Fujitsu FTP-623DCL002 Manuel utilisateur

FTP-623MCL400/FTP-623DCL002

■OVERVIEW

This battery driven, micro line thermal printer provides high speed

printing for 2-inch wide (58mm) paper. It is suitable for portable

equipment that requires compact, light weight components.

In addition to the interface board, a driving LSI (MCU + Gate Array)

is also available.

■HIGHLIGHTS

• Driven by batteries (direct connect between thermal head

and batteries)

It can be driven by a broad range of voltages (4.2 to 8.5 V) of

NiCd or Nickel-Hydrogen by using Fujitsu Components' unique

head drive control system. The battery pack can be connected

directly to the print head without a voltage regulator. Also, a

lithium-ion battery can be used.

• High speed printing

Itcanprintatapproximately23characterlines/s(460dotlines/s=

57.5 mm/s).

• Compact and lightweight

It has a light weight of approximately 75 g.

• Low power consumption

The peak current for head driving is approximately 3.0 A.

• Selectable paper paths

Front, rear, and top paper insertion paths can be used.

• Paper auto loading function

Paper feeding is enabled by operating the head up lever.

• Variety of suitable papers

This model is suitable for printing on a variety of papers,

including 1-ply roll paper, 2-ply paper (TCC and roll), labels, and

long-life paper.

BATTERY DRIVE, MICRO LINE THERMAL PRINTER

2” TYPE MECHANISM AND INTERFACE BOARD

FTP-623MCL400

FTP-623DCL002

FTP-623CU001, FTP-633GA101

FTP-623MCL400/FTP-623DCL002

Printing method Thermal-sensitive line dot method

Dot structure 384 dots/line

Dot pitch (Horizontal) 0.125 mm (8 dots/mm)—Dot density

Dot pitch (Vertical) 0.125 mm (8 dots/mm)—Line feed pitch

Effective printing area 48 mm

(1) Single density Standard mode HS mode 1. to 3.

HQ mode

Printing mode Reduced mode HS mode 1. to 3.

HQ mode

(2) Double density mode

Approximately 23 character lines/s (460 dotlines/s = 57.5 mm/s)

[1ply, 8 columns of “H”, double density, 7.2 V, 1/10” line returns]

Approximately 16 character lines/s (416 dotlines/s = 52 mm/s)

[1ply, 12 columns of “H”, double density, 7.2 V, 1/8” line returns]

JIS ANK : 128 ASCII : 31

Character types Semi-graphic : 36 International characters : 130

Special : 30 Download : 8

Character grade mode Standard character (12 ×6 dot font)/High grade character (16 ×8 dot font)

Single density standard : 24 ×12 dots, (3.0 ×1.5 mm), 32 columns

32 ×16 dots, (4.0 ×2.0 mm), 24 columns

Single density reduced*1: 24 ×12 dots, (3.0 ×1.5 mm), 34 columns

32 ×16 dots, (4.0 ×2.0 mm), 26 columns

Double density : 16 ×8 dots, (2.0 ×1.0 mm), 48 columns

Interface 1) Centronics standard 2) Bus interface*2

■DESIGNATION

■GENERAL SPECIFICATIONS

SpecificationsItem

Part number

FTP-623MCL400 *

FTP-623DCL002

FTP-623CU001

FTP-633GA101

Item

Printer mechanism

Interface board

Micro Controller Unit

Gate Array

LSI

*: Rear paper insertion type is available: FTP-623MCL402

Maximum printing speed

Character composition, dimensions (H×W),

Number of columns (standard)

(Continued)

FTP-623MCL400/FTP-623DCL002

For print head 4.2 to 8.5 VDC (4 or 5 Ni-Cd or Ni-MH batteries, equivalent to 2 Li-ion)

Approximately 3.0 A (peak value, 7.2 V, 100% printing ratio)

For motor 4.2 to 8.5 VDC (4 or 5 Ni-Cd or Ni-MH batteries, equivalent to 2 Li-ion)

Average 0.7 A or less

For logic 5 VDC ±5%, 0.15 A

Weight Mechanism: approximately 75 g. Interface board: approximately 60 g

Printer mechanism

Dimensions 73 (W) ×49 (D) ×20 (H) mm (excluding knob, lever, and flexible PC board)

Interface board Dimensions 108 (W) ×91 (D) ×18 (H) mm

Pulse durability : 1 ×108pulse/dot (using Fujitsu Takamisawa's standard

driving method)

Wear resistance: 50 km (at 25% printing ratio)

Operating temperature +5 to +40°C*3

Operating humidity 20 to 85% RH (no condensation)

Storage temperature –20 to +60°C (excluding paper)

Storage humidity 5 to 95% RH (no condensation)

Head temperature By thermistor

Detection Paper out/Mark detect By photointerrupter (command set)

Voltage By micro controller

Head-up By microswitch

Paper width 58 mm

1 ply (roll) : FTP-020PG021 Long life (roll) : FTP-020PR202

Label (roll) : FTP-040PL021 2 ply (TCC) : FTP-020P8820

2 ply (roll) : FTP-020P7121

SpecificationsItem

(Continued)

Operating

voltage

Thermal head life

Environmental

conditions

–1

Recommended thermal sensitive paper

*1: Character composition for single density reduced mode is the same as for single density standard mode.

*2: The data to be printed is automatically read out by the printer driver equipment memory (host system frame

memory). The communication is parameter transfer.

*3: Temperature range for guaranteed printing density. It can be operated in the range of 0 to +40°C.

FTP-623MCL400/FTP-623DCL002

70°

(3)

70°

30°

(1)

(2)

12(14)

(1): Head down

(2): Paper feed

(3): Head up lock

ø12

(ø14)

(ø18)

Paper center

21.5

58.2(Paper insertion)

(Photo interrupter)

60°

34.5

7.5

Paper out

angle

4°

3.1

1.7

13.71.0

62.5

12.5 343.9

(31)

6.1

Photo

interrupter

(Photo

interrupter)

70°

(3)

70°

30°

(1)

(2)

12(14)

(1): Head down

(2): Paper feed

(3): Head up lock

ø12

(ø14)

(ø18)

Paper center

21.5

58.2(paper insertion)

Photo interrupter

(photo interrupter)

60°

16°

34.5

10.5

Paper out

angle

26°

4°

3°

2.31.7

13.71.0

62.5

12.5 343.9

(31)

6.1

■DIMENSIONS

Printer mechanism

Unit: mm

FTP-623MCL400

Front and top insertion type

Unit: mm

FTP-623MCL402

Rear insertion type

FTP-623MCL400/FTP-623DCL002

Interface board

Unit: mm

Height of devices side

10.0

17.6

6.0 1.6

ø3.6

CN6

CN4

CN2 CN1

CN5

16.5

5.1

85.1

42.5

13.3

5.1

90.2

46.5

10.0

5.1

102.9

73.7

108.0

102.9

69.8

5.1

5.1 4.6

CN8 CN7

Height of solder side

FTP-623MCL400/FTP-623DCL002

No. Signal I/O Contents No. Signal I/O Contents

1 PRSTB I Data strobe 2 PRSTB-RET —

Connected to logic GND

3 PRDT0 I Data 0 4 PRDT0-RET —

Connected to logic GND

5 PRDT1 I Data 1 6 PRDT1-RET —

Connected to logic GND

7 PRDT2 I Data 2 8 PRDT2-RET —

Connected to logic GND

9 PRDT3 I Data 3 10 PRDT3-RET —

Connected to logic GND

11 PRDT4 I Data 4 12 PRDT4-RET —

Connected to logic GND

13 PRDT5 I Data 5 14 PRDT5-RET —

Connected to logic GND

15 PRDT6 I Data 6 16 PRDT6-RET —

Connected to logic GND

17 PRDT7 I Data 7 18 PRDT7-RET —

Connected to logic GND

19 ACKNLG O Data input acknowledge 20 ACKNLG-RET —

Connected to logic GND

21 BUSY O Busy 22 BUSY-RET —

Connected to logic GND

23 RINF2 O Printer status 24 INPRM-RET —

Connected to logic GND

25 SLCTIN I Printer select 26 INPRM I Reset

27 RINF1 O Printer status 28 RINF3 O Printer status

29 ATF I Paper feed request 30 GND — Logic GND

Notes:

• Symbol “——” means a negative logic signal.

• “–RET” signal is a return signal of the twisted pair cable.

• “I” or “O” means a signal direction from the interface board side.

(3) Connector pin number (4) Data input signal timing

FCN-215Q030-G/0 (Fujitsu Components) or

equivalent

(2) Connector pin assignment

■INTERFACE

1. Centronics standard

(1) Connector

Connector part number : FCN-215Q030-G/0 (Fujitsu Components) or equivalent

Mating connector part number : FCN-217Q030-G/0 (Fujitsu Components) or equivalent

FCN-214Q030-G/0 (Fujitsu Components) or equivalent

FCN-215Q030-G/0 (Fujitsu Components) or equivalent

291

230

PRDT0~7

PRSTB

BUSY

ACKNLG

t1 t3

Data set time

PRSTB pulse width

Data hold time

PRSTB to BUSY= “H”

ACKNLG pulse time

:t1≥0.5 µsec

:t2≥0.5 µsec

:t3≥0.5 µsec

:t4≤0.5 µsec

:t5=1.0~1.5 µsec

FTP-623MCL400/FTP-623DCL002

No. Signal I/O Contents No. Signal I/O Contents

1 ALE O Address latch 2 BRD — Data read

3 BWR — Data write 4 READY — Data access ready

5 HACK — Hold acknowledge 6 HRQ — User hold request input

7 MCRC — Power-down (not used) 8 CLK O System clock

9 PCPAK1 O

Common RAM reading completion

10 ATF I Automatic paper loading

11 PCPSD1 I Common RAM reading request 12 PRON O Printer operating

13 RST I Hard reset 14 GND — Ground

15 DB00 I/O External address/Data bus 0 16 DB01 I/O External address/Data bus 1

17 DB02 I/O External address/Data bus 2 18 DB03 I/O External address/Data bus 3

19 DB04 I/O External address/Data bus 4 20 DB05 I/O External address/Data bus 5

21 DB06 I/O External address/Data bus 6 22 DB07 I/O External address/Data bus 7

23 AB08 O External address bus 08 24 AB09 O External address bus 09

25 AB10 O External address bus 10 26 AB11 O External address bus 11

27 AB12 O External address bus 12 28 AB13 O External address bus 13

29 AB14 O External address bus 14 30 AB15 O External address bus 15

31 AB16 O External address bus 16 32 AB17 O External address bus 17

33 AB18 O External address bus 18 34 AB19 O External address bus 19

35 AB20 O External address bus 20 36 AB21 O External address bus 21

37 AB22 O External address bus 22 38 AB23 O External address bus 23

39 RAM2 O Common RAM access 40 INPRM I Reset

2. Bus interface

(1) Connector

Connector part number : FCN-215Q040-G/0 (Fujitsu Components) or equivalent

Mating connector part number : FCN-217J040-G/0 (Fujitsu Components) or equivalent

: FCN-214J040-G/0 (Fujitsu Components) or equivalent

: FCN-215J040-G/0 (Fujitsu Components) or equivalent

(2) Connector pin assignment

Notes:

- Symbol " " means a negative logical signal.

- "I" or "O" meas a signal direction from the interface board side.

FTP-623MCL400/FTP-623DCL002

■CONNECTOR PIN ASSIGNMENT

1. Connector for logic power supply (CN1)

Part number : B4B-XH-A-WHITE (J.S.T) or equivalent →P.C.B side

Mating connector part number : XHP-4 (J.S.T) or equivalent →Cable side

No. Signal I/O Contents No. Signal I/O Contents

1VCC — Power supply for logic (+5V) 2 GND — Logic ground

2. Connector for thermal head and motor power supply (CN2)

Part number : B6B-XH-A-WHITE (J.S.T) or equivalent →P.C.B side

Mating connector part number : XHP-6 (J.S.T) or equivalent →Cable side

No. Signal I/O Contents No. Signal I/O Contents

1 BAT — Power supply for head/motor 2 BAT — Power supply for head/motor

3 BAT — Power supply for head/motor 4 GND — Head/motor ground

5 GND — Head/motor ground 6 GND — Head/motor ground

FTP-623MCL400/FTP-623DCL002

3. Connector for thermal head drive (CN7)

Part number : 52030-2610 (Molex) or equivalent →P.C.B side

No. Signal I/O Contents No. Signal I/O Contents

1 BAT — Power for head 2 BAT — Power for head

3 GND — Head ground 4 GND — Head ground

5 HD2 O Print data output 6 LAT O Printing data latch

7 HDV O Power for logic 8 HCLK O Printing transmitting clock

9 ENB8 *1, 2 O Printing enable (not used) 10 ENB7 *1,2 — Printing enable (not used)

11 ENB6 O Printing enable 12 ENB5 O Printing enable

13 VREF O Power for thermistor 14 TMP O Temperature detection

15 *3— Connected with No. 17 16 HDV O Power for logic

17 *3— Connected with No. 15 18 *4— Head rank specify (not used)

19 *4— Not used (pulled-up by resistor) 20 ENB4 O Printing enable

21 ENB3 O Automatic paper loading 22 ENB2 O Printing enable

23 ENB1 O Printing enable 24 GND — Paper-out detection

25 GND — Printing enable 26 BAT — Power for head

Notes:

*1: Mechanism selection signal and the printing enable signal for 3” mechanism.

*2: Not used at the combination with 2” mechanism.

*3: At the mechanism side, this pin number is for the printing data 2.

Since this pin number is used for the printing data 1 at the interface board, the No. 15 and No. 17 pins are

connected.

*4: This signal is used for the adjustment of printing duty depending upon the rank of thermal head resistor. Not

used at this interface board.

• Symbol “——” means a negative logic signal.

• “I” or “O” means a signal direction from the interface board side.

4. Connector for abnormal head temperature detection (CN6)

Part number : B3B-XH-A-WHITE (J.S.T) or equivalent →P.C.B side

Mating connector part number : XHP-3 (J.S.T) or equivalent →Cable side

No. Signal I/O Contents No. Signal I/O Contents

1 TMPER O

Abnormal head temperature detection

2 N.C. — Not connected

3 GND — Logic ground

Note: This signal detects abnormal head temperature.

FTP-623MCL400/FTP-623DCL002

No. Signal I/O Contents No. Signal I/O Contents

1 HUP I Head up detection 2 VCC — Power for switch

3 PINCH I Paper auto loading detection 4 SDV — Power for photointerrupter

5 SLED — Power for diode cathode 6 PES I Paper out detection

7 MT/B0 O Stepping motor coil excitation (B) 8 MT/B0 O Stepping motor coil excitation (B)

9 MT/A0 O Stepping motor coil excitation (A) 10 MT/A0 O Stepping motor coil excitation (A)

5. Connector for stepping motor drive (CN8)

Part number : B10B-ZR (J.S.T) or equivalent →P.C.B side

Mating connector part number : ZHR-10 (J.S.T) →Mechanism side

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