HP Q1426B Barcode Label
HP Parts Accessory Model Overview
Frequently Asked Questions
What is the HP Q1426B and what is it used for?
The HP Q1426B is HP Universal Photo Paper designed for professional photo printing applications. This 24" x 100 ft glossy roll is suitable for high-quality photo output and is commonly used in POS and printing environments where professional photo media is required.
What are the media specifications for the HP Q1426B?
The HP Q1426B is a glossy photo paper roll measuring 24 inches wide by 100 feet in length. It is compatible with HP color laser printers that support glossy photo media up to 200 g/m² weight capacity, making it suitable for professional photo printing applications.
Is the HP Q1426B compatible with HP POS systems?
Yes, the HP Q1426B is compatible with HP POS systems and HP touchscreen computers. This photo paper is designed to work with HP's printer lineup that supports glossy media, making it suitable for POS environments requiring high-quality photo output.
What operating systems support printing to HP devices using the Q1426B?
HP devices that use the Q1426B paper support multiple operating systems including Windows (7, 8, 10), Mac OS (Sierra, El Capitan, Yosemite, High Sierra, Mojave), iOS, and Android. This broad compatibility ensures flexibility across different computing environments in your warehouse or retail operation.
What print margins and maximum print area does the HP Q1426B support?
The HP Q1426B supports print margins of 4.3 mm on all sides (top, bottom, left, and right), with a maximum print area of 207.4 x 347.1 mm. These specifications ensure consistent, professional photo output with appropriate spacing for finishing and display.
Can the HP Q1426B be used with automatic duplex printing?
The HP Q1426B is a single-roll glossy photo paper designed for simplex (single-sided) printing. While HP devices support automatic duplex printing capabilities, glossy photo media like the Q1426B is typically used for single-sided professional photo applications rather than two-sided output.