Landmark® Servohydraulic Test Systems
From complex thermomechanical fatigue studies to standard tension and compression tests, MTS Landmark systems deliver accurate, repeatable results. Robustly manufactured with SureCoat® technology that extends actuator rod longevity 10x over conventionally chrome-plated rods, these systems will perform reliably for years.
Applications
-
Dynamic Cyclic
- Crack Propagation
- CTOD (Crack Tip Opening Displacement)
- Dynamic Characterization
- Dynamic Mechanical Analysis (DMA)
- Fatigue Crack Growth
- High-cycle Fatigue (HCF)
- High-temperature
- Jlc-CTOD
- Klc
- Low-cycle Fatigue (LCF)
- Static Testing
Test Specimens
-
Composites
- Carbon Fiber
- Ceramic Matrix Composites
- Composites
- Metal Matrix Composites
- Polymer Matrix
-
Polymers
- Elastomeric Materials
- Elastomers
- Plastics
- Polymers
- Rubber
- Ceramics
- Metals
- Medical Device Components
- Aluminum
Test Standards
- ASTM D3039
- ASTM D2344
- ASTM D790
- ASTM D3518
- ASTM D5023
- ASTM D5024
- ASTM D5026
- ASTM D5418
- ASTM D5992
- ASTM D6272
- ASTM D7028
- ASTM E21
- ASTM E290
- ASTM E517
- ASTM E646
- ASTM E8-E8M
- ASTM E9
- ISO 10113
- ISO 10275
- ISO 14125
- ISO 6892-1
- ISO 6892-2
- ISO 7438
- ISO 14129
- ISO 527-4
- ISO 527-5
- ISO 6721-4
- ISO 6721-12
- EN 2561
- EN 2562
- EN 2597
- EN 2746
- EN 6031
Key Product Features
Industry Standard
A proven leader in servohydraulic testing technology
Accurate / Repeatable Results
Superior frame stiffness and alignment produces accurate results
Unmatched Expertise
Applications expertise and service and support
Versatile
A wide array of test capabilities for low- to high-force applications
Model Comparison
Model 370.02
- Max rated force capacity: 25 kN (5.5 kip)
- Tabletop
- Test lower strength materials from plastics to aluminum
- Ideal for durability testing on small components
- Available in standard or extended height
Model 370.10
- Max rated force capacity: 100 kN (22 kip)
- Floor-standing
- Available in standard or extended height
Model 370.25
- Max rated force capacity: 250 kN (55 kip)
- Floor-standing
- Available in standard or extended height
Model 370.50
- Max rated force capacity: 500 kN (110 kip)
- Floor-standing
- Available in standard or extended height
Featured Case Studies
Full Product Information
Floor-Standing Load Frame Specifications
LOAD FRAME |
DIAGRAM |
|
|
|
MODEL |
|
|
|
SPECIFICATIONS¹ |
DETAIL |
UNITS |
370.10 |
|
370.25 |
|
370.50 |
|
|
|
|
Actuator |
Actuator |
Actuator |
Actuator |
Actuator |
Actuator |
|
|
|
integral |
integral to |
integral |
integral to |
integral |
integral to |
|
|
|
to Base |
Crosshead |
to Base |
Crosshead |
to Base |
Crosshead |
Force capacity |
|
kN |
100 |
100 |
250 |
250 |
500 |
500 |
(rated dynamic force) |
|
(kip) |
(22) |
(22) |
(55) |
(55) |
(110) |
(110) |
Available actuator ratings₁ (nominal) |
kN |
15, 25, 50, 100 |
15, 25, 50, 100 |
100, 250 |
100, 250 |
250, 500 |
250, 500 |
|
|
|
(kip) |
(3.3, 5.5, 11, 22) |
(3.3, 5.5, 11, 22) |
(22, 55) |
(22, 55) |
(55, 110) |
(55, 110) |
Actuator dynamic stroke₁ |
|
mm |
100, 150, 250 |
100, 150, 250 |
150, 250 |
150, 250 |
150 |
150 |
|
|
(in) |
(4, 6, 10) |
(4, 6, 10) |
(6, 10) |
(6, 10) |
(6) |
(6) |
Min vertical test space - |
A |
mm |
140 |
70 |
231 |
159 |
427 |
345 |
standard height₂ |
|
(in) |
(5.5) |
(2.8) |
(9.1) |
(6.3) |
(16.8) |
(13.6) |
Max vertical test space - |
A |
mm |
1283 |
1213 |
1621 |
1549 |
2085 |
2002 |
standard height₃ |
|
(in) |
(50.5) |
(47.8) |
(63.8) |
(61.0) |
(82.1) |
(78.8) |
Min vertical test space - |
A |
mm |
363 |
292 |
485 |
413 |
NA |
NA |
extended height₂ |
|
(in) |
(14.3) |
(11.5) |
(19.1) |
(16.3) |
NA |
NA |
Max vertical test space - |
A |
mm |
1753 |
1683 |
2129 |
2058 |
NA |
NA |
extended height₃ |
|
(in) |
(69.0) |
(66.3) |
(83.8) |
(81.0) |
NA |
NA |
Working height₄ |
B |
mm |
922₈, ₁₅ |
922₁₅ |
922₈, ₁₅ |
922₁₅ |
922₁₅ |
922₁₅ |
|
|
(in) |
(36.3) |
(36.3) |
(36.3) |
(36.3) |
(36.3) |
(36.3) |
Column spacing |
C |
mm |
533 |
533 |
635 |
635 |
762 |
762 |
(test space width) |
|
(in) |
(21.0) |
(21.0) |
(25.0) |
(25.0) |
(30.0) |
(30.0) |
Column diameter |
D |
mm |
76.2 |
76.2 |
76.2 |
76.2 |
101.6 |
101.6 |
|
|
(in) |
(3.00) |
(3.00) |
(3.00) |
(3.00) |
(4.00) |
(4.00) |
Base width |
E |
mm |
1018 |
1018 |
1112 |
1112 |
1351 |
1351 |
|
|
(in) |
(40.1) |
(40.1) |
(43.8) |
(43.8) |
(53.2) |
(53.2) |
Base depth |
F |
mm |
698 |
698 |
737 |
737 |
896 |
896 |
|
|
(in) |
(27.5) |
(27.5) |
(29.0) |
(29.0) |
(35.3) |
(35.3) |
Diagonal clearance - |
G |
mm |
2580₈, ₁₁, ₁₅ |
2649₁₁, ₁₅ |
3084₈, ₁₁, ₁₅ |
3155₁₁, ₁₅ |
3629₁₁, ₁₅ |
3699₁₁, ₁₅ |
standard height₅ |
|
(in) |
(101.6) |
(104.3) |
(121.4) |
(124.2) |
(142.9) |
(145.6) |
Diagonal clearance - |
G |
mm |
3084₈, ₁₁, ₁₅ |
3153₁₁, ₁₅ |
3589₈, ₁₁, ₁₅ |
3660₁₁, ₁₅ |
NA |
NA |
extended height₅ |
|
(in) |
(121.4) |
(124.1) |
(141.3) |
(144.1) |
NA |
NA |
Overall height - |
H |
mm |
2588₈, ₁₂, ₁₅ |
3028₉, ₁₅ |
3095₈, ₁₄, ₁₅ |
3490₁₀, ₁₅ |
3688 |
3961 |
standard height₆ |
|
(in) |
(101.9) |
(119.2) |
(121.8) |
(137.4) |
(145.2) |
(155.9) |
Overall height - |
H |
N/m |
3058₈, ₁₃, ₁₅ |
3498₉, ₁₅ |
3603₈, ₁₄, ₁₅ |
3998₁₀, ₁₅ |
NA |
NA |
extended height₆ |
|
(in) |
(120.4) |
(137.7) |
(141.8) |
(157.4) |
NA |
NA |
Stiffness₇ |
|
N/m |
467 x 10⁶ |
467 x 10⁶ |
473 x 10⁶ |
473 x 10⁶ |
777 x 10⁶ |
777 x 10⁶ |
|
|
(lbf/in) |
(2.66 x 10⁶) |
(2.66 x 10⁶) |
(2.7 x 10⁶) |
(2.7 x 10⁶) |
(4.44 x 10⁶) |
(4.44 x 10⁶) |
Weight |
|
kg |
635 |
820 |
875 |
1095 |
1570 |
1760 |
|
|
(lb) |
(1400) |
(1800) |
(1925) |
(2410) |
(3455) |
(3875) |
|
|
|
|
|
|
|
|
|
1.All load frame specifications listed in this chart are based upon the actuator ratings and dynamic stroke values indicated by bold text. |
|
|
||||||
2.Min Vertical Test Space: Span between force transducer and piston rod face when fully retracted at beginning of the dynamic stroke; crosshead down, no alignment fixture. |
||||||||
3.Max Vertical Test Space: Span between force transducer and piston rod face when fully retracted at beginning of the dynamic stroke; crosshead up, no alignment fixture. |
||||||||
4.Working Height: Floor to top of work surface; includes standard FabCell isolation. |
|
|
|
|
|
|||
5.Diagonal Clearance: Column height (far side) to tip of foot with FabCell; tie bar or enclosure not included. |
|
|
|
|||||
6.Overall Height: From floor, including standard FabCell isolation, to the highest point on crosshead; crosshead fully raised (most common stroke length). |
|
|||||||
7.Measured at typical testing height with hydraulic wedge grips and cylindrical dog-bone specimen. |
|
|
|
|
||||
Typical testing heights per model: Model 370.10 = 750 mm (29.5 in); Model 370.25 = 900 mm (35.5 in); Model 370.50 = 1250 mm (49.2 in) |
|
|
||||||
8.Add 178 mm (7 in) to dimensions B, G, & H for 250 mm (10 in) stroke actuators integral to base. |
|
|
|
|
||||
9.Add 229 mm (9 in) to dimension H for 250 mm (10 in) stroke actuators integral to crosshead. |
|
|
|
|
||||
10. Add 203 mm (8 in) to dimension H for 250 mm (10 in) stroke actuators integral to crosshead. |
|
|
|
|
||||
11. For frames with an optional tie bar add 51 mm (2 in) to dimension G. |
|
|
|
|
|
|||
12. For 370.10 frames with standard columns, optional tie bar and actuator integral to base add 14 mm (.53 in) to dimension H. |
|
|
||||||
13. For 370.10 frames with extended columns, optional tie bar and actuator integral to base add 51 mm (2 in) to dimension H. |
|
|
||||||
14. For 370.25 frames with standard or extended columns, optional tie bar and actuator integral to base add 14 mm (.53 in) to dimension H. |
|
|||||||
15. For load frames with optional pneumatic /elastomeric vibration isolation mounts, add 62 mm (2.44 in) to dimensions B, G, and H. |
|
|
LOAD FRAME |
DIAGRAM |
|
MODEL |
SPECIFICATIONS1 |
DETAIL |
UNITS |
370.10 200 Hz Elastomer |
Force capacity |
|
kN |
100 |
(rated dynamic force) |
|
(kip) |
(22) |
Available actuator ratings₁ (nominal) |
kN |
15, 25 |
|
|
|
(kip) |
(3.3, 5.5) |
Actuator dynamic stroke₁ |
|
mm |
100 |
|
|
(in) |
(4) |
Min vertical test space - |
A |
mm |
0 |
standard height₂ |
|
(in) |
0 |
Max vertical test space - |
A |
mm |
788 |
standard height₃ |
|
(in) |
(31.0) |
Working height₄ |
B |
mm |
922 |
|
|
(in) |
(36.3) |
Column spacing |
C |
mm |
533 |
(test space width) |
|
(in) |
(21.0) |
Column diameter |
D |
mm |
76.2 |
|
|
(in) |
(3.00) |
Base width |
E |
mm |
1018 |
|
|
(in) |
(40.1) |
Base depth |
F |
mm |
698 |
|
|
(in) |
(27.5) |
Diagonal clearance₅ |
G |
mm |
2079₈ |
|
|
(in) |
(81.8) |
Overall height₆ |
H |
mm |
2065₉ |
|
|
(in) |
(81.3) |
Stiffness₇ |
|
N/m |
467 x 10⁶ |
|
|
(lb/in) |
(2.66 x 10⁶) |
Weight |
|
kg |
635 |
|
|
(lb) |
(1400) |
|
|
|
|
1.All load frame specifications listed in this chart are based upon the actuator ratings and dynamic stroke values indicated by bold text. |
|||
2.Min Vertical Test Space: Span between force transducer and piston rod face when fully retracted at beginning of the dynamic stroke; crosshead down, no alignment fixture. |
|||
3.Max Vertical Test Space: Span between force transducer and piston rod face when fully retracted at beginning of the dynamic stroke; crosshead up, no alignment fixture. |
|||
4.Working Height: Floor to top of work surface; includes standard FabCell isolation. |
|||
5.Diagonal Clearance: Column height (far side) to tip of foot with FabCell; tie bar or enclosure not included. |
|||
6.Overall Height: From floor, including standard FabCell isolation, to the highest point on crosshead; crosshead fully raised (most common stroke length). |
|||
7.Measured at crosshead height of 750 mm (29.5 in). |
|
||
8.For frames with an optional tie bar add 51 mm (2 in) to dimension G. |
|||
9.For 370.10 200 Hz elastomer frames with an optional tie bar add 28 mm (1.1 in) to dimension H. |
Tabletop Load Frame Specifications |
Model 370.02 tabletop load frames are available standard or extended heights with the |
actuator configured integral to load frame crosshead. |
LOAD FRAME |
DIAGRAM |
|
MODEL |
|
SPECIFICATIONS₁ |
DETAIL |
UNITS |
370.02 |
370.02 100 Hz Elastomer |
Force capacity |
|
kN |
25 |
25 |
(rated dynamic force) |
|
(kip) |
(5.5) |
(5.5) |
Available actuator ratings₁ (nominal) |
|
kN |
15, 25 |
15, 25 |
|
|
(kip) |
(3.3, 5.5) |
(3.3, 5.5) |
Actuator dynamic stroke₁ |
|
mm |
100, 150 |
100, 150 |
|
|
(in) |
(4, 6) |
(4, 6) |
Min vertical test space - |
A |
mm |
144 |
144 |
standard height₂ |
|
(in) |
(5.7) |
(5.7) |
Max vertical test space - |
A |
mm |
827 |
827 |
standard height₃ |
|
(in) |
(32.6) |
(32.6) |
Min vertical test space - |
A |
mm |
398 |
398 |
extended height₂ |
|
(in) |
(15.7) |
(15.7) |
Max vertical test space - |
A |
mm |
1335 |
1335 |
extended height₃ |
|
(in) |
(52.6) |
(52.6) |
Working height₄ |
B |
mm |
230₈ |
230₈ |
|
|
(in) |
(9.1) |
(9.1) |
Column spacing |
C |
mm |
460 |
460 |
|
|
(in) |
(18.1) |
(18.1) |
Column diameter |
D |
mm |
76.2 |
76.2 |
(test space width) |
|
(in) |
(3.00) |
(3.00) |
Base width |
E |
mm |
622 |
622 |
|
|
(in) |
(24.5) |
(24.5) |
Base depth |
F |
mm |
577 |
577 |
|
|
(in) |
(22.7) |
(22.7) |
Diagonal clearance - |
G |
mm |
1750₈ |
1750₈ |
standard height₅ |
|
(in) |
(68.9) |
(68.9) |
Diagonal clearance - |
G |
mm |
2250₈ |
2250₈ |
extended height₅ |
|
(in) |
(88.6) |
(88.6) |
Overall height - |
H |
mm |
1989₈ |
1989₈ |
standard height₆ |
|
(in) |
(78.3) |
(78.3) |
Overall height - |
H |
mm |
2624₈ |
2624₈ |
extended height₆ |
|
(in) |
(103.3) |
(103.3) |
Stiffness₇ |
|
N/m |
345 x 10⁶ |
345 x 10⁶ |
|
|
(lb/in) |
(1.95 x 10⁶) |
(1.95 x 10⁶) |
Weight |
|
kg |
248 |
286 |
|
|
(lb) |
(547) |
(630) |
|
|
|
|
|
1.All load frame specifications listed in this chart are based upon the actuator ratings and dynamic stroke values indicated by bold text. |
||||
2.Min Vertical Test Space: Span between force transducer and piston rod face when fully retracted at beginning of the dynamic stroke; crosshead down, no alignment fixture. |
||||
3.Max Vertical Test Space: Span between force transducer and piston rod face when fully retracted at beginning of the dynamic stroke; crosshead up, no alignment fixture. |
||||
4.Working Height: Floor to top of work surface; includes standard FabCell isolation. |
|
|||
5.Diagonal Clearance: Hose height to tip of foot with FabCell; crosshead down. |
|
|||
6.Overall Height: From floor, including standard FabCell isolation, to top of the hoses or highest point on actuator; crosshead fully raised. |
||||
7.Measured at crosshead height of 600 mm (23.6 in). |
|
|
||
8.For load frames with optional pneumatic /elastomeric vibration isolation mounts, add 37 mm (1.44 in) to dimensions B, G, and H. |
Our Smallest, Quietest HPU
The MTS SilentFlo 515.04 was specifically designed for use with a single MTS Landmark® or Bionix® load frame. For applications requiring a force range of 1–25 kN (0.2–5.5 kip) and a maximum average flow rate of 15.1 lpm (4 gpm), this HPU provides all the benefits of proven SilentFlo technology at a fraction of the cost.
MTS SilentFlo 515.04 HPU Brochure
Service and Support
Our experts are here to help keep you up and running.
Related Products, Parts or Accessories
Acumen® Electrodynamic Test Systems
Axial Extensometers with 50 mm (2 in.) Gage Length
Elevated High Temperature Axial Extensometer
TestSuite Software
Model 653 High-Temperature Furnaces
Advantage Video Extensometer (AVX)
Looking for more products?
Go to Solution FinderCONTACT US TODAY
Ready for a quote or need more information? We're here to help. Request A QuoteResources
Florida State University
University advances testing of corrosion-resistant rebar mad…
1D, 2D & 3D Non-Contacting Extensometers
Top considerations for choosing a non-contacting extensomete…
Load Frame Life Extension
An actuator remanufacture can extend the life of your older …
Safety Primer for Landmark Systems
How to meet PLc, PLd or PLe safety requirements.
Accurate Small Specimen Testing
Our smallest grips for your smallest specimens.
29 Tips to Protect Against Dust & Debris When Testing Composites
Keep dust and debris from damaging test equipment with these…
Evaluating High-Temp Tradeoffs
MTS staff scientist discusses options for high-temperature t…
Increasing Component Lifetimes & Lightweighting Gains
Researchers at Lehigh University leverage shakedown design t…
Energy-Efficient HPU for Materials Testing
Our smallest HPU is perfect for dynamic low-force applicatio…
SureCoat Technology for Landmark and Bionix Systems
Proprietary actuator rod finishing technology improves accur…
Additive Manufacturing 101
MTS experts share insights about additive manufacturing.
New Optical Extensometer
Simplified non-contacting axial strain measurement & con…
3D-Printed Spinal Implants
MTS helps medical device manufacturer develop 3D-printed spi…