Very silent printing thru direct thermal printing method
High resolution(203dpi : 8dots/mm)
UART(RS-232C or TTL), USB
Low power consumption
Auto cutting
Supports text and graphic printing
Easier maintenance with self-diagnostics
Microsoft Windows XP / VISTA / 10/ Android
Flow control: Software (XON/XOFF)
Hardware flow control not supported in printer
Porti-T80/200
Printing
Direct thermal line printing
Paper loading
Auto paper loading
Characters per line
42cpl (MAX)
Character size
Eng.: 9x24dots, 12x24dots
Kor.: 16x24dots [24x24dots]
Resolution
203dpi, 8dots/mm
Print width
2-inch (48mm, 384dots)
Printing speed
60mm/sec (MAX)
Dimensions (WxDxH)
T80: 190×87.5x103mm [Standard Model)
T200: 310x129x86mm
Weight
T80: 797g,
T200: 1,102g
Interface
UART(RS-232C)
Paper supplied
Thermal roll paper, label roll (60mm wide, 80ø or 200ø),
Paper thickness:
60±5㎛
Barcode supported
1-dimension: Code128, Code39, I2/5, Code93, UPC-A, UPC-E,EAN8, EAN13, CODABAR
2-dimension: PDF417, QR Code, DATA Matrix, Micro PDF417,Truncated PDF417
Driver
Microsoft Windows XP / VISTA / 7 / Windows CE, Linux, Android, Blackberry, H/W spec
MCU:
32bits RISC, FLASH: 4Mbytes, RAM: 8Mbytes
Receive buffer size
1M bytes
Input Power
12~24VDC, Standby 60mA and 3.0A
Option
Sliding mount assembly [T80]
Operating temperature -10°C~50°C
Storage temperature -10°C~70°C
MCBF (Mean Cycle Between failure)
Mechanical 37,000,000 lines
Head Approximately 50 Km
Test & Measurement
Transportation
Health Care
ATM
Coupon
Self-service
Kiosks
Electronic voting systems
Brand
Woosim System inc.
Woosim Systems Inc. is one of the world's leading manufacturers of portable printers. Founded in 1994, Woosim has developed a truly remarkable technology and a very wide range that includes the PORTI series, related to the world's smallest portable printers.
Woosim has developed new innovative technologies such as a single print engine, a printer control algorithm, an energy management algorithm and others.
These technologies allow our printers to be used with simplicity, ensuring considerable reliability over time.
