Epson TM-U950
Impact Dot Matrix Printers
Top of the Line Multi-Function Printing
Impact Dot Matrix Printers |
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| PRINTER | ||||||
|---|---|---|---|---|---|---|
| PRINT METHOD | 9-pin, serial impact dot matrix | |||||
| PRINT FONT | 7 x 9 / 9 x 9 | |||||
| COLUMN CAPACITY | Receipt (Journal): 40 / 30 columns Slip: 88 / 66 columns |
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| CHARACTER SIZE | 1.3 (W) x 3.1 (H) mm / 1.6 (W) x 3.1 (H) mm | |||||
| CHARACTER SET | 95 Alphanumeric characters, 32 International characters, 128 x 8 Graphic characters | |||||
| CHARACTERS PER INCH | 16.7 CPI / 12.5 CPI | |||||
| PRINT SPEED | 311 CPS / 233 CPS | |||||
| DATA BUFFER | 24 Kbytes or 32 bytes | |||||
| INTERFACE | RS-232C / Bi-directional parallel | |||||
| PAPER DIMENSIONS | Receipt (Journal): roll paper 69.5 ± 0.5 (W) x dia. 83mm Slip: 70 (W) x 70 (L) to 210 (W) x 297 (L) mm |
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| PAPER THICKNESS | Receipt (Journal) to 0.09mm Slip: 0.09 to 0.36mm, validation to 0.09 to 0.2mm |
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| COPY CAPABILITY | One original and four copies (for slip) | |||||
| INKED RIBBON | ERC-31 (black) | |||||
| RIBBON LIFE | Black: 3 x 106 characters | |||||
| POWER | 24 VDC ± 10% | |||||
| CURRENT CONSUMPTION | Approx. 1.8A (at 24 VDC) | |||||
| D.K.D. FUNCTION | 2 drivers | |||||
| RELIABILITY | ||||||
| MTBF | 18 x 104 hours | |||||
| MCBF | 18 x 106 lines | |||||
| EMI STANDARDS | VCCI #1, FCC class A, CE marking | |||||
| SAFETY STANDARDS | UL, C-UL, TÜV, CCIB | |||||
| OVERALL DIMENSIONS | 251mm (W) x 298mm (D) x 194.5mm (H) | |||||
| WEIGHT | 5.6Kg | |||||
| Product Options | ||||||
| PS170 | Power Supply | |||||
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.