Canon i-SENSYS LBP5050 Driver Download

The Canon i-SENSYS LBP5050 prints color documents at the rate of 8 pages per minute (ppm) for A4 paper sizes. On the other hand, when printing black and white copies, the rate is 12 ppm for A4 paper sizes. Similarly, the machine uses the color laser-beam print technology. The standard print quality resolution is about 600 x 600 dots per inch. However, the print output quality resolution is up to 9600 x 600 dpi to aid an automatic image refinement (AIR).

Canon i-SENSYS LBP 5050 driver Downloads for Microsoft Windows 32-bit – 64-bit and Macintosh Operating System.

Supported Toner Cartridges

Toner Cartridge 716 Yellow : Upto 1500 Pages
716 Magenta Toner Cartridge : Yields Approx 1500 Pages
716 Cyan Toner Cartridge : Yields approx 1500 Pages
Toner Cartridge Black 716 : Upto 2300 Pages

The warm-up time when the machine Canon i-SENSYS LBP5050 is waking from standby mode is only 0 seconds. But warming up from the power on the way takes about 25 seconds or less. Besides, the first page output time is about 22 seconds or less for black and white documents. At the same time, color pages for the first time take up to 28 seconds or less. Also, the maximum duty cycle is up to 25,000 pages in a single mode. It also leaves a print margin of 5 mm for all four sides of the paper.

The main paper input tray is up to 150 sheets of plain paper. Besides, it also supports a manual feed slot that can take one sheet at a time. The standard media types are plain paper, recycled paper, heavy paper, glossy film, label, and index cards. On the other hand, the standard sizes include A4, B5, A5, letter, executive, statement, envelope DL, Monarch, and index cards. It also supports a media weight between 60 and 230 gsm.

Other general features of the Canon i-SENSYS LBP5050 machine support a range between 220 and 240 volts with 50/60 Hz. During active printing, the maximum power consumption is up to 207 watts or less for color printing. At the same time, black and white printing uses up to 253 watts at optimum performance.