The equipment integrates high-precision sensing detection modules and intelligent industrial control systems, which can automatically complete synchronous real-time testing and accurate data collection of eight core parameters of vacuum cleaner voltage, current, input power, power factor, suction power, air flow rate, vacuum degree, and overall efficiency, solving the pain points of single parameter detection, large data errors, and cumbersome operation of traditional testing equipment. The equipment is equipped with standardized pressure equalization boxes, electric throttle adjustment components, high-precision pressure and flow detection units, supporting automatic compensation and correction of atmospheric pressure and temperature environmental parameters, strictly benchmarking the requirements of national standard testing conditions, effectively avoiding interference from environmental factors on test data, and ensuring the accuracy, repeatability, and authority of test results.

The testing process is fully automated, and the system can generate standard performance characteristic curves such as flow suction power and flow input power in real time, automatically record the entire testing data, and support real-time data storage, viewing, and traceability. All test data can be quickly exported through a high-speed USB interface, which can be directly connected to a computer terminal to generate standardized test reports. This facilitates data archiving, analysis, and quality inspection filing for staff, greatly improving testing efficiency.

The device has strong adaptability and is widely used in various types of vacuum cleaners such as household dry wired vacuum cleaners, wireless handheld vacuum cleaners, push rod vacuum cleaners, and car vacuum cleaners. It can also meet the specialized testing of air flow, load performance, and power efficiency of various vacuum cleaner series motors and brushless motors. It is widely suitable for various application scenarios such as factory testing of vacuum cleaner manufacturers' production lines, performance debugging of new products in research and development laboratories, type inspection by third-party authoritative testing institutions, and sampling inspection by quality inspection departments.

The overall equipment adopts an industrial grade modular structure design, with a reasonable and compact layout, stable and reliable operation. Equipped with an intelligent industrial control system, the human-machine interaction interface is simple and intuitive. Test parameters can be freely set and fully automatic testing can be started with one click, without the need for professional personnel to be on duty. The operation is simple and convenient. The device is equipped with multiple overload, overvoltage, and fault warning protection mechanisms, effectively reducing equipment wear and tear. It has the advantages of low operating noise, fast response speed, high detection accuracy, extremely low failure rate, and convenient maintenance. It can operate continuously and stably for a long time, perfectly adapting to the large-scale and normalized testing needs of enterprises. It is the core standard testing equipment for quality control and performance research and development in the vacuum cleaner industry.