* Fully engineered for 2-axis, Thrust & Torque
* Capacity upto thrust 2kN & Torque 50Nm
* Easy to operate
* Graphic user interface
* Fully electrical actuated & computer controlled
* Compact, benchtop system with small footprint
|
FEATURES
* Fully engineered for 2-axis, Thrust & Torque * Capacity upto thrust 2kN & Torque 50Nm * Easy to operate * Graphic user interface * Fully electrical actuated & computer controlled * Compact, benchtop system with small footprint |
| System Description |
The KRi Tester Precisé TU-200 is a dynamic axial-torsion system. It delivers the best solution for high accuracy and reliability testing of your products. The TU-200 is a fully electrical-actuated mechanical system which requires little maintenance. This electromechanical system is engineered with two-column design to enhance both axial and torsional frame stiffness. This ergonomically designed load frames give maximum access to the specimen.
In many applications, materials are subjected to vibrating or oscillating forces. To reproduce these conditions, the materials need to be subjected to repeated cycles of loading and unloading. The KRi Tester Precisé TU-200 supports dynamic testing where a test specimen is subjected to a specified number of cycles of loading and unloading or till failure, whichever comes first. You may use a standard loading and unloading profile, for example a sinusoidal waveform which is characteristic of vibrations. Alternatively you may define your special loading and unloading profile, derived from kinematic equations or by experiments. Special profiles are usually required when testing biomechanical components or structures, for example, simulating the Gait cycle.
The KRi Tester Precisé TU-200 uses a common (and familiar) personal computer (PC) as man-machine-interface and workstation. The two axes of motion are controlled by a dedicated PC-based board with dual processor architecture, 32-bit CPU and DSP.
The KRi BiTester software, running on the PC, allows you to perform these functions:
The test data collected by the KRi BiTester software is stored in ASCII tabular format which can be readily imported into third party software for analysis and plotting.
| Some Examples of Applications |
| Max. Static Loading | Axial: 2KN |
| Torsion: 50Nm | |
| Axial stiffness: >1.17 x 109 N/m | |
| Daylight: > 180° | |
| Displacement | Stroke: ± 75 or 150 mm |
| Resolution: 1.25um | |
| Accuracy: ±4um over entire stroke | |
| Repeatability: 2um | |
| Torsion Angle | Range: 360degrees or continuous |
| Resolution: 0.00625° | |
| Accuracy: 0.096° | |
| Thrust & Torque Cell | * depends on capacity |
| Operating Requirements | Voltage: single-phase AC 240volts or AC 110volts |
| Frequency: 50Hz | |
| Current: 6A (max) for AC 240volts or 12A (max) for AC 110volts |
Specifications may subject to change without notice
| Optional Accessories |
KentRidge Instruments (KRi) provide turnkey solutions to meet your testing needs. We also offer a wide selection of custom-built accessories for material testing: grips, bending fixtures, extensiometry, environmental chamber, load cells, software, ... , etc. Contact us with your requirements.
| Ordering Information |
Item (2),(3) & (4) can be order separately after ordering item (1).
Basic system comes with standard thrust-torque load cell (capacity 222N & 17Nm). For other capacities, please specify when ordering.
Load cell comes with signal conditioners/amplifiers and calibration certificates.
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Last Updated 20 March 2001