C.3 – CREEP TESTING MACHINES WITH LOW SPEED SERVO DRIVE

Electromechanical testing machines of the C.3 series from LABORTECH in a vertical stand design up to 250 kN maintaining a constant load by means of a central loading mechanism or low cycle load up to 2 Hz formed by a backlash-free ball screw and a special mounting of a precision cycloidal gearbox with integrated AC servo drive. These machines are suitable for classic and advanced tests of creep, stress relaxation in the material, etc. at a constant homogeneous temperature in a high-temperature furnace with reliable declaration of results even after 10,000 hours of continuous loading. which requires maximum accuracy of force control and axial alignment.

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Key features of the C.3 series

Accuracy, coaxiality and durability are the parameters in the standard

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  • Electromechanical machine for testing the flow of materials under ambient and high temperature conditions
  • Types of tests: tensile range fatigue tests, slow speed creep test, ductility and relaxation tests, classical creep tests, deformation modeling, crack growth and expansion tests, determination of hydrogen embrittlement, tests with continuous force and temperature control 
  • Types of test standards: EN 2002-005, ISO 204, ASTM E1457, ASTM E139, ASTM F519, ASTM G129
  • Short-term tensile, compressive and bending tests can also be performed with this testing machine
  • Any load application with controlled force.
  • Vertical stand design with high rigidity, guaranteed mechanical alignment and durability.
  • Load with ball-free ball screw and special precision cycloidal gearbox with integrated AC actuator with a load time of more than 10,000 hours.
  • Machine design in accordance with defined for testing with EN 2002-005, ISO 204, ASTM E1457, ASTM E139, ASTM F519, ASTM G129
  • Durable vibrating pads to prevent the transmission of vibrations.
  • Automatic termination of the test after rupture of samples with the possibility of setting criteria.
  • Accuracy class 1 according to ISO 7500-1 – 0.3 to 100% of rated load.
  • Quiet and precise AC servo drive with low noise, high resolution with the possibility of control in the power and position loop.
  • Based on their concept and construction, LABORTECH machines comply with all the following EC directives on machinery and equipment and standards: EN ISO 12100: 2011, EN ISO 14120: 2017, EN ISO 60204-1 ed.3, EN ISO 13850: 2017, EN 61000 -6-2 ed. 3, EN 614-1 + A1: 2009 etc.
  • Automatic identification of sensors operating in the accuracy class according to EN ISO 7500-1, ASTM E4 with the possibility of linearization.
  • The machine is controlled by measuring and control electronics of the EDCi series with a sampling frequency of 2.5 or 10 kHz. Resolution level of analog signals ± 250,000 divisions (20 ms). Connection to PC – Ethernet 10/100 Mbit, USB 2.0.
  • Complete test evaluation and management is provided by Test & Motion material testing software.
  • Machine control and diagnostics using RMCi remote control with LCD display.
  • Coaxiality set according to ASTM E1012.
  • Cross cutting edges contribute to axial alignment according to the requirements of ISO 204, ASTM E292, ASTM E139 and NADCAP.
  • System set by BENTROD unit – evaluation and optimization of coaxiality and edge alignment correction.
  • Coaxiality with the CEDEROD system.
  • Special heating coils for long-term tests with separate thermocouples = field temperature homogeneity.
  • SIEMENS TC-22 temperature controller with precise control built into the machine frame.
  • Wide temperature range with tolerances better than ISO 204 and ASTM E139.
  • One, two or three thermocouples – depending on sample length, material and shape.
  • Test & Motion + – BASIC – intelligent, intuitive and powerful software that will help you increase productivity and testing quality in your test rooms and testing laboratories.
  • Streamline and refine the performance of your tests and adapt the testing environment to make it easy for operators to measure the mechanical properties of materials in tension, pressure and bending with the support of EN, ISO, DIN, ASTM and GOST standards.
  • Optional modules: closed loop force control, stress and strain controlled creep, stress relaxation tests, user-defined load cycles UZD 2
  • Easy operation when performing the test and evaluating the test result, including the integrated temperature control of the TC 22 high-temperature controller
  • Well-secured data archiving using a UPC unit.
  • Based on their concept and construction, LABORTECH machines comply with all the above-mentioned EC directives on machinery and equipment.
  • Only state-of-the-art safety techniques and proven industrial components working in accordance with the following standards are used: EN ISO 12100: 2011, EN ISO 14120: 2017, EN ISO 60204-1 ed.3, EN ISO 13850: 2017, EN 61000-6-2 ed . 3, EN 614-1 + A1: 2009 etc.

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CREEP TESTS C.3 WITH VARIOUS ACCESSORIES

With our range of accessories you will cover all tests…

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Testing fixtures

Clamping and centering jigs designed for long-term tests with jigs for high-temperature furnaces.

Materials used: Allooy, Haynes, MAR

Mechanical extensometers

Extensometers for high-temperature furnaces for long-term tests – contact up to 1600 ° C

ISO9513 resolution: Class 0.5 ASTME83-10: Class 0.5

High temperature furnaces

High temperature furnaces in the temperature range from 200 to 1600 ° C with tolerances better than ISO 204 and ASTM E139.

Temperature control SIEMENS TC-22 for up to 6 thermocouples.

Video extensometers

VIDEO extensometers for high-temperature furnaces for long-term tests – non-contact up to 1400 ° C.

SO9513 Resolution: Class 0.2 ASTME83-10: Class A

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Do you have questions about our products?

Feel free to contact our product experts.

We look forward to your interest.

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CHART OF TECHNICAL PARAMETERS series C.3

  • Technical data
  • Product code
  • Maximal Load
  • Test speed
  • Track resolution
  • Position accuracy

  • Machine height – A
  • Machine width – B
  • Machine depth – C
  • Space width – D
  • Space height – E*
  • Machine weight
  • Machine power consumption
  • A class of accuracy 1
  • A class of accuracy 0,5
  • Units
  • kN
  • mm/h-mm/min
  • um
  • mm
  • mm
  • mm
  • mm
  • mm
  • mm
  • kg
  • VA
  • kN
  • kN
  • 6.30C.3
  • 1.03030019

  • 30
  • 0,001 – 100
  • 0,0023
  • ± 0,001
  • 2315
  • 795
  • 700
  • 500
  • 1350
  • 752
  • 820
  • 0,009-30
  • 0,3-30
  • 6.50C.3
  • 1.03030119

  • 30
  • 0,001 – 100
  • 0,0023
  • ± 0,001
  • 2315
  • 795
  • 700
  • 500
  • 1350
  • 752
  • 820
  • 0,15-50
  • 0,5-50
  • 6.100C.3

  • 1.03030219

  • 100
  • 0,001 – 100
  • 0,0023
  • ± 0,001
  • 2475
  • 895
  • 880
  • 610
  • 1350
  • 940
  • 1410
  • 0,3-100
  • 1-100
  • 6.250C.3
  • 1.03030319

  • 250
  • 0,001 – 100
  • 0,0023
  • ± 0,001
  • 2475
  • 895
  • 880
  • 610
  • 1350
  • 1085
  • 1930
  • 0,75-250
  • 2,5-250