Xiaomi X20+ Brushless Suction Turbine Fan DC752512HS 45 cm Black
- Brushless suction turbine fan for Xiaomi X20+ auto-empty dock. DC752512HS model with 45 cm cable, 4 mounting holes and durable plastic housing for stable airflow, efficient vacuum operation and reliable replacement performance.
The Xiaomi X20+ brushless suction turbine fan is a dedicated replacement component designed for the auto-empty docking station. Built to support efficient dust collection and steady vacuum performance, this blower unit helps maintain proper airflow inside the station and supports reliable day-to-day operation of the cleaning system. This model, DC752512HS, features a brushless motor design that delivers consistent performance with reduced wear compared to conventional solutions. The unit is made from durable black plastic and includes a 45 cm cable for practical installation and connection within the device.
Its construction incorporates 4 mounting holes, allowing secure fitting and stable positioning in compatible assemblies. The turbine-style housing is engineered to direct airflow effectively, which is essential for suction efficiency and dust transfer. In operation, the fan generates the airflow required by the automatic emptying mechanism, helping move debris from the robot vacuum system into the dock’s collection area. The brushless architecture supports dependable running characteristics, smoother operation and improved service life.
As a technical spare part, it is suitable for replacing a worn, damaged or underperforming original fan in a compatible Xiaomi X20+ auto-empty station. By restoring proper airflow and suction support, this component can help the docking station work more efficiently and reliably. It is a practical choice for repair, maintenance or refurbishment, especially when preserving the original functionality of the automatic dust emptying system is important. For users and service technicians, it offers a focused, compatibility-oriented solution that supports stable performance and long-term equipment usability.
