الوصف
Standard: BS EN 10002-1, ISO 7500-1, ASTM A370
Tensile & Compression
Universal Testing Machine 600kN Electro-Hydraulic Servo Control
Universal Testing Machine 600kN Servo Hydraulic is used for the mechanic’s property test such as the tensile, bending, compression, etc to various metallic and non-metallic materials. The testers have been developed according to BS EN 10002-1, ISO 7500-1 & ASTM A370 “Metal Tensile Test Method” with the adoption of the electro-hydraulic servo control and electronic measurement. It can automatically process the test result for statistical purposes and print default or user-defined test reports.
Universal Testing Machine 600kN uses the micro-computer automatic data collection and processing, real-time display of the test data and curves. It has functions such as unlimited storage of test results in the computer, printing the test results and curves, processing the batch test result report, managing the database, and so on. It also has a network interface. It can automatically seek the multiple technical parameters such as elastic module E upper yield strength ReH, lower yield strength REL, stipulated non-proportional elongation intensity Rr, tensile strength Rm, stipulated total elongation intensity Rt, yield point percentage elongation, etc.
Universal Testing Machine 600kN has features such as high precision, advantageous performance, high reliability, convenient operation, etc.
Operation Display of Universal Testing Machine 600kN Electro-Hydraulic Servo Control
Computer Screen Display unit with the following functions
- Test force display
- Break detection
- Full auto test range switching function
- Auto return function
- Peak / Break value display function
- Test conditions
Safety Features of Universal Testing Machine 600kN Electro-Hydraulic Servo Control
The system includes the following safety features
- Emergency stop switch
- Overload limit
- Ram-stroke limit
- Hydraulic pump motor over-current & overheating protection
- Leak / over current protection
- Automatic stop control
- Safety Guard
Control and Data Processing Software of Universal Testing Machine 600kN Electro-Hydraulic Servo Control
- User-friendly & easy due to clear and brief operation – operation interface
- Automatically save the test conditions & results
- User define test curves including Stress / Strain, Force / Elongation, and Strength / Time to suit various requirement
- Individual or combined display test curves on the same screen to compare with other several data at the same time
- Compatible with Microsoft Excel by import or export function
- The base of testing with digital sample break detection, auto ranging, auto-calibration, quick tare & auto return facilities
- Exceeds all International Standards for accuracy, ASTM, DIN, ISO, JIS, EN, GB…etc
- Tension, Compression, Shear, Cycling & Creep Test facilities
- User define Real Time Display Including Load, Stress, Elongation, Strain, Speed or Time
- Advanced protection features with software setting or / & hardware switch upper & lower limit setting
- Operation fully controlled by computer
- USB communication system & ethernet
- Grips & fixtures for tension, compression, flexural, shear & product testing are available
- Fully user define report including Report Sheet, Label, Chart & Bitmap or JPG
- The report sheet consists of Load, Elongation, Yield, Break, Stress Modulus, Strain, Tear Strength, Peel Strength etc
- Force display unit: kN, N, tons, & mN
- Stress display unit: GPa, Mpa, Pa, psi, N/sq.mm, Kg/sq.mm & Tons/sq.inch
- User define Yield Strength, Young Modulus, Offset Setting, Graph Offset, Export & Import test data, etc
Unique Feature of Universal Testing Machine 600kN Electro-Hydraulic Servo Control
- Oversize prestressed 4 columns with twin screw
- High toughness fragment safety guard with transparency sliding door
- High-precision load cell ram
- Built-in shock absorbing system on base mounting
- Console Control Unit
Technical Specifications Universal Testing Machine 600kN Electro-Hydraulic Servo Control
| Model Number | 6000 X / 014HS |
| Load Capacity | 600 kN |
| Machine Class | Class 1 |
| Load Accuracy | ±1% |
| Displacement Resolution | 0.001 mm |
| Max. Compression Space | 600 mm |
| Max. Tensile Space | 700 mm |
| Piston Stroke | 200 mm |
| Effective Measurement Range | 1% – 100 % F S (Full Range without binning) |
| Deformation Measurement Range | 1% – 100 % F S |
| Relative Error of Deformation Indication | ±1% |
| Relative Error of Displacement Indication | ±1% |
| Relative Error of Stress Rate Control | ±2% |
| Relative Error of Displacement Rate Control | ±1% |
| Strain Rate Control Adjustment Range | 0.00025/s / 0.0025/s |
| Relative Error of Strain Rate Control | ±2% |
| Force, Deformation, & Displacement Retention Control | 0.3% – 100% F S |
| Relative Error of Force, Deformation & Displacement Retention Control | ≤1% |
| Girder Lifting Speed | 320 mm/min |
| Effective Distance Between 2 Columns | 455 mm |
| Round Specimen Size | Ø13 – Ø40 mm |
| Flat Specimen Size | Max. 20 mm Thick |
| Size of Compression Platen | Ø200 mm |
| Dimension (Frame) | 900(L) x 700(W) x 2390(H) mm |
| Dimension ( Control Console) | 790(L) x 730(W) x 1600(H) mm |
| Power | 220~240 V, 1 Ph, 2.2 kW, 20 A, 50/60 Hz |
| Weight (Control Console) | 300 kg |
| Weight ( Frame) | 2650 kg |
Unit Standard Accessories
| Model Number | Accessories Description | Qty |
| TT 6000 X / 014 – P001 | Flat Specimen Jaw Set (0~Ø20mm Thick) | 1set |
| TT 6000 X / 014 – P002 | Round Specimen Jaw Set A (Ø13~Ø26 mm) | 1set |
| TT 6000 X / 014 – P003 | Round Specimen Jaw Set B (Ø26~Ø40 mm) | 1set |
| TT 6000 X / 014 – P004 | Compression Platen Set (200 mm Dia.) | 1set |
| TT 6000 X / 014 – P006 | Footing Stopper Bar c/w Wall Plug (2 Bars & 4 Plugs) | 1set |
| TT CP – 200 | Computer Printer | 1unit |
| TT SVP – 2.2 | Servopack Console Control Unit with Build-in Computer and Pre-Installed with TestMaster Software | 1unit |
Optional Accessories
| Model Number | Accessories Description |
| TT AEX – 25/10 | Axial Electronic Extensometer (GL25 / D10) |
| TT AEX – 50/25 | Axial Electronic Extensometer (GL50 / D25) |
| TT AEX – 100/25 | Axial Electronic Extensometer (GL100 / D25) |
| TT 6000 X / BRD | Bend & Re-bend Device |
| TT 6000 X / BRD – A1 | Bending Holder & Mandrel Set |
Standard: BS EN 10002-1, ISO 7500-1, ASTM A370
- BS EN 10002-1: This is a British Standard (BS) adopted by the European Committee for Standardization (CEN) under the EN series.
- ISO 7500-1: This is an International Organization for Standardization (ISO) standard that specifies the calibration and verification of the force-measuring systems used in tension/compression testing machines.
- ASTM A370: This is a standard published by ASTM International (formerly known as the American Society for Testing and Materials) that covers the mechanical testing of steel products.
Test Procedure for Universal Testing Machine 600kN Electro-Hydraulic Servo Control
- Preparation: Set up the UTM according to manufacturer guidelines. Ensure safety precautions are in place, including emergency stop buttons and safety guards. Verify the testing area is clear.
- Sample Preparation: Prepare the specimen following testing requirements. Ensure it’s clean, defect-free, and properly aligned with grips/fixtures.
- Setting Up Test Parameters: Enter test details (e.g., test type, speed, control) into the UTM’s interface.
- Loading the Specimen: Securely place the specimen between grips/fixtures. Align it carefully to prevent premature failure.
- Initiating the Test: Start the test using the UTM’s interface. Monitor for any irregularities.
- Data Collection: Allow the UTM to collect data (e.g., load, displacement, time). Ensure accurate data recording.
- Analysis and Interpretation: Analyze collected data to determine mechanical properties. Calculate parameters like tensile strength, yield strength, etc.
- Reporting: Document test results and observations. Prepare a detailed report with graphs and tables.
- Post-Test Procedures: Safely remove the specimen from the UTM. Shut down the UTM properly. Clean and maintain the UTM as needed.
- Quality Assurance: Regularly calibrate and maintain the UTM for accuracy. Follow quality assurance procedures.
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