Description
Dot Matrix Receipt Printer Epson C31CL27102-D Epson TM-U220IIB (102B0) Robust and Versatile Impact Receipt Printer Drawer Kick-Out Cable USB 2.0 4.70 lines per sec 40 columns 16 Characters per inch printer in lebanon
Print method
Serial impact dot matrix
Print method receipt
Serial impact dot matrix
Technology
Serial Impact Dot Matrix
Print
Printing Font
Traditional Chinese, Simplified Chinese, Japanese, Korean
Character set
95 Alphanumeric, 48 International, 128 x 12 Graphic, Traditional / Simplified Chinese, Korean, Thai, Japanese
Fonts & Styles
Print Speed
4,70 lps (40 columns, 16,00 cpi), 0,00 ~ 0,00 lps, 0 / 0 cps
Print Speed (label)
0,00 ~ 0,00 lps, 0 / 0 cps
Print Speed (peeler mode)
0,00 ~ 0,00 lps, 0 / 0 cps
Print Speed character
0,00 ~ 0,00 lps, 0 / 0 cps, 0,00 lps (0 mm paper width)
Print Speed graphic
0,00 ~ 0,00 lps, 0 / 0 cps
Print Speed receipt
0,00 ~ 0,00 lps, 0 / 0 cps
Print Speed slip
0,00 ~ 0,00 lps, 0 / 0 cps
Print Speed endorsement
0,00 ~ 0,00 lps, 0 / 0 cps
Printing Font Receipt
ANK, Traditional Chinese, Simplified Chinese
Paper
Paper size ASF
Min 0 – 0 mm
Paper size endorsement
Min 0 – 0 mm
Paper size manual feed
Min 0 – 0 mm
Paper size roll paper
76,00 ± 0,50 (W) mm x dia 83,00 mm,
69,50 ± 0,50 (W) mm x dia 83,00 mm,
57,50 ± 0,50 (W) mm x dia 83,00 mm
Paper size sheet
Min 0 – 0 mm
Paper size slip
Min 0 – 0 mm
Paper size validation
Min 0 – 0 mm
Interfaces
Interfaces
Drawer kick-out, USB 2.0-A, Ethernet interface (100 Base-TX / 10 Base-T)
data buffer
Data Buffer
20 kB or 40 Bytes, ,
Power
Power Supply
AC adapter, C
General
Product dimensions
160 x 248 x 139 mm (Width x Depth x Height)
Noise Level
Operation (Roll):64 dB (A)
Power consumption
Printing: Appx.31 W, Standby: Appx.2 W
Power Supply
AC adapter, C1
Supported Humidity
Operation 10% – 90%, Storage 10% – 90%
Supported Temperature
Storage -10° C – 50° C
Reliability
Reliability
18.000.000 MCBF (Lines), 180.000 MTBF (Hours)
Auto Cutter Life
800.000 Cuts
Print Head Life
150 Mio Characters
Other Features
Factory options
Autocutter, Near-end sensor