Datagest
SoftwareGibitre Software
PlatformSmart Test
IdentificationRheoCheck
SoftwareMooney
Check - SoftwareDensity
Check - SoftwareHardness
Check - SoftwareTensor
Check - SoftwareTR_Test -
SoftwareBrittleness
Check -
SoftwarePressCheck
SoftwareCompression
Set -
SoftwareCompany Connection
SoftwareGibitre
Software InstallerMaintenance and Calibration ServiceISO 17025 Accredited CalibrationRemote Assistance Service
Support request form
Italiano
English
Español
Français
Deutsch
Português
Polskie
Čeština
Magyar
Русский
Türk
中文
日本人
한국어
Arab
The combination of an electronic dynamometer and a digital multimeter allows researchers to study, using a single setup, how the behavior of conductive and semiconductive materials changes during deformation cycles.
Special specimen clamps allow specimens to be subjected to tension, compression, or bending while measuring electrical resistance during the loading process: a direct approach to correlating deformation and electrical response in materials.
The multimeter offers a wide measurement range, from 10 micro-ohms to 120 mega-ohms, allowing for the analysis of products with vastly different resistances.
Tests can be performed at room temperature or in a climate chamber, from -40 °C to +250 °C, to observe the thermal effects on mechanical and electrical behavior.
The combination of Electronic Dynamometer and Digital Multimeter permits to measure how the behavior of conductive and semiconductive products changes when subjected to deformation cycles.
It is possible to subject the specimens to deformation in traction, compression or bending.
The measurements can be made at room temperature or in a climatic chamber (between -40 °C and +250 °C).
The multimeter allows you to measure electrical resistance between 10 Micro-Ohms and 120 Mega-Ohms.
Instrument configuration includes:
- Gibitre standard Tensile Tester
- High-Accuracy-Digital Multimeter
- Electrically insulated clamps to allow the measurement of the electrical resistance of the specimen during the applied deformation cycle.
The instrument can be equipped with a climatic chamber for carrying out tests at a controlled temperature.
The TensorCheck Software allows the complete and simultaneous control of the instrument, the multimeter and the Environmental Chamber and processes the Force, Displacement, Temperature and Resistivity signals.
Test Chamber for the performance of tests with controlled temperature (between -40°C and +250°C).
The environmental chamber can be manually displaced from the test area to the back of the instrument for testing with or without temperature control.
Differential extensometer to be installed inside the chamber is available.
Test conditions:
- Test in Flexion
- Applied cyclic deformation: 2 mm
- Deformation speed 10 mm / min
- Graphic representation: Ohm vs Seconds
- Frequency of saving curve points: 20 Hz.
- Temperature: room temperature
Test conditions:
- Traction test
- Applied cyclic deformation: 100 mm
- Deformation speed 100 mm / min
- Graphic representation: Ohm vs % Strain
- Frequency of saving curve points: 20 Hz.
- Temperature: +125 °C
Test conditions:
- Compression test
- Sample: Ø 29 mm, h 12.5 mm
- Applied cyclic deformation: 10 mm
- Deformation speed 20 mm/min
- Graphic representation: Ohm vs % Strain
- Frequency of saving curve points: 20 Hz.
- Temperature: -40 °C
The TensorCheck software allows you to prepare test cycles that include the sequence of operations that the instrument must perform to apply the dynamic cycle intended for the test.
The test cycle includes operations of:
- force adjustment
- displacement adjustment
- temperature regulation (with climatic chamber installed)
- zeroing operations
- control of the production of the curves
Recursive loops can be defined for performing cyclic operations
• The curves relating to the tests carried out are shown in different colors to associate them immediately with the relative results.
• By selecting a result, the corresponding curve is automatically highlighted.
• The graphical functions integrated in the programs (scale settings, the number of divisions and zoom) allow you to analyze the curves in detail.
• All the curves are saved in the database together with the test results.
The TensorCheck software allows you to define for each test method which results you want to calculate.
The specific results related to resistivity measurements are:
- Resistivity at set Force
- Resistivity at set Stress
- Resistivity to set Deformation
The results and test curves of all the tests carried out are saved in the Gibitre SQL database and are available through the Datagest program.
Datagest is the Laboratory Information Management System (LIMS) which is always installed in combination with all Gibitre instrument-control programs.
The program is the collector for all the test result produced with the instruments connected and permits to manage the common Archives used by the instruments (Product List, Customer List, Tolerance limits, Order List, etc)
It is possible to export the points of the test curves in a .csv file
For each test point, the file reports: Force, Effort, Deformation, Traverse Displacement, Time from Start, Electrical Resistance, Temperature.
