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Reviewing the Verification options

Use this option, which instructs the Printer to verify that all magnetic data has been correctly encoded on each card. (Note: With either of these options, the number of verification retries may be specified. A range of 1-5 retries is available.)

Step

1

Procedure

Select the Auto Eject 1st Error option, which instructs the Printer to automatically eject a card containing magnetic data (that was not verified).

Only the first mistakenly verified card will be automatically ejected. If a second consecutive card cannot be verified, the Printer will signal an error and go into Guide eject mode.

The auto eject option is the most direct means of dealing with mistakenly- verified cards, but may be undesirable (if batch printing) since mistakenly-verified blank cards are ejected into the same stack as verified printed cards. (Note: This does not apply when using the Laminator or Reject Hopper.)

OR

Select the Manual Eject Each Error option so the Printer will signal an error on its LCD Display stating that the magnetic data could not be verified. (Note: When this occurs, press the Cancel soft key to Guidely eject the mistakenly verified card. This option is helpful since Magnetic Stripe verification can sometimes require more than a single pass.))

HDP600 High Definition Card Printer/Encoder User Guide (Rev. 2.3)

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FARGO electronic HDP600 CR100, HDP600-LC manual Reviewing the Verification options

HDP600, HDP600 CR100, HDP600-LC specifications

FARGO, a renowned name in the world of identification and card printing technologies, has created a powerful lineup of printers, including the HDP600-LC, HDP600 CR100, and the HDP600. These models are designed to cater to a variety of needs, from corporate identification to secure access control, making them essential tools for businesses and organizations.

The FARGO HDP600-LC is known for its high-definition printing capabilities. It utilizes a unique retransfer printing process that allows for better image quality and durability. This process involves transferring the image onto a clear film before embedding it onto the card surface, resulting in vibrant colors and sharp details. The HDP600-LC also supports a range of card sizes, including CR80 and CR100, and is versatile enough to handle different card types, such as PVC, PET, and composite cards. Additionally, this model has an easy-to-use interface that makes it accessible for operators of all skill levels, featuring a simple LCD screen for convenient monitoring.

The FARGO HDP600 CR100 is specifically designed for printing CR100-sized cards, catering to industries that utilize larger card formats. This printer shares the same high-definition retransfer technology as the HDP600-LC, ensuring consistent image quality. Moreover, the HDP600 CR100 is equipped with advanced security features, including encryption and password protection, making it ideal for applications that require secure credentialing.

The FARGO HDP600 model stands out for its flexibility and efficiency. It allows for dual-sided printing, making it efficient for operations needing to print on both sides of the card without compromise. The printer can handle high-volume printing tasks with ease, thanks to its rapid throughput. Furthermore, its modular design makes it easy to upgrade and expand, ensuring that the HDP600 can evolve with an organization’s needs.

In terms of connectivity, all three models offer USB and Ethernet options, allowing for easy integration into existing systems. They are designed for durability and reliability, with components built to withstand regular usage in a busy environment. With features such as automatic card thickness detection and a range of finishing modules for laminating and encoding, the FARGO HDP600 series represents the culmination of advanced technologies for modern card printing needs.

In conclusion, whether it's the HDP600-LC, HDP600 CR100, or HDP600, FARGO delivers robust identification solutions that meet diverse printing demands while prioritizing quality, security, and user-friendliness.