Motor Carbon Brush Holder End Cover: A Direct-Fit Replacement for 895, 875 & 887 DC Motors

This carbon brush holder end cover is a specified replacement component designed for 895, 875 and 887 model DC motors. Weighing 12g, it serves a practical role in the repair and maintenance of electric screwdrivers and tools utilising these motor types. When the original brush holder becomes worn or damaged, this part provides a compatible solution to restore motor function. Its metal and graphite construction is typical for such components, facilitating electrical contact and brush operation within the motor assembly. The part is supplied individually, allowing for targeted replacement of a single faulty component rather than a complete motor overhaul.

Features and Construction

This repair part is defined by its specific compatibility and material composition, offering a straightforward solution for motor maintenance.

Material and Build

The holder is made from metal and graphite. The metal component provides the structural frame and necessary electrical contact points within the motor's brush assembly. Graphite is the standard material for the carbon brush element itself, valued in such applications for its electrical conductivity and ability to wear evenly against the motor's commutator. This material combination is fundamental to the part's operation, ensuring it can perform the same role as the original component it replaces.

Size and Practical Fit

The part's key physical specification is its 12g weight, which can be useful for verification and handling. Its primary design characteristic is its direct compatibility with 895, 875 and 887 DC motor models. This means it is engineered to match the physical dimensions and mounting points of the original part in those specific motors, aiming for a fit that requires no modification. This precise compatibility is crucial for a successful repair, ensuring the new holder integrates correctly with the existing motor housing and brush spring mechanism.

Uses and Placement

This component has a clearly defined application, centred on the restoration of specific power tools.

Event or Professional Use

For professional tradespeople or workshop environments where electric screwdrivers are in constant use, motor wear is inevitable. A faulty brush holder can cause poor electrical contact, sparking, or complete motor failure. Having a direct replacement part like this on hand allows for quicker tool turnaround. Instead of replacing an entire motor or tool, a technician can disassemble the unit, swap out the worn holder, and return the tool to service, minimising downtime and cost.

Everyday Home Use

For the home DIY enthusiast, a malfunctioning power tool often leads to a project stall. This part enables a cost-effective repair path for a common point of failure in 895, 875 and 887 motors. With basic tools and careful disassembly, a user can extend the life of their screwdriver by replacing just the worn component. This approach is often more economical than purchasing a new tool and reduces waste by repairing rather than discarding.

Benefits and Buying Value

The value of this component lies in its specificity and the practical repair scenario it enables.

Reuse and Low Maintenance

By facilitating the repair of an existing tool, this part directly supports reuse. It helps avoid the disposal of an entire motor assembly due to a single worn part. Once installed, the holder requires no ongoing maintenance beyond what is normal for any motor brush assembly, which may need inspection after extended use. The repair itself is a one-time task that restores functionality based on the part's inherent design and materials.

Why Choose This Product

This part is chosen for its confirmed compatibility with 895, 875 and 887 DC motors. Its value is not in generic features but in this exact match. For anyone facing a motor failure identified as a brush holder issue on one of these models, this is the targeted component needed. It offers a practical alternative to more costly or complex solutions, provided the user has identified their motor model correctly and is comfortable with the required level of disassembly and reassembly.