Narwal YJCC027 – Plus.Parts® Replacement Dust Bin Filters

The Narwal YJCC027 is a Narwal robot identified by its internal model code, positioned within the Freo X10 range of combined vacuum-and-mop robots. Like other models in this family, the YJCC027 relies on a dedicated dust bin filter to protect the motor from fine particles collected during each vacuum pass. The dust bin filter is located in the airflow path between the collection bin and the motor inlet, and its function is to capture particulate matter before it reaches the drive components. As the filter media loads with debris over repeated cleaning sessions, airflow resistance increases and effective suction at the floor surface decreases. At the point where rinsing the washable filter no longer restores normal airflow, replacement with a fresh filter is necessary to bring suction back to specification.

This replacement set includes Plus.Parts® washable dust bin filters matched to the Narwal YJCC027 housing. Five filters are included in the pack, each produced to the housing dimensions of the YJCC027 dust bin frame so the media seats without bypass gaps on installation. Each filter is hand-washable: rinse under running water and allow to dry fully before reinstalling. Partial drying before reinstallation can trap moisture near the motor. Each filter supports multiple reuse cycles before the media requires replacement. The five-pack provides a practical maintenance supply for a robot that runs frequently, ensuring a dry, ready filter is always available when a session ends and the used filter needs attention.

Our team answers Narwal YJCC027 compatibility questions directly and addresses any order concerns without delay.

At a glance

• YJCC027 Housing Fit – Each filter is shaped to the Narwal YJCC027 dust bin frame, seating the media flush across the full contact area.
• Washable Reuse – Rinse under water, dry fully, and reinstall; each filter handles multiple service cycles.
• Five-Pack Coverage – A pack of five provides enough rotation stock to keep the robot in service without maintenance gaps.