USB 2.0 RS-232 Centronics Internal Ethernet, 10/100 Mbps Bluetooth (user option)Įxternal universal switching power supply Input: AC 100-240V, 2.5A, 50-60 Hz Output: DC 24V, 2. SD Flash memory card reader for Flash memory expansion, up to 4 GB Pj.PrinterSettings.ProgrammingLanguage = ProgrammingLanguage.EPL #Zpl rotate image from memory pdf#The current version is able to generate PDF and image output as in-memory. ImgLogo.SourcePrinterStoredFile = "LOGO" Fixed orientation and rotation problems on ZPL printers in the new print. ImageItem imgLogo = new ImageItem(0.5, 0.5) The new buffer size only takes effect upon save the configuration as the Power-Up Config. If a value greater than the amount of memory available is selected, the setting will revert to the original setting. ThermalLabel tLabel = new ThermalLabel(UnitType.Cm, 5, 0) size of the buffer cannot exceed the amount of available memory in the system. NOTE: In EPL-based printers the drive letter for destination image name must not be specified!!! Pj.PrinterSettings.PrinterName = "Zebra GK420t" 'NOTE: In EPL-based printers the drive letter for destination image name must not be specified!!!ĭim tLabel As New ThermalLabel(UnitType.Cm, 5, 0) ImgLogo.SourcePrinterStoredFile = "R:LOGO" STEP 2: Create a Label and reference the downloaded image PrintUtils.DownloadImage(logo, "R:LOGO") Download an image to Thermal Printer memory. #Zpl rotate image from memory download#STEP 1: Download an image to the Thermal Printer memory Pj.PrinterSettings.PrinterName = "Zebra TLP2844-Z" Generate a ZPL label from an HTML snippet. Pj.PrinterSettings.ProgrammingLanguage = ProgrammingLanguage.ZPL ZPL fiIe, which is associatéd with the 2 file types.The most cómmon file fórmat with the. 'Thermal Printer is connected through USB 'Define a ThermalLabel object and set unit to cm and label sizeĭim tLabel As New ThermalLabel(UnitType.Cm, 6, 0) 'STEP 2: Create a Label and reference the downloaded image 'Download an image to Thermal Printer memory. Logo.LockAspectRatio = LockAspectRatio.WidthBased Bases: simplezpl2.zpldocument. Logo.SourceFile = "C:\temp\Adventureworks.jpg" 'STEP 1: Download an image to the Thermal Printer memory Read more about Thermal Printer Memory Devices for further details.) Storage device name: R: Printer DRAM library (read/write) memory. Once all labels get printed, then you could delete/remove the image from Thermal Printer memory or, just leave it in, so you can use it in future works (This is only possible if you store the image in a non-volatile memory of the Thermal Printer. Specify ZPL II target objects (images, label formats, fonts) to different storage areas. By following such approach you will increase printing performance dramatically. In Standard ZPL, the data fields are not processed. With ZPL II, all data fields are formatted as received. There are two major differences between ZPL II and Standard ZPL. You can also write ZPL II scripts that are compatible with Standard ZPL printers. Instead of the source logo image is sent to the printer for each 100 labels, you could download the image to the Thermal Printer memory device once, and then references it in the ImageItem object. Most existing Standard ZPL scripts can be easily modified to take advantage of ZPL II. Pj.PrinterSettings.PrinterName = "Zebra TLP2844-Z" Įxample #2: Suppose you want to design a label with a logo image and you will print 100 copies of such label. Pj.PrinterSettings.ProgrammingLanguage = ProgrammingLanguage.ZPL Thermal Printer is connected through USB Logo.LockAspectRatio = LockAspectRatio.WidthBased ThermalLabel tLabel = new ThermalLabel(UnitType.Cm, 6, 0) Define a ThermalLabel object and set unit to cm and label size
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