TMU220B USB EPSON Dot Matrix Receipt Printer

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5 years ago

Impact Dot Matrix Printers

PRINTER

PRINT METHOD	9-pin, serial impact dot matrix
PRINT FONT	7 x 9 / 9 x 9
COLUMN CAPACITY	40 or 42 columns / 33 or 35 columns
CHARACTER SIZE	1.2(W) x 3.1 (H) mm / 1.6 (W) x 3.1 (H) mm
CHARACTER SET	95 Alphanumeric characters, 37 International characters, 128 x 12 Graphic characters Traditional / Simplified Chinese, Thai, Japanese, Korean
PRINT SPEED	Approx. 4.7 LPS (40 columns, 16CPI) / Approx. 6 LPS (30 columns, 16 CPI)
DATA BUFFER	4 KB or 40 bytes
INTERFACE	RS-232C, Bi-directional parallel, Dealer Option: USB, 10 Base-T
PAPER DIMENSIONS	57.5 + 0.5, 69.5 + 0.5, 76mm 0.5mm x dia. 83.0mm (roll)
PAPER THICKNESS	0.06 to 0.085mm
COPY CAPABILITY	One original and one copy
INKED RIBBON	ERC-38 (black, black and red)
RIBBON LIFE	Black: 3 x 106 characters B/R: 15 x 105 characters (black) 75 x 104 characters (red)
POWER SUPPLY	AC adapter (included)
POWER CONSUMPTION	Approx. 31 W average
D.K.D. FUNCTION	2 drivers

RELIABILITY

MTBF	18 x 10^4 hours
MCBF	18 x 10^6 lines
EMI STANDARDS	VCCI class A, FCC class A, CE marking, AS / NZS 3548 class B
SAFETY STANDARDS	UL, CSA, TV (EN60950)

PRODUCT OPTIONS

FACTORY OPTION	Paper near-end sensor
PS-180	Power Supply
RIBBON CASETTE	(Purple, Black, Black and Red)
WH10	Wall Hanging Bracket
OVERALL DIMENSIONS	A Type: 160mm (W) x 286mm (D) x 157.5mm (H) (Approx. 2.7Kg) B Type: 160mm (W) x 248mm (D) x 138.5mm (H) (Approx. 2.5Kg) C Type: 160mm (W) x 248mm (D) x 138.5mm (H) (Approx. 2.3Kg)

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.