Mobile Floor Scrubber Aging Life Test Equipment

The Mobile Floor Scrubber Aging Life Test Equipment is designed to evaluate the long-term durability and operational lifespan of floor scrubbers. You can simulate real-world cleaning conditions by laying materials such as carpet, hard flooring, or tiles on the test platform. Controlled via PLC, the system drives floor scrubbers in reciprocating motion at adjustable speeds while collecting temperature data at multiple points. Integrated water supply and extraction systems replicate cleaning operations. Test data, including voltage, current, power, speed, stroke, temperature, and cycle counts, can be exported via USB for analysis. This equipment ensures high versatility, simple operation, convenient control, and low failure rates for testing multiple floor scrubber models under realistic usage conditions.

Applications

Durability and aging testing of mobile floor scrubbers

R&D evaluation for new floor scrubber designs

Performance verification of floor scrubbers with water dispensing and suction functions

Quality control for manufacturing lines

Testing in laboratories for compliance and product certification

Standards

1. IEC 60312-2010 – Household and Similar Electrical Appliances – Methods for Measuring Performance

2. GB/T 20291.1-2014 – Household Vacuum Cleaners – Test Methods for Performance and Durability

3. GB/T 28291-2012 – General Requirements and Test Methods for Robotic Cleaning Appliances

4. IEC 62885-2-2020 – Household and Similar Appliances – Cleaning Performance Testing Methods

Features

• Accurately simulates real-world floor conditions using varied floor surfaces

• Monitors temperature, electrical parameters, and operational cycles at multiple points

• Supports configurable speed, stroke, and cycle settings for versatile testing

• Integrated water supply and extraction system replicates actual cleaning operations

• Data collected via PLC can be exported via USB for analysis

• Compact and organized design reduces testing footprint while supporting multiple stations

Technical Parameters

Accessoriess

(1) Test platform with adjustable work surfaces (carpet, tiles, hard flooring)

(2) 7-inch touchscreen interface

(3) Mitsubishi PLC control system

(4) Water supply and extraction pump system

(5) Temperature probes (Type K)

(6) External AC/DC power supply connections for scrubbers

Test Procedures

1.Install the floor scrubber on the test platform and secure it using clamps.

2.Lay the test surface material (carpet, tiles, or hard floor) on the platform.

3.Configure test parameters on the 7-inch touchscreen, including speed, stroke, cycles, and water supply/extraction times.

4.Start the PLC-controlled test sequence. The scrubber will perform reciprocating motion while water supply/extraction operates automatically.

5.Monitor temperature and electrical parameters in real-time.

6.Upon test completion, export all test data via USB.

7.Clean and reset the test platform for the next cycle.

Conclusion

The Mobile Floor Scrubber Aging Life Test Equipment provides a reliable and versatile solution for evaluating the operational lifespan of floor scrubbers under simulated real-world conditions. By capturing electrical, mechanical, and thermal parameters, you can assess the durability, efficiency, and performance of various floor scrubber models. The system is ideal for manufacturers, R&D teams, and testing laboratories aiming to ensure product reliability and compliance with international standards.

FAQ

1. Can multiple types of floor scrubbers be tested simultaneously?

Yes, the system supports 6 stations (3 stations per group), allowing simultaneous testing of multiple scrubber units.

2. How is water supply and extraction managed during tests?

The equipment integrates a water pump system that automatically adds and extracts water according to preset time intervals, with extracted wastewater discharged directly.

3. What parameters are recorded during the test?

Voltage, current, power, operating temperature, speed, stroke, and cycle count are all recorded.

4. Can the speed and stroke be adjusted during testing?

Yes, both movement speed (150–800 mm/s) and stroke (100–600 mm) are fully programmable via PLC.

5. Is data export supported for analysis?

Yes, all test data can be exported via USB for further analysis and reporting.