ROHM SH2004-DC90A Technical data

SH2004-DC90A

Printheads

Near edge thermal printhead
(8dots / mm)

SH2004-DC90A

SH-DC90 series was developed with two key structures step-free and near edge for the packaging printer market which
requires high speed continuous printing. It is suitable for printers in factory line where high speed 24 hours continuous
printing is required.

zApplications

Bar code printers
Card printers
Ticket printers
General purpose compact printers

zFeatu res

1) ROHM new technology “STEP FREE” structure will provide, high corrosion resistance, better resistance against
scratching damage, high ef ficiency.

2) Inclined toward the printing surface to provide excellent printing qu ality even for cards and thick pap er .

3) Prints directly on printing mediu m that cannot be bent.

4) Using a hard conductive film as a protective film on the heating element offers excellent resistance to electrostatic
Damage.

5) Being low-profile w hen installe d enables smal ler printers.

6) Compatible with the SH3004-DC90A (300dpi) in mechanical specifications, to facilitate the making of a series of

printers.

zExternal dimensions (Unit : mm)

124±0.5

112 (EFFECTIVE PRINT WIDTH)(6)

DOT #896 DOT #1

Max. 51

#2 #20

#1

HIROSE HIF3FC-20PA-2.54DS

φ3H10

EFFECTIVE DEPTH 3

2.8±0.2

7.3±0.3

17.8±0.2

16±0.2

(22)

Note: No heat history control function inside the thermal printhead. External heat history control is required for high speed printing.

10±0.2

40±0.3

100±0.2

80±0.3

#19

#6 #1

JST B6PS-VH

3−M3
EFFECTIVE DEPTH 3

Max. 5

φ3H10 LENGTH 4
EFFECTIVE DEPTH 3

25±0.5

(21.3)

DOT #1

Paper feed

direction

6±0.5

Max. 12

1/5

SH2004-DC90A

Printheads

zCharacteristics

Parameter
Effective printing width
Dot pitch
Total dot number
Average resistance value
Applied voltage
Applied power
Print cycle
Maximum number of dots energized simultaneously
Maximum clock frequency
Maximum roller diameter
Running life / pulse life

Operating temperature

zPin configuration

HIROSE JST

CircuitNo.
1
3
5
7
9

11
13
15
17
19

V

DD

GND

N.C.

LA

GND

N.C.

DD

V

STB1

TM

SENS2

10
12
14
16
18
20

2
4
6
8

BEO

DI2
CLK
GND

DI1
GND
STB2

TM

SENS1
SENS3

Symbol Typical Unit

−

−

−

Rave

V

H

P

O

SLT

−

−

−

−

−

CircuitNo.No. Circuit
1
2
3
4
5
6

VH
VH

VH
GND
GND
GND

112

0.125
896
550

24

0.91

0.42
896

10

−

50 / 10

5 to 45

8

mm
mm

dots

Ω

V

W / dot

ms
dots
MHz

mm

km / pulses

°C

2/5