Epson TM-T70
Thermal Receipt Printers
Easy-to-use receipt printer with unique front-facing controls
Thermal Receipt Printers |
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PRINTER | |||
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PRINT METHOD | Thermal line printing | ||
PRINT RESOLUTION | 180 x 180 dpi | ||
PRINT FONTS (True Type) | Font A 12(W) x 24(H) mm Font B 9(W) x 17(H) mm |
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COLUMN CAPACITY | 42/56 | ||
CHARACTER SIZE | 1.1(W)*2.1(H)/1.5(W)x3(H)mm | ||
CHARACTER SET | 95 Alphanumeric 48 International 128x11Graphic |
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PRINT WIDTH | 72mm | ||
BARCODES | 9 one-dimensional, 3 two-dimensional | ||
PRINT SPEED | 170mm/sec | ||
DATA BUFFER | 4K or 45 Bytes selectable | ||
NV RAM | 256KB | ||
INTERFACE | RS-232, RS-485, Parallel, USB, Powered USB Ethernet 10 Base – 100 Base TX, IEEE 802.11b |
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PAPER SPECIFICATION | |||
DIMENSIONS | 79.5 ± 0.5mm x 93mm | ||
PAPER THICKNESS | Thermal roll paper: 0.06 to 0.07mm | ||
PAPER ROLL | Drop in | ||
AUTO CUTTER | Partial cut | ||
SENSORS | Paper end and Paper near end | ||
CURRENT CONSUMPTION | 1.8A (mean) | ||
POWER | 24 Volts DC | ||
POWER SUPLY | External PS-180 | ||
D.K.D. FUNCTION | 2 drivers in 1 port | ||
RELIABILITY | |||
MTBF | 360,000 hours | ||
MCBF | 52 million lines | ||
AUTOCUTTER | 1.5 million cuts | ||
OPERATING TEMPERATURE | 5º to 45º C | ||
PRINTER OPTIONS | |||
COLOUR | Epson Cool White, Epson Dark Grey | ||
EMC STANDARD | FCC class A, CE marking, AS / NZS CISPR22 class B |
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Safety STANDARD | UL / CSA / EN | ||
DRIVERS AVAILABLE | APD (Advanced Printer Driver), OPOS and Java POS | ||
OVERALL DIMENSIONS | 125mm (W) x 194mm (D) x 114mm (H) | ||
WEIGHT | 1.8Kg |
Usage Conditions
Epson products are designed and made to give highly reliable use
and long life when used according to its specifications. With any system, product
or device used in situations where human life may be involved or at risk,
Epson advises that you should take all necessary steps to ensure the suitability
of your Epson product for inclusion in your system, and recommends that you
include fail-safe procedures and redundancy support or backup equipment in your system,
to maintain the maximum safety margin and optimum system reliability.