Dreame Robot Vacuum Sensor Module with 4-Wire Connector Replacement Part
- Replacement sensor module for Dreame robot vacuum cleaners with a 4-wire connector. Compact electronic spare part designed for accurate signal transmission, stable operation, and seamless integration with compatible robotic vacuum systems.

This sensor module is a replacement spare part designed for Dreame robot vacuum cleaners. It is intended for use within the robot’s electronic system, where reliable signal reading and transmission are essential for proper operation. The part features a compact housing and a 4-wire connector layout, making it suitable for integration into compatible robotic vacuum assemblies. The component is built as a small electronic module with a transparent and black housing section connected to a white plug by four color-coded wires.
This configuration supports organized installation and helps identify wiring positions during service or replacement. Its compact dimensions allow it to fit into the limited internal space typical of robot vacuum cleaners, where components must operate precisely within tightly arranged assemblies. In practical use, a sensor module of this type supports the robot vacuum’s ability to monitor internal functions or detect operational states, depending on the compatible model and installation point. Stable electrical connection is important for maintaining communication between the module and the main control system.


Replacing a worn or damaged module can help restore proper device response and maintain the expected functionality of the robotic cleaning system. As a spare part, this module is intended for repair, servicing, or maintenance of compatible Dreame robot vacuums. It can be useful when restoring a device to working condition after component failure or wiring damage. For technicians and users sourcing replacement parts, the clear connector layout and dedicated form factor provide a practical solution for maintaining the performance and usability of the original robot vacuum system.










