Xerox 008R08103 – Second Bias Transfer Roll Assembly

Overview :

Xerox 008R08103 is a genuine OEM second bias transfer roller (2nd BTR) assembly engineered to maintain electrical charge stability and precise toner transfer during high-volume document processing. Managed by infrastructure engineers, IT facilities groups, and print room administrators, this routine maintenance component replaces degraded or contaminated transfer mechanisms. It directly resolves severe output deployment issues such as vertical voids, light or uneven print density, background speckling, and recurring mid-engine paper jams.

Technically, the roller applies a precise electrical bias voltage to pull the fully formed toner image from the primary intermediate transfer belt (IBT) and fuse it cleanly onto the passing media substrate. This assembly features a specialty conductive core layer calibrated to handle a rated production runtime capacity of up to 200,000 standard pages before depletion. By standardizing charge uniformity across heavy paper weights and coated stocks, the unit ensures sharp fine-line rendering and accurate corporate color consistency.

This modular component is deployed directly inside enterprise corporate hubs, centralized network print rooms, and high-capacity data center departments. It features native mechanical and electrical mapping for both monochrome and color engines within the Xerox AltaLink B8100 and C8100 series, as well as the updated AltaLink B8200 and C8200 platforms. It must not be deployed in low-volume VersaLink desktop engines or older legacy WorkCentre platforms, as the physical axis length, guide mounts, and bias electrical pinning configurations are strictly engine-dependent.

Key Features :

• Precision conductive core stabilizes electrical bias for clean toner transfer.

• Heavy-duty routine maintenance design yields up to 200,000 pages.

• Eliminates vertical print voids, color fading, and line-art dropouts.

• Lowers total cost of ownership by maximizing primary IBT runtime efficiency.

• Modular pull-and-push architecture allows toolless field swap replacements.