Epson WF-R5690 Error Code 0xD6 Part 12572

Epson WF-R5690 Error 0xD6

Epson WF-R5690 Error 0xD6

The Epson WF-R5690 is an advanced printer that boasts impressive functionality and performance. However, like any other electronic device, it may encounter errors from time to time. One such error is the 0xD6 error code, which is displayed on the printer’s screen. This error is specifically described as an ASF PID excess torque limitation error or mechanism overload.

When this error occurs, it typically means that the printer’s Automatic Sheet Feeder (ASF) is experiencing excessive torque or the printing mechanism is overloaded. The ASF is responsible for feeding paper into the printer, while the printing mechanism handles the actual printing process. Consequently, any irregularity or excessive pressure on these components can trigger the 0xD6 error code.

To troubleshoot this error, first, ensure that the printer is turned off and unplugged. Check for any objects, such as paper clips or staples, that may be obstructing the ASF or printing mechanism. Once removed, carefully inspect these components for any visible damage or jammed paper. Gently clear any blockages or debris that may hinder their smooth operation.

Afterward, power on the printer and check if the error persists. If the error continues to display, it is recommended to contact Epson’s customer support for further assistance. Their trained technicians can provide guidance tailored to your specific situation and potentially recommend a firmware update or an expert repair, if necessary.

In conclusion, the Epson WF-R5690 printer’s 0xD6 error code denotes an ASF PID excess torque limitation or mechanism overload. By following the troubleshooting steps mentioned above or seeking professional support, you can resolve this error to restore the printer’s normal functionality and continue with your printing tasks hassle-free.

Printer Model Epson WF-R5690
Error Code 0xD6
Display on PRINTER
Description and troubleshooting ASF PID excess torque limitation error. Mechanism overload.

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