Servo-Hydraulic Universal Tensile Test Machine

Servo Hydraulic Universal Tensile Test Machine Servo Hydraulic Universal Tensile Test Machine Servo Hydraulic Universal Tensile Test Machine

Servo-Hydraulic Universal Tensile Test Machine


Servo-Hydraulic Universal Tensile Test Machine 1000 kN, 220-240V 50/60 Hz

Servo-Hydraulic Universal Tensile Test Machine 1500 kN, 220-240V 50/60 Hz

Servo-Hydraulic Universal Tensile Test Machine 2000 kN, 220-240V 50/60 Hz

Servo-Hydraulic Universal Tensile Test Machine 3000 kN, 220-240V 50/60 Hz
Standards: EN 10002-1 | ASTM A370, ASTM D695, ASTM E23, ASTM E139, ASTM E290 | ISO 6892, ISO 1608 | NADCAP GE-S400, CREEP

Servo-Hydraulic Universal Tensile Test Machine 1000 kN, 220-240V 50/60 Hz

Servo-Hydraulic Universal Tensile Test Machine 1500 kN, 220-240V 50/60 Hz

Servo-Hydraulic Universal Tensile Test Machine 2000 kN, 220-240V 50/60 Hz

Servo-Hydraulic Universal Tensile Test Machine 3000 kN, 220-240V 50/60 Hz
Standards: EN 10002-1 | ASTM A370, ASTM D695, ASTM E23, ASTM E139, ASTM E290 | ISO 6892, ISO 1608 | NADCAP GE-S400, CREEP

Servo-Hydraulic Universal Tensile Test Machine

3000,2000,1500 and 1000 kN Capacity Servo-Hydraulic Universal Tensile Test Machine is high capacity systems with single test space and suitable for tensile, compression, flexure tests on a wide range of different materials such as round, flat and profile specimens for quality control, product development, research or process development. Testing systems for brittle materials such steel or fasteners requires high stiffness load frames that minimize the amount of deformation energy that is stored in the frame.
Servo-Hydraulic Universal Tensile Testing Machines can be controlled via. Multifunctional Remote Control Hand Set that is located on the frame, Digital Control Unit or TMC304 software that installed on the PC connected to the Control Unit.
Servo-Hydraulic Universal Testing Machine can carry out tensile and yield, compression, flexure tests with load and displacement controls.
The machines can be switched between load and displacement control during the test.

The Main Characteristics;
• Rigid 4 columns construction providing superior axial and lateral stiffness and precision alignment,
• Closed-loop servo controlled hydraulic power pack for accurate test control,
• High speed electronic control and data acquisition unit for accurate test results,
• Multifunctional Remote Control Hand Set for fast test setup and testing,
• Single test space design with convenient vertical testing clearance,
• Double acting servo-actuator mounted on top of the crossbeam
• Actuator with anti-rotation system to prevent the natural tendency of the actuator to rotate.
• Long piston stroke for the most convenient and easy adjustment and testing of different sample lengths,
• Digital displacement transducer for the best positioning and measuring accuracy
• Easy calibration procedure,
• TMC304 Software,
• Chrome plated columns
• Hydraulic Wedge Actions Grips
• Grip control system mounted on the frame
• Compression platens or bending devices may be fixed directly into wedge grips,
• Limit switch on the piston as well as the safety limit valves on the hydraulic system,

Servo-Hydraulic Universal Testing Machine is consisting of Load Frame, Advanced servo controlled automatic power pack, Electronic Control Unit and Material Testing Software as standard.

Servo-Hydraulic Universal Testing Machines are manufactured 1000, 1500 and 2000 kN capacities. The double acting servo actuator, which is integrated on the upper crosshead, has a long piston stroke which makes vertical testing space accessible for easy and efficient testing of different samples lengths. Load cell for measuring the load is mounted between lower grip and base plate.
Displacement transducers that mounted in the piston are used for displacement measuring. External Extensometers (Video extensometers, Long Travel Extensometers, Automatic Extensometers or Clip-On Extensometers) can be synchronously used for displacement measurements if required.
Mono block Wedge Actions Hydraulic Grips are located between end point of piston and load cell that mounted on the base platen. Not any disassembly or tools needed for changing the jaws. The jaws that can be used for 0-60 mm thickness flat specimens and 6-60 mm diameter for round specimens are provided as standard depend on capacity of the machine.


The Automatic Power Packs with Servo Valve, are advanced power packs can be used on any testing system ideal for R&D laboratories and Universities for advanced tests with P.I.D. Closed loop control. It can perform tests under load and displacement controls. The frequency of the P.I.D controller and data acquisition is 1000 Hz. automatic power packs are designed to supply the required oil to the load frames for loading, unloading or low cycle dynamic testing. All the operations of Data Acquisition and Controls System can be controlled from the touch screen front panel of a 7 inch LCD display or computer.
The power packs can control up to 4 different. For each frame there is one load cell (or pressure transducer) input and one displacement transducer input for control. There are an extra three analogue channels for other sensors such as load cells, pressure transducers, displacement transducers etc. built in the system.
The power pack automatically controls and supplies oil to the frame which is chosen by the user via the touch screen LCD digital control unit or by choosing the test type from the computer software.
The type of displacement transducer can be TTL or analogue ( It must be same type for all frames ).
The main specifications of the power packs are;
Up to 5 litre/minute pump delivery (max) 280 bar 3 kW motor rate
Loading-unloading with ± 0,5% rate accuracy
Staying at constant load within 0,005% accuracy of the maximum load
The control of the load starts from 0,3 % of the maximum load capacity of the system.
All power packs can be connected to the computer through USB port for advanced test cycles, data acquisition and reporting. The modulus of elasticity, Poisson’s Ratio and compressibility parameters is easily and properly evaluated by attaching LVDT or extensometers on to the sample. All the calibration values of the transducers and also all the test parameters for the last test is automatically stored on the control unit. All power packs incorporate a pressure safety valve for each frame separately and a cooling unit.


Multifunctional Remote Control Hand Set designed for more practical process than Electronic Control Unit and PC. Piston can be moved up-down, can be adjusted test speed, can be adjusted position of grips and the jaws can be open/close by Multifunctional Remote Control Hand Set. Able to stop at maximum upper and lower position and automatically suspend when can be reached to maximum deformation of capacity should been with Remote Control Head Set.
Multifunctional Remote Control Hand Set that connected with a connection cable to Electronic Control Unit has LCD display can be seen values of load &deformation of the test.
The Universal Testing machine can be controlled (Start, Stop commands) by a computer with the software (given free of charge by TESTMAK). This software provides data acquisition and management for compression, tensile and splitting tensile test throughout the test execution. The advanced functions for data base management provide an easy navigation of all saved data. The test results certifi cate includes all descriptive information. Therefore, test parameters can be set and details about the test carried out such as client details, test type, specimen type, user info and other information required can be entered and printed out as well as test report and graph.
TCM304 Software is developed for testing tensile strength of Reinforcing Rubbed Steel Bars and Welded fabric for the Reinforcement and Prestressing of Concrete. The software includes control of machine, data acquisition, saving them and preparing reports. The user can prepare his own report and also can send the results to Microsoft Excel environment. The software accepts sample’s weigth, length, diameter and gauge length as input, and then the user can give start test command to the machine. The samples calculated diameter gives user a perspective about the density of rebar prior to the test.
The software continously updates load,stress and elongation percentage till the break point. When the test is completed the yield point is calculated and indicated on the graph. Each report is a group of 42 samples where 14 different diameters had been entered. The software is prepared as making at least 3 samples for each diameter. This gives user a total report about all the batch.The report includes all standart limits and one can easily check whether the sample can be acceptable. These limits are minimum yield, minimum tensile, minimum break elongation value,Tensile per yield ratio etc. The user can zoom on the graph for further inspection Break elongation value can be syncronized with the manual measurement after the test has been completed for the users that do not use extensometer.
• Foreign Language Support and Customizable User Interface
All contents of experimental data and additional information can be organized by user. Software can be performed in x different languages.
• Capability to Save 24 test results of different specimens in one test folder
Test results, graphics and properties of 24 different specimens can be saved in one folder. Old test folders can be reviewed and be edited easily. Advanced
Graphic User Interface Software.
• Graphical data on the screen is refreshed simultaneously during test procedure
Load values can be monitored in high resolution graphics at every 100 milliseconds. User can highlight all 24 different specimen curves or preferred ones in different colors on the graphics. Zooming in–out and dragging can be done easily by mouse. Peak values of curves can be marked on the graphics and user can get load value of any point on the graph via high resolution.
• Able to save frequently used texts in memory and recall them when necessary
Frequently used information like name and location of the laboratory, type and dimensions of mostly used specimens are held in memory and can be written automatically by right clicking on information boxes and selecting frequently used text in menu.
• Capable to Access and use previously done test data
User can access any data of previously completed tests and use in his/ her new report since most of the tests have same structure and properties.
• Able to edit test parameters of the testing equipment through Software
All test parameters supported by testing equipment can be changed remotely via software. All test parameters specified by user are downloaded to the device before initialing the test procedure. By this way predefi ned device parameters will not cause errors in test results
• Graphical outputs and reports can be saved as a MS Excel worksheet
Test result parameters and graphics are transferred to MS Excel worksheet properly to give user a chance to edit any
data and graph easily.
• Maximum Flexibility to edit report and graph templates
User can design his/her custom report template and graphic scheme in MS Excel. In software part, user will defi ne which data will be screened in which cell on the worksheet. Therefore , he/she will be able to monitor test results in his/her specific design.
Performing the Test
The test is performed through the computer using TESTMAK’s state-of-the-art software designed specially to ease the test and perform all the required calculations automatically.
When testing deformed reinforcement bars, it is usually difficult to measure the correct and effective diameter of the bar. To overcome this problem, TESTMAK is providing the diameter correction factor option within its software to automatically calculate the effective diameter by using the weight and the length of the tested bar.

What is ASTM tensile test method?
ASTM D638 is performed by applying a tensile force to a sample specimen and measuring various properties of the specimen under stress. It is conducted on a universal testing machine (also called a tensile testing machine) at tensile rates ranging from 1 to 500 mm/min until the specimen fails (yields or breaks).

What parameters are important in tensile testing?
Uniaxial tensile testing is a method of determining characteristic values for yield point or ultimate stress, tensile strength and elongation at break. Additionally, the lower yield point, yield point elongation, and elongation at maximum force are determined.

How is the iron tensile test done?
A suitable tensile test sample is placed in the testing machine and force (load) is applied to the sample. In the tensile test, the amount of elongation in the material is measured using an extensometer, the applied force (load) is measured using a load cell, and a stress-strain curve is obtained using these measured elongation and load values.

What are tensile tests of metals?
Tensile testing characterizes the forming and structural behavior of sheet metals. The test involves loading a sample with a well-defined shape along the axis in tension, generally to fracture, and recording the resultant load and displacement to calculate several mechanical properties.

What is the formula for tensile testing?
The tensile strength, also known as the ultimate tensile strength, the load at failure divided by the original cross sectional area where the ultimate tensile strength (U.T.S.), σ max = P max /A 0 , where P max = maximum load, A 0 = original cross sectional area.

How do you measure tensile?
Tensile strength is measured in a machine called a Universal Testing Machine. First, the material is placed into the testing machine and held on both ends using grips or clamps. Once in place, the machine will pull the material until it breaks. Throughout the test, the machine records the tension applied.

How do you calculate tensile elongation?
Subtract the original length from the final length to obtain the change in length. Divide the change in length by the original length and multiply by 100% to obtain the total percent elongation.

Technical Specifications for Servo-Hydraulic Universal Tensile Test Machine

P code U6500/1000 U6500/1500 U6500/2000 U6500/3000
Maximum Strength 1000 kN 1500 kN 2000 kN 3000 kN
Accuracy Class according to ISO 7500-1 Class 0.5

Class 0.5 Class 0.5 Class 0.5
Measurement of Strength Universal load cell (traction-compression) for strain gauge bands
Measurement Range From 1% to 100% of the nominal capacity of the load cell
Load Cell Repeatability Better or equal to ± 0.5 %
Force Resolution 5 digits with floating point
Minimum / Maximum Test Speed at Full Load 0.5 mm/minute - 50 mm/minute 0.5 mm/minute - 50 mm/minute 0.5 mm/minute - 50 mm/minute 0.5 mm/minute - 50 mm/minute
Maximum Crossbar Travel Speed 350 mm 200 mm 200 mm 200 mm
Number of Columns 4 quantity 4 quantity 4 quantity 4 quantity
Column Diameter 100 mm 105 mm 110 mm 120 mm
Number of Spindles 2 quantity 2 quantity 2 quantity 2 quantity
Spindle Diameter 120 mm 120 mm 120 mm 140 mm
Free distance between columns 540 mm 840 mm 750 mm 700 mm
Maximum Distance Between Traction Heads 780 mm 1000 mm 1000 mm 800 mm
Maximum Distance Between Compression Heads 780 mm 850 mm 850 mm 800 mm
Piston stroke 250 mm 250 mm 250 mm 250 mm
Piston Displacement Speed 150mm 100mm 100mm 100mm
Displacement Resolution 0.001 mm 0.001 mm 0.001 mm 0.001 mm
Maximum pressure for grip loading 280 bars 280 bars 280 bars 280 bars
Frame Dimensions 1000x800x2700 mm 1250x950x3300 mm 1300x1100x3750 mm 1400x1200x3850
Approximate frame weight 3200 kg 7800 kg 9750 kg 10500 kg
Dimensions of the Hydraulic Group 1250x900x1200 mm 1250x900x1200 mm 1250x900x1200 mm 1250x900x1200 mm
Approximate Weight of the Hydraulic Group 275 kg 275 kg 275 kg 275 kg
Electrical Power Three-phase 380 V 50 Hz Three-phase 380 V 50 Hz Three-phase 380 V 50 Hz Three-phase 380 V 50 Hz

Documents and Video for Servo-Hydraulic Universal Tensile Test Machine

Servo-Hydraulic Universal Tensile Test Machine Servo-Hydraulic Universal Tensile Test Machine Testmak Servo-Hydraulic Universal Tensile Test Machines for static applications are specially designed for tensile, compression, flexure and shear tests. U6500
$ 30,000.00 In stock