Printing with the Canon i-SENSYS LBP7100Cn model also comes with impressive qualities that return high value to the user. For instance, the machine’s print speed is up to 14 pages per minute (ppm) for monochrome and color documents. Its print method is the color laser beam technology that produces an average resolution of 600 x 600 dots per inch (dpi). Besides, its maximum print resolution is up to 1200 x 1200 dpi.
Canon i-SENSYS LBP 7100Cn driver Downloads for Microsoft Windows 32-bit – 64-bit and Macintosh Operating System.
Toner Cartridge Details
731 Toner Cartridge Yellow : Yields approx 1500 Pages
Toner Cartridge 731 Magenta : Upto 1500 Pages
Toner Cartridge 731 Cyan : Upto 1500 Pages
Black 731 Toner Cartridge : Yields Upto 1400 Pages
Canon i-SENSYS LBP7100Cn Driver for Windows
Driver and Software for Mac OS
Driver for Linux
Specifications
The warm-up time for this machine is approximately 20 seconds or less from the power on stage. The first-page print out takes about 18 seconds or less for both monochrome and color documents. In a month, the Canon i-SENSYS LBP7100Cn model can produce up to 30,000 pages of the highest quality. It also has print margins that include 5 mm for the top, bottom, right, or left. The standard paper input capacity of the tray is up to 150 sheets of plain paper.
Conversely, the output tray will hold up to 125 sheets of printed papers in a face-down manner. Its compatible media types include plain paper, heavy paper, label, index cards, envelopes, coated paper, glossy, and transparency. On the other hand, the cassette supports standard media sizes such as A4, A5, B5, envelope COM10, foolscap, and executive. Others include envelope CS, envelope monarch, 16K, letter, legal, and some custom sizes.
The supported media weight of this machine is between 60 and 220 gsm for all the paper trays. Furthermore, the device supports a power voltage between 220 and 240 volts at 50/60 Hz. Simultaneously, the power consumption depends on the printer model, including active printing, the standby, and sleep modes. For example, functional printing requires up to 340 watts or less energy consumption to perform at the optimal level.