Vacuum Cleaner Floor Brush Impact Comprehensive Performance Tester

The Vacuum Cleaner Comprehensive Performance Testing System is an integrated multifunctional platform designed to evaluate vacuum cleaner performance under real-world conditions. You use this equipment to perform motion resistance testing, threshold crossing tests, floor brush wall collision tests, and mobile aging simulations. Manufactured in compliance with IEC 60312. GB/T 20291.1. and IEC 62885-2 standards, the system allows multiple test mode switching on a single platform. This significantly reduces on-site space requirements while enhancing operational efficiency. It is primarily intended for assessing the durability, mobility, and reliability of vacuum cleaners, floor scrubbers, floor brushes, and similar products

Applications

• Mobility resistance testing of vacuum cleaners on various surfaces

• Threshold crossing tests to simulate carpet, tile, or floor transitions

• Wall collision tests for floor brushes and vacuum cleaner components

• Mobile aging tests to simulate long-term operational wear

• Quality assurance and production line verification for household and commercial cleaning appliances

• Testing institutions and laboratory certification for vacuum cleaner performance

Standards

• IEC 60312: Household and Similar Electrical Appliances – Vacuum Cleaners – Methods for Measuring Performance

• GB/T 20291.1-2014: Household and Similar Electrical Appliances – Vacuum Cleaners – Part 1: Methods for Measuring Performance

• IEC 62885-2:2020: Surface Cleaning Appliances – Part 2: Dry Vacuum Cleaners for Household or Similar Use – Methods for Measuring Performance

Features

• You can switch seamlessly between mobile aging, motion resistance, threshold, and wall collision tests

• Simulates real-world operational conditions for vacuum cleaners and floor brushes

• Compact footprint reduces laboratory space requirements while supporting multiple stations

• 7-inch touchscreen enables intuitive parameter setting and monitoring

• Accurate measurement of motion resistance and impact forces ensures reliable product assessment

• Supports full lifecycle simulation, providing actionable data for R&D and QA

• Robust mechanical design minimizes maintenance and ensures long-term stability

Technical Parameters

Accessoriess

(1) Mobile aging test fixtures

(2) Threshold crossing platforms

(3) Wall collision impact modules

(4) Motion resistance measurement assemblies

(5) Integrated 7-inch touchscreen control unit

Test Procedures

1.You securely mount the vacuum cleaner or floor brush onto the appropriate test fixture.

2.Select the desired test mode via the touchscreen: mobile aging, motion resistance, threshold crossing, or wall collision.

3.Adjust parameters such as travel range, speed, and impact force according to test requirements.

4.Initiate the test cycle; the equipment will simulate motion, collisions, or threshold crossing as programmed.

5.Observe real-time data on the touchscreen during the test.

6.Upon completion, export test data via USB for reporting and further analysis.

Conclusion

The Vacuum Cleaner Comprehensive Performance Testing System provides you with a versatile solution for evaluating vacuum cleaner durability, mobility, threshold crossing, and wall collision resistance. By integrating multiple test modes into a single platform, the system improves space utilization, enhances testing efficiency, and allows simulation of real-world operational conditions. It is ideal for vacuum cleaner manufacturers, laboratories, and quality assurance teams seeking accurate, repeatable, and actionable performance data.

FAQ

1. What types of vacuum cleaners can be tested?

You can test upright, canister, handheld vacuum cleaners, as well as floor scrubbers and floor brush assemblies.

2. How do you switch between test modes?

You select mobile aging, motion resistance, threshold crossing, or wall collision modes via the 7-inch touchscreen interface.

3. How is motion resistance measured?

Motion resistance is measured by integrated sensors with an accuracy class of 0.5. within a 0–20 N range.

4. What is the maximum impact force for wall collision tests?

The wall collision module can apply impact forces up to 200 N with an accuracy class of 0.5.

5. Can you adjust speed for different vacuum cleaner models?

Yes, the system allows speed adjustment from 0 to 1.0 m/s ±50% depending on the product and test requirements.

6. How is the test data recorded and exported?

All test data is displayed in real-time on the touchscreen and can be exported via USB for reporting and analysis.

7. Is the system suitable for laboratory certification purposes?

Yes, it is compliant with IEC 60312. GB/T 20291.1. and IEC 62885-2 standards, making it suitable for both production and laboratory certification testing.