BASIC INFO
LT-286 58 mm thermal printer mechanism
58 mm thermal printer mechanism
58 mm paper width
5V operation
Print speed: Max. 50mm/sec
LINE THERMAL PRINTER MECHANISMS
58 mm thermal printer mechanism
58 mm paper width
5V operation
Print speed: Max. 50mm/sec
Compact design
LINE THERMAL PRINTER MECHANISMS
LT-286
Classification to thermal printer mechanism
Classification by "Operating voltage" 5V 24V
Classification by "Paper roll width" 58mm 60mm 80mm 112mm
2 Stations 38mm + 38mm 50mm +50mm
"EP Series" Printer Mechanisms "EP Series" Printer Mechanisms
LT-286
LT-286
Paper roll
58mm
50mm/sec
Printing Speed
Features
- 58 mm paper width
- 5V operation
- Print speed: Max. 50mm/sec
- Compact design
Specifications
Printing method | Thermal dot line printing method | |
---|---|---|
Total dots | 384 dots/line | |
Dot density | 8 dots/mm | |
Printing width | 48mm | |
Printing speed | Max. 50mm/sec. (400 dot-lines/sec) | |
Paper feeding pitch | 0.125mm | |
Sensors | PE sensor | Photo-interrupter |
Head temperature | Thermistor | |
Head-up | Mechanical switch | |
Operating voltage *1 | VH | DC 4.2 to 8.5V |
Vdd | DC 4.75 to 5.25V | |
Current consumption | Head (VH=5V) | Max.: 2.3A approx. |
Motor (VH=5V) | Max.: 0.5A approx. | |
Recommended paper | Width | 58 mm |
Thickness | 60 to 72µm | |
Paper diameter *2 | φ83mm or less | |
Paper (Manufacturer) | KF50-HAD (Shin-Oji) | |
Reliability *3 | Head pulse-resistance | 50 million pulses or more |
Haed wear-resistance | 50km or more | |
Environment | Operation |
Temperature: 0 to 45°C Humidity: 35 to 85% RH |
Storage |
Temperature: -20 to 60°C Humidity: 10 to 90% RH |
|
External dimensions | 75 (W) × 56.5 (D) × 21 (H) mm | |
Weight | Approx. 82g |
-
(*1): Voltage drop at maximum current may cause the print quality problem. Please check it carefully in your environment such as control board, wiring, etc. Also please keep the voltage within the speci? ed voltage range even by the voltage drop.
-
(*2): The number of diameter varies depending on the conditions.
-
(*3): Normal temperature at 25°C, normal humidity, 12.5% printing ratio, rated energy and by use of the recommended print paper.