Vacuum Cleaner Air Performance Testing Equipment

Vacuum Cleaner Air Performance Testing Equipment is a professional testing system designed to evaluate the air performance of vacuum cleaners in accordance with international standards. You can use this equipment to accurately measure and analyze key performance parameters such as voltage, current, input power, power factor, airflow, vacuum pressure, suction power, and overall efficiency. The system integrates European and American standard testing modes, making it suitable for global product verification, R&D validation, and compliance testing.

Applications

• Performance verification during vacuum cleaner product development

• Type testing and routine inspection in quality control laboratories

• Certification testing for export-oriented products

• Comparative performance analysis between different models

Standards

• IEC 60312-1: Vacuum cleaners for household use – Methods for measuring the performance – Part 1: Dry vacuum cleaners

• IEC 62885-2: Surface cleaning appliances – Part 2: Dry vacuum cleaners for household or similar use – Methods for measuring the performance

• ASTM F431-21: Standard Test Method for Measuring the Air Performance Characteristics of Vacuum Cleaners

• ASTM F558-17: Standard Test Method for Measuring Air Performance Characteristics of Upright, Canister, Handheld, Stick, and Robotic Vacuum Cleaners

Features

• You can switch freely between European and American standard testing modes within one system

• Industrial computer control with a 17-inch display provides clear visualization of test items and data

• Automatic data acquisition and calculation reduce manual intervention and human error

• Real-time monitoring of electrical and air performance parameters

• Automatic generation and storage of test reports and characteristic curves via USB

• High measurement accuracy ensures reliable and repeatable test results

• Suitable for both laboratory testing and production-line quality verification

Technical Parameters

Accessoriess

(1) European standard equalization chamber

(2) American standard equalization chamber

(3) Rotary orifice plate set (American standard)

(4) Industrial control computer with display

(5) Power and signal connection cables

Test Procedures

1.You connect the vacuum cleaner under test to the appropriate equalization chamber based on the selected standard.

2.You select the European or American test mode on the control interface.

3.You configure test parameters such as voltage, current limits, and measurement ranges.

4.The system starts data acquisition and records airflow, vacuum pressure, suction power, and electrical parameters in real time.

5.The industrial computer automatically calculates performance indicators and displays results on the screen.

6.After completion, you export test reports and curves via USB for analysis or archiving.

Conclusion

Vacuum Cleaner Air Performance Testing Equipment provides you with a comprehensive and reliable solution for evaluating airflow, suction, and efficiency performance under internationally recognized standards. By integrating European and American testing systems into one platform, it supports accurate product development, compliance testing, and quality assurance for vacuum cleaner manufacturers and testing institutions worldwide.

FAQ

1. Can one system test both European and American standard vacuum cleaners?

Yes. You can select either European or American standard testing modes directly on the control interface without changing the core system.

2. What parameters can you measure during a test?

You can measure voltage, current, input power, power factor, airflow, vacuum pressure, suction power, and efficiency.

3. Is the equipment suitable for certification testing?

Yes. The system is designed according to IEC and American standards and is suitable for certification, type testing, and conformity assessment.

4. How are test results stored and exported?

Test data, reports, and performance curves are automatically recorded and can be exported via USB.

5. Does the system require frequent calibration?

Calibration frequency depends on usage and laboratory requirements, but regular verification of flowmeters and vacuum gauges is recommended to maintain accuracy