Star Micronics NP-255 Instrucciones de instalación

No. D-F0326

Product

Specifications

for

NP-255

2 inch Journal Printer

Revision 1.00 2001.09.11 1 edition

Revision 1.01 2001.10.19 2 edition

Revision 1.02 2002.01.16 3 edition

Revision 1.03 2002.07.15 4 edition

Revision 1.04 2002.09.26 5 edition

Revision 1.05 2003.06.09 6 edition

* Specifications stated here are subject to change without notice.

* Trade mark, sales mark, logos are properties of each company.

Record of Revision

Description

Rev. N

o Page Item Change Approval PIC

1.00 1 New Release

(Provisional Version)

Asahina

2001.09.11

Abe

2001.09.11

1.01 2 Error correction

Model name

change

Error correction Kobayashi

2001.10.19

Abe

2001.10.19

1 Packing status Add Cable, Thermal

Paper and Manual

7 Connector

connection

AMP→Hirose

7 Example of

Connection

Add Single connection

9 DIP SW Add S1-8 Connection

11 Self Print Change Start and End

Change Sample

1.02 3

Cable Add

Kobayashi

2002.01.16

Abe

2002.01.16

1 Features Add Windows

5 Safety regulation,

EMC

Changed

15 Printer Drivers Add

30 Overseas Code

Table

Change 80h to Euro

Mark

1.03 4

External Drawing Changed Plate Parts

Kobayashi

2002.07.18

Abe

2002.07.15

Official Release

1 Packing Status Add Item Number

Delete Manual

1.04 5

3 Near end detect

position

φ20→φ24

Kobayashi

2002.09.26

Abe

2002.09.26

1 Cable Delete

4 External

Dimension

Correction

7 Connector Hirose(18)→DDK(12)

9 Near end detection

value

φ20→φ24

10 Near end removal Add Platen Open/Close

10 Paper Near End

Sensor

Add Note 1-3

1.05 6

32 External Drawing Add and correct Cable

Kobayashi

2003.06.10

Abe

2003.06.09

Table of Contents

1. Overview

1.1 Overview 1

1.2 Features 1

1.3 Model name 1

1.4 Packing status 1

2. Specifications

2.1 Block drawing 2

2.2 Basic specifications 3

2.3 Power supply specification 5

2.4 Reliability 5

3. Interfaces

3.1 Serial interface 6

3.2 Input/output circuits 6

3.3 Connector connections 7

3.4 Connections 8

4. Functions

4.1 Function setting 9

4.2 Sensor 9

4.3 Error 10

4.4 Feed switch 11

4.5 How to rewrite firmware 11

4.6 Hex Dump print 12

4.7 Self print 13

4.8 Buffer full print 13

5. Software specifications

5.1 Control command table 14

5.2 Printer driver 15

5.3 Control command details 15

5.4 Mode status of setting functions 28

5.5 Domestic code table 29

5.6 Overseas code table 30

5.7 International character code table 31

6. Dimensional drawing

6.1 NP-255 outline drawing 32

Read carefully Before Using NP-255

Wrong handling of the printer may cause its performance declined and the product damaged.

Please read the notes below before handling.

1. Static discharge prevention must be made for installation and removal of the printer to

protect IC and other electrical parts. Connect it to the earth ground. It is also requested to

remove the static from body of the person before handling, especially, the input terminal.

2. Avoid excessive force to the input terminal for handling.

3. When any type of paper, other than specified in this manual, is used, it may cause

deterioration of the print quality and thermal head reliability.

Examples of troubles

1) Print quality deterioration by using low sensitivity paper.

2) Thermal head wears due to roughness of paper surface.

3) Sticking between heat receipt layer and thermal head, and vibration noise during

printing.

4) Print ink disappears on low print durability paper.

5) Electrolyte corrosion on thermal head due to low quality of heat receipt layer.

4. Avoid printing with no paper loaded. It damages platen and thermal head.

5. Do not scrabble thermal head with sharp edge or something hard, or give impact. The heat

element may be damaged.

6. Set the power of printer off before connecting or removing connecters.

7. When printing in high speed under low temperature of high humidity environment, the paper

may be stained by moisture that appears from paper, or the printer may have condensation.

Avoid dew from dropping down to the thermal head that may cause electrolyte corrosion.

Turn the power off until any dew is removed.

8. The printer is not protected from water or dew formed. Do not water the printer or handle it

with a wet hand, which may cause damage to the printer due to short circuit, or heat or fire.

9. The printer is not protected from dust or dirt. If it is used at dusty place, the thermal head

may be damaged or paper feed is not operated properly.

10. When cleaning the printer with a vacuum cleaner, avoid the printer’s paper outlet from

locating cleaner’s air inlet.

11. The printer’s main structure parts use plated steel. However, rust may be caused to the cut

section.

12. Reflection type of infrared ray sensors is used at some locations in the printer. Direct sun

light may cause mal-function of printer. Avoid from such a location for installation.

13. This printer does not support any operations caused by the commands or control commands

not specified in this manual.

1. Overview

1.1 Overview

The printer is 2 inch, thermal and compact sized journal printer with easy operation by using the

newly designed “easy operation mechanism”. Furthermore, it is made in high speed and high

quality with auto-cutter attached, or high performance KIOSK printer unit.

1.2 Features

1) Paper replacement is made easy by using newly designed “easy operation mechanism.

2) Paper rewinding mechanism

3) High speed printing: 85mm/sec (for ASCII full digit print, excluding communication time) .

4) Center control at the host is available by uploading various types of preventive information.

5) Downloading the firmware is available by communication.

6) Possible to write “64K bytes x 3 “ patterns in flash ROM.

7) Emulation is in accordance with ESC/POS.

8) Windows Drivers (Windows 95/98/NT4.0/2000) are available.

1.3 Model name

N P – 2 5 5 *

OEM Model

1.4 Packing status

The printer is packed as:

No Product name Specification Item number Quantity

Printer

Thermal paper

NP-255

W58 x Ø30

24-X130

2. Specifications

2.1 Block drawing

Cover open SW

FEED SW

Paper rewinding

mechanism

Control board

DATAIN DATA,CLOCK

Easy operation

RS-232C mechanism

PE/UP

Near-end

Reflect photo interrupter

GND 5V 24V Roll paper

External PWR supply

(Suppliedbyhost)

AC 100V~ AC 230V

2.2 Basic specifications

No Items Specifications

Printing

Character specs

Emulation

Print mode

Logo store

Barcode

Interface

Receive buffer

Roll paper loading

Paper

1. Print method

2. Total dots/line

3. Dot density

4. Print width

5. Print speed (MAX.)*

Conditions:

6. Print digits

Font A (12 x 24)

Font B (9 x 17)

7. Space btw characters

Font A (12 x 24)

Font B (9 x 17)

8. Space between lines

Font A (12 x 24)

Font B (9 x 17)

9. Line feed pitch

1. Character size

Font A (12 x 24)

Font B (9 x 17)

2. Character

ASCII

Extended graphics

International

Download register

3. Character type

Serial

1. Loading method

2. Near end sensor

3. Sensor position

1. Paper width

2. Maximum diameter

3. Core diameter

4. Recommended papers

Line thermal dot

432 dots

8 dots/mm (203dpi)

54mm

85mm/sec.

ASCII full digits print. 25°.

Excluding comm. time.

36 digits

48 digits

Can be set by commands

0~4mm to the right

Can be set by commands

0~28.875mm

0~29.750mm

0.125mm

1.50 x 3.00mm W x H

1.125 x 2.125mm W x H

95 characters

128 characters

37 characters

95 characters

Horizontal double, Vertical double

Quadruple, Bold, Double strike,

Inverted, 90°clockwise rotation,

Underline

In accordance to ESC/POS

ANK mode, Bit image mode,

Barcode mode

64K bytes x 3

UPC-A, UPC-E, EAN (JAN-13),

EAN (JAN-8), CODE39, ITF,

CODABAR, CODE128

In accordance to RS232C

Approx. 10K bytes

Drop-in

Sense with reflection

Approx. Ø24+-1 (Note1)

58 +0/-1mm

Ø84mm

Inner Ø12mm

Outer Ø18mm

Nippon Seishi TF50KS-E2D

OhjiSeishiPD160R-N, PD152R

Mitsubishi AFP235

Rewind

Paper feed switch

Dimensions

Environment

1. Paper width

2. Rewind capacity

3. Activation

Implemented

1. Size

2. Weight

3. Installation direction

1. Operation

2. Storage

3. Location

58 +0/-1mm

Ø80mm (Max.)

DC24V motor

Feed switch (self-print, paper

feed, firmware download)

100.0(W)x241.4(D)x114.0(H)mm

without cable

1.2kg +-50g without paper

Vertical or horizontal

5~45°, 10~90%RH w/o dew

-10~50°,10~90%RH w/o color

change

Office or equivalent place

Note1: Applied only when the rewinding core (internal Ø12mm/external Ø18mm) is used.

2.3 Power supply specifications

Power Voltage Current consumption Remarks

DC 5V±5% 200mA (typical)

DC 24V±5% 4.5A (peak)

2.4 Reliability

1) Head life

Pulse : More than 100 million pulses (at 25°w/energy specified)

Wear distance : More than 50Km

* Should be used under room temp. and humidity and with the recommended paper.

2) Mechanical life : 400 million dot lines in MCBF

3) Rewind mechanism life : 15 million lines (line/4mm)

4) Operation environment : Temperature, 5 - 45°, Should have no condensation

: Humidity ,10 - 90%RH

90% 34°90%

80%

70%

60% 40°65%

50% 45°50%

40%

30%

20%

10%

0°10°20°30°40°50°

5) Storing environment : Temperature - 10 ~ 50°

: Humidity 10 - 90%RH

6) Safety regulation : CE Marking (To be certified)

UL60950 (To be certified)

7) EMC

EMI ：EN55022（To be certified）

EMS ：EN55024（To be certified）

VCCI ：Class A（To be certified）

FCC ：Class A（To be certified）

3. Interfaces

3.1 Serial interface

1) Synchronization : Not synchronized

2) Handshake : RTS/CTS control

3) Transfer speed : 19200bps, 38400bps

4) 1 word consists of :

Start bit : 1 bit fixed

Data bit : 8 bits fixed

Parity bit : No parity. Fixed.

Stop bit : 2 bits fixed.

5) Signal polarity

RS-232C

Mark : Theory “1” (-3V~-12V)

Space : Theory “0” (+3V~+12V)

6) Reception data (RXD signal)

Mark :1

Space :0

7) Reception control (RTS signal)

RS-232C

Mark : Data transmission not available

Space : Data transmission available

Busy status (marked) will be :

zAt reception buffer full

zDuring hardware being reset after power is set on

zDuring software being reset

zAt self-print

zDuring firmware being rewritten

8) Transmission data (TXD signal)

RS-232C

Mark : 1

Space : 0

9) Transmission control (CTS signal)

The host indicates that data reception is available.

3.2 Input/output circuit

Serial interface signal

It is structured by the driver and receiver in accordance with RS-232C.

HIN202CA

TXD

RXD TO CPU circuit

RTS

CTS

The signal level: Mark = -3 ~ -15V, Logic “1” Off

Space = +3 ~ +15V, Logic “0” On

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