The computer servo tensile testing machine can perform tests such as tensile, compression, bending, tearing, 90° peeling, 180° peeling, shearing, adhesive force, pull-out force, and elongation percentage on rubber, plastic, film, molecular materials, composite materials, packaging tapes, paper, wire and cable, optical fiber and cable, seat belts, safety belts, castings, steel plates, steel strips, non-ferrous metals, automotive parts, alloy materials, as well as other non-metallic and metallic materials.
I. Design standards:
ASTM D903, GB/T16491, GB/T1040, GB/T8808, GB13022, and other standards.
II. Main Technical Parameters (Customizable According to Customer Requirements):
Capacity selection: 200KG
Unit switching: G, kg, N, LB (can be switched freely)
Appearance dimensions: 550*550*1250mm
Load resolution: 1/250,000
Load accuracy: ±0.5%
Maximum travel: 1000mm (including fixture)
Test speed: 0.01~500mm/min (adjustable)
Transmission system: servo motor + Taiwan TBI precision ball screw + synchronous belt
Displacement resolution: 0.001 mm
Safety devices: overload emergency stop device, upper and lower travel limit device, automatic breakpoint stop function
Control system: TM2101 system or 4.35 mechanical testing system
Weight: 75kg (excluding fixture)
Power Supply: 220V/50Hz
III. Detailed specifications:
A. High-precision force sensor: 0~200KG. The force accuracy is within ±0.1%.
B. The main controller utilizes the most advanced 32-bit ARM processor of the 21st century, achieving processing speeds comparable to Pentium-class general-purpose computers. Compared to traditional 8-bit single-chip microcomputer measurement and control systems, it offers significantly improved overall performance, faster operation, and higher control accuracy
C. Power system: AC motor, precision screw.
D. Control system: Utilizing the Pulse Command control method for precise control, with a speed control range of 0.01~500 mm/min. It features both rapid coarse adjustment and slow fine adjustment functions. After testing, it automatically returns to the original point and saves the data.
E. Data transmission mode: RS232 transmission
F. Display mode: Displayed on the computer screen using UTM107 WIN-XP test software.
G. A concise one-step and precise seven-step linear dual correction system for force measurement throughout the entire process.
H. The luxury testing interface software can achieve control modes such as constant speed, constant displacement, constant load (with a set holding time), constant load increase rate, constant stress increase rate, and constant strain increase rate, coupled with multi-stage control modes, to meet different testing requirements.
I. Testing Space: Testing width is approximately 400 mm (standard specification), with a walking space of 1000 mm (excluding fixtures) (standard specification)
J. Full-range displacement: Encoder 2500 P/R, with a 4-fold improvement in accuracy, utilizes a LINE DRIVE encoder for exceptional anti-interference capability. Displacement resolution is 0.001mm. Small deformation: Metal extensometer, with a resolution of 0.001mm (optional)
K. Safety devices: overload emergency shutdown device, upper and lower travel limit device, automatic power-off system for electric leakage, and automatic breakpoint shutdown function.
IV. Introduction to Software Functions:
A. Test standard modularization function: Provides users with the ability to set test configurations for the desired applications, covering standards such as GB, ASTM, DIN, JIS, BS, etc. Test standards and specifications.
B. Test sample data: Provides users with the ability to set all test sample data, which can be inputted once and reused permanently. Additionally, users can modify formulas on their own to improve the accuracy of test data.
C. Dual report editing: Fully open for user-editing of reports, allowing testers to choose their preferred report format (the newly added built-in EXCEL report function in the testing program expands the previous pattern of single professional report)
D. Dynamic interchange is adopted for various lengths, force units, and display digits, with force units including T, Kg, N, KN, g, lb, and units including mm, cm, inch.
E. Utilizing multi-thread parallel processing technology, the system can simultaneously display curves such as force-displacement, force-time, displacement-time, and stress-strain in real-time during the testing process. Users can freely switch to the desired curve display and view user settings, among other features.
F. The innovative Microsoft Word report format in the industry is simple and easy to use. As long as you know how to use Word, you can edit the beautiful report you want.
