HP RM2-2586-000CN acessório para unidade de fusão

The HP RM2-2586-000CN fuser accessory is a replacement fuser assembly designed for use in compatible HP printers. Operating at 220 VAC, the unit bonds toner to paper using controlled heat and ensures consistent print quality. It weighs approximately 900 g and its packaging dimensions (width 406 mm, depth 226 mm) reflect the part's compact size for storage and handling.

Advantages

This fuser assembly provides stable heat distribution for reliable toner fusion and consistent print density across pages. As an OEM accessory from HP, it matches the original part specifications to help maintain print longevity and reduce the risk of image defects related to fuser wear. Its replacement design supports straightforward installation in compatible models.

Suitable for

• Replacement of worn or faulty fusers in compatible HP printers
• Maintenance tasks to restore proper toner fixation and print quality
• Small office or home office printers requiring OEM fuser parts

Key specifications

• Brand: HP
• Manufacturer part number (MPN): RM2-2586-000CN
• EAN: 5706998851352
• Operating voltage: 220 VAC
• Function: Bonds toner to paper with heat (fuser assembly)
• Weight (approx.): 900 g
• Package dimensions (approx.): width 406 mm, depth 226 mm

How to use

Power off the printer and disconnect it from the mains before replacing the fuser. Allow the unit to cool if recently used. Remove the service door or access panels according to the printer service manual, extract the old fuser assembly, and install the HP RM2-2586-000CN in the correct orientation until it clicks or seats securely. Refit panels, reconnect power, and run a printer warm-up cycle or test page to verify correct installation and print quality.

Recommendations

Use genuine HP replacement parts and follow the printer manufacturer's service instructions. Replace the fuser when print defects such as streaks, ghosting, or poor toner adhesion appear, and avoid handling the heating surface directly to prevent burns or damage.