鈥?/div>
Design to fit easily into the outer case
(reduced number of outer case parts)
LTPH243 presents the first low power-supply
mechanism by Seiko Instruments supplemen-
ting the easy paper operation line. Using only
3V (voltage range from 2.7 to 5.6V) and due
to its comfortable battery drive of only one
lithium-ion or, alternatively, three Ni-MH /
Ni-Cd batteries, LTPH243 is an ideal print
mechanism for all portable devices such as
handheld terminals in the EFT-POS market.
The LTPH243 thermal printer combines extra-
ordinary compact design and high-speed, high
resolution thermal line dot printing with
easiest paper installation. A lock arm either
holds the platen or opens it when pushing the
release lever. In addition, two springs guaran-
tee an even pressure between thermal head
and platen roller. LTPH243 is applicable for
electronic cash registers, measuring instru-
ments and analysers, various POS applications
as well as communication and data terminal
devices.
Model
LTPH243
Thermal line dot system
384
8 dots/mm
48
0.125
30.0 @ 3.6V, 40.5 @ 4.2V, 55.0 @ 5.6V
By thermistor
By mechanical switch
By photo interrupter
76,8 x 38.0 x 16.0
46
Vdd line: 3.0V to 3.6V; Vp line: 2.7V to 5.6V
2.2 Max. @ 3.6V, 3.4 Max. @ 5.6V, 2.5 Max. @ 4.2V
min. 100 million pulses (12.5% print ratio)
50 km or more
鈥? to +50
鈥?5 to +70
58 +0/-1
Curved
0.49N (50gf) or more
0.78N (80gf) or more
LTPH243
Printing
Method
No. of dots/line
Resolution
Width (mm)
Paper feed pitch (mm)
Speed (mm/s)
Detection
Head temperature
Platen position detection
Out-of-paper detection
Dimensions (WxDxH) mm
1
Weight (g)
2
Power Supply
Operating voltage
3
Current consumption (average)
4
Servie life
Pulse activation
Abrasion resistance
Operating temperature (擄C)
Storage temperature (擄C)
Paper
Width (mm)
Path
Paper feed force
Paper hold force
1 Dimensions exclude those of the lever and platen frame
2 Weight includes all parts
3 Equivalent to three Ni-Cd or Ni-MH batteries, or one Lithium-ion battery
4 When the number of simultaneously activated dots is specified as 64
1
2
