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Rubber tensile machine
Brief description: The rubber tensile machine adopts an electromechanical integrated design, mainly composed of a force sensor, transmitter, microproc
Product details
Rubber tensile machineAdopting mechatronics design, it mainly consists of force sensors, transmitters, microprocessors, load drive mechanisms, computers, and color inkjet printers. High precision electronic speed regulating motors can be set with five file test speeds. All integrated components are connected through plug-in connections. The floor standing model and its design and coating fully consider the relevant principles of modern industrial design and ergonomics.
sketchRubber tensile machineFunctional features:
A. Test standard modular functionality:Integrate user settings for testing standards, stretching methods, stretching circles (including pipes), tearing, peeling, cords, canvas, etc.
B. Sample data: Provide users with set sample data, including width, thickness, diameter, area, gauge length, etc.
C. Report format: Multiple data printing and curve comparison, providing median and average values for testers to choose from
D. Auto Scale automatically optimizes the curve scale of graphics, allowing them to be displayed at the optimal scale.
E. After the test is completed, it will be automatically archived and calculated for high strength, yield strength, tensile strength, compressive strength, arbitrary point elongation strength, arbitrary point load extension, elongation rate, peel strength, and so on.
Briefly describe the product features:
A. High precision force sensor: The force accuracy of 0-5000N is within ± 0.8.
B. Capacity segmentation: Full four levels: 0.25/0.5/0.75/1, using high-precision 16 bits A/D
C. Power system: Taiwan AC variable frequency motor+Taiwan frequency converter+Taiwan reducer+T-shaped screw+smooth rod linear bearing+synchronous belt drive.
D. Control system: External control method is adopted to make the control more precise, with a speed control range of 15-500 mm/min. Zhonglian board adjustment has fast coarse adjustment and slow fine adjustment functions. Automatically return and store after testing.
E．Display mode: 8-segment LED digital display.
F. Printing method: Color inkjet printer to print data curves (laser printer optional).
G. Test space: Test width of approximately 350 mm (standard specification), walking space for connecting plates of 950 mm (excluding fixtures) (standard specification)
H. Large deformation two-point extensometer: resolution 1/100, accuracy ± 1mm
I. Safety devices: overload emergency stop device, upper and lower travel limit device, automatic breakpoint stop function.
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