Product Description
Specifications
- Cornell Mattress Testing Machine
- Professional design
- High qualiy with reasonable price
- One year warranty free
The usage
Cornell Mattress Testing Machine apply to Innerspring Box spring mattresses and Foam mattress Cornell Mattress Testing Machine is used to test the long term capacity of bedding to resist cyclic loading Cornell Mattress Testing Machine consists of a double hemispherical ram head on a manually adjustable shaft A load cell is located on the ram head to measure the force being applied to the mattress The shaft is connected to an adjustable eccentric which is rotated by an electric motor at up to 160 cycles per minute variable
Specification
- Cornell Mattress Testing Machine
- Design criteria ASTM F 1566
- Test objectives Use specific block impact on the mattress over and over again to assess their durability and the fastness of mattress spring
- Imposed the pressure on mattress by a transducer pressure range to 300KG
- Adjust the pushrod stroke on mattress maximum force 1025N minimum force 22N
- Pusher travel speed adjustable about 160 weeks times per minute
- Suitable maximum specimen 22M X 22M
- Display Accuracy 0001kgf
- Deformation precision 0001mm
- Impact height 0300mm adjustable
- Counter range 099999 times
- Power 380V 2KW DC
Advanced Control & Precise TestingEquipped with a microprocessor-based automatic control system and instantaneous digital response, the Cornell Mattress Testing Machine supports precise load application and real-time cycle monitoring. The inbuilt automatic calibration ensures lasting measurement accuracy, making it a dependable solution for manufacturers, researchers, and quality assurance professionals testing mattresses up to 2 meters wide and weighing up to 150 kg.
Intuitive Operator Interface & Data ManagementThe 8-inch touchscreen panel with multilingual support streamlines operation, allowing users to program testing cycles, monitor tests live, and recall test data effortlessly. Test results are easily exported for further analysis using the built-in USB and SD card ports, ideal for both local laboratories and large-scale manufacturing plants.
Safety, Reliability, and VersatilityComprehensive safety features such as overload protection and an emergency stop button provide peace of mind during high-cycle testing sessions. Its robust construction, adaptable test parameters, and adjustable mounting accommodate various mattress types, making it truly versatile for diverse usage needs in the bedding and furniture industries across different climatic conditions.
FAQs of Cornell Mattress Testing Machine:
Q: How does the Cornell Mattress Testing Machine simulate mattress usage during testing?
A: The machine uses a servo-motor driven actuator to repeatedly apply controlled compressive loads onto a mattress, mimicking long-term usage. Adjustable test stroke and speed settings allow it to replicate various real-life sleeping and sitting scenarios over up to 100,000 cycles.
Q: What safety features are incorporated in the testing process?
A: Safety is ensured through built-in overload protection and an emergency stop button. These features safeguard both the operator and equipment during testing by immediately halting operations in case of abnormal loads or emergencies.
Q: When should I perform calibration on this machine?
A: The Cornell Mattress Testing Machine is equipped with an automatic calibration function using an inbuilt reference. Calibration can be conducted before each test or as part of routine maintenance to sustain measurement accuracy.
Q: Where can the machine be used, and does it support different languages?
A: Designed for both laboratory and industrial environments, the machine operates reliably within 10C to 40C and 20%80% humidity. Its operator interface offers multilingual support via the 8-inch touchscreen, making it accessible for global users.
Q: What is the process for exporting test data from the machine?
A: Users can conveniently export test data in real time through the integrated USB and SD card slots. The collected data is compatible with the included Windows analysis suite, simplifying reporting and further examination.
Q: How does real-time monitoring enhance the usability of the mattress tester?
A: The digital LED display and touchscreen interface provide instant feedback on cycle count, load status, and other parameters. This real-time monitoring allows operators to promptly identify and address any issues during testing, improving efficiency and reliability.
Q: What benefits does this machine offer to manufacturers and quality assurance teams?
A: Manufacturers, suppliers, and QA professionals benefit from high accuracy (0.5%), programmed cyclic testing, and consistent performance. The combination of safety, automation, and data management streamlines mattress durability validation, helping companies ensure product quality while meeting industry standards.