Servo Hydraulic Universal Testing Machine
This Servo Hydraulic Universal Testing Machine is ideal for high-capacity tension, compression, bend/flex, and shear testing. It is in accordance with the EN, ISO, ASTM, JIS, GB and many other standards. These frames feature dual spaces so users can quickly change between tension and compression testing without having to remove heavy fixtures.
Torontech is being increasingly recognized as a standard for accuracy, dependability and versatility in servo-hydraulic universal testing machines.
A Universal Testing Machine (UTM) is used to test both the tensile and compressive strength of materials. Universal Testing Machines are named as such because they can perform many different varieties of tests on an equally diverse range of materials, components, and structures. Most UTM models are modular, and can be adapted to fit the customer’s needs.
Universal Testing Machines can accommodate many kinds of materials, ranging from hard samples, such as metals and concrete, to flexible samples, such as rubber and textiles. This diversity makes the Universal Testing Machine equally applicable to virtually any manufacturing industry.
The UTM is a versatile and valuable piece of testing equipment that can evaluate materials properties such as tensile strength, elasticity, compression, yield strength, elastic and plastic deformation, bend compression, and strain hardening. Different models of Universal Testing Machines have different load capacities, some as low as 5kN and others as high as 2,000kN.
ASTM A416 Standard Specification for Steel Wire, Deformed, for Concrete Reinforcement. This specification covers deformed steel wire which has been cold-worked by drawing, rolling, or both drawing and rolling, to be used as produced, or in fabricated form, for the reinforcement of concrete in sizes having nominal cross-sectional areas not less than 6.45 mm2 [0.01 in.2].
Torontech’s High Strength Frame Dual Space Servo Hydraulic UTM TTSH2000 model is used to verify various mechanical properties of:
Rigid 4-column load frame construction providing superior axial and lateral stiffness and minimum maintenance, low reaction at specimen failure. Chrome plated columns for easy cleaning and longest life.
Extra-length screws and columns, with an adjustable lower crosshead, to increase the available test space for longer test specimens. Double acting crossbeam quickly accommodates specimens of varying lengths. In the case of additional length of columns, the maximum testing space is adjustable to meet extra length specimens.
Fully open front hydraulic wedge grips make it easy to insert and remove specimens for increased productivity and operator safety. Interchangeable design allows limited number of jaw faces to accommodate a large range of specimen sizes. Fully open front wedge clamps for easier loading and allowing rapid loading and unloading of specimens. Including grip control system mounted direct at the machine Tooling for tension, compression, bend/flex, shear, and other tests available. With digital displacement transducer for the best positioning and measuring accuracy.
ToronSOFT Control Software
ToronSOFT is the software used to control the Universal testing machine. The Tester and the software are designed to accommodate a wide variety of testing needs. The software has a variety of pre-set programmed test cycles for compression, tensile and cyclical testing to meet a variety of testing standards.
A powerful Help wizard helps the operator to set up and connect the accessories in many phases. Includes installed packages of various test methods according to major national and international reference standards and different types of material to perform the following tests:
| This program is complete with a graphic interface for: | The structure of the software is very flexible giving the possibility to personalize the tests, process the results and certificates, and in particular it is possible to: |
Metal | |||||||
Tensile tests at ambient temperature | Compression tests at ambient temperature | Shear Tests | Strand tensile tests | ||||
ASTM E8M–09 | ASTM E8M–09 | ASTM E8M–09 | ASTM E8M–09 | ASTM E8M–09 | ASTM E8M–09 | ASTM E8M–09 | |
ASTM A370-07b | ASTM A 706/A, | 706M - 6a | ASTMC469 | DIN1048 | ASTM 496 | ||
ASTM A185, A185M-07 | ASTM A48M-03 | EN 10002-1 | ISO 4506 | UNI6556 | BS 5896 | ||
ASTM A615, A615M-09 | HB 5143 | EN 10080 | ISO6784 | ||||
ASTM A82, A82M – 07 | ISO 15630-1 | JIS Z 2241 | |||||
Metals & Construction material | |||||||
Bend Tests | |||||||
ASTM A185/A185M – 07 | API 5L | ISO 7438 | |||||
ASTM E190 | AWS B4.0 | ||||||
Welded fabric | |||||||
Shear Tests | |||||||
ASTM E8M – 09 | ASTM A82/ A82M | ISO 15630-2 | HB 5143 | ||||
ASTM A370-07b | ASTM A 706/A | ISO 6394 | JIS Z 2241 | ||||
ASTM A185/ A185M | AS 1391 706M - 06a | BS 18 | |||||
ASTM A615/A615M-09 | ASTM A48M-03 | EN 10002-1 | |||||
ASTM A82/ A82M – 07 | ISO 15630-1 | EN 10080– 07 | |||||
Fasteners | |||||||
Tensile tests for bolt | Nut load keeping tests | ||||||
ASTM F606-07 | ISO 898-1 | ASTM E290 – 09 | ISO 7438 | ISO 15630-2 | JIS Z 2248 | ||
AS 4291.1 | ASTM A370-07b | ISO 15630-1 | ISO 10065 | ||||
Cement, concrete and rock | |||||||
Flexural tests for cement | Compression tests for cement | Compression tests for cement | |||||
ASTM C348 | ASTM C349 -08 | ASTM C 78 – 07 | |||||
ASTM C1609 /, C1609M | ASTM C109, C109M – 08 | ISO 1920-4 | |||||
ISO 679 | ISO 679 | ||||||
BS EN 196-1 | BS EN 196-1 | ||||||
Model | TTSH2000-I | TTSH2000-II | ||||
Capacity | 2000 kN | |||||
Load Resolution | Capacity/300, 000 (fully auto scaling of single measurement range) | |||||
Stroke | 250 mm | |||||
Testing Speeds | 0.1~70 mm/mi | |||||
Adjustable Crosshead Speed | 320 mm/mi | |||||
Nominal Maximum Specimen Sizes | ||||||
Diameter of Round Specimens for Tensile Test | Φ8 ~Φ20 mm, Φ20 ~Φ50 mm | |||||
Thickness of Flat Specimens for Tensile Test | 0 – 40 mm, 20 – 60 mm | |||||
Width of Flat Specimens for Tensile Test | 150mm | |||||
Compression Platen Dimensions | 300 × 300mm | |||||
Load Measurement Accuracy | ±0.5% of reading to 1/50 of load weighing system capacity meets or exceeds the requirements of the following standards: ISO 7500-1, EN 10002-2, ASTM E4, JIS B7721 | |||||
Strain Measurement Accuracy | ±0.5% of reading to 1/50 of full scale with most ASTM E83 class B or ISO 9513 class 0.5 extensometers meets or exceeds ASTM E83, ISO 9513, and EN 10002-4. | |||||
Speed Accuracy | Set speed＜10% Max. Speed: ±1% Set speed ≥10% Max. speed:±0.5% | |||||
Position Measurement Accuracy | ±0.5 of reading or 0.001 mm, whichever is greater | |||||
Power Supply | Please specify voltage and frequency before placing the order. Standard optional line to line voltages of three phase power 380Vac, 50-60 Hz, Power must be free of spikes and surges exceeding 10% of the nominal voltage. | |||||
Operating Temperature | 0 to +38°C (+32 to +100°F) | |||||
Humidity Range | 10% to 90% non-condensing | |||||
Storage Temperature | -40 to +66°C (-40 to +150°F) | |||||
Machine Dimensions | ||||||
Capacity | 2,000kN | |||||
Clearance BetweenGrips (H1) Piston Inside | 800 mm | 1000mm | ||||
Clearance BetweenGrips (H1) Piston Inside | 700 mm | 1000mm | ||||
Clearance Between columns (W) | 680mm | |||||
Total Height of Load Frame (H) | 3065mm | 3300mm | ||||
Load Frame Weight | 7000 kg | 8000 mm | ||||
Load Frame Dimensions | 1250 × 900 × 3065mm | 1250 × 900 × 3300mm | ||||
HOW CAN WE HELP YOU ?
Contact our sales team for a quotation.
