Product Description
Caster Curability Tester
To evaluate the ability of the chair base and casters to withstand fatigue stresses and wear caused by moving the chair back and forth. Seat surface to place the weight (113kg), the holding fixture driven by motor and timing belt move to and fro, in order to assess the casters of wear life, stroke rate and the number of times can be set.
FEATURES:
- PLC with LCD displays.
- Base barriers block can be removed, for smoothing the surface accessibility block test.
- .Starting points for self-regulation.
- .Driving mode:variable frequency motor and timing belt.
The main technical parameters:
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Driving Mode
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variable frequency motor and timing belt
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Stroke
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762mm (+ 50mm)
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rate
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8 12 times / min
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holder with the up and down adjustment range
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80mm 500mm
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control mode
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PLC and LCD display
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Voltage
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220V single-phase, 900W
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Design standard
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Bifma x 5.1 clause 17
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Starting points for self-regulation.
- Accessories: weight of 23kg of load-bearing base divided into 9 equal portions per box, placed a 10-kilogram weight, overall weight equal to 113 kilograms.
- Base barriers block can be deleted, for smoothing the surface accessibility block test.
STANDARDS: Bifma x 5.1-2011
Precision Testing for Casters and MaterialsThe Caster Curability Tester offers advanced testing capabilities for a variety of caster wheels and soft or hard materials, making it an ideal solution for quality control and research. Its digital LCD display, automated test cycles, and peak value hold function assure dependable and precise results, supporting rigorous assessment standards in any laboratory or QC workshop setting.
User-Friendly Operation and Comprehensive SafetyDesigned with a microprocessor-based digital control system, this tester provides adjustable speed and stroke, simple bench-top mounting, and auto-stop safety features in case of overload. Its silent operation (60 dB) ensures suitability for a range of environments, while robust stainless steel fixtures ensure durability and reliability.
Efficient Data Management and ConnectivityThe device supports up to 100 stored test results, with seamless export options via USB and RS232 interfaces. Integration with PC data analysis software allows users to conduct in-depth analysis and efficiently manage testing documentation. Printable data output fosters streamlined workflow for industrial and research applications alike.
FAQs of Caster Curability Tester:
Q: How do I operate the Caster Curability Tester for a new test cycle?
A: Begin by mounting your specimen to the stainless steel fixture, adjusting the test speed (50-300 mm/min) and stroke (0-200 mm) as required via the digital control panel. Ensure proper settings are chosen for your material type, then start the automated test cycle. The peak value hold and overload auto-stop features will ensure accurate and safe operation throughout the test.
Q: What materials and applications is the Caster Curability Tester suitable for?
A: This tester is engineered for a wide range of caster wheels and similar materials, accommodating both soft and hard specimens. Its adaptable fixture and 0200 N measuring range make it ideal for industrial quality control, research, and laboratory assessment of numerous caster types, as well as comparable material studies.
Q: When should I use the peak value hold and data export features?
A: Utilize the peak value hold function during testing to automatically capture the maximum force measurement. Data export features, available via USB or RS232 interfaces, should be used when you require detailed reporting, need to transfer results to a PC for analysis, or want to compile documentation for quality control reviews.
Q: Where can the Caster Curability Tester be installed and operated effectively?
A: This bench-top unit is designed for laboratory and QC workshop environments, thriving in conditions with 20%85% humidity and temperatures between 10C and 40C. Weighing 45 kg, its suitable for stable workstations in research and industrial settings.
Q: What is the process for exporting and printing test data from the tester?
A: After testing, access the saved data (up to 100 results) directly from the unit. Connect your PC or printer via the USB or RS232 port. Using the supported software, export or print your test results for analysis or documentation purposes.
Q: How does the curability tester ensure safety during operation?
A: The tester is equipped with an automatic stop feature that activates in the event of overload, protecting both the instrument and specimens. In addition, its sturdy stainless steel fixtures and controlled test environment parameters help reduce operational risks.
Q: What are the primary benefits of using this curability tester?
A: Key benefits include high-precision measurements, automated workflows, efficient data management (storage and export), robust safety controls, and flexible specimen compatibility. These features collectively help improve testing accuracy, efficiency, and compliance in QC and research environments.