DL-Single-Column Touchscreen-Controlled Tensile Testing Machine (0–5000 N)
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Description
Product Introduction:
A digital display electronic tensile testing machine is an instrument used for evaluating the mechanical properties of materials, widely employed in quality control, process research, education and scientific studies, as well as in aerospace, ferrous metallurgy, nonferrous metals, automotive, rubber and plastics, and textile industries. It can perform a variety of tests—including tension, compression, bending, tearing, 90° peel, 180° peel, shear, adhesion, pull-out force, and elongation—at break—on materials such as rubber, plastics, foamed materials, thermoplastics, films, flexible packaging, pipes, textiles, fibers, nanomaterials, polymers, composite materials, waterproofing materials, synthetic materials, packing straps, paper, wires and cables, optical fibers and cables, seat belts, safety harnesses, leather belts, footwear, adhesive tapes, polymers, spring steel, stainless steel, castings, copper tubes, nonferrous metals, automotive components, alloy materials, and other nonmetallic and metallic materials.
The power core has been upgraded to a servo‑motor drive, paired with a dedicated servo control system that enables real‑time, precise adjustment of speed and torque, ensuring smooth, stall‑free loading. Coupled with a worm‑gear reducer and a precision ball screw, the system operates without generating contaminants, produces minimal noise, and delivers high efficiency, while also supporting a wide range of speed settings. Whether testing hard metals or soft plastics, it can readily select the optimal loading speed. From metallic materials to non‑metals and composites, this equipment handles all mechanical‑property tests with ease and complies with relevant national standards, making it a practical testing solution for quality‑control departments in enterprises and R&D laboratories in research institutions.
Product Features:
1: The machine features a streamlined design with a single-arm structure and a three-column enclosure driven by ball screws, which, while ensuring ease of implementation, delivers multiple advantages: high frame rigidity, exceptional operational accuracy, and extended service life.
2: By employing high-precision ball screws, the equipment achieves efficient power transmission while ensuring smooth operation, thereby laying a critical foundation for enhancing overall performance.
3: The transmission system employs a worm‑gear reducer to achieve bidirectional, backlash‑free motion, thereby establishing a robust core foundation for the precision and stability of power transmission.
4: By incorporating high-precision servo motors and drive systems, the equipment not only ensures smooth transmission but also further enhances control accuracy, providing critical power and control assurance for the machine’s efficient and stable operation.
5: By incorporating three types of safety devices—overload emergency shutdown, upper and lower travel limits, and automatic stop at the breakpoint—the equipment establishes a multi‑level safety protection system, ensuring both operational safety and operator safety.
6: The equipment offers a wide test‑speed range of 0.01–500 mm/min and stepless speed regulation, enabling flexible adaptation to various testing scenarios and ensuring precise control throughout the test process.
System Functions and Features:
1. This single-column digital display servo tensile testing machine is equipped with a 24-bit high-speed embedded processor and highly integrated digital peripheral circuits, offering both rapid processing capabilities and a compact footprint. Paired with a 16-bit high-precision AD converter to ensure measurement accuracy, it also features dedicated graphical software for material‑physical testing, significantly simplifying operation and optimizing performance.
2. This single-column digital display servo tensile testing machine features a 7-inch, 1024×600‑pixel touchscreen, offering an intuitive, visual interface and convenient touch‑based operation to facilitate efficient data acquisition and equipment control. Paired with a Windows‑like graphical user interface and a fully Chinese-language menu, it delivers crisp, lifelike display quality while enabling users without specialized training to get up and running quickly, significantly lowering the operational barrier.
3. This single-column digital display servo tensile testing machine can display test values in real time and automatically save peak data throughout the entire test (facilitating dynamic monitoring and retention of critical information). It simultaneously tracks test values and their variation curves, helping to observe performance changes at each stage. Moreover, after testing, the curves can be zoomed in or out to clearly highlight key transition segments, thereby effectively enhancing the efficiency of test monitoring and result analysis.
4. This single-column digital display servo tensile testing machine supports software‑based sensor calibration, enabling effective correction of sensor linearity. Operators can adjust test results by modifying the calibration coefficients, thereby ensuring measurement accuracy.
5. This single-column digital display servo tensile testing machine supports one‑click switching among multiple force units, such as N and kN (eliminating the need for manual conversions and ensuring compliance with both domestic and international standards). It also offers a range of stress units, including Pa and MPa, to accommodate the testing conventions of various industries, and allows seamless switching between length and area units—such as mm and cm—to suit different specimen dimensions and enhance the convenience of parameter settings, thereby meeting diverse testing requirements.
6. This single-column digital display servo tensile testing machine supports switching between Chinese and English, can output and print the final test results, automatically displays and stores the maximum force value upon completion of the test, and can record up to 50 test results, balancing ease of operation with data retention requirements.
7. This single-column digital display servo tensile testing machine supports a variety of test modes, including universal tension, universal compression, bending, and peel tests, and can perform constant‑rate loading and hold‑pressure tests (subject to the actual configuration). It offers flexible adaptability to meet the requirements of diverse testing scenarios.
Technical Specifications:
Parameter Category |
Parameter content |
Test force |
50, 100, 200, 500, 1000 N, 2000 N, 5000 N |
Test force accuracy |
Class 0.5 |
Test force measurement range |
0.2%—100%F.S |
Powertrain |
Servo motor drive |
Test Space |
750 mm (excluding the gripper) |
Speed range |
0.1 mm/min to 500 mm/min (stepless speed regulation) |
Display mode |
7-inch 1024×600 resolution touchscreen |
Safety device |
Overload emergency stop device, upper and lower travel limit devices, and automatic breakpoint stop function. |
Printing function |
Thermal printer prints test data and date. |
Work environment |
Room temperature to 40°C, humidity 20% to 80% |
Machine power |
450kW |
Power Supply/Power |
220V 50HZ |
Machine dimensions |
400*520*1220 mm (Width × Depth × Height) |
Machine weight |
Approximately 95 kg |
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