Product Description
Uni-Axial & Multi Axial Fatigue Testing Machine
| Axial Load Capacity | 2 Tonne(Dynamic 1-3hz, Tension Tension, Sine Wave, Static Tensile Tests) |
| Torque | +/-100 Nm |
| Angle | +/- 10 Deg C |
| Control | Servo Hydraulics |
| Feed back controls | Load, Torque and Angle |
| Specimen | Standard dog bone tensile test specimen, Thickness 2mm to 6mm |
| Gripper | Mechanical wedge gripper for flat and round specimen, Flat 2mm to 6mm, Round- 4mm to 8mm |
| Hydraulic Power Pack | Capacity to drive 2T parallel 2 Pumps for 2 Actuators |
Precise Digital Control and Data AcquisitionFeaturing a digital microprocessor-based control system, this machine ensures accurate and repeatable fatigue testing. Data collection is streamlined through a PC interface and dedicated software, enabling detailed test analysis and effortless report generation for researchers and quality assurance professionals.
Versatile and Flexible Test CapabilitiesWith support for both tensile and compression fatigue testing, adjustable frequency up to 50 Hz, and stroke lengths up to 100 mm, the machine caters to a diverse range of specimens and applications. Interchangeable grips accommodate various sample shapes and sizes, offering great adaptability for different test requirements.
Safety, Durability, and Ease of UseBuilt from a heavy-duty steel alloy and coated with a corrosion-resistant finish, the apparatus combines durability with a user-centric design. Sectioned with comprehensive protective featuressuch as emergency stop, overload protection, and a secure enclosureusers can operate the machine with confidence, bolstered by onsite installation support and accessible operation manuals.
FAQs of Uni Axial Fatigue Testing Machine:
Q: How does the digital microprocessor-based controller enhance fatigue testing accuracy?
A: The digital microprocessor-based controller ensures precise control over test parameters such as load, frequency, and stroke, minimizing human error and promoting reliable, repeatable results under cyclic loading conditions.
Q: What specimen diameters and load capacities does this fatigue testing machine support?
A: The machine can accommodate specimens of up to 12 mm diameter and is capable of applying loads up to 10 kN, making it versatile for a wide range of material types and shapes.
Q: When is cyclic loading fatigue testing recommended, and what benefits does it offer?
A: Cyclic loading fatigue tests are essential during material development, quality assurance, and research stages to assess how materials withstand repeated stress. This informs product design and predicts potential material failures.
Q: Where can the Uni Axial Fatigue Testing Machine be installed, and is support provided?
A: The machine is designed for standard laboratory environments and operates within room temperature (10C to 40C). Onsite setup and training support are available across India to ensure proper installation and usage.
Q: What is the process for running a fatigue test using this equipment?
A: After specimen preparation, mount the sample using the appropriate interchangeable grips, set the desired test parameters via the digital interface, and initiate the test. Data are acquired in real-time and analyzed through the dedicated PC software.
Q: What safety and protection features are integrated into the machine?
A: For user safety and equipment protection, the machine includes an emergency stop button, overload protection, and a secure protective enclosure that shields operators from potential hazards during testing.
Q: What are the main benefits of using this machine for research and quality assurance applications?
A: The system delivers precise, efficient, and reproducible fatigue test results, enabling researchers and engineers to evaluate material durability and performance accurately, ultimately supporting informed material selection and quality control processes.
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