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User's guide code sets d-19 – AMT Datasouth AMTACCEL-5350 User Manual

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User's Guide

Code Sets D-19

Table D-3. AMT and Diablo 630 Escape Sequences––continued

Function

ASCII

Hexadecimal

Decimal

Description

Sheetfeeder Functions

Perform operation .............

ESC EM n

1B 19 n

27 25 n

This sequence performs specific sheetfeeder operations.

Eject current sheet ..........

ESC EM R

1B 19 52

27 25 82

If a sheetfeeder is not installed, the printer ignores this

Load from front bin ........

ESC EM 1

1B 19 31

27 25 49

sequence.

Load from back bin ........

ESC EM 2

1B 19 32

27 25 50

Load envelope ................

ESC EM 3

1B 19 33

27 25 51

Load envelope (alternate)

ESC EM E

1B 19 45

27 25 69

Select bin ............................

ESC @ T n

1B 40 54 n

27 64 84 n

This sequence selects a sheetfeeder bin. Subsequent form

Front ...............................

ESC @ T 1

1B 40 54 31

27 64 84 49

feeds cause the printer to feed sheets from this bin. If

Back ...............................

ESC @ T 2

1B 40 54 32

27 64 84 50

a sheetfeeder is not installed, the printer ignores this

Envelope ........................

ESC @ T 3

1B 40 54 33

27 64 84 51

sequence.

Graphic Functions

Diablo graphics

These sequences start and end Diablo graphics. Diablo

Start ................................

ESC 3

1B 33

27 51

graphics temporarily set spacing and backspacing to

End .................................

ESC 4

1B 34

27 52

1/60 inch, character spacing to 0, and line spacing to
1/48 inch. The sequence does not affect absolute moves.
A subsequent carriage return or the End Diablo Graphics
sequence ends Diablo graphics.

Print 8-wire graphics

These sequences print 8-wire graphics, wherein normal

60V x 60H dpi ...............

ESC @ K

1B 40 4B

27 64 75

character codes no longer print characters, but instead print

n1 n2 list

n1 n2 list

n1 n2 list

seven- or eight-dot-high columns of dots on the current
print line. This sequence does not change the current line

60V x 120H dpi .............

ESC @ L

1B 40 4C

27 64 76

spacing.

n1 n2 list

n1 n2 list

n1 n2 list

Variables n1 and n2 define the number of columns to print.

120V x 120H dpi ...........

ESC @ M

1B 40 4D

27 64 77

This number equals the number of bytes in the list. The

n1 n2 list

n1 n2 list

n1 n2 list

printer interprets n1 and n2 as follows:

120V x 240H dpi ...........

ESC @ N

1B 40 4E

27 64 78

Number of columns = (128 x n2) + n1

n1 n2 list

n1 n2 list

n1 n2 list

For example, to print 180 columns of dots, n2 would be 1

120V x 480H dpi ...........

ESC @ O

1B 40 4F

27 64 79

and n1 would be 52 (180 = (128 x 1) + 52).

n1 n2 list

n1 n2 list

n1 n2 list

The list in the sequence is a series of codes that define the
columns to print. The first code defines the first column,
the second code defines the second column, and so on.
Each bit in a code controls a specific dot in the column.
The most significant bit controls the top dot, the next bit
control the second dot, and so on. If the bit is a "1", the
dot prints; if the bit is "0", the dot does not print. For
example, FF hex prints all eight dots in the column, 00
hex prints no dots, 0F hex prints the lower four dots, and
F0 hex prints the upper four dots.

Note: For more detailed information on these escape
sequences, refer to AMT Technical Notes––Graphics,
available separately from AMT.

User's Guide

Code Sets D-19

Table D-3. AMT and Diablo 630 Escape Sequences––continued

Function

ASCII

Hexadecimal

Decimal

Description

Sheetfeeder Functions

Perform operation .............

ESC EM n

1B 19 n

27 25 n

This sequence performs specific sheetfeeder operations.

Eject current sheet ..........

ESC EM R

1B 19 52

27 25 82

If a sheetfeeder is not installed, the printer ignores this

Load from front bin ........

ESC EM 1

1B 19 31

27 25 49

sequence.

Load from back bin ........

ESC EM 2

1B 19 32

27 25 50

Load envelope ................

ESC EM 3

1B 19 33

27 25 51

Load envelope (alternate)

ESC EM E

1B 19 45

27 25 69

Select bin ............................

ESC @ T n

1B 40 54 n

27 64 84 n

This sequence selects a sheetfeeder bin. Subsequent form

Front ...............................

ESC @ T 1

1B 40 54 31

27 64 84 49

feeds cause the printer to feed sheets from this bin. If

Back ...............................

ESC @ T 2

1B 40 54 32

27 64 84 50

a sheetfeeder is not installed, the printer ignores this

Envelope ........................

ESC @ T 3

1B 40 54 33

27 64 84 51

sequence.

Graphic Functions

Diablo graphics

These sequences start and end Diablo graphics. Diablo

Start ................................

ESC 3

1B 33

27 51

graphics temporarily set spacing and backspacing to

End .................................

ESC 4

1B 34

27 52

1/60 inch, character spacing to 0, and line spacing to
1/48 inch. The sequence does not affect absolute moves.
A subsequent carriage return or the End Diablo Graphics
sequence ends Diablo graphics.

Print 8-wire graphics

These sequences print 8-wire graphics, wherein normal

60V x 60H dpi ...............

ESC @ K

1B 40 4B

27 64 75

character codes no longer print characters, but instead print

n1 n2 list

n1 n2 list

n1 n2 list

seven- or eight-dot-high columns of dots on the current
print line. This sequence does not change the current line

60V x 120H dpi .............

ESC @ L

1B 40 4C

27 64 76

spacing.

n1 n2 list

n1 n2 list

n1 n2 list

Variables n1 and n2 define the number of columns to print.

120V x 120H dpi ...........

ESC @ M

1B 40 4D

27 64 77

This number equals the number of bytes in the list. The

n1 n2 list

n1 n2 list

n1 n2 list

printer interprets n1 and n2 as follows:

120V x 240H dpi ...........

ESC @ N

1B 40 4E

27 64 78

Number of columns = (128 x n2) + n1

n1 n2 list

n1 n2 list

n1 n2 list

For example, to print 180 columns of dots, n2 would be 1

120V x 480H dpi ...........

ESC @ O

1B 40 4F

27 64 79

and n1 would be 52 (180 = (128 x 1) + 52).

n1 n2 list

n1 n2 list

n1 n2 list

The list in the sequence is a series of codes that define the
columns to print. The first code defines the first column,
the second code defines the second column, and so on.
Each bit in a code controls a specific dot in the column.
The most significant bit controls the top dot, the next bit
control the second dot, and so on. If the bit is a "1", the
dot prints; if the bit is "0", the dot does not print. For
example, FF hex prints all eight dots in the column, 00
hex prints no dots, 0F hex prints the lower four dots, and
F0 hex prints the upper four dots.

Note: For more detailed information on these escape
sequences, refer to AMT Technical Notes––Graphics,
available separately from AMT.

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