The Epson Workforce Pro WF‑R5190 DTW model belongs to a classic family series of printers for high workability. Therefore, the series belongs to a workforce series of print-only devices. The Epson Workforce Pro WF‑R5190 DTW has an internal print driver suitable for duplex printing and operating system compatibility. Also, the printing method is the precision core print head while having 800 nozzles for printing.
Epson Workforce Pro WF‑R5190 DTW Printer Driver Downloads
Driver for Windows
Driver for Mac OS
|Printer Driver for mac.dmg
In addition to the 800 black nozzles, it also has another 800 nozzles for color printing. The minimum droplet size of this machine’s cartridge is about 2.8 picolitres. In contrast, the Epson Workforce Pro WF‑R5190 DTW printer has a replaceable ink pack system (RIPS) as its sink technology. When printing, the device can produce the first page of either black or color in just 7 seconds. Moreover, regular printing has 20 pages per minute (ppm) under ideal conditions.
In standard duplex printing mode, the print rate is 11 ppm for both monochrome and color pages. At the same time, the regular printing rate is about 34 ppm when using plain paper of 75 gsm average weight. On the other hand, color pages of plain paper run at the speed of 30 ppm. The printing resolution from this device is up to 4800 x 1200 dots per inch (dpi). Moreover, the optimum print volume from this device is up to 45000 pages in a month.
The standard connectivity procedure for this device is through the hi-speed USB 2.0 port and an Ethernet interface connection. However, it also supports a wireless LAN IEEE 802.11b/g/n, Wifi direct printing, Gigabit Ethernet interface, and wired network. Under ideal conditions, the supported standard paper formats include A4, A5, A6, B5, C4, C6, #10 envelope, letter, and photo paper sizes. The supported paperweight range is between 64 and 256 gsm.
When using the Epson Workforce Pro WF‑R5190 DTW printer mode, the power supply voltage is 220 volts. Besides, the energy use depends on the printer model.