The MTS Model 815 and 816 rock mechanics test systems deliver exactly what geological materials experts need to work with confidence: fully integrated solutions that can be configured to test all types of rock in both basic and highly complex applications. Designed to test everything from soft sandstone to high-strength brittle rock, these systems combine versatile servohydraulic load frames with precise digital controls, flexible software and specialized accessories for uniaxial and triaxial testing.
Highly stiff load frame, fixed crosshead and single-ended actuators for carefully controlled studies
Space plates support a range of specimen sizes
Can characterize high-temperature, high-pressure extremes
Pre-engineered for triaxial cell installation
815 Specifications |
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| 815 TEST SYSTEM |
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LOAD FRAME MODEL |
| 315.01 | 315.02 | 315.04 |
Compression rating |
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| kN | 1600 | 2700 | 4600 |
| kip | 350 | 600 | 1000 |
Tension rating* |
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| kN | 1050 | 1350 | 2300 |
| kip | 240 | 300 | 500 |
Actuator displacement |
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| mm | 100 | 100 | 100 |
| in | 4 | 4 | 4 |
Load frame spring rate |
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| N/m | 7.0 x 109 | 9.0 x 109 | 10.5 x 109 |
| lb/in | 4.0 x 107 | 5.0 x 107 | 6.0 x 107 |
Estimated weight |
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| kg | 2614 | 4218 | 7590 |
| lb | 5762 | 9300 | 16700 |
Floor loading footprint (width x depth) |
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| mm | 737 x 432 | 889 x 521 | 991 x 610 |
| in | 29 x 17 | 35 x 20.5 | 39 x 24 |
*Although the Load Frame assembly is capable of producing the indicated force in tension, the actual tensile |
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force limit is dependent on the attachment hardware (e.g., threaded connectors) that attach the gripping |
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fixtures to the crosshead and actuator). | ||||
816 Specifications |
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| 816 TEST SYSTEM |
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LOAD FRAME MODEL |
| 316.01 | 316.02 | 316.04 |
Compression rating |
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| kN | 500 | 1045 | 2046 |
| kip | 110 | 235 | 460 |
Tension rating* |
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| kN | 291 | 667 | 1374 |
| kip | 65 | 150 | 309 |
Actuator displacement |
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| mm | 100 | 100 | 100 |
| in | 4 | 4 | 4 |
Load frame spring rate |
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| N/m | 1.1 x 109 | 2.6 x 109 | 3.0 x 109 |
| lb/in | 6.2 x 106 | 1.5 x 107 | 1.7 x 107 |
Estimated weight |
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| kg | 2380 | 3252 | 3822 |
| lb | 5250 | 7170 | 8426 |
Floor loading footprint (width x depth) |
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| mm | 1168 x 813 | 1168 x 813 | 1295 x 1168 |
| in | 46 x 32 | 46 x 32 | 51 x 46 |
* Although the Load Frame assembly is capable of producing the indicated force in tension, the actual tensile |
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force limit is dependent on the attachment hardware (e.g., threaded connectors) that attach the gripping |
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fixtures to the crosshead and actuator). | ||||
Triaxial testing aims to accurately recreate high confining pressures, high temperatures, high pore fluid pressures, and a wide range of stress states.
For these applications, MTS offers triaxial testing assemblies that can be integrated within a rock testing system to create a complete triaxial testing solution. These assemblies include triaxial cells, a type of pressure vessel, along with a wide array of in-vessel accessories designed to withstand extreme conditions.
MTS offers a direct shear package designed to extend the utility of MTS 816 Rock Mechanics Test Systems. With an integrated MTS Direct Shear Package, researchers can subject cylindrical, prismatic or irregularly shaped specimens of intact or jointed rock or concrete to both normal and shearing stresses, simultaneously.
The MTS Ultrasonic Velocity Test Solution is an effective, scalable research platform designed for studying the behavior of geomaterials core samples when subjected to temperatures and pressures that replicate extreme in situ environments. The highly detailed characterizations gained through such studies yield insight into the specimen’s porosity, elastic constants, anisotropy, fluid saturation and other critical attributes.
The MTS Ultrasonic Velocity Test Solution comprises state-of-the-art platen hardware, application software and electronics for control and data acquisition. These components are meticulously engineered and tightly integrated to deliver accurate, dependable performance in demanding triaxial test applications at temperatures up to 120°C (250°F) and pressures up to 140 MPa (20,000 psi).
This solution is specifically designed for use with the MTS Model 656 Triaxial Cell, an industry-leading accessory that can be seamlessly integrated into robust MTS Model 815 or Model 816 Rock Mechanics Test Systems. It can also be added as an upgrade to many already existing models of triaxial cells from MTS.