The Brother HL-L6250DN printer boasts a sleek design that caters to both personal and business needs. It comes equipped with a plethora of exceptional features, exclusive to this model alone, making it a standout among its family series. This device is categorized as a laser printer by the manufacturer, thanks to its advanced electrophotographic laser print technology, which is a cutting-edge printing method utilized by the most top-tier printers.
Brother HL-L6250DN printer driver for Windows
| Filename | Size | Download |
| Printer Full Drivers for Windows 7 8 8.1 10 vista 32 bit and 64 bit.EXE | 142.05 MB |
Brother HL-L6250DN driver for Mac
| Filename | Size | Download |
| Printer Driver for Mac 10.10 to 10.14.dmg | 44.96 MB | |
| Printer Driver for Mac 10.8 and 10.9.dmg | 45.02 MB |
Specifications
The device boasts an impressive standard memory capacity of up to 256 MB, providing a built-in capability to efficiently process documents and deliver high-quality output. Its control panel features a liquid crystal display (LCD) with a single-line capacity of up to 16 characters. Additionally, the device is equipped with a TFT LCD color touchscreen, ensuring exceptional user-friendliness.
The power supply for this device accepts an input range of 220 to 240 Volts AC with a frequency of 50/60 Hz. During operation, the maximum power consumption is 1344 watts, with a printing process requiring an average power usage of 640 watts while operating at an average temperature of 250C. If using the quiet mode feature, the power usage drops to around 390 watts at the same average temperature. For quick printing, the power usage is 32 watts. When in sleep mode, the device requires 6.5 watts, and in the deep sleep state, only 1.2 watts are necessary.
The HL-L6250DN printer boasts advantageous physical dimensions that make it a highly practical choice. Its height measures approximately 287 mm, while its width spans 388 mm and its depth comes in at around 373 mm. Despite these sizable measurements, the device weighs a mere 12.4 kg, which is surprisingly lightweight.
To achieve peak performance from this device, it is imperative to operate it in a temperature range of 10 to 320C. Proper storage temperature should be maintained between 0 and 400C. Additionally, relative humidity plays a crucial role and should remain within the range of 20 to 80%. It is vital to ensure that the environmental conditions are within these parameters for optimal device performance.