7
61
m(Hex)
Mode
Vertical Direction
Horizontal Direction
Number of
Dot Density
Dot Density
dots
0
8 dot single density
8
67 DPI
101 DPI
1
8 dot double density
8
67 DPI
203 DPI
20
24 dot single density
24
203 DPI
101 DPI
21
24 dot double density
24
203 DPI
203 DPI
•
If they deviate from the conditions of the values set in m (Bit Image mode), n1 and
subsequent data are processed as ordinary character data.
Input Data Format
(15) Specifying a bit image (ESC * m n1 n2 D1~Dn)
Code: [1B] h + [2A] h + m + n1 + n2 + Dn
* (m = Bit Image Mode (See the following table.)
(0
≤
n1
≤
FF)
(0
≤
n2
≤
03) Data are expressed in Hex code.
Data are printed in a bit image in accordance with the Bit Image mode specified by m.
•
The number of dots printed in the horizontal direction is divided by 256, with n2
being the product and n1 the remainder.
•
The total number of dots printed as the bit image is n1 + (256 x n2).
•
If bit image data which exceed the space of one line are input, the portion of data
that runs over the end is dropped.
•
Bit image data (Dn) are specified by “1” in printed bits and by "0" in nonprinted
bits.
•
The Bit Image mode is as shown in the following table.
Summary of Contents for CBM-262 Type II
Page 1: ...User sManual LINE THERMAL PRINTER CBM 262 MODEL ...
Page 41: ...6 31 Chapter 6 Interfaces Serial Interface Parallel Interface Drawer Kick Connector ...
Page 53: ...6 43 Drive Circuit 1 2 3 4 5 6 1 5A 24V Drawer Kick Connector ...
Page 54: ...6 Chapter 6 Interfaces 44 ...
Page 55: ...7 45 Chapter 7 Print Control Codes List of Control Codes Input Data Format ...
Page 116: ...7 Chapter 7 Print Control Codes 106 ...
Page 118: ...8 Chapter 8 Character Code Tables 108 Code Page ...
Page 119: ...8 109 Code Page ...
Page 120: ...8 Chapter 8 Character Code Tables 110 ...
Page 121: ...8 111 Japanese Code Table Japanese Code Table ...
Page 130: ...9 Chapter 9 Appendix 120 External View 12 359 162 ...