Servo Based Material Testing Unit 50KN
(MT101)
- Performing Tensile Tests on Cylindrical Tensile Specimens with Different Materials
- Performing Clamping Tests on Different Flat Tensile Materials.
- Plot and analyze the stress-strain diagram.
- Performing three-point flexural test on Different Materials and observe the outcomes.
- Test force:
- Max. 50 K.N
- Single acting cylinders
- Vertical cylinder with stroke: 70 mm
- Horizontal cylinder with stroke: 70 mm
- Dial gauge:
- Measuring range: 0 ~ 25.4 mm
- Resolution: 1 μm
- Accuracy: ± 3 μm
- Pressure gauge and pressure sensor:
- Measuring range: 0 ~ 160 bar
- 10x Tensile specimen “Round & Flat”:
- Material:
- Steel
- Aluminum
- Copper
- Brass
- Round specimen diameters:
- 6mm
- 8mm
- Flat specimen width:
- 3mm
- 6mm
- Material:
- Bending specimen materials:
- Materials:
- Acrylic : 5mm
- Aluminum : 3mm
- Steel : 3mm
- All are with:
- Length: 200 mm
- Width: 20 mm
- Materials:
- Servo-Based Material Testing Unit 50 KN (MT101)
- Hard copy user manual
- BEDO Software
- Laboratory PC
The Servo-Based Material Testing Unit is a compact, motorized educational device designed to perform destructive tests, including tensile and bending tests. This device is equipped with a servo motor for precise, automated control of test movements, eliminating manual operation and ensuring consistent results. The unit also features user-friendly control software, enabling real-time test monitoring, data acquisition, and graphical analysis of material behavior under stress. With a clear layout, interchangeable accessories and it provides students with a hands-on, modern learning experience in mechanical properties and material testing. This automated training system bridges the gap between classroom learning and industrial practices by combining mechanical experimentation, automation, and digital analysis tools making it an ideal solution for technical education and engineering training programs.
- The training system introduces trainees to the fundamentals of material strength through automated destructive testing, including tensile and bending tests.
- The training unit enables trainees to use control software that facilitates test operation, data acquisition, and graphical Representation of material behavior under mechanical stress.
- The system introduces students to the use of interchangeable test accessories, suitable for a variety of test configurations.
- The unit is equipped with a safety system to work within the allowable pressure range.
- The unit features a dial gauge, enabling precise manual measurement of material deformation, enhancing understanding of strain and displacement.
- The training system includes a control panel that introduces trainees to key operational and safety components, including an emergency switch, on/off button, circuit breaker, and a servo alarm indicator for fault detection and response.
- Trainees perform tensile tests on cylindrical specimens made from different materials to evaluate properties such as yield strength, ultimate tensile strength, and elongation.
- The system allows for clamping tests on flat and round tensile specimen, helping trainees observe how different materials respond to axial loading.
- Learners are guided to plot and analyze stress-strain diagrams, enabling them to interpret material behavior such as elasticity, plasticity, and fracture points.
- The unit enables the performance of the three-point flexural test on various materials, allowing observation of bending behavior, flexural strength.