The Brother HL-L6250DN printer is an elegantly designed printing device that caters to both personal and commercial printing needs. This printer boasts of distinctive features that set it apart from its siblings in the product line. The manufacturer has labeled it as a laser printer due to its employment of electrophotographic laser print technology, which is a cutting-edge print methodology that only top-tier printers utilize.
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, enabling it to effortlessly process documents and produce high-quality output. Its control panel features a cutting-edge liquid crystal display (LCD) with the ability to display up to 16 characters on a single line. To enhance user-friendliness, the TFT LCD is equipped with a color touchscreen interface.
The input range for the power source is 220 to 240 Volts AC with a frequency of 50/60 Hz. While the printing process requires an average power of 640 watts at a temperature of 250C, the maximum power usage is 1344 watts. In quiet mode, power usage during printing is lowered to approximately 390 watts at the same average temperature.
For quick printing, the device only requires 32 watts, while sleep mode uses 6.5 watts. In the deep sleep state, the power consumption is further reduced to a mere 1.2 watts.
The HL-L6250DN printer is endowed with physical dimensions that are conducive to its usage. The printer stands at a height of approximately 287 mm, with a width of 388 mm and a depth of about 373 mm. Surprisingly, the device only weighs about 12.4 kg, which is relatively light considering its other dimensions.
To achieve peak performance of this device, it is crucial to adhere to specific operating conditions. These include maintaining a temperature range of 10 to 320C. When storing the device, it is recommended to keep it in an environment with a temperature range of 0 to 400C. Furthermore, the relative humidity should be closely monitored and maintained between 20 and 80%. Neglecting these essential factors may lead to suboptimal performance and potentially harmful consequences. Therefore, it is imperative to follow these guidelines to ensure the longevity and optimal functionality of the device.