SATO 412E, 408e manual Interface Signals, Pin no Signal Type Content

Page 71

Section 5: Interface Specifications

5.13 IEEE 1284 INTERFACE (CONT’D)

Pin Assignment

With Centronics standards, each signal pin placement is as follows:

However, the IEEE 1284-B type connector is compliant when connecting the IEEE1284 standard.

Pin no.

Signal Type

Content

Pin no.

1

HOST CLK

Input

19

2

DATA 1

Input

20

3

DATA 2

Input

21

4

DATA 3

Input

22

5

DATA 4

Input

23

6

DATA 5

Input

24

7

DATA 6

Input

25

8

DATA 7

Input

26

9

DATA 8

Input

27

10

PERIPH CLK

Output

28

11

PERIPH ACK

Output

29

12

nACK REVERSE

Output

30

13

XFLAG

Output

31

14

HOST ACK

Input

32

15

 

 

33

16

LOGIC GND

 

34

17

CHASSIS GND

 

35

18

PERIPHERAL LOGIC HIGH

Input

36

Signal Type

SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND SIGNAL GROUND NREVERSE REQUEST nPERIPH REQUEST

1284ACTIVE

Content

Input

Output

Input

5.13 INTERFACE SIGNALS

With Centronics standards, the content of each signal type is as follows. However, each signal line used with IEEE1284 standards is compliant with IEEE1284 standards.

Pin no.

Signal Type

Direction

Contents

1

HOST CLK

Input

A low active pulse is necessary in synchronized

 

 

 

 

signals for scanning Data 1 to Data 8.

2 to 9

DATA 1 to DATA 8

Input

When entering 8 bit parallel Data, Data 1 is the LSB

 

 

 

 

(least significant bit) and Data 8 is the MSB (most

 

 

 

 

significant bit)

10

PERIPH

CLK

Output

This is the LOW active pulse signal that indicates the

 

 

 

 

completion of received data scanning.

11

PERIPH

ACK

Output

HIGH active signal which indicates that the printer

 

 

 

 

cannot receive data.

12

nACK REVERSE

Output

HIGH active signal which indicates that the media has

 

 

 

 

run out.

13

XFLAG

 

Output

HIGH active signal which indicates that data can be

 

 

 

 

received.

14

HOST ACK

Input

Signal for when using the IEEE1284 standard.

17

CHASSIS GND

 

Connects to the Frame Ground

18

PERIPHERAL

Output

The +5V voltage on the printer side.

 

LOGIC HIGH

 

 

19 to 30

SIGNAL GROUND

 

Connects to the ground for each signal

31

nREVERSE

Input

LOW active signal that requests printer initialization.

 

REQUEST

 

 

32

nPERIPH

 

Output

LOW active pulse signal that indicates a printer error.

 

REQUEST

 

 

36

1284ACTIVE

Input

Signal for when using the IEEE1284 standard.

LM Basic 408e/412e Operator’s Manual

Page 5-13

Image 71
Contents LM Basic 408e/412e 438A Alexandra Road #05-01/04 Alexandra Technopark Singapore Table of Contents Counters Mode Table of Contents CON’TD Optional Accessories Overview Key Feature LM408e and LM412e General SpecificationsSpecification General Specifications CONT’DLabels and Ribbons available Model Name Barcodes Physical Characteristics Dimensions This page is intentionally left blank Installation Electrical Precautions Printer Placement TipsGeneral Precautions Installation Unpacking Power cable Operator’s Manual Accessory CD-ROM Included AccessoriesGlobal Warranty Additional information Document Identifying the Main Printer Parts Installation Parts IdentificationParts Identification CONT’D 8888888888888888Installation Loading the Carbon Ribbon Loading Labels Roll Paper CharacteristicsLabel Installation Loading Labels CONT’DLoading Roll Paper Main Cover Label Holder Label Guide PlateLoading Fanfold Paper Adjusting the Paper Sensor Installation Loading Labels and Tags CONT’DReplacing the Print Head Installation Operating Modes Configuration and OperationOffset Pitch DSW Operation PanelAccessing the Various Printer Modes DSW Accessing the Various Printer Modes CONT’DOverview of LCD Menu Options in Various Modes Overview of LCD Menu Options in Various Modes CONT’D Overview of LCD Menu Options in Various Modes CONT’D Offline Normal ModesOnline PauseNormal Modes CONT’D Auto Online YES no Advanced ModeAdvanced Mode Zero Slash YES noHead Check Normal Barcode Advanced Mode CONT’DCharacter Pitch Prop Fixed Service Mode Ignore CAN/DLE YES no Service Mode CONT’DPriority Setting Command LCD Select Language EnglishNormal Slow Ribbon Near END Enable DisableACK Signal Counters Mode Counters ModePitch Sensor On OFF Move ModeMove Mode Move Mode Cont TearPrint Size Small Large Test Print ModeTest Print Mode Configuration Test Print Size XxcmReset Completed Default Setting ModeResetting the Printer Default Setting YES noUser Download Press Line KEY Waiting User Download Completed ALT. Protocol Default CompleteProtocol Storing Test Print Press Feed KEY Maintenance ModeCounter Clear None Counter Clear ALL Counter Clear Head Counter Clear NoneCompleatlled Maintenance Mode CONT’DALL Clear Mode QTY HEX Dump ModeHex Dump Mode in buffer LCD StatusStartend Download ModeFlash Download ReadyBoot Downloader Boot Download ModeIntroduction Cleaning the Print HEAD, Platen and RollersWhen to clean with a cleaning kit When to clean with the cleaning sheetPrint head and Rollers HOW to Clean the Printer with a Cleaning SETHOW to Clean the Printer Cleaning Sheet Adjusting Print Darkness Adjusting Print QualityPR INT Speed Adjusting Print Quality CONT’DAdjusting Print Speed Replacing a Blown FuseThis page is intentionally left blank Interface Types Interface SpecificationsFunction Interface Card DIP Switch Settings RS-232CInterface Card DIP Switch Settings Wireless LAN Interface Card DIP Switch Settings LANBasic Specifications External Signal InterfaceSerial Interface Specifications RS-232C Pin Assignments READY/BUSYSingle JOB Buffer Timing Chart Normal ProcessingMulti JOB Buffer ON/X-OFF Input/Output SignalsXON XO FF XO N Xoff XO N XO FF DIPSW2-5 Ieee 1284 InterfacePin Assignment Ieee 1284 Interface CONT’DPin no Signal Type Content Interface SignalsInitial Single JOB Buffer CONT’D Timing Chart Procedure during Paper EndTiming Chart Normal Process Printer Status Nline Offline This page is intentionally left blank Observations Initial ChecklistInterface Specifications if necessary Using the RS232C Serial InterfaceTion 5 Interface Specifications Status Message on Error Cause Solution Understanding the LCD Error MessagesSymptom Paper is fed but not printed Troubleshooting GuideTroubleshooting Guide CONT’D Symptom Low quality print Are the paper and carbon ribbon Available Interface Boards Optional AccessoriesHigh speed RS-232C board Optional Accessories Interface Boards1 RS-232C board USB board IEEE-1284 boardCalendar IC Optional Accessories OthersLAN board
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Manual 102 pages 38.7 Kb

412E, 408e specifications

The SATO 408e is a high-performance thermal transfer printer that stands out in the world of barcode and label printing, particularly known for its reliability and versatility. Designed for various industrial applications, this printer is well-suited for environments that require durable and efficient printing solutions.

One of the main features of the SATO 408e is its superior print quality. It utilizes advanced thermal transfer technology, allowing for crisp and clear printing at speeds of up to 10 inches per second. The printer is capable of producing sharp barcodes, text, and graphics, ensuring that labels meet high standards for readability and durability.

The SATO 408e supports a wide range of media types and sizes, accommodating labels from 0.63 inches to 4.1 inches in width. This flexibility makes it an ideal choice for industries such as manufacturing, logistics, healthcare, and retail, where diverse labeling needs may arise. Whether you need labels for shipping, inventory management, or patient identification, the SATO 408e can handle it all.

Another significant characteristic of the SATO 408e is its user-friendly interface. The printer features an intuitive LCD screen that simplifies navigation through the printer’s settings. Additionally, it includes easy-to-access components for media and ribbon loading, allowing for quick replacement and minimal downtime. This ergonomic design caters to various user levels, from novices to seasoned operators.

Connectivity options are also a strong point for the SATO 408e. It comes equipped with multiple connectivity interfaces, including USB, Ethernet, and serial ports, providing flexibility in how the printer can be integrated into existing systems. This seamless integration allows for enhanced workflow efficiency and adaptability to different business setups.

Furthermore, the SATO 408e incorporates advanced monitoring and maintenance features. It supports real-time monitoring of printer status and media usage, enabling proactive management and reducing the risk of interruptions during print runs.

In conclusion, the SATO 408e thermal transfer printer is characterized by its high print quality, versatility in media handling, user-friendly design, and robust connectivity options. It is a reliable solution for businesses that demand precision and efficiency in their labeling processes, making it a leading choice among industrial printers in the market today.