A UTM typically consists of a load frame (the large vertical structure in the image), a load weighing system, and a computer control system for data acquisition and analysis. The machine applies force to a test specimen to determine how the material reacts under stress and strain. The system in the image appears to be a floor-standing, computer-controlled electromechanical or hydraulic model.
Specification/Features
- Max. Testing Force: 40 TON
- Character : Adopting servo systems and servo motor, with full-digital Measure control system
- Measure Range of Testing Force: 0.4%-100% of the Max. testing force
- Accuracy of Testing Machine : Over ±1% than the value display (Accuracy is ±0.3%/±0.5%)
- Accuracy of Deformation Measure: ±1%/±0.5%
- Accuracy of Testing Force Value Display : Over ±1% than the value display (Accuracy is ±0.3%/±0.5%)
- Discrimination of Displacement(mm): 0.001
- Adjustment Range of Force Control Speed : 0.001~10%
- Accuracy of Force Control Speed : ≤±1%
- Adjustment Range of Deformation Speed : 0.00025 /S~0.0025 /S
- Control Accuracy of Deformation Rate: ≤±1%
- Adjustment Range of Displacement Rate: 0.005mm/min~500mm/min;(random setting)
- Accuracy of Displacement Rate and Space : ≤±1%
- Tensile Volume(mm) : 800
- Width of the Testing Space(mm) : 370
- Overall Dimension: (mm) 686 ×525×1880(customized according to customer
- requirement)
- Clamping Type: Standard Refrigeration: wedge tensile, compression,bending optional implement, wedge, plate and any other jaw optional implement
- Motor Power(kW) : 0.65
- Control : Computerized control
