How to fix Error Code 59.F0? Printing a document is a necessary part of an organization as it enables you to keep a manual database for future reference. In most firms, HP printers are used as a text printing system. While HP is a major kind, there are some instances where you may notice that printers are not functioning properly and display some errors. One such typical error is HP Printer Error 59.F0.Causes 59.F0 Error Message HP Printer Error Code 59.F0 Description HP printer error code 59.f0 is an internal motor obstacle. It is typically triggered by a breakdown of transition alienation. In this case, the ITB is locked and cannot rotate. Another explanation may be the problem with the SR9 sensor. The SR9 sensor is the main transfer-roller-disconnect sensor, also known as Sensor K.Try These First Before you go for a high-level technical solution to get rid of the error, there are some suggested actions that you can examine. These include: Reset Printer Remove Surge Protector If the error still persists, follow the advanced technical tricks to resolve the issue. Steps to fix HP Printer Error 59.F0 Fixing HP Printer Error 59.F0 The steps to be followed to fix the printer error are listed below: 1. Reset the ITB 2. Check the connections: To primary transfer-roller-disengagement sensor i.e. SR9 at connector J19 To the DC controller PCA i.e. connector J128 3. If the error still continues, remove the ITB completely and manually test the ITB gear and flag. To achieve this, follow the below-mentioned instructions: Rotate the gear. Check if the flag actuates while the white gear is turned. If the flag is found damaged or has an issue, replace the ITB 4. If the ITB gear and flag is properly working, the next thing to be checked is the Sensor SR9. You need to go for the Manual Sensor Test for this. The steps are here: Remove the ITB, if reinstalled after performing Step 3 Locate Sensor SR9 inside the ITB cavity Browse to the Control Panel Press the Home button Press the down arrow and highlight the Diagnostics menu Click OK Select Manual Sensor Test Click OK From inside the ITB cavity, press up and release the SR9 flag for sensor actuation While pressing the flag, check the display on the control panel for sensor response i.e. under K Check if the sensor toggles between 0 (normal state) and 1 In case the value doesn’t toggle between the range, replace the sensor To stop the diagnostic, click OK Select Exit Diagnostics Click OK 5. Perform the nest test i.e. a fuser motor (M2) Component Test if the SR9 is found working properly. To do this: Remove the fuser Defeat the right door safety switch from the upper left area by inserting a stiff or folded piece of paper. Defeat the right door logic switch using masking tape to hold the switch down Further steps will be the same as Step 4’s c to f. Then select Fuser Motor Click OK Observe the fuser motor gear while performing the test If the test fails, replace the motor To exit the diagnostic, follow the same steps as mentioned in Step 4’s m too 6. If the Fuser Motor is working right, the last is to go for an ITB Contact/Alienation Test Open the right-side door and remove the transfer belt assembly Open the toner access door Remove the Cyan cartridge Insert a flat blade screwdriver into the little slot in front Let the screwdriver inserted while you run the test Go to the Menu bar From the down arrow, select Diagnostics Click OK From the down arrow, select Component Test Click OK Again press the down arrow, highlight ITB Contact/Alienation Press OK Look at the little white gear, the alienation drive hub must rotate. If you hear a clicking sound while performing the test, your Fuser Drive Assembly is damaged. Replace the fuser-drive assembly Replace the DC motor if none of the above suggestions works. Scope of Services We provide efficient tech support helpdesk facility to our customers. Our HP Support 365 team for resolutions is always ready to handle your doubts and queries. You can reach out to us via our instant live chat platform or through emails, which is responded to by our experts at the earliest. Source URL: