ANSI X3.64 Emulation

Set Perforation Skip

ESC N n

Sets the perforation skip distance to n lines at the current line spacing. 1³n³255. If line spacing is changed after setting the skip distance, the skip distance will not be changed.

The skip distance is split between the top and bottom margins, so the perforation will be centered in the resulting white space. The specified skip distance must be less than the form length, or the command will be ignored. Perforation skip is canceled by ESC O, ESC C n or ESC C NUL n. Overrides the “Top Margin” and “Bottom Margin” values in the forms menu.

Example: The following escape sequence will set a two inch perforation skip distance, if the current line spacing is 6 lpi. This will result in a one inch top and bottom margin.

Escape Sequence:

ESC

N

12

Hexadecimal:

1B

4E

0C

Cancel Perforation Skip

 

 

ESC O

Cancels perforation skip. This is equivalent to having no top and bottom margin. Overrides the “Top Margin” and “Bottom Margin” values in the forms menu.

Escape Sequence:

ESC

O

Hexadecimal:

1B

4F

Graphics

Graphics mode gives the user complete control over every dot position on the paper. Graphics may be printed with various horizontal densities from 60 to 240 dpi, and a vertical density of 72 dpi.

Each byte of graphics data represents a vertical column of eight dots, with the MSB (most significant bit) corresponding to the top wire of the print head. Turning a bit on causes a dot to be printed. The bit values corresponding to each wire of the print head are shown below:

wire 1

128

(80 hex)

wire 2

64

(40 hex)

wire 3

32

(20 hex)

wire 4

16

(10 hex)

wire 5

8

(08 hex)

wire 6

4

(04 hex)

wire 7

2

(02 hex)

wire 8

1

(01 hex)

The appropriate bit values are added together to fire the desired wires. For example, a byte of graphics data with the value 128 (80 hex) will fire the top wire, wire 1. A value of 192 (C0 hex) will fire the top two wires, wires 1 and 2. A value of 11 (0B hex) will fire wires 5, 7 and 8.

Each graphics sequence contains two bytes (n1 and n2) that specify how many bytes of graphics data follow. The first byte, n1, can specify values up to 255. If that is sufficient, then n2 is set to zero. For values greater than 255, n2 comes into play. The n2 byte specifies multiples of 256. For example, to specify 520 bytes of graphics data, n1 = 8 and n2 = 2. The bytes of graphics data are strung together to create a graphics line

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Printek FormsPro 4000se Series, PrintMaster 850 Series manual Graphics, Set Perforation Skip, Cancel Perforation Skip, Esc O
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PrintMaster 850 Series, FormsPro 4000se Series, FormsMaster 8000se Series specifications

The Printek FormsPro 4000se Series, PrintMaster 850 Series, and FormsMaster 8000se Series represent the pinnacle of high-performance printing technology tailored for businesses that require reliable, efficient, and versatile printing solutions.

The Printek FormsPro 4000se Series is designed specifically for high-volume forms printing, making it an ideal choice for industries like finance, logistics, and healthcare. This series features a robust print head that allows for fast, high-quality printing of multi-part forms. One of its standout characteristics is the ability to print on a variety of media, including carbonless paper, ensuring compatibility with different business needs. The integration of advanced thermal printing technology enhances efficiency and reduces the need for frequent maintenance, allowing businesses to focus on their core operations.

In contrast, the PrintMaster 850 Series is engineered for versatility, primarily targeting businesses that require durable and reliable label printing. This series boasts a compact design without compromising on performance, making it suitable for office use or mobile applications. The PrintMaster 850 Series is equipped with advanced connectivity options, including USB and Bluetooth, which ensure seamless integration with various devices. One of its key features is the ability to print at high resolutions, delivering sharp and clear labels essential for branding and compliance purposes.

The FormsMaster 8000se Series takes heavy-duty printing to the next level. It is engineered to handle the most demanding printing tasks with remarkable precision and speed. This series incorporates innovative printing technology that ensures minimal downtime with self-cleaning mechanisms and easy-to-replace print heads. The FormsMaster 8000se is particularly favored by manufacturers and distribution centers due to its ability to print on large rolls of paper, dramatically increasing productivity. It supports multiple thicknesses and types of media, making it incredibly adaptable to various printing requirements.

In summary, the Printek FormsPro 4000se, PrintMaster 850, and FormsMaster 8000se series are unparalleled in their respective domains. The FormsPro is ideal for high-volume multi-part forms, the PrintMaster excels in label printing with portable versatility, and the FormsMaster stands out in handling large-scale industrial printing challenges. Together, these series exemplify the latest advancements in printing technology, offering businesses optimal solutions to enhance their operational efficiency.
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