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  • Servo-electrical operating system using Ball Screws
  • Test capabilities: Tensile, Compression, Cyclic, Bending, Peeling, Tear, Creep and Relaxation tests in accordance with ASTM, DIN, EN, ISO, and JIS standards, various specialized grips, fixtures, and furnace can be installed for high temperature tests up to 80˚C (if relevant accessories are available)
  • High-Accuracy Load Cell: class 0.5, capacity 5000 kgf
  • Equipped with a precise displacement sensor for crosshead measurement, with 0.05 µm resolution
  • AC Servo motor and driver with Closed-Loop Control
  • Fully computerized control via RS-232 and USB ports. Integrated DSP (Digital Signal Processing) technology, no limitation in PC type
  • JADOO-Controller software: powerful Windows-based software for Compression, Creep, Cyclic, Step, and other tests. Provides: unlimited reporting, and graph plotting (Force–Extension, Stress-Elongation, Force-Time, and Extension-Time graphs)
  • Constant speed control from 0.001 to 500 mm/min, with real-time and advanced control modes (constant displacement rate, constant strain rate, constant force rate, constant stress rate, constant true strain rate, constant true stress rate), when JADOO software is available
  • Interchangeable low-capacity load cells can be mounted to enhance measurement accuracy
  • Compatible with extensometers for tensile, compression, and bend testing
  • Compatible with temperature chamber
  • Quick installation of various specialized fixtures and grips (tensile, compression, bending, peeling etc.) using pin-type locking
  • Portable keyboard for convenient operation
  • High repeatability of test results
  • Easy operation and capability of installing on the desk

With servo-electrical operation, this machine controls loading via load cell feedback and precise displacement of the grips. Control accuracy is enhanced using AC servomotor and driver as the driving force, and the test is carried out with a wide range of speed control with high accuracy (0.001-500 mm/min) through Encoder’s feedback.

The load frame is designed to accommodate a wide range of grips and fixtures, enabling tensile, compression, bending, and other tests. The upper crosshead is displaced to increase the stroke. This specification ensures the test of specimens with significant elongation such as polymer products.

Precision load cells attached to the grips detects any load variations during the test procedure. The system is equipped with a 5000 Kgf S-type load cell, class 0.5, with a max. error of 0.5% of the reading within the range of 2%-100% of the load cell capacity, fully compliant with EN 10002, ISO 7500 standard (with an official SANTAM calibration certificate). Resolution: 1/100,000. This design minimizes machine error and ensures precise force measurement throughout the test.

A precision displacement sensor, with no stroke limitation, provides a resolution of 0.05 µm and an accuracy of 0.05 mm. This ensures stable speed control across a wide range of test speeds, enabling the operator to perform different test methods with high precision. The system also generates comprehensive reports and plots graphs for Force-Extension, Stress-Elongation, Force-Time, Time-Extension, Stress-Time, Elongation-Time tests.

Various high-resolution extensometers are other auxiliary tools used for measuring strain on the specimen accurately (instead of jack). For this purpose, the machine can utilize the SANTAM-developed software – STM Controller and JADOO Controller.

When using the JADOO software, the machine can either record displacement through the attached extensometer or operate in closed-loop control mode to precisely regulate the loading rate.

Another advantage of this machine is easy installation of various self-aligning fixtures and specialized jaws using pin fasteners.

STM-50 is capable of performing tensile, compression, bend, control, cyclic and other tests on various materials typically used in quality control laboratories, research centers, and universities. The machine is capable of testing the mechanical properties of a wide range of materials, including:

  • Springs and various materials (compression test)
  • Ceramics and refractories (compression and bending tests)
  • Polymers such as rubbers, plastics, and composites (quality control tests)
  • Rigid and resilient foams (Tensile and compression tests)
  • Steel products, wires and cables
  • Automotive components
  • Polymer pipes and fittings (quality control tests)
  • Medical equipment and products (specialized tests)
  • Adhesives, mortar and tile glues (quality control tests)
  • Wood and wooden products (specialized tests)
  • Textile products and carpets
  • High-strength polymer yarns
  • High-temperature tensile and compression tests
  • Concrete specimens

JADOO Software Capabilities

• A specialized software application designed for the Windows operating system, enabling users to define a variety of tests, including creep, tensile, compression, bending, cyclic, step, and relaxation tests. Additionally, it features reporting capabilities tailored to meet the technical specifications outlined in the corresponding catalog, as follow

• Capable of applying advanced test speed (rate control) using various methods

• Constant extension rate, constant strain rate, constant force rate, constant stress rate

• True strain rate

• True stress rate

• Capability to control and get feedback from extensometer in loadings of constant extension, constant strain, and constant true strain

• Capable of applying preloads with all relevant engineering parameters, including stress, force, extension, and more

• Cyclic test: capable of testing at various rates (force-extension, stress, and strain) and applying control limits without restrictions on the number of cycles

• Step test: capable of defining separate speeds at any rate and with any set point, including force, extension, and strain

• Advanced creep test: conducted in three stages, with selective data acquisition occurring in the third stage

• Relaxation test: conducted in three stages, with selective data acquisition occurring in the third stage

• Capable of defining the second test speed based on various parameters

• Capable of determining the data acquisition rate in real-time for both short-term and long-term tests

• Reporting: capable of defining any point on the graph without restrictions, based on the operator’s discretion or in accordance with engineering definitions as per the corresponding standards

•Capable of generating reports for the modulus of elasticity at specified points (Elastic modulus, Offset modulus, Secant modulus, Tangent modulus)

• Capable of plotting graphs based on the following parameters: Force-Extension, Stress-Elongation, Force-Time, Time-Extension, Stress-Time, Elongation-Time, and Stress-Strain

• Capable of displaying multiple graphs simultaneously, as well as comparing and reporting various parameters

• Plotting the graphs and digital displaying of the force units on the software screen, and of the graphs in terms of g, kg, N, kN, lb, Ton-Force, dN

• Capable of defining different dimensions of specimens in the software using various parameters

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جزییات بیشتر

جزییات بیشتر

  • Servo-electrical operating system using Ball Screws
  • Test capabilities: Tensile, Compression, Cyclic, Bending, Peeling, Tear, Creep and Relaxation tests in accordance with ASTM, DIN, EN, ISO, and JIS standards, various specialized grips, fixtures, and furnace can be installed for high temperature tests up to 80˚C (if relevant accessories are available)
  • High-Accuracy Load Cell: class 0.5, capacity 5000 kgf
  • Equipped with a precise displacement sensor for crosshead measurement, with 0.05 µm resolution
  • AC Servo motor and driver with Closed-Loop Control
  • Fully computerized control via RS-232 and USB ports. Integrated DSP (Digital Signal Processing) technology, no limitation in PC type
  • JADOO-Controller software: powerful Windows-based software for Compression, Creep, Cyclic, Step, and other tests. Provides: unlimited reporting, and graph plotting (Force–Extension, Stress-Elongation, Force-Time, and Extension-Time graphs)
  • Constant speed control from 0.001 to 500 mm/min, with real-time and advanced control modes (constant displacement rate, constant strain rate, constant force rate, constant stress rate, constant true strain rate, constant true stress rate), when JADOO software is available
  • Interchangeable low-capacity load cells can be mounted to enhance measurement accuracy
  • Compatible with extensometers for tensile, compression, and bend testing
  • Compatible with temperature chamber
  • Quick installation of various specialized fixtures and grips (tensile, compression, bending, peeling etc.) using pin-type locking
  • Portable keyboard for convenient operation
  • High repeatability of test results
  • Easy operation and capability of installing on the desk
With servo-electrical operation, this machine controls loading via load cell feedback and precise displacement of the grips. Control accuracy is enhanced using AC servomotor and driver as the driving force, and the test is carried out with a wide range of speed control with high accuracy (0.001-500 mm/min) through Encoder’s feedback. The load frame is designed to accommodate a wide range of grips and fixtures, enabling tensile, compression, bending, and other tests. The upper crosshead is displaced to increase the stroke. This specification ensures the test of specimens with significant elongation such as polymer products. Precision load cells attached to the grips detects any load variations during the test procedure. The system is equipped with a 5000 Kgf S-type load cell, class 0.5, with a max. error of 0.5% of the reading within the range of 2%-100% of the load cell capacity, fully compliant with EN 10002, ISO 7500 standard (with an official SANTAM calibration certificate). Resolution: 1/100,000. This design minimizes machine error and ensures precise force measurement throughout the test. A precision displacement sensor, with no stroke limitation, provides a resolution of 0.05 µm and an accuracy of 0.05 mm. This ensures stable speed control across a wide range of test speeds, enabling the operator to perform different test methods with high precision. The system also generates comprehensive reports and plots graphs for Force-Extension, Stress-Elongation, Force-Time, Time-Extension, Stress-Time, Elongation-Time tests. Various high-resolution extensometers are other auxiliary tools used for measuring strain on the specimen accurately (instead of jack). For this purpose, the machine can utilize the SANTAM-developed software – STM Controller and JADOO Controller. When using the JADOO software, the machine can either record displacement through the attached extensometer or operate in closed-loop control mode to precisely regulate the loading rate. Another advantage of this machine is easy installation of various self-aligning fixtures and specialized jaws using pin fasteners.

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