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Frequently Asked Questions
The printheads are interchangeable.
The printheads are interchangeable.
Yes, the printheads are user replaceable and will automatically detect and accept when a user has changed from a 203 to a 300 dpi or vice-versa.
Yes, the ODV-2D is available as a field kit and can be added to any 4-inch T8000 and T6000e printer. Only ODV-2D Certified Partners can purchase and install an ODV-2D field kit.
Yes, the ODV-2D can handle both 1D and 2D barcodes in any orientation, including picket fence and ladder barcodes. Some 2D barcodes may not be available at launch.
No. Please return the Alpha-30L/Alpha-40L unit to the reseller and our team of experts will make these replacements for you.
No. Please return the M4L2 unit to the depot, and our team of experts will make these replacements for you.
No. Please return the TDM unit to the reseller and our team of experts will make these replacements for you.
Yes, you need a screwdriver – the printhead is retained in place by a single screw. The screw is very accessible and easily removed.
No, the printhead replacement is a simple process that requires no tools.
No tools are required.
You need a #1 Philips screwdriver to remove the printhead.
Yes…the M4L2 is certified for Wi-Fi 802.11 a/b/g/n, WEP, WPA, and WPA2, as well as Bluetooth V2.1, Class 2. Please check the product brochure for complete information.
No, the throughput speeds of the ODV-2D are highly dependent upon the setup and validation procedure options that are selected by the operator. In addition, label formats that have numerous barcodes with large data validation requirements will impact throughput speeds. However, the simplicity of setup, and operation of the ODV-2D provides significant advantages in the majority of applications. As a result, throughput speeds have not been an issue with initial installations. The Printronix Auto ID VAR partner is capable of evaluating your application to ensure that throughput speeds are optimized to meet your requirements.
The ODV-2D both verifies and validates barcodes as they are printed. The data printed on the label is validated to match the data sent from the host. The barcode is verified to comply with ISO standards.
The ODV-2D both verifies and validates barcodes as they are printed. The data printed on the label is validated to match the data sent from the host. The barcode is verified to comply with ISO standards.
To purchase a TDM printer, buyers can contact their local TSC reseller, or contact us through our website.
The control panel printer setup wizard provides an easy-to-follow calibration process. The Settings menu allows you to select the Gap/Mark sensor to match the type of media installed. In addition, you can set the printer to do an auto Calibrate at power up or when print station has been closed. In all cases the printer will advance a few labels and calibrate the sensors so that they will detect top-of-form.
The control panel printer setup wizard provides an easy-to-follow calibration process. The Settings menu allows you to select the Gap/Mark sensor to match the type of media installed. In addition, you can set the printer to do an Auto Calibrate at power up or when the pivoting deck has opened and closed. In all cases the printer will advance a few labels and calibrate the sensors so that they will detect top-of-form.
Calibration is described in the Control Panel Printer Setup Wizard. Also, under the Settings menu you select the Gap/Mark sensor that matches the type of media installed and then select the Auto Calibrate option. In addition, you can set the printer to do an Auto Calibrate at power up and/or when the pivoting deck is opened and then closed. In all cases the printer will advance a few labels and calibrate the sensors so that they will detect TOF.
The T8000 icon-based control panel will guide you through the changes of configuration and settings of the printer. With the user-friendly step-by-step setup wizard, you can manage the printer settings easily. If you need more information, please refer to the User Manual.
Please refer to HERE.
Adjust print position by Diagnostic Tool. Please refer to HERE.
Adjust printout position by Seagull driver. Please refer to HERE.
Adjust tear position in BarTender. Please refer to HERE.
Adjust the print position for the ESC emulation firmware. Please refer to HERE.
Please refer to HERE.
Please refer to HERE.
Download BMP file to printer by Diagnostic Tool. Please refer to HERE.
- Click the checkbox to select the printer/printers.
- Click Tools > File Manager Tool to access File Manager page.
- Turn the file type into Firmware File.
- Press Browse to select firmware file.
- Press Download to update firmware.
The T800 has an RFID label calibration feature in the RFID menu which makes it very easy to setup the printer for different RFID labels. The calibration process feeds three labels to determine the optimal encoding position and power levels.
The T4000 RFID printer has an RFID label calibration feature in the RFID menu which makes it very easy to set up the printer for both standard RFID and on-metal RFID labels. The calibration process feeds 3-4 labels to determine the optimal encoding position and RF power levels.
The T6000e RFID printer has an RFID label calibration feature in the RFID menu which makes it very easy to setup the printer for both standard RFID and on-metal RFID labels. The calibration process feeds 3-4 labels to determine the optimal encoding position and RF power levels.
It is very difficult to give the precise number of hours it will last as the usage of the printer varies based on applications. However, the Alpha-30L lasted more than 23.5 hours of printing receipts (One print every 2 minutes; 12.5% printing area; printing via Bluetooth) on a single battery charge; the Alpha-40L lasted more than 45 hours of printing receipts (One print every 2 minutes; 12.5% printing area; printing via Bluetooth) on a single battery charge.
It is very difficult to give the precise number of hours it will last as the usage of the printer varies based on applications. However, the TDM-30 lasted more than 42 hours of printing receipts on a single battery charge; the TDM-20 lasted more than 17 hours of printing receipts on a single battery charge.
For Thermal Transfer applications: printheads are warranted 12 months from shipment or 1 million linear inches (whichever comes first). For Direct Thermal applications: printheads are warranted 180 days from shipment or 1 million linear inches (whichever comes first).
For Thermal Transfer applications: printheads are warranted 12 months from shipment or 1 million linear inches (whichever comes first). For Direct Thermal applications: printheads are warranted 180 days from shipment or 1 million linear inches (whichever comes first).
For Thermal Transfer applications: printheads are warranted 12 months from shipment or 1 million linear inches (whichever comes first). For Direct Thermal applications: printheads are warranted 180 days from shipment or 1 million linear inches (whichever comes first).
To more closely monitor the installation of ODV-2D technology, units will only be available through our Value Added Resellers who have been ODV-2D Certified.
Yes, the many advantages of 802.11ac functionality are available in the T8000 and T6000 models of printers. Typical W-Fi speeds are expected to improve 3x to 5x over older W-Fi versions.
On-metal tags (sometimes called metal-mount or anti-metal tags) are RFID tags that are designed to operate on items made of metal. The physical properties of metal serve to reflect RF signals and so a standard RFID label would be completely undetectable by an RFID reader. On-metal tags are typically constructed with a thin foam insulator to provide a space between the metal surface and the RFID inlay. On-metal tags are available in several constructions and the ones used with printers are typically up to 1mm thick due to the foam insulator. They also should include a “bridge” between the individual tags to ensure smooth transport through the print station.
On-metal tags (sometimes called metal-mount or anti-metal tags) are RFID tags that are designed to operate on devices made of metal. The physical properties of metal serve to reflect RF signals and so a standard RFID label would be completely undetectable by an RFID reader. On-metal tags are typically constructed with a thin foam insulator to provide a space between the metal surface and the RFID inlay. On-metal tags are available in several constructions and the ones used with printers are typically up to 1mm thick due to the foam insulator. They also should include a “bridge” between the individual tags to ensure smooth transport through the print station.
Standard Interfaces are: Serial, USB host/device and Ethernet. Optional Interfaces are: Wireless 802.11 a/b/g/n/ac and Bluetooth 4.2.
Standard Interfaces: Serial, USB host/device and Ethernet. Optional Interfaces: Wireless 802.11 a/b/g/n/ac, GPIO, and parallel
The T8000 is designed to stand 24/7 operations, if properly maintained. The recommended label usage per day is 15,000 labels/day.
The major benefit of having a PostScript/PDF printer command language is the ability to affordably and easily replace costly laser printers.
The Alpha-30L/40L has a 2 Year Parts (excluding print head and platen roller) and Labor (Return to Factory) standard manufacturer warranty. You can purchase the Service Option warranty that adds up to three years to your printer's original coverage within 30 days of your initial barcode printer purchase.
The M4L2 has a 1 Year Parts and Labor (Return to Factory) standard manufacturer warranty. Additional 1 Year or 2 Year Service Maintenance agreements are available for purchase.
The TDM has a 2 Year Parts (excluding print head and platen roller) and Labor (Return to Factory) standard manufacturer warranty. You can purchase the Service Option warranty that adds up to three years to your printer's original coverage within 30 days of your initial barcode printer purchase.
The Alpha-30L/40L supports TSPL-EZC (EPL2, ZPL2, CPCL), or ESC-POS emulation printer languages.
The M4L2 supports both ZGL II and CPCL printer languages.
The TDM series supports TSPL-EZ (EPL2 and ZPL emulations) ESC-POS, CPCL emulation printer languages.
1. Switch off the power and turn on again. 2. Computer might have detected the device already.
1. Media should be loaded and located correctly before calibration (check if the media is above the sensor) 2. Wrong media type might have been used.
1. Inspect the print head mechanism and make sure the pressure is even. 2. Use the correct ribbon and the ribbon’s width should not be much wider than the label.
No, the ODV-2D comes either pre-installed at the factory or included in the printer carton for installation at the site. We still require reseller certification to enhance the ability of the reseller to provide assistance with any calibration or validation questions.































