MagiColor Permanent Hair Color (6) Dark Blonde 100ml

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The printer data stream is a host-based or Windows-only data stream. The data stream is not compatibile with Host Print Transform (HPT) or a Printer Definition Table (PDT) file, and cannot be used to print *AFPDS or *USERASCII spooled files. Dot matrix, line matrix, impact, ink jet, and thermal label printers usually support only one printer emulation mode at a time. Furthermore, the printer might need to be in a particular emulation mode to work well with the System i. It is recommended that you first determine the current emulation mode for the printer and then look through the list to determine the printer capabilities and the MFRTYPMDL for HPT or the PDT File for PC5250 setting that is needed. For best results, these printers should be in IBM or Epson emulation mode, if possible.

Note: In many cases, this document will list similar printer models that support the same printer data streams. This can be an indication of how well the new printer model will work with a System i using LPR, PJL, SNMP, IPP, or a PC5250 printer session.For a LAN attached continuous forms printer that supports LPR/LPD (usually a line printer or one that uses it's own printer language, such as Zebra (ZPL)): Note: Configuring a PC5250 printer session without Host Print Transform (HPT) and without a Printer Definition Table (PDT) file is most likely to print successfully. However, you will not be able to print *AFPDS spooled files because that requires using Host Print Transform, and you will have limited control over the formatting of your output (including limited control over the font selection). Therefore, configuring to print to a Host-Based Printing, Proprietary (GDI), or Windows GDI printer is considered unsupported, as would printing to any other host-based printer. The MFRTYPMDL for HPT column lists the Manufacturer Type and Model (MFRTYPMDL) setting that can be used with Host Print Transform (HPT) to select the appropriate data stream for that printer. This can apply to use with a PC5250 printer session as well as a Remote Output Queue, a *LAN 3812 PJL device description, a *LAN 3812 SNMP device description, or a *LAN 3812 IPP device description. This document contains information on the capabilities that are supported on printer hardware from Konica Minolta and Minolta-QMS. It also indicates whether each printer model is likely to work when printing from the IBM Power Systems using LPR, PJL, SNMP, IPP, or a PC5250 printer session.

N1019586: Configuring a *LAN 3812 Device Description that Uses the LPR Print Driver (TSPLPRD) Exit Program It is generally recommended to use PJL or SNMP whenever possible. However, using LPR, IPP, or a PC5250 or third-party printer session are also viable options. If LPR, PJL, SNMP, and IPP are all set to N but MFRTYPMDL for HPT has a setting other than n/a, then you will probably need to configure a PC5250 or third-party printer session. However, you should still have the option of using Host Print Transform (HPT). If SNMP is set to Y, then the printer model should work with a *LAN 3812 SNMP device description, which communicates with the printer and print server using the Small Network Management Protocol (SNMP).Or, create a printer configuration and see if it works. Most PCL printers use port 9100 and regardless of the hardware, a PCL Manufacturer Type and Model, such as *HP4, *HP5SI, *HP4000, etc. will work. Most printers that support LPD will accept communication over port 515 regardless of whether the correct remote printer queue value is used. Note: If being able to print from a System i is a requirement, then purchasing a host-based printer is not recommended, particularly if printing *AFPDS spooled files is also a requirement. The printer data stream is not host-based. The printer data stream still may not be compatible with Host Print Transform (HPT) or a Printer Definition Table (PDT) file. EFGIS means English, French, German, Italian, Spanish languages, Non-EFGIS means all other European languages

The terms EPL, EPL1 and EPL2 refer to the Eltron printer languages. EPL1 is an escape sequence based language that is used to talk to the older LP2022/LP2042 printers. EPL2 is a text based language that uses all keyboard accessible characters to communicate with all other Eltron label printers. These printer languages are not supported by Host Print Transform (HPT), but HPT should pass the EPL1 data streams to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST). It is unknown at this time whether HPT will pass the EPL2 data stream to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST). There might be more than one Printer Data Stream listed for a particular printer model, which indicates that the printer model supports multiple printer emulation modes. Original Windows Server 2016 driver will function properly, however if WSD is used to install your device, device information cannot be acquired.If PJL is set to Y, then the printer model should work with a *LAN 3812 PJL device description, which communicates with the printer and print server using the HP Printer Job Language (PJL) protocol. Where special offers provided by Printerland and/or the manufacturer applies, the competitor must also be providing the same offer/s for the The terms Epson ESC/POS and Epson ESC/POS emulation refer to a version of the ESC/P2 printer data stream specifically for Point-of-Sale (POS) or transaction printers. ESC/POS was developed by Epson, and it is used primarily, if not exclusively, in point-of-sale printers. This printer language is not supported by Host Print Transform (HPT), but HPT should pass the ESC/POS data stream to the printer untouched when configured to use the QWPDEFAULT system-supplied Workstation Customizing Object (WSCST). The terms RPCS and Ricoh RPCS refer to the Refined Printing Command Stream (RPCS) printer language from Ricoh. This printer language is a Microsoft®Windows®-optimized printer data language. Therefore, printers that use this printer data stream will not work with Host Print Transform (HPT) or a PC5250 Printer Definition Table (PDT) file. CNNTYPE(*IP) DESTTYPE(*OTHER) TRANSFORM(*YES) MFRTYPMDL(Based on the emulation: *IBM42011 -OR- *EPFX850)

LPR/LPD can be used to print to this printer when directly connected to the LAN, provided the print server supports LPR/LPD. We’ve already reviewed Konica Minolta’s entry-level Magicolor 1600W, awarding it four stars in May 2009. For this test we decided to include the newer, more powerful Magicolor 3730DN, but it didn’t make the best first impression. It’s a huge, heavy printer where the print engine is arranged sideways in relation to the front panel. The paper tray and consumables are accessed through the front, but the manual feed slot is to the right, meaning you need to keep the desktop clear on two sides. This section also contains links to Rochester Support Center knowledgebase documents that provide additional information and step-by-step instructions on configuring Remote Output Queues, *LAN 3812 device descriptions that use the TSPLPRD utility, *LAN 3812 PJL device descriptions, *LAN 3812 SNMP device descriptions, *LAN 3812 IPP device descriptions, and PC5250 printer sessions.

Print Systems

For more information on *LAN 3812 IPP device descriptions, please refer to the following documents: Note: Therefore, there are no guarantees that the information on any particular printer model is correct. The LPR column shows whether a Remote Output Queue or the Send TCP/IP Spooled File ( SNDTCPSPLF or LPR) command can be used to print to this printer when directly connected to the LAN. Support for printing using the TCP/IP Line Printer Requester (LPR) and Line Printer Daemon (LPD) protocols is available in the base code for R230 OS/400 and above for the SNDTCPSPLF and LPR commands, and in the base code for R310 OS/400 and above for Remote Output Queues. For more information on *LAN 3812 PJL device descriptions, please refer to the following documents: For more information on *LAN 3812 SNMP device descriptions, please refer to the following documents: