About Computerized Universal Testing Machine
Computerized Universal Testing Machine
Specifications:
- Control Unit.
- Capacity : Available from 5 to 300 Ton.
- Min Resolution: 1/10000.
- Accuracy: ±1%.
- Driving Method: Hydraulic System.
- Ram Stroke(mm): from 100 to 250 depending upon machine capacity.
- Effective Column Interval(mm): 300 to 750 depending upon machine capacity. Cross head Speed(mm/min): from 50 to 100 depending upon machine capacity. Testing Speed(mm/min): from 50 to 250 depending upon machine capacity.
- Machine weight : 1500 to 4000kg depending upon machine capacity.
- Power: 220/440V, 50HZ or as desired by customers.
- Tension (mm): Max.Space:700, Grip for Rod: 10 ~ 70, Grip for Plate: 13~ 65x90. Compression: Max.Space: 700, Compression Plate:160 (Dia.).
- Transverse & Bending (mm): Max.Space:810, Punch Tip:R22x140,Roller: 50 (Dia.) x161.
- Above three specifications shall depend upon machine capacity. With one set of testing program software.
Versatile Material Testing CapabilityThis Universal Testing Machine accommodates multiple mechanical tests, including tensile, compression, bending, and shear, supporting a wide variety of materials. Its modular grip system allows for quick changes between wedge and compression grips, ensuring adaptability in R&D, QA, and production environments.
User-Friendly, Advanced Control InterfaceEquipped with a digital and PC interface, the machine incorporates microprocessor-based control and dedicated software compatible with Windows 10/11. Real-time load versus extension graphs, data storage, and statistical evaluation functions empower precise analysis and effortless report generation.
Compliance and Safety AssuredManufactured in accordance with ASTM, ISO, and BIS standards, this instrument delivers reliable results while safeguarding users with emergency stop, overload, and over-travel protection. Its sturdy mild steel frame and hardened steel grips contribute to durability and longevity.
FAQs of Computerized Universal Testing Machine:
Q: How does the computerized universal testing machine ensure accurate test results?
A: The machine uses a high-precision load cell and servo motor-controlled system, providing measurement accuracy within 1%. Real-time data capture, statistical evaluation, and result comparison functions help maintain consistency and reliability in results.
Q: What materials and tests can be performed with this universal testing machine?
A: It is suitable for tensile, compression, bending, and shear tests on a variety of materials, including metals, composites, and plastics. The interchangeable wedge and compression grips offer flexibility for different specimen types.
Q: When should the emergency stop feature be utilized?
A: The emergency stop feature should be activated if there is any unexpected malfunction or safety concern during testing. This instantly halts all operations, preventing accidents and equipment damage.
Q: Where can the test data be accessed or exported from the machine?
A: Test data can be viewed directly via the digital display or on a connected PC. Data is stored internally and can be exported in CSV or Excel formats through USB, RS232, or LAN ports, allowing for further processing and archiving.
Q: What is the process for changing between wedge and compression grips?
A: To switch grips, simply disengage the current attachment and secure the required wedge or compression grip using the machines user-friendly quick-release mechanism. Always ensure the machine is powered down or idle before making changes.
Q: How does this testing system support efficient data analysis and report generation?
A: The dedicated software provides real-time graphical outputs, statistical evaluation tools, and report generation features. Users can analyze test results, compare with past data, and export comprehensive reports for record-keeping or compliance purposes.
Q: What are the main benefits of using this universal testing machine for manufacturing and research applications?
A: Key advantages include wide test capacity (up to 200 kN), high accuracy, compliance with international standards, efficient data management, advanced safety features, and robust construction, making it ideal for manufacturers, suppliers, and research labs.