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TBTUTM-1000CU
TBTSCIETECH
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1. Introduction:
TBTUTM-1000CU-I hydraulic universal testing machine, is used to test various high strength metallic & non-metallic materials for tension, compression, bending and shearing strength.
2. Related Standards
GB228.1-2010, GB/T228.1-2010, ISO6892-1998, EN10002-1：2001, and ASTM
Discover our advanced Universal Testing Machine with PC & Servo Control, designed for precise and efficient material testing. This machine integrates hydraulic power, servo control, and computer interfacing, offering unparalleled accuracy and user-friendly operation.
The Universal Testing Machine with PC & Servo Control is a cutting-edge solution for material testing. Featuring hydraulic and servo control systems, it ensures precise measurements and consistent performance. Ideal for various testing needs, this machine provides reliable data for research and industrial applications.
PC & Servo Control: Ensures high accuracy and efficient data management.
Hydraulic Power: Delivers robust and reliable performance.
User-Friendly Interface: Easy to operate with comprehensive software.
Versatile Testing: Suitable for tensile, compression, and shear tests.
Overview of the Universal Testing Machine
The Universal Testing Machine with PC & Servo Control is engineered for comprehensive material testing applications. Its sophisticated design integrates hydraulic power with advanced servo control, ensuring precise and repeatable results. The machine's computer interface provides easy data management, making it an indispensable tool for both research and industrial settings.
Key Features and Advantages
Advanced Control Systems: The integration of PC and servo control systems enhances the machine's accuracy and efficiency. The hydraulic power system offers robust performance, allowing for precise load applications.
User-Friendly Software: The machine comes with intuitive software that simplifies operation and data analysis. Users can easily set up tests, monitor progress, and generate detailed reports.
Versatility in Testing: This universal testing machine is designed to handle a wide range of tests, including tensile, compression, and shear tests. Its adaptability makes it suitable for various materials, from metals to polymers.
Application and Performance
The Universal Testing Machine is perfect for quality control, research and development, and educational purposes. Its high accuracy and reliability ensure consistent performance across different testing scenarios. The machine's sturdy construction and advanced features provide a long service life and dependable results, making it a valuable investment for any testing facility.
Q: What materials can this machine test?A: This machine can test a wide range of materials, including metals, polymers, and composites.
Q: How does the PC and servo control system benefit the testing process?A: The PC and servo control system provides precise control over the testing process, ensuring accurate and repeatable results. It also allows for easy data management and analysis.
Q: Is the software included with the machine?A: Yes, the machine comes with comprehensive software that is easy to use and offers extensive data management capabilities.
Q: Can this machine perform shear tests?A: Yes, the machine is designed to perform tensile, compression, and shear tests, making it highly versatile.
1. Introduction:
TBTUTM-1000CU-I hydraulic universal testing machine, is used to test various high strength metallic & non-metallic materials for tension, compression, bending and shearing strength.
2. Related Standards
GB228.1-2010, GB/T228.1-2010, ISO6892-1998, EN10002-1：2001, and ASTM
Discover our advanced Universal Testing Machine with PC & Servo Control, designed for precise and efficient material testing. This machine integrates hydraulic power, servo control, and computer interfacing, offering unparalleled accuracy and user-friendly operation.
The Universal Testing Machine with PC & Servo Control is a cutting-edge solution for material testing. Featuring hydraulic and servo control systems, it ensures precise measurements and consistent performance. Ideal for various testing needs, this machine provides reliable data for research and industrial applications.
PC & Servo Control: Ensures high accuracy and efficient data management.
Hydraulic Power: Delivers robust and reliable performance.
User-Friendly Interface: Easy to operate with comprehensive software.
Versatile Testing: Suitable for tensile, compression, and shear tests.
Overview of the Universal Testing Machine
The Universal Testing Machine with PC & Servo Control is engineered for comprehensive material testing applications. Its sophisticated design integrates hydraulic power with advanced servo control, ensuring precise and repeatable results. The machine's computer interface provides easy data management, making it an indispensable tool for both research and industrial settings.
Key Features and Advantages
Advanced Control Systems: The integration of PC and servo control systems enhances the machine's accuracy and efficiency. The hydraulic power system offers robust performance, allowing for precise load applications.
User-Friendly Software: The machine comes with intuitive software that simplifies operation and data analysis. Users can easily set up tests, monitor progress, and generate detailed reports.
Versatility in Testing: This universal testing machine is designed to handle a wide range of tests, including tensile, compression, and shear tests. Its adaptability makes it suitable for various materials, from metals to polymers.
Application and Performance
The Universal Testing Machine is perfect for quality control, research and development, and educational purposes. Its high accuracy and reliability ensure consistent performance across different testing scenarios. The machine's sturdy construction and advanced features provide a long service life and dependable results, making it a valuable investment for any testing facility.
Q: What materials can this machine test?A: This machine can test a wide range of materials, including metals, polymers, and composites.
Q: How does the PC and servo control system benefit the testing process?A: The PC and servo control system provides precise control over the testing process, ensuring accurate and repeatable results. It also allows for easy data management and analysis.
Q: Is the software included with the machine?A: Yes, the machine comes with comprehensive software that is easy to use and offers extensive data management capabilities.
Q: Can this machine perform shear tests?A: Yes, the machine is designed to perform tensile, compression, and shear tests, making it highly versatile.
1. The rigid loading frame is with 4-columns (or 2-columns optional) and 2 screw rods, with upper test space for tensile and lower for compression, bending or shearing.
2. The middle cross-head with built-in worm-gearing is driven by motor for upward & downward moving instead of normal chain transmission to adjust vertical testing space, this greatly reduce back-lash and get more accurate & repeatable test results with displayed test curve smooth & stable.
3. There are multi-level positioning notches on columns for easily adjust upper cross-head to match different specimen height.
4. With front-opening hydraulic wedge grips, it is easier to fasten specimen firmly.
5. Cylinder is mounted at bottom of machine to get better working gravity.
6. Servo oil source system configured with electro-hydraulic servo valve and high-pressure gear pump to get excellent performance.
7. The PC controller with 2-channel digital amplifier enables digital closed-loop control of test force, displacement, stress, strain, etc.
By "Editing" function it enables the test process to be expanded as needed to fulfill any kind of complex editing with control mode switching, meets a variety of international standards.
1. The rigid loading frame is with 4-columns (or 2-columns optional) and 2 screw rods, with upper test space for tensile and lower for compression, bending or shearing.
2. The middle cross-head with built-in worm-gearing is driven by motor for upward & downward moving instead of normal chain transmission to adjust vertical testing space, this greatly reduce back-lash and get more accurate & repeatable test results with displayed test curve smooth & stable.
3. There are multi-level positioning notches on columns for easily adjust upper cross-head to match different specimen height.
4. With front-opening hydraulic wedge grips, it is easier to fasten specimen firmly.
5. Cylinder is mounted at bottom of machine to get better working gravity.
6. Servo oil source system configured with electro-hydraulic servo valve and high-pressure gear pump to get excellent performance.
7. The PC controller with 2-channel digital amplifier enables digital closed-loop control of test force, displacement, stress, strain, etc.
By "Editing" function it enables the test process to be expanded as needed to fulfill any kind of complex editing with control mode switching, meets a variety of international standards.
Maximum load | 1000kN |
Load measurement range | 2%-100%Fs (20kN-1000kN) |
Load accuracy | ±1% |
Displacement measurement resolution | 0.01mm |
Deformation measurement error | ±0.5%F.S |
Test speed control range | 0.1-50mm/min |
Control range of stress speed: | 1-60MPa/S |
Maximum tensile space | 850mm (including piston stroke) |
Maximum compression space | 850mm (including piston stroke) |
Column distance | 630mm |
Flat jaw | 0-40mm |
Clamping width of flat specimen(mm) | 120 |
Round jaw | φ13-φ60mm |
Platen size | 205*205mm |
Bending span | 100-600 mm |
Bending width: | 140mm |
Bending roller diameter: | φ40mm |
Piston stroke: | 250mm |
Clamping method: | hydraulic clamping |
Dimensional size: main unit | Around 1225x750x2640mm |
Control cabinet | Around 1140x700x930mm |
Power Supply | 380V 50HZ (three-phase four-wire) |
Maximum load | 1000kN |
Load measurement range | 2%-100%Fs (20kN-1000kN) |
Load accuracy | ±1% |
Displacement measurement resolution | 0.01mm |
Deformation measurement error | ±0.5%F.S |
Test speed control range | 0.1-50mm/min |
Control range of stress speed: | 1-60MPa/S |
Maximum tensile space | 850mm (including piston stroke) |
Maximum compression space | 850mm (including piston stroke) |
Column distance | 630mm |
Flat jaw | 0-40mm |
Clamping width of flat specimen(mm) | 120 |
Round jaw | φ13-φ60mm |
Platen size | 205*205mm |
Bending span | 100-600 mm |
Bending width: | 140mm |
Bending roller diameter: | φ40mm |
Piston stroke: | 250mm |
Clamping method: | hydraulic clamping |
Dimensional size: main unit | Around 1225x750x2640mm |
Control cabinet | Around 1140x700x930mm |
Power Supply | 380V 50HZ (three-phase four-wire) |
1. Loading frame with cylinder mounted lower, with worm-gear drive...... 1 set
2. Control cabinet with ow noise high pressure gear pump ......................1 set
3. Italian ATOS valve ...................................................................................1 set
4. Italy MARZOCCHI gear pump ....................................................................1 set
5. Special cylinder Multi-stage precision oil filter system..............................1 set
6. Dual channel programmable amplifier.......................................................1 set
7. High-precision oil pressure sensor ............................................. ............1 set
8. Extensometer (YYU25/100) .......................................................................1 set
9. Handheld controller ....................................................................................1 pc
10. Linear displacement measuring system ...................................................1 set
10. A set of accessories:
10.1 Tension clamping jaw for flat (0-20mm,20-40mm) ..........................1 set each
10.2 Tension clamping jaw for round (φ13-φ26mm, φ26-φ40mm,φ40-φ60mm)......1 set each
10.3 Compression clamping jaw (205*205mm) .........................................1 set
10.4 Bending device (Indenter diameter 40mm) ..........................................1 set
11. Special control software for testing .........................................................1 set
12. Lenovo PC ................................................................................................1 set
13. HP A4 printer ...........................................................................................1 set
1. Loading frame with cylinder mounted lower, with worm-gear drive...... 1 set
2. Control cabinet with ow noise high pressure gear pump ......................1 set
3. Italian ATOS valve ...................................................................................1 set
4. Italy MARZOCCHI gear pump ....................................................................1 set
5. Special cylinder Multi-stage precision oil filter system..............................1 set
6. Dual channel programmable amplifier.......................................................1 set
7. High-precision oil pressure sensor ............................................. ............1 set
8. Extensometer (YYU25/100) .......................................................................1 set
9. Handheld controller ....................................................................................1 pc
10. Linear displacement measuring system ...................................................1 set
10. A set of accessories:
10.1 Tension clamping jaw for flat (0-20mm,20-40mm) ..........................1 set each
10.2 Tension clamping jaw for round (φ13-φ26mm, φ26-φ40mm,φ40-φ60mm)......1 set each
10.3 Compression clamping jaw (205*205mm) .........................................1 set
10.4 Bending device (Indenter diameter 40mm) ..........................................1 set
11. Special control software for testing .........................................................1 set
12. Lenovo PC ................................................................................................1 set
13. HP A4 printer ...........................................................................................1 set
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