Vacuum Cleaner Motion Resistance Testing Equipment

The Vacuum Cleaner Motion Resistance Testing Equipment is a multifunctional integrated testing system designed to evaluate the mobility and durability performance of vacuum cleaners. You use this equipment to conduct motion resistance testing, threshold crossing tests, floor brush wall impact tests, and mobile aging simulations. Engineered in compliance with IEC 60312. GB/T 20291.1. and IEC 62885-2 standards, the system provides reliable, repeatable data while reducing on-site space requirements. By simulating real-world usage, it allows you to assess product quality and performance reliability efficiently.

Applications

• Mobility resistance evaluation for household and commercial vacuum cleaners

• Threshold crossing performance testing over carpet, tile, or uneven surfaces

• Wall impact tests for floor brushes and vacuum cleaner edges

• Mobile aging simulation to assess lifecycle durability

• Performance verification for floor scrubbers and vacuum cleaner accessories

• Laboratory testing and production quality control

Standards

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

Features

• You can switch seamlessly between multiple test modes on a single platform

• Simulates real-world vacuum cleaner operation for mobility, threshold, and wall impact conditions

• Compact design reduces laboratory footprint while accommodating multiple testing stations

• 7-inch touchscreen allows intuitive parameter setup and monitoring

• Accurate motion resistance and impact force measurements ensure reliable product assessment

• Supports lifecycle aging simulations for both vacuum cleaners and floor brush assemblies

• Robust mechanical construction minimizes maintenance and improves long-term operational 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 install the vacuum cleaner or floor brush onto the designated test fixture.

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

3.Adjust travel range, speed, and impact force parameters using the touchscreen interface.

4.Activate the test cycle; the system will simulate movement, collisions, or threshold crossing according to the selected mode.

5.Monitor the real-time test parameters displayed on the touchscreen.

6.After completion, you can export test data via USB for further analysis and reporting.

Conclusion

The Vacuum Cleaner Motion Resistance Testing Equipment provides you with a versatile solution for assessing vacuum cleaner mobility, threshold crossing ability, wall collision resistance, and long-term durability. By integrating multiple test functions into a single platform, the system improves space utilization while maintaining compliance with IEC and GB standards. It allows accurate, repeatable simulation of real-world operational conditions, supporting manufacturers and laboratories in quality control and product reliability evaluation.

FAQ

1. What types of vacuum cleaners can be tested?

You can test upright, canister, handheld vacuum cleaners, as well as floor brushes and small floor scrubbers.

2. How do I switch between different testing modes?

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

3. How is motion resistance measured?

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

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

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

5. Can I adjust the speed for different vacuum cleaner models?

Yes, you can set the travel speed from 0 to 1.0 m/s ±50% according to the test requirements.

6. How is test data recorded and exported?

Test results are displayed in real-time on the touchscreen and can be exported via USB for analysis and reporting.

7. Is this equipment suitable for laboratory certification purposes?

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