How to Fix HP LaserJet Printer Error Code 60.xx: Tray Lift Motor Error (Full Guide)

Error 60.xx (where “xx” usually denotes the specific tray number, such as 60.02 for Tray 2) is a critical hardware failure known as a Tray Lift Motor Error. This occurs when the printer’s DC controller detects that the lift mechanism—responsible for raising the paper stack to the pickup rollers—has failed to reach its designated position within a specific timeframe, often due to mechanical resistance or electrical failure.

If you are encountering this error, you are likely hearing distressing grinding or clicking noises coming from the base of the machine, or perhaps your printer incorrectly insists a tray is empty when it is clearly full. While a “Service Error” sounds terminal, this is a mechanical hurdle that can almost always be resolved with methodical troubleshooting and a bit of patience. Don’t worry—most 60.xx errors are caused by simple obstructions rather than total component failure, and we are going to walk through the fix together.

The Complete Solution: Step-by-Step Fix

Step 1: The Hard Reset and Power Discharge
Before opening the chassis, we need to clear the printer’s volatile memory. While the printer is ON, pull the power cord directly from the back of the unit. Wait 60 full seconds. While it’s unplugged, press and hold the Power button for 15 seconds to dissipate any remaining capacitance on the logic board. Plug it back in and test. This resets the DC controller’s error state.

Step 2: Tray Inspection and Media Leveling
Remove the offending tray completely. Look inside the cavity with a flashlight. Is there a stray sheet of paper crumpled at the very back? Even a small scrap can jam the lift arm. Check the tray itself: ensure the paper guides are snug against the paper but not tight enough to bow the stack. Reduce the paper stack to 50% capacity to see if the error clears under a lighter load.

Step 3: Accessing and Cleaning the Lift Motor Gears
If the error persists, you likely have a mechanical bind. You will need to remove the side panel (usually the right side when facing the printer) using your Phillips head screwdriver. Locate the lift motor—it’s a small cylindrical motor near the tray entrance. Use canned air to blow out compacted paper dust from the gear teeth. Using a microfiber cloth and Isopropyl alcohol, wipe the “lift-up” drive gears. If the grease has turned into a thick, gummy paste, remove it and apply a tiny amount of white lithium grease.

Step 4: Testing the Motor Continuity
If you have a multimeter, set it to the Ohms (Ω) setting. Disconnect the small white plastic wiring harness leading to the lift motor. Touch the probes to the motor terminals. You should see a low resistance reading (usually between 10–50 ohms). If the reading is “OL” (Open Loop), the internal windings of the motor are burnt out, and the motor must be replaced.

Step 5: Inspecting the Lift Sensor (Optical Flag)
Look at the top of the tray cavity for a small plastic “flag” that moves when paper pushes against it. This flag interrupts an optical beam. Manually flick it with your finger; it should move freely and snap back into place. If it’s stuck, the printer thinks the tray is either always full or always empty, causing the 60.xx logic error. Clean the optical eye inside that sensor housing with a Q-tip dipped in alcohol.

Detailed Diagnosis: Root Causes

To fix the error permanently, we must understand the physics of the lift mechanism. The lift motor (M1 or M2 depending on the model) turns a series of reduction gears that rotate a lift shaft; this shaft then raises the metal plate inside your paper tray. Here is why that process fails:

1. Physical Obstruction or Paper Overloading: This is the most common “soft” failure. If a piece of paper has fallen behind the tray or if the tray is filled above the “Max Fill” line, the weight exceeds the motor’s torque capacity. The DC controller monitors the current draw; if the motor pulls too much amperage trying to lift a heavy stack, the printer shuts down the circuit to prevent a fire hazard.

2. Stripped or Misaligned Gear Train: HP printers often use plastic (nylon) gears for the lift assembly. Over years of use, the teeth on these gears can wear down or “strip.” Once a tooth is missing, the gears lose synchronization, causing the motor to spin freely without lifting the tray, triggering the timeout error.

3. Sensor Path Contamination: There is a “top-of-stack” sensor that tells the motor when to stop lifting. If paper dust or debris coats this optical sensor, the printer won’t know the paper has reached the top. It keeps driving the motor until it hits a mechanical limit, causing a “Stall Error.”

4. DC Controller/Voltage Spikes: In rarer cases, a voltage spike can damage the H-bridge circuit on the DC controller PCA. This prevents the correct voltage from reaching the motor, leaving it underpowered or completely dead.

Symptoms of Tray Lift Failure

Identifying the early warning signs of a 60.xx error can save you from a complete hardware jam. Look for these specific physical and auditory indicators:

• Mechanical Grinding: A loud, repetitive clicking or “ratcheting” sound immediately after inserting the tray or starting a print job. This indicates gears are slipping or the motor is struggling against an obstruction.
• False “Load Paper” Prompts: The printer control panel displays an “Out of Paper” message despite the tray being loaded to capacity. This happens because the tray plate hasn’t lifted the paper high enough to trigger the media-presence sensor.
• Tray Seating Resistance: You may find it difficult to slide the paper tray all the way into the printer, or the tray “kicks back” slightly after being pushed in.
• Intermittent Stall: The printer begins the initialization process, the motor whirrs briefly, and then the unit abruptly stops, displaying the 60.xx error on a solid orange or red background.

How to Prevent Error 60.xx

Mechanical errors are often a result of cumulative environmental stress. Follow these guidelines to ensure the tray lift mechanism remains functional for the life of the printer:

• Avoid “Cheap” Paper: Low-quality paper produces excessive “paper dust.” This dust acts like sand in the gears of the lift motor, increasing friction and leading to motor burnout. Use 20lb or 24lb bond paper from reputable brands.
• Don’t “Fan” the Paper: While many people fan paper to prevent jams, this creates static electricity which can make the sheets stick together. The extra weight of “stuck” sheets puts unnecessary strain on the lift motor during the initial rise.
• Use a Dedicated Surge Protector: The DC controller is sensitive to voltage fluctuations. A high-quality surge protector ensures the motor receives a consistent 24V or 32V signal without “dirty” power interference that can scramble the sensor logic.

Frequently Asked Questions (FAQ)

Q: My printer shows 60.02. Does this mean I need a whole new printer?
A: Absolutely not. A 60.02 error specifically points to Tray 2. In most cases, it is a simple $20–$40 motor or a $50 tray replacement. Even if the internal gears are damaged, they are modular components designed to be serviced by technicians or savvy users.

Q: Can I just use Tray 1 (the manual bypass) to ignore this error?
A: Usually, yes. If Tray 2 is failing, you can often continue printing using the multipurpose tray (Tray 1). However, some firmware versions will “lock” the printer until the hardware error is cleared. If the printer allows you to bypass it, it’s a good temporary solution while you wait for parts.

Q: Why does the error only happen when the tray is full?
A: This is a classic sign of a “weak” motor or worn gears. When the tray is full, the motor must exert maximum torque to lift the weight. As the motor ages or gears lose their grip, they can handle a half-full tray but fail under the weight of a full 500-sheet ream. If this is happening, replacing the lift motor is the recommended permanent fix.