Vertical Format Units
5-8
EVFU Memory Not Loaded
- If the EVFU memory is not loaded, the printer will respond to
EVFU commands and channel codes sent from the host computer as a single line feed.
Paper Runaway Protection
- If the EVFU memory is loaded and a channel code is sent that
was not previously loaded, the printer will move the paper a single line feed.
E Display
- When the EVFU is enabled, E will be displayed on the control panel.
L Display
- When the printer receives a valid load sequence, L will be displayed on the control
panel.
Channel Codes
- The EVFU memory has the capacity for 132 line forms (22 inches maximum
length). The first line identification code (channel code) in the memory load program defines
the first line on the form; the second line identification code defines the second line on the
form, etc. The line identification codes used depends on the type of interface. No particular
sequence is required for the codes but each line must have a line identification code. Filler
channel codes are used for lines that will not be accessed by the print program. Any channel
code can be used as a filler except channel code 1 which defines the top-of-form. The same
filler channel code can be repeated as necessary for any number of lines.
P-Series EVFU Command and Channel Codes
The P-Series EVFU channel and command codes are loaded into the EVFU memory and
subsequently activated in one of two ways: by embedded ASCII codes in the data stream (PI
line disabled), or with the PI line and decoded interface data lines. Table 5-5 shows the EVFU
channel and commands when the PI line is used (enabled); Table 5-6 shows the EVFU chanĆ
nel and commands selected with embedded ASCII codes when the PI line is not used (disĆ
abled). The channel and command codes are described as follows.
NOTE: Sensing the PI interface line is configuration controlled.
Summary of Contents for P6000L
Page 1: ...P600L P6200L Line Printers User s Reference Manual R...
Page 2: ......
Page 3: ...P6000L P6200L Line Printers User s Reference Manual R P N 140576 001 Rev C...
Page 20: ...Overview 1 6...
Page 28: ...Operation 2 8 Figure 2 4 Paper Adjustment Controls Floor Cabinet Model...
Page 34: ...Operation 2 14 Figure 2 10 Loading Paper...
Page 51: ...3 7 Configuration Figure 3 1 Sample Configuration Printout...
Page 56: ...Configuration 3 12 Figure 3 4 PCBA Removal Pedestal Model Printer...
Page 100: ...Vertical Format Units 5 16...
Page 167: ...7 9 Interfaces Figure 7 1 Alternate Terminating Resistor Location Floor Cabinet Model...
Page 169: ...7 11 Interfaces Figure 7 2 Alternate Terminating Resistor Location Pedestal Model...
Page 190: ...RibbonMinder 9 14...
Page 200: ...Installation 10 10 Figure 10 9 Side Shock Mount Restraint Screw Removal Floor Cabinet Model...
Page 202: ...Installation 10 12 Figure 10 10 Pedestal Legs Installation Pedestal Model...
Page 206: ...Installation 10 16 Figure 10 14 Shipping Restraint Removal Pedestal Model...
Page 208: ...Installation 10 18 Figure 10 16 Cable Connections Pedestal Model...
Page 210: ...Installation 10 20...
Page 212: ...Appendix A 2...
Page 213: ...B 1 Appendix APPENDIX B Serial Emulation Mode Character Set 1 80 9F Control Codes...
Page 214: ...Appendix B 2 Serial Emulation Mode Character Set 2 80 9f Printable Symbols...
Page 215: ...B 3 Appendix P Series Mode Character Set 1 80 9f Control Codes...
Page 216: ...Appendix B 4 P Series Mode Character Set 2 80 9f Printable Symbols...
Page 217: ...B 5 Appendix International Characters...
Page 218: ...Appendix B 6...
Page 232: ...P6000L P6200L User s Reference Manual Index 6...
Page 233: ......