.oki.be

OKI Systems (Danmark) a·s

Herstedøstervej 27

2620 Albertslund

Danmark

Oki Systems (Norway) AS

Tevlingveien 23

N-1081 Oslo

Tel: [phone]

Telefax: [phone]

Website: www.oki.no

Var vänlig kontakta din

Oki Systems (Sweden) AB

Borgafjordsgatan 7

Box 1193

164 26 Kista

Tel. [phone]

e-mail: [e-mail]

Website: www.oki.se

2000 Bishops Gate Blvd.

http://WWW.OKIPRINTINGSOLUTIONS.COM

http://my.okidata.com

Oki Data Americas Inc.(Canada • Canadá)

4140B Sladeview Crescent Unit 7 & 8

Mississauga, Ontario

Canada L5L 6A1

Tél: [phone]

Téléc: 1-905-608-5040

http://WWW.OKIPRINTINGSOLUTIONS.COM

Oki Data Americas Inc.(América Latina (OTRO))

2000 Bishops Gate Blvd.

HTTP://www.okiprintingsolutions.com

Argentina/ Chile/ Paraguay/ Perú/ Uruguay

Oki Data Americas, Inc.

Sucursal Argentina

Ugarte 3610 Piso 4°(1605) Olivos

Buenos Aires, Argentina

TEL: [phone]

Fax: [phone]

Colombia/ Ecuador/ Venezuela/ Centroamérica y Caribe Oki Data Americas, Inc.

Sucursal Colombia

1168/81-82 Lumpini Tower,

27th Floor Rama IV Road

Tungmahamek, Sathorn

Bangkok 10120

Tel: [phone]

Fax: [phone]

http://www.okisysthai.com

Oki Data(Australia) Pty Ltd.

Level1 67 Epping Road, Macquare Park

NSW 2113, Australia

Tel: [phone]

(Support Tel: [phone])

Fax: [phone]

http://www.oki.com.au

OKI Data New Zealand

8 Antares Place Rosedale,

Auckland, 0632 New Zealand

Tel: [phone]

Fax: [phone]

http://www.oki.co.nz/

Oki Data(S) P Ltd. Malaysia Rep Office

Suite 21.03, 21st Floor Menara IGB, Mid Valley City,

Lingkaran Syed Pura 59200,

Kuala Lumpur, Malaysia

Tel: [phone]

Fax: [phone]

Benutzerhandbuch

VORWORT

© 2011 Oki Data Corporation

OKI Data Corporation,

4-11-22 Shibaura, Minato-ku,

Tokyo 108-8551,

Japan

www.oki.com/printing OKI

Simple geometric diagram with concentric circles and a diagonal line inside a diamond shape (no text or symbols)

HANDBUCH

DRUCKERTREIBER

DIENSTPROGRAMM

Simple geometric diamond shape outline with no text or symbols

Simple geometric diamond shape with no text or symbols

Technical line drawing of a mechanical device with no visible text or symbols

Netzteil Netzkabel

2. Netzteil

2-1. Netzteil

Diagram of a vehicle interior with a person standing on top, showing engine and exhaust components (no text or symbols)

Close-up of a hand holding a black USB cable (no text or symbols visible)

Hand inserting a black cable into a white electronic device casing (no text or symbols visible)

Technical line drawing of two open battery compartments with internal mechanisms, one open and one closed, both showing a circular symbol (no text or labels)

Technical line drawing of a mechanical device with a lever and rotating arrow (no text or symbols)

Technical line drawing of a mechanical device with a tool inserted, showing internal components and a downward arrow indicating motion (no text or symbols present)

Technical line drawing of a mechanical device with an open lid and arrow indicating a component (no text or symbols present)

Line drawing of an open industrial machine with a cross symbol indicating cancellation (no text or labels present)

Line drawing of an open industrial machine with a paper roll and internal components (no text or symbols)

Diagram showing various geometric shapes including circles, rectangles, and crosses with corresponding symbols

Two abstract circular patterns with a circle and an 'X' symbol, no text or labels present.

Hand inserting a printer into a paper airplane into a green background (no text or symbols visible)

<< Verfahren>>

LD670 Raster Properties General Sharing Pairs Advanced Custom Paper Paper(E): Delete(D) Save(S) Transfer to Print(E) Create a New Paper(C): Paper Name(N): Label Paper Type(T): Label [S1] Paper Width: 83.0 ±25.4 - 83.0] mm [S2] Label Width: 79.0 ±21.4 - 79.0] mm [S3] Paper Height: 101.6 ±15.0 - 101.8] mm [S4] Between Labels: 10.0 ±3.0 - 10.0] mm [S5] Cut Position: 0.0 ±5.0 - 5.0] mm Margin: [Left]: 3.0 mm [Right]: 3.0 mm [Top]: 1.5 mm [Bottom]: 1.5 mm Unit: 0.1mm(H) ○ 0.01inch!! OK Cancel Apply Help

<< Verfahren>>

LD670 Raster Properties General Sharing Ports Advanced Custom Paper Paper(F) Black Mark Delete(D) Save(S) Transfer to Printer(P) Create a New Paper(C) Paper Name(N): Black Mark Paper Type(O): Black Mark [S1] Paper Width: 50.0 [25.4 - 83.0] mm [S2] Label Width: 10.0 [25.4 - 83.0] mm [S3] Paper Height: 102.0 [15.0 - 300.0] mm [S4] BM Length: 5.0 [5.0 - 5.5] mm [S5] Cut Position: 0.0 [0.0 - 102.0] mm Margin: [Left]: 3.0 mm [Top: 1.5 mm] [Right]: 3.0 mm [Bottom: 1.5 mm] Unit: 0.1mm(M) ○ 0.01inch(L) OK Cancel Apply Help

<< Verfahren>>

Hand inserting a printer into a white paper airplane on a green background (no text or symbols visible)

<< Verfahren>>

LBL32 File(F) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others [S1]Paper Width 70.0 25.4-70.0,80.0,83.0mm Set Layout Automatically set the paper layout Paper Deletion Auto Layout menu settings Paper Type Label [S2] Label Width 79.0 [21.4-56.0]mm [S3] Paper Height 101.6 [15.0,191.8]mm [S4] Between Labels 10.0 [3.0-10.0]mm [S5] Cut Position 0.0 [-5.0-5.0]mm Margin 3.0 mm [T] Top Margin 1.5 mm [L] Left Margin 3.0 mm [B] Bottom Margin 1.5 mm [R] Right Margin 3.0 mm Base Adjustment: 0.0 mm TearOff Adjustment: 0.0 mm Set Base/TearOff Unit 0.1mm 0.01inch Operation Guide Setting(S) List Printing(P) Exit(X)

<< Verfahren>>

LBL32 File(S) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others [S1]Paper Width 70.0 [25.4-70.0,80.0,83.0]mm Layout Auto Set ✓ Automatically set the paper layout Paper Detection Auto Layout manual setting Paper Type Normal [S2]Label Width 70.0 [25.4-83.0]mm [S3]Paper Height 297.0 [15.0-2039.9]mm [S4]Between Labels 0.0 [0.0-0.0]mm [S5]Cut Position 0.0 mm Margin [L]Left Margin 3.0 mm [T]Top Margin 0.0 mm [R]Right Margin 3.0 mm [B]Bottom Margin 0.0 mm Base Adjustment: 0.0 mm TrackOff Adjustment: 0.0 mm Set Base/TearOff Unit ● 0.1mm ○ 0.01inch Operation Guide Setting(②) List Printing(②) Exit(X)

<< Verfahren>>

L3 L4 L5 Paper feed direction L2 Base Position L7 Print Area L6 L1

L4 L3 L5 L2 L7 Print Area L6 L1 Paper feed direction Base Position

L7 Print Area L6 Paper feed direction

Close-up of a white plastic panel or holder with black insulation, no visible text or symbols

Close-up of hands installing or adjusting a device into a white plastic container (no visible text or symbols)

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

LD670 Ver*.* 123456 <> Paper Detection Auto Paper Width 70mm Base Adjustment 0.0mm TearOff Adjustment 0.0mm Layout Er Processe Layout continue Layout Er Recovery Command/CoverClose Feed at Power On Enable Mark Feed with Cut Disable Sensor Auto Adjust Enable <> Power On Status Enable Receive Buffer 4K Byte Busy Condition Bufferfull

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

Setup End Default Set Setup Print Setup Selection Item Setup Paper feed direction

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

graph TD
    A["Print Density ↑"] --> B["Print Color ↑"]
    B --> C["NV Graphics Memory ↑"]
    C --> D["User NV Memory"]
    D --> E["Return to Top Menu"]
    E --> F["Return to Up"]
    F --> G["Low Power"]
    G --> H["Max Speed"]
    H --> I["BK Density"]
    I --> J["Print Density"]
    J --> K["Print Color"]
    K --> L["NV Graphics Memory"]
    L --> M["User NV Memory"]
    M --> N["Selection Item"]

Return to Up Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item 100% Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

Max Speed ↑ BK Density ↑ Print Density ↑ Print Color ↑ NV Graphics Memory ↑ User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Paper feed direction

5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Max Speed Paper feed direction

9th (High Speed) ↑ 8th ↑ 7th ↑ 6th ↑ 5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Sensor Auto Adjust"]
    B --> C["Mark Feed with Cut"]
    C --> D["Feed at Power On"]
    D --> E["Layout Er Recovery"]
    E --> F["Layout Er Process"]
    F --> G["TearOff Adjustment"]
    G --> H["Base Adjustment"]
    H --> I["Paper Width"]
    I --> J["Paper Detection"]
    J --> K["Selection Item"]
    K --> L["9th (High Speed)"]
    M["Paper feed direction"] --> N

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

Paper feed direction

Setup End Default Set Setup Print Setup Selection Item Setup Paper feed direction

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

Mono 2 Color Mono Selection Item Print Color Paper feed direction

2 Color ↑ Mono 2 Color Mono Selection Item Paper feed direction

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item 2 Color Paper feed direction

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

Setup End Default Set Setup Print Setup Selection Item Setup Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Return to Up"]
    B --> C["Sensor Auto Adjust"]
    C --> D["Mark Feed with Cut"]
    D --> E["Feed at Power On"]
    E --> F["Layout Er Recovery"]
    F --> G["Layout Er Process"]
    G --> H["TearOff Adjustment"]
    H --> I["Base Adjustment"]
    I --> J["Paper Width"]
    J --> K["Paper Detection"]
    K --> L["Selection Item"]
    L --> M["Paper Setting"]
    N["Paper feed direction"] --> O["-->"]

graph TD
    A["Feed at Power On ↑"] --> B["Layout Er Recovery ↑"]
    B --> C["Layout Er Process ↑"]
    C --> D["TearOff Adjustment ↑"]
    D --> E["Base Adjustment ↑"]
    E --> F["Paper Width ↑"]
    F --> G["Paper Detection"]
    G --> H["Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item"]
    H --> I["Paper feed direction ↓"]

graph TD
    A["Enable"] --> B["Disable"]
    B --> C["Enable"]
    C --> D["Selection Item"]
    D --> E["Feed at Power On"]
    F["Paper feed direction"] --> G["End"]

graph TD
    A["Feed at Power On"] --> B["Selection Item"]
    C["Enable"] --> D["Disable"]
    E["Enable"] --> F["Disable"]
    G["Enable"] --> H["Disable"]
    I["Disable"] --> J["Paper feed direction"]

graph TD
    A["Return to Up"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    D --> E["Mark Feed with Cut"]
    E --> F["Feed at Power On"]
    F --> G["Layout Er Recovery"]
    G --> H["Layout Er Process"]
    H --> I["TearOff Adjustment"]
    I --> J["Base Adjustment"]
    J --> K["Paper Width"]
    K --> L["Paper Detection"]
    L --> M["Selection Item"]
    M --> N["Disable"]

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End\nSample Print\nData Analysis\nCleaning\nSensor Adjustment\nSetup\nTest Print\nSelection Item"]
    C --> D["Paper feed direction ↓"]

Setup End Default Set Setup Print Setup Selection Item Setup Paper feed direction

ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others Paper feed direction

Return to Up Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Disable Paper feed direction

graph TD
    A["End"] --> B["Default Set"]
    B --> C["Setup Print"]
    C --> D["Setup"]
    D --> E["End"]
    style D fill:#f9f,stroke:#333
    note right of E "Selection Item"
    note right of F "Paper feed direction"

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End\nSample Print\nData Analysis\nCleaning\nSensor Adjustment\nSetup\nTest Print\nSelection Item"]
    C --> D["Paper feed direction"]

Setup End Default Set Setup Print Setup Selection Item Setup Paper feed direction

graph TD
    A["Paper Detection"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    D --> E["Mark Feed with Cut"]
    E --> F["Feed at Power On"]
    F --> G["Layout Er Recovery"]
    G --> H["Layout Er Process"]
    H --> I["TearOff Adjustment"]
    I --> J["Base Adjustment"]
    J --> K["Paper Width"]
    K --> L["Paper Detection"]
    L --> M["Selection Item"]
    M --> N["Paper Setting"]

graph TD
    A["Paper Width ↑"] --> B["Return to Top Menu"]
    B --> C["Return to Up"]
    C --> D["Sensor Auto Adjust"]
    D --> E["Mark Feed with Cut"]
    E --> F["Feed at Power On"]
    F --> G["Layout Er Recovery"]
    G --> H["Layout Er Process"]
    H --> I["TearOff Adjustment"]
    I --> J["Base Adjustment"]
    J --> K["Paper Width"]
    K --> L["Paper Detection"]
    L --> M["Selection Item"]
    M --> N["Paper feed direction ↓"]

80mm ↑ 70mm 83mm 80mm 70mm 6Xmm 5Xmm 4Xmm 3Xmm 2Xmm Selection Item Paper Width Paper feed direction

Return to Up Return to Top Menu Return to Up Sensor Auto Adjust Mark Feed with Cut Feed at Power On Layout Er Recovery Layout Er Process TearOff Adjustment Base Adjustment Paper Width Paper Detection Selection Item 80mm Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu Others"]
    B --> C["Serial Condition"]
    C --> D["Customize Value"]
    D --> E["Memory Switch"]
    E --> F["Paper Setting"]
    F --> G["Selection Item"]
    G --> H["Return to Up"]
    I["Paper feed direction"] --> A

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

graph TD
    A["Setup"] --> B["Return to Top Menu"]
    B --> C["Paper Setting"]
    C --> D["Selection Item"]
    D --> E["Paper Setting"]
    E --> F["Customize Value"]
    F --> G["Custom Condition"]
    G --> H["Others"]
    H --> I["Others"]
    I --> J["Customize Value"]
    J --> K["Custom Condition"]
    K --> L["Custom Condition"]
    L --> M["Custom Condition"]
    M --> N["Custom Condition"]
    N --> O["Custom Condition"]
    O --> P["Custom Condition"]
    P --> Q["Custom Condition"]
    Q --> R["Custom Condition"]
    R --> S["Custom Condition"]
    S --> T["Custom Condition"]
    T --> U["Custom Condition"]
    U --> V["Custom Condition"]
    V --> W["Custom Condition"]
    W --> X["Custom Condition"]
    X --> Y["Custom Condition"]
    Y --> Z["Custom Condition"]
    Z --> AA["Custom Condition"]
    AA --> AB["Custom Condition"]
    AB --> AC["Custom Condition"]
    AC --> AD["Custom Condition"]
    AD --> AE["Custom Condition"]
    AE --> AF["Custom Condition"]
    AF --> AG["Custom Condition"]
    AG --> AH["Custom Condition"]
    AH --> AI["Custom Condition"]
    AI --> AJ["Custom Condition"]
    AJ --> AK["Custom Condition"]
    AK --> AL["Custom Condition"]
    AL --> AM["Custom Condition"]
    AM --> AN["Custom Condition"]
    AN --> AO["Custom Condition"]
    AO --> AP["Custom Condition"]
    AP --> AQ["Custom Condition"]
    AQ --> AR["Custom Condition"]
    AR --> AS["Custom Condition"]
    AS --> AT["Custom Condition"]
    AT --> AU["Custom Condition"]
    AU --> AV["Custom Condition"]
    AV --> AW["Custom Condition"]
    AW --> AX["Custom Condition"]
    AX --> AY["Custom Condition"]
    AY --> AZ["Custom Condition"]
    AZ --> BA["Custom Condition"]
    BA --> BB["Custom Condition"]
    BB --> BC["Custom Condition"]
    BC --> BD["Custom Condition"]
    BD --> BE["Custom Condition"]
    BE --> BF["Custom Condition"]
    BF --> BG["Custom Condition"]
    BG --> BH["Custom Condition"]
    BH --> BI["Custom Condition"]
    BI --> BJ["Custom Condition"]
    BJ --> BK["Custom Condition"]
    BK --> BL["Custom Condition"]
    BL --> BM["Custom Condition"]
    BM --> BN["Custom Condition"]
    BN --> BO["Custom Condition"]
    BO --> BP["Custom Condition"]
    BP --> BQ["Custom Condition"]
    BQ --> BR["Custom Condition"]
    BR --> BS["Custom Condition"]
    BS --> BT["Custom Condition"]
    BT --> BU["Custom Condition"]
    BU --> BV["Custom Condition"]
    BV --> BW["Custom Condition"]
    BW --> BX["Custom Condition"]
    BX --> BY["Custom Condition"]
    BY --> BZ["Paper Feed Direction"]

ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others Paper feed direction

Batch (OTHER IF) ↑ Batch (COM IF) ↑ Font-B ↑ PNE Detect ↑ Process ID ↑ Error ↑ Serial Number ↑ USB ↑ ACK Pulse Width Return to Top Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Others

Paper feed direction

graph TD
    A["Disable"] --> B["Enable"]
    B --> C["Selection Item"]
    C --> D["Batch (OTHER IF)"]
    style A fill:#f9f,stroke:#333
    style D fill:#bbf,stroke:#333
    note right of D Paper feed direction

graph TD
    A["Enable ↑"] --> B["Disable"]
    B --> C["Disable Enable Selection Item"]
    C --> D["Batch (OTHER IF)"]
    E["Paper feed direction"] --> F

Return to Up Return to Too Menu Return to Up Roll Paper Unit PE Roll Paper Unit Buzzer Batch (OTHER IF) Batch (COM IF) Font-B PNE Detect Process ID Error Serial Number USB ACK Pulse Width Selection Item Enable Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu Others"]
    B --> C["Serial Condition"]
    C --> D["Customize Value"]
    D --> E["Memory Switch"]
    E --> F["Paper Setting"]
    F --> G["Selection Item"]
    G --> H["Return to Up"]
    I["Paper feed direction"] --> A

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Test Print"] --> B["Setup ↑"]
    B --> C["Sensor Adjustment ↑"]
    C --> D["Selection Item"]
    D --> E["End Adjustment Print"]
    E --> F["Adjustment"]
    F --> G["Adjustment Adjustment"]
    G --> H["Adjustment Adjustment"]
    H --> I["Adjustment Adjustment"]
    I --> J["Adjustment Adjustment"]
    J --> K["Adjustment Adjustment"]
    K --> L["Adjustment Adjustment"]
    L --> M["Adjustment Adjustment"]
    M --> N["Adjustment Adjustment"]
    N --> O["Adjustment Adjustment"]
    O --> P["Adjustment Adjustment"]
    P --> Q["Adjustment Adjustment"]
    Q --> R["Adjustment Adjustment"]
    R --> S["Adjustment Adjustment"]
    S --> T["Adjustment Adjustment"]
    T --> U["Adjustment Adjustment"]
    U --> V["Adjustment Adjustment"]
    V --> W["Adjustment Adjustment"]
    W --> X["Adjustment Adjustment"]
    X --> Y["Adjustment Adjustment"]
    Y --> Z["Adjustment Adjustment"]
    Z --> AA["Adjustment Adjustment"]
    AA --> AB["Adjustment Adjustment"]
    AB --> AC["Adjustment Adjustment"]
    AC --> AD["Adjustment Adjustment"]
    AD --> AE["Adjustment Adjustment"]
    AE --> AF["Adjustment Adjustment"]
    AF --> AG["Adjustment Adjustment"]
    AG --> AH["Adjustment Adjustment"]
    AH --> AI["Adjustment Adjustment"]
    AI --> AJ["Adjustment Adjustment"]
    AJ --> AK["Adjustment Adjustment"]
    AK --> AL["Adjustment Adjustment"]
    AL --> AM["Adjustment Adjustment"]
    AM --> AN["Adjustment Adjustment"]
    AN --> AO["Adjustment Adjustment"]
    AO --> AP["Adjustment Adjustment"]
    AP --> AQ["Adjustment Adjustment"]
    AQ --> AR["Adjustment Adjustment"]
    AR --> AS["Adjustment Adjustment"]
    AS --> AT["Adjustment Adjustment"]
    AT --> AU["Adjustment Adjustment"]
    AU --> AV["Adjustment Adjustment"]
    AV --> AW["Adjustment Adjustment"]
    AW --> AX["Adjustment Adjustment"]
    AX --> AY["Adjustment Adjustment"]

graph TD
    A["Adjustment Print"] --> B["Adjustment"]
    B --> C["End Adjustment Print Adjustment Selection Item"]
    D["Pacer feed direction"] --> E

Out Adjusting BM 1. Open Top Cover, set Paper to be adjusted, and close Cover. 2. Sensor adjustment starts after cover is closed. 3. When paper feed stops, open Top Cover, set Paper, and close Cover.

Out Adjusting Label 1.Open Top Cover, set Paper to be adjusted, and close Cover. 2.Sensor adjustment starts after cover is closed. 3.When paper feed stops, open Top Cover, set Paper, and close Cover.

Label Adjust End Minimum 0.051v Maximum 1.088v Level 4 Paper feed direction

Out Adjusting PNE 1. Open Top Cover, remove Paper, and close Cover. 2. After one second or more, open Top Cover, set Paper to be adjusted, and close cover. 3. After one second or more, open Top cover, set Paper, and close cover.

PNE Adjust End Minimum 0.444v Maximum 2.988v Level 11 Paper feed direction

Adjusting PE 1. Open Top Cover, remove Paper, and close Cover. 2. After one second or more, open Top Cover, set Paper to be adjusted, and close cover. 3. After one second or more, open Top cover, set Paper, and close cover.

PE Adjust End Minimum 0.123v Maximum 3.120v Level 21 Paper feed direction

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L(Item Selection]
    L --> M["Please push the feed switch short."]
    L --> N(Item Decision]
    N --> O["Please push the feed switch long."]

graph TD
    A["Data Analysis ↑"] --> B["Cleaning ↑"]
    B --> C["Sensor Adjustment ↑"]
    C --> D["Setup ↑"]
    D --> E["Test Print"]
    E --> F["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    style E fill:#f9f,stroke:#333

COMMAND TRACE <1B40:Initialize printer (ESC @)> <1B4002:Set ANK font C (ESC M n)> <1B7400:Set character code table (ESC t n)> <1D4200:Disable reverse printing (GS B n)> <1B6102:Set justification RIGHT (ESC a n)>

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    I --> J["Special Mode"]
    J --> K["Usage"]
    K --> L["Item Selection"]
    L --> M["Please push the feed switch short."]
    L --> N["Item Decision"]
    N --> O["Please push the feed switch long."]

graph TD
    A["Sample Print ↑"] --> B["Data Analysis ↑"]
    B --> C["Cleaning ↑"]
    C --> D["Sensor Adjustment ↑"]
    D --> E["Setup ↑"]
    E --> F["Test Print"]
    F --> G["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    style F fill:#f9f,stroke:#333
    note right of F Paper feed direction

Please push Feed SW Short : Next pattern Long : Same pattern Paper feed direction CUT

name	Pizza
Ingredient	Wheat, Yeast, Olives, Olive oil, Tomato, Mozzarella cheese, Basil Oregano, Onions, Capers, Sausage, Chile Peppers, Mushrooms Anchovies
Expiration	XX-XX-20xx
Manufacturer	OK! Food Ltd.

„LABEL3“-Muster

Ex Factory date : 20XX. XX. XX Delivery Date : 20XX. XX. XX 02 -> 03 -> 05 J72 Ship to 0K1 Address Japan Qty. 1/1 Type name LD670 Printer No. KA90909-DXXX Order No. C9999 Shipment No. AB1234 shipping advise No.F99996

„LABEL4“-Muster

OKI OKI Solution Forum ● Thermal Printer System Solution ● WebPOS System Solution Date : Xth, July, 9:00am Place: OKI Arona Organizer : OKI For any queries : Sales Division No. 001234 Ticket -

„LABEL5“-Muster

***** BarCode ***** UPC-A 4 9 3 5 2 4 1 0 0 7 UPC-E 9 3 3 5 2 1 EANB(JAN8) 4 9 3 3 5 2 4 8 4 9 3 3 5 2 4 8 EAN13(JAN13) Codabar(MW-7) a 1 2 3 4 5 a ITF 1 2 3 4 5 6 7 B 9 O Code39 * A B 1 2 3 4 5 * * A B 1 2 3 4 5 * Code93 Code12B 1 2 3 4 5 6 7 8 9 O 1 2 3 4 5 6 7 8 9 O ***** QS1-DataBar (RSS) ***** RSS-14 0101234567890128 RSS-14 Truncated 0101234567890128 RSS-14 Stacked

Simple downward-pointing arrow shape with no text or symbols

Hand placing a black plastic component into a white plastic housing (no text or symbols visible)

Close-up of a hand pressing down on a mechanical component with a white paper clip (no visible text or symbols)

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

Paper feed direction

graph TD
    A["Cleaning ↑"] --> B["Sensor Adjustment ↑"]
    B --> C["Setup ↑"]
    C --> D["Test Print"]
    D --> E["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    E --> F["Special Mode"]
    F --> G["Usage"]
    G --> H["Item Selection Please push the feed switch short. Item Decision Please push the feed switch long."]

Cut Cleaning Platen 1.Open Top Cover, and remove Paper. 2.Push FEED switch to move Platen to the cleaning position, and clean it. 3.Set Paper, and close Cover after cleaning.

Two screwdriver tools on a dark surface, one with a metallic tip and the other with a black handle (no text or symbols visible)

806 AlcoPad® Joint Exhaust and Electrolytic Coatings Dispersed CleanTex

Test Print End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item Special Mode Usage Item Selection Please push the feed switch short. Item Decision Please push the feed switch long.

Paper feed direction

graph TD
    A["Cleaning ↑"] --> B["Sensor Adjustment ↑"]
    B --> C["Setup ↑"]
    C --> D["Test Print"]
    D --> E["End Sample Print Data Analysis Cleaning Sensor Adjustment Setup Test Print Selection Item"]
    E --> F["Special Mode"]
    F --> G["Usage"]
    G --> H["Item Selection Please push the feed switch short. Item Decision Please push the feed switch long."]

Cut Cleaning Cutter 1.Open Top Cover, and remove Paper. 2.Push FEED switch to move Cutter to the cleaning position, and clean it. 3.Set Paper, and close Cover after cleaning.

Pure electrical circuit lines without any symbols

Buchsenansicht

Line drawing of a rectangular electronic device with lid and ventilation slots (no text or symbols)

Pure technical line drawing of a door or cabinet with no text, numbers, or symbols

145 207

Line drawing of a portable electronic device with ventilation slots and control buttons (no text or symbols)

Technical line drawing of a mechanical component with dimension标注 (no text or symbols)

Papierführung

Line drawing of a device with a handle and internal components (no text or symbols)

Technical line drawing of a cylindrical mechanical component with mounting holes and internal brackets (no text or symbols)

Technical line drawing of a mechanical component with multiple slots and a central hub (no text or symbols)

Line drawing of a portable electronic device with a lid and base mount (no text or symbols)

Technical line drawing of a mechanical device with internal components and a zoomed-in view (no text or symbols)

Technical line drawing of a mechanical device with internal components and a base panel (no text or symbols)

Technical diagram showing internal mechanical assembly before and after division (no text or labels)

Technical line drawing of a mechanical device with internal components and an upward arrow indicating motion (no text or symbols)

Technical line drawing of a mechanical device with internal components and an arrow indicating motion (no text or symbols)

Diagram showing various geometric shapes including circles, rectangles, and crosses with corresponding symbols

Handwritten symbols including a circular arrow, a circle with concentric rings, an 'O' shape, and a cross symbol.

Technical line drawing of a mechanical device with no visible text or symbols

Technical line drawing of a mechanical assembly with no visible text or symbols

210 238 450

Oki Systems (UK) Ltd

Blays House

Wick Road

Egham

Surrey

TW20 0HJ

Tel: [phone]

Fax: [phone]

http://www.oki.co.uk

Oki Systems Ireland Limited

The Square Industrial Complex Tallaght

Dublin 24

Tel: [phone]

Fax: [phone]

http://www.oki.ie

Oki Systems Ireland Limited - Northern Ireland

19 Ferndale Avenue

Glengormley

BT36 5AL

Northern Ireland

Tel: [phone]

Fax: [phone]

http://www.oki.ie

Technical Support for all Ireland:

Tel: [phone]

Fax: [phone]

E-mail: [e-mail]

OKI Systems (Czech and Slovak), s.r.o.

Futurama Business Park -

Sokolovská 651/136A

186 00 Praha 8

Czech Republic

Tel: [phone]

Fax:[phone]

Website: www.oki.cz, www.oki.sk

Albania, Bosnia, Bulgaria, Croatia,

Cyprus, Estonia, Greece, Israel,

Latvia, Lithuania, Macedonia,

Romania, Serbia, Slovenia

CEE Export Group: OKI Systems (Poland) Ltd

ul. Domaniewska 42

02-672 Warsaw

Poland

Tel: [phone]

Fax: [phone]

E-mail: [e-mail]

Platinum Business Park II, 3rd Floor

ul. Domaniewska 42

02-672 Warsaw

Poland

Tel: [phone]

Fax: [phone]

Website: www.oki.com.pl

E-mail: [e-mail]

Hotline: [phone]

E-mail: [e-mail]

OKI Systems Rus, LLC (Russia)

Sector B, 3rd Floor, Svyatogor-4

Business Center10/4, Letnikovskaya

str.115114, Moscow

Tel: [phone]

Fax: [phone]

e-mail: [e-mail]

Website: www.oki.ru

Technical support:

Tel: [phone]

e-mail: [e-mail]

Raisy Opkinoy Street,8

Building B, 2 ^nd Floor,

Kiev 02002

Ukraine

Tel: [phone]

e-mail: [e-mail]

Website: www.oki.ua

Oki Systems (Belgium)

Medialaan 24

1800 Vilvoorde

Helpdesk: 02-2574620

Fax: [phone]

Website: www.oki.be

OKI Systems (Danmark) a·s

Herstedøstervej 27

2620 Albertslund

Danmark

Oki Systems (Norway) AS

Tevlingveien 23

N-1081 Oslo

Tel: [phone]

Telefax: [phone]

Website: www.oki.no

Var vänlig kontakta din

Oki Systems (Sweden) AB

Borgafjordsgatan 7

Box 1193

164 26 Kista

Tel. [phone]

e-mail: [e-mail]

Website: www.oki.se

2000 Bishops Gate Blvd.

http://WWW.OKIPRINTINGSOLUTIONS.COM

http://my.okidata.com

Oki Data Americas Inc.(Canada • Canadá)

4140B Sladeview Crescent Unit 7 & 8

Mississauga, Ontario

Canada L5L 6A1

Tél: [phone]

Téléc: 1-905-608-5040

http://WWW.OKIPRINTINGSOLUTIONS.COM

Oki Data Americas Inc.(América Latina (OTRO))

2000 Bishops Gate Blvd.

HTTP://www.okiprintingsolutions.com

Argentina/ Chile/ Paraguay/ Perú/ Uruguay

Oki Data Americas, Inc.

Sucursal Argentina

Ugarte 3610 Piso 4°(1605) Olivos

Buenos Aires, Argentina

TEL: [phone]

Fax: [phone]

Colombia/ Ecuador/ Venezuela/ Centroamérica y Caribe Oki Data Americas, Inc.

Sucursal Colombia

1168/81-82 Lumpini Tower, 27th Floor Rama IV Road

Tungmahamek, Sathorn

Bangkok 10120

Tel: [phone]

Fax: [phone]

http://www.okisysthai.com

Oki Data(Australia) Pty Ltd.

Level1 67 Epping Road, Macquare Park

NSW 2113, Australia

Tel: [phone]

(Support Tel: [phone])

Fax: [phone]

http://www.oki.com.au

OKI Data New Zealand

8 Antares Place Rosedale,

Auckland, 0632 New Zealand

Tel: [phone]

Fax: [phone]

http://www.oki.co.nz/

Oki Data(S) P Ltd. Malaysia Rep Office

Suite 21.03, 21st Floor Menara IGB, Mid Valley City,

Lingkaran Syed Pura 59200,

Kuala Lumpur, Malaysia

Tel: [phone]

Fax: [phone]

Guía del usuario

PREFACIO

© 2011 Oki Data Corporation

Oki Data Corporation,

4-11-22 Shibaura, Minato-ku,

Tokio 108-8551,

Japón

www.oki.com/printing OKI

Following information is only for the province of Buenos Aires in Argentine:

Simple geometric diagram with concentric circles and a diagonal line, no text or symbols present

MANUAL DRIVER DE LA IMPRESORA PROGRAMA DE UTILIDAD

Simple geometric diamond shape with no text or symbols

Simple geometric diamond shape with no text or symbols

Technical line drawing of a mechanical device with a coiled spring and housing (no text or symbols)

Abstract line drawing with concentric curved lines and a central loop, no text or symbols present

2. Adaptador de CA

Diagram of a mechanical device with an upward arrow and internal components (no text or symbols)

Technical line drawing of two open industrial enclosures with a circular inset showing a circle (no text or symbols)

Technical line drawing of a mechanical device with an open lid and arrow indicating direction (no text or symbols)

Line drawing of an open industrial machine with a cross symbol indicating cancellation (no text or labels present)

Technical line drawing of a mechanical device with open lid and paper sheet (no text or symbols)

Pure geometric shapes including circles, rectangles, and crosses without any text or symbols

Simple line drawings of two circular shapes and a cross, no text or symbols present

Hand inserting a printer into a white paper airplane into a green background (no text or symbols visible)

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L0670 Raster Properties General Sharing Parts Advanced Custom Paper Paper(E): Delete(D) Save(S) Transfer to Print(E) Create a New Paper(C): Paper Name(N): Label Paper Type(T): Label [5.1] Paper Width: 83.0 ±25.4 - 83.0 mm [5.2] Label Width: 79.0 ±21.4 - 79.0 mm [5.3] Paper Height: 101.6 ±15.0 - 101.6 mm [5.4] Between Labels: 10.0 ±3.0 - 10.0 mm [5.5] Cut Position: 0.0 ±5.0 - 5.0 mm Margin [ ] Left: 3.0 mm [ ] Right: 3.0 mm [ ] Top: 1.5 mm [ ] Bottom: 1.5 mm Unit ○ 0.1mm(M) ○ 0.0inch(1) OK Cancel Apply Help

<< Procedimiento>>

LD670 Raster Properties General Sharing Ports Advanced Custom Paper ① Paper[1] Black Mark Delete[2] Save[3] Create a New Paper[4] Transfer to Printer[5] Paper Name[6]: Black Mark Paper Type[7] Black Mark [51] Paper Width: 50.0 ± [25.4 - 63.0] mm [52] Label Width: 50.0 ± [25.4 - 63.0] mm [53] Paper Height: 102.0 ± [15.0 - 300.0] mm [54] BM Length: 5.0 ± [5.0 - 5.5] mm [55] Cut Position: 0.0 ± [0.0 - 102.0] mm Margin: [ ]Left: 3.0 ± mm [ ]Tox 1.5 ± mm [ ]Right: 3.0 ± mm [ ]Bottom: 1.5 ± mm Unit ○ 0.1mm[6] ○ 0.01inch(1) OK Cancel Apply Help

<< Procedimiento>>

Hand inserting a printer into a green background (no text or symbols visible)

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LBL32 File(F) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others [S1]Paper Width 70.0 25 4-70.0,80.0,83.0mm Set Layout Automaticly set the paper layout Paper Detection Auto Layout manual setting Paper Type Label [S2]Label Width 79.0 [21.4-86.0]mm [S3]Paper Height 101.8 [15.0-181.8]mm [S4]Between Labels 10.0 [3.0-10.0]mm [S5]Cut Position 0.0 [-5.0-5.0]mm Margin 3.0 mm [T]Top Margin 1.5 mm [L]-Left Margin 3.0 mm [R]Right Margin 1.5 mm [B]Bottom Margin 1.5 mm Base Adjustment: 0.0 mm TearOff Adjustment: 0.0 mm Set Base/TearOff Unit 0.1mm 0.01inch Operation Guide Setting(S) List Printing(P) Exit(X)

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LBL32 File(E) Send(S) Help(H) Paper Layout Memory Switch Customize Value Others S1|Paper Width 70.0 [25.4-70.0,80.0,83.0]mm Layout Auto Set ✓ Automatically set the paper layout Paper Detection Auto Layout manual setting Paper Type Normal S2|Label Width 70.0 [25.4-83.0]mm [S3|Paper Height 287.0 [15.0-2039.9]mm [S4]Between Labels 0.0 [0.0-0.0]mm [S6]Cut Position 0.0 mm Margin [L]Left Margin 3.0 mm [T]Top Margin 0.0 mm [R]Right Margin 3.0 mm [B]Bottom Margin 0.0 mm Base Adjustment: 0.0 mm TearOff Adjustment: 0.0 mm Set Base/TearOff Unit ● 0.1mm ○ 0.0inch Operation Guide Setting(②) List Printing(②) Exit(X)

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L3 L4 L5 Paper feed direction Base Position L2 L7 Print Area L1 L6

L4 L3 L5 L2 L1 Print Area L6 Base Position Paper feed direction

L7 Print Area L6 Paper feed direction

Close-up of a white plastic panel with black insulation and black plastic cladding, no visible text or symbols

Close-up of hands installing or adjusting a device into a white plastic container (no visible text or symbols)

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

LD670 Ver*.* 123456 <> Paper Detection Auto Paper Width 70mm Base Adjustment 0.0mm TearOff Adjustment 0.0mm Layout Er Processe Layout continue Layout Er Recovery Command/CoverClose Feed at Power On Enable Mark Feed with Cut Disable Sensor Auto Adjust Enable <> Power On Status Enable Receive Buffer 4K Byte Busy Condition Bufferfull

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

Return to Up Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item 100% Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Return to Top Menu Others"]
    B --> C["Serial Condition"]
    C --> D["Customize Value"]
    D --> E["Memory Switch"]
    E --> F["Paper Setting"]
    F --> G["Selection Item"]
    G --> H["Return to Up"]
    I["Paper feed direction"] --> A

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    K --> L(Item Selection]
    L --> M["Please push the feed switch short."]
    L --> N(Item Decision]
    N --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

Max Speed ↑ BK Density ↑ Print Density ↑ Print Color ↑ NV Graphics Memory ↑ User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Paper feed direction

5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Max Speed Paper feed direction

9th (High Speed) ↑ 8th ↑ 7th ↑ 6th ↑ 5th 9th (High Speed) 8th 7th 6th 5th 4th 3rd 2nd 1st (Low Speed) Selection Item Paper feed direction

graph TD
    A["Return to Top Menu"] --> B["Sensor Auto Adjust"]
    B --> C["Mark Feed with Cut"]
    C --> D["Feed at Power On"]
    D --> E["Layout Er Recovery"]
    E --> F["Layout Er Process"]
    F --> G["TearOff Adjustment"]
    G --> H["Base Adjustment"]
    H --> I["Paper Width"]
    I --> J["Paper Detection"]
    J --> K["Selection Item"]
    K --> L["9th (High Speed)"]
    M["Paper feed direction"] --> N

graph TD
    A["Test Print"] --> B["End"]
    B --> C["Sample Print"]
    C --> D["Data Analysis"]
    D --> E["Cleaning"]
    E --> F["Sensor Adjustment"]
    F --> G["Setup"]
    G --> H["Test Print"]
    H --> I["Selection Item"]
    J["Special Mode"] --> K["Usage"]
    L["Item Selection"] --> M["Please push the feed switch short."]
    N["Item Decision"] --> O["Please push the feed switch long."]
    P["Paper feed direction"] --> Q

graph TD
    A["Setup ↑"] --> B["Test Print"]
    B --> C["End Sample Print\nData Analysis\nCleaning\nSensor Adjustment\nSetup\nTest Print\nSelection Item"]
    C --> D["Paper feed direction ↓"]

User NV Memory Return to Top Menu Return to Up Low Power Max Speed BK Density Print Density Print Color NV Graphics Memory User NV Memory Selection Item Customize Value Paper feed direction

Mono 2 Color Mono Selection Item Print Color Paper feed direction

2 Color ↑ Mono 2 Color Mono Selection Item Paper feed direction