Ricoh D0BQ2773 (D0BQ-2773) PULLEY:PICKUP:MECHANICAL ROLLER CLU

Ricoh's D0BQ2773 pickup roller pulley with mechanical roller clutch stands apart from generic feed components by delivering factory-calibrated paper separation and torque control. Built as a genuine OEM replacement, this assembly restores the precise grip and release timing that keeps multi-page documents moving without doubles or jams. The clutch engages only when the feed command arrives, preventing premature roller wear and ensuring consistent pickup from the first sheet to the last.

Highlights

• Genuine Ricoh OEM part — identical fit and function to the original component
• Integrated mechanical roller clutch for controlled paper pickup and separation
• Durable plastic and metal construction for long service life
• Direct replacement for worn or slipping feed rollers
• Maintains reliable feeding across a wide range of media types

In daily use

When the pickup roller pulley begins to glaze or the clutch loses its bite, printers start hesitating on the first sheet or pulling multiple pages at once. Installing the D0BQ2773 restores the crisp, single-sheet feed that high-volume environments demand. The mechanical clutch releases the roller at the exact moment the paper enters the registration path, reducing misfeeds and protecting downstream components from unnecessary stress. This part is essential for routine maintenance schedules and helps avoid costly service calls.

Full specifications

• Brand: Ricoh
• Manufacturer Part Number: D0BQ2773
• Alternate Part Number: D0BQ-2773
• Part Type: Pickup Roller Pulley / Mechanical Roller Clutch
• Function: Paper Pickup and Feeding Mechanism
• Component Type: Drive Pulley, Clutch Assembly
• Application: Printer/Copier Paper Feed Unit
• Installation: Replacement Part
• Condition: New
• Original Part Status: Genuine Ricoh OEM Part
• Clutch Mechanism: Mechanical Roller Clutch
• Material: Durable plastic and metal components

Final note

For service technicians and fleet managers, the Ricoh D0BQ2773 is the dependable choice to eliminate feed failures and keep devices running at full productivity.