MTS High-Force Servohydraulic Test Systems
Delivering a full spectrum of high-force testing capabilities

M T S H IG H -FO R C E SER V O H YDRAUL IC TEST SYSTEM S ARE DE P LOYE D
W O R LDWI D E, PERFORMI N G S TAT IC AND DYNAMIC T E ST ING OF LARGE ,H I G H -STREN G TH M ATERI A LS, COMP ONE NT S AND SUBASSE MBLIE S FORI N D U S TRI ES SUCH AS CI VI L E NGINE E RING, AE ROSPACE , RAIL, GROUNDV E H I C LES AN D M ORE.

2

Meet a full spectrum of high-force testing requirements

High-force mechanical testing is criticalfor determining the performance anddurability properties of large, high-strength
materials, components and sub-assemblies
across a diverse array of industries.
Procuring equipment to fulfill this need,however, can be challenging as required
test applications can range widely from
simple, static strength characterization
to complex, dynamic life studies.
To meet this challenge, MTS offers afamily of versatile servohydraulic test
systems designed to deliver a full spectrumof static and dynamic high-force testing
capabilities, from simple strength testing,through dynamic characterization of
structures, to comprehensive fracture andfatigue testing. More than three-hundred
MTS High-force Test Systems are deployedworldwide, performing these mechanicaltests within industries such as civilengineering, aerospace, rail, groundvehicles and more, on a wide range of
specimens, including:

Uniquely suited for the tremendous
demands of high-force, high-velocity
tension and compression, and highfrequency fatigue testing, the MTS
high-force system family features anarray of standard, high-stiffness Model
311 load frames, a broad offering of
performance-driven hydraulics packages,
advanced controls and application software,a full complement of accessories, andnumerous optional features and capabilities.
Additionally, many aspects of MTS
high-force test systems, including load
frame geometry, servocontrols andhydraulic distribution systems, can becustom engineered to meet even the mostextreme high-force materials, component
or sub-assembly testing needs.
MTS high-force test systems are backed
by the global MTS Service & Support
organization, a highly experienced teamcommitted to maintaining the uptime
and operational efficiency of your test
system investment.
Contact MTS today and explore how
versatile MTS test systems can help you
meet a full spectrum of high-force
materials, component and subassembly
testing needs.

» Metal components such as sheet, plateor bar, structural steel, welds, wire,
cable, chain, and castings or forgings» Civil structures and substructures suchas beams, columns, rebar, bearings andfasteners, and construction materials
such as composites or reinforced
concrete» Geomaterials» Aerospace components andsub-structures» Oil and gas pipeline components» Rail structures and components» Wind turbine structures andcomponents

Photo courtesy of JAXA
(Japan Aerospace Exploration Agency)3

A comprehensive portfolio of high-force load frames

The MTS high-force system family
features a complete array of ultra-stiff,
four-column standard servohydraulicload frames, dynamically rated to deliverloads ranging from 1 to 5 MN. Higher
capacity load frames and unique features
can be custom engineered to order. Truly
dynamic, high-stiffness designs ensure
optimal high-force specimen loading andcontinuous over-center reliability intension-compression cycling. MTS
servovalves and force transducers provide
precision, closed-loop accuracy. Model
311 load frames exhibit superior systemalignment, which minimizes bending strain
to enhance test accuracy and reduce data
scatter. Additionally, crosshead-mounted
actuators and hydraulic crosshead lift andlock mechanisms serve to simplify test
setup, reduce fixturing costs and help
facilitate safe operation.

Optional load frame features andcapabilities include:

VE RSAT IL E M T S H IG H - F O RCE SYST E MS AR E
U SE F U L F O R CO ND U CT ING T H E SE T E S T S» Larger force capacities up to andexceeding 30 MN»

High-cycle fatigue» Longer actuator stroke lengths»

Low-cycle fatigue»

Fatigue crack growth»

Fracture toughness»

Crack propagation»

KIc, JIc»

Component strength and durability»

Dynamic characterization damping»

Tension»Compression»

Bending»

Shear» Larger test space geometries» Choice of free-standing, self-reacting
load frame or integrated strong floorbase configurations» Automated crosshead lift/locks andcontrols – free-standing or hosestand-mounted» Extended baseplates to accommodate
large bending tests or an additional
actuator for biaxial specimen loading

Model 311.51
Force Capacity: 5.0 MN

Models 311.31 / 311.32
Force Capacity: 1.0 / 1.2 MN

Model 311.41
Force Capacity: 2.5 MN

A Full Spectrum of High-force Testing Possibilities*
Industry

Aerospace

MetalsRail

Test Type

Fatigue test of composite panel

Static test of steel chain

Fatigue evaluation of bogey

Accessories
Force Transducer

Model 647 Hydraulic Grips with custom fixture
Base-mounted

Model 641 Hydraulic Grips
Actuator-mounted

Custom Fixture
Actuator-mounted

BaseStandard T-slot

Standard T-slot

Floor-level T-slot

Crosshead-mounted hydraulic service manifold, free-standing
crosshead lift/lock controls, and free-standing hydraulic grip supply

Crosshead-mounted hydraulic service manifold,
and hose stand with integrated lift/lock controls

Optional Features Hose stand with integrated hydraulic service		
manifold and crosshead lift/lock controls

4Note: The examples in this chart demonstrate the wide breadth of testing that can be addressed by the MTS high-force system family; it is not intended to provide specific test application or system configuration guidance.

Model 311.91
Force Capacity: 30.0 MN

Model 311.71
Force Capacity: 10.0 MN

Construction Material

Civil Engineering

Bend test of structural steel beamCompression test of reinforced concrete column

4-point bend fixture
Actuator-mounted

Compression platens
Actuator-mounted

Extended integrated reaction baseIntegrated strong floor

Hose stand with integrated lift/lock controls, crosshead mounted HSM

Powered personnel lift5A full range of hydraulic performance options

A selection of hydraulic performance packages allows you to
configure a standard Model 311 load frame to meet your specificstatic or dynamic high-force testing requirements. Criticalcomponents include MTS servovalves and performance-matched
SilentFlo™ Hydraulic Power Units (HPUs). MTS servovalves
are available with flows of 112, 340, or 680 lpm rated at 70 bar
pressure drop. Servovalve pilot pressure ensures tight control ofthe system actuator at startup. Available in a variety of capacities
to accommodate required test loads and speed, SilentFlo HPUsdeliver the cleanest and quietest hydraulic power available. They
can be deployed directly in the lab, eliminating the cost for special
pump housing facilities and reducing supply line cost and spacerequirements.

SilentFlo HPU

Optional hydraulic system features include:» High-frequency response, high-flow
capacity 3-stage servovalves» Additional accumulation forenhanced performance» Modular hose stand capable ofsupporting both standard andhigh-capacity servovalve options» Floor-standing, hose stand-mounted,
or crosshead-mounted hydraulicservice manifolds (HSM)

Actuator Manifold

Hose Stand

State-of-the-art Digital Controls

Stable, precise system control, which is critical for conducting
high-force fatigue testing, is provided by a state-of-the-art FlexTest®
controller. FlexTest digital controllers equip users with all the tools
needed to define and automate virtually any material, component
or structural test. Versatile FlexTest controllers provide high speeds
and channel densities to keep pace with evolving test demands,
and share common hardware boards and user interface tools
to simplify test standardization and optimization across test
laboratories. FlexTest controllers support the full offering of MTS
test application software, including MTS TestSuite™ Multipurpose
software, TestWorks® software, and MultiPurpose TestWare®
(MPT™) software.
6

FlexTest Controller

Hydraulic Service Manifold

Versatile, Easy-to-use MTS Application Software

MTS high-force systems leverage the power of MTS application
software to provide full-featured test definition, intuitive displays
and user-friendly operation, and powerful results analysis andreporting capabilities.
Foremost among these materials testing packages is MTS TestSuite
software. Designed with extensive user input, the MTS TestSuite
platform serves as the foundation for a growing set of easy-touse material test modules. It features a visually intuitive common
interface to streamline and simplify the development of calculations
and test workflows. For example, you can “drag and drop” test
sequences into the test editor and view a graphic depiction of
the workflow as you develop it. Currently available applications
include MTS TestSuite Multipurpose Software, which features
test modules for performing low-cycle fatigue, high-cycle fatigue,
advanced low-cycle fatigue, fatigue crack growth, and fracture
toughness applications.
The MTS TestSuite platform also features a host of innovative
tools designed to extend testing power and increase productivity:» Virtual Specimen allows you to accurately simulate specimen
behavior before breaking any real test articles» Point-by-point Monitoring allows users to perform calculations
and make decisions on every data point rather than making
decisions once per cycle» Multichannel is used to create multi-axial loading conditions
with enforced phase relationships between multiple channels
Additionally, the optional MTS TestSuite Analyzer provides theability to glean new insight from post-test data for both fatigue
and fracture applications.
MTS high-force systems can also employ other MTS application
software packages such as TestWorks software and MultiPurpose
TestWare software.

Full Complement of High-force Grips, Fixtures and Platens

To support a full spectrum of high-force loading applications,
MTS complements its high-force system offering with a selectionof precision, side-loading hydraulic wedge grips for tensile andfatigue testing (available with an optional hydraulic grip supply),
as well as platens for compression testing and fixtures for bend

testing. MTS high-force systems are also available with astandard T-slot base, which can serve as an interface forsupporting a wide a variety of custom fixtures. MTS can also
work with you to develop custom fixtures to meet uniquetesting needs.

Hydraulic Grips

Compression Platens

Bend Fixture

Custom Fixtures

Photo courtesy of MERC

7

Unparalleled MTS Service & Support

MTS high-force test systems are backed
by the global MTS Service & Support
organization. This highly experienced
team offers lifecycle management services
for all your test systems and is committed
to maximizing the uptime and operational
efficiency of your test system. With theexpertise to support your test equipmentfrom pre-installation to decommission
and at every point in between, MTS has
the service solutions to meet your needs
for test schedule predictability, data
integrity, system performance optimization
and budget management.

8»

O NSITE SERVICES : MTS field service

engineers have a worldwide reputation
for applications expertise and will
respond to your request for support
or repair quickly and efficiently.
»

ENGIN EERING SERVICES : MTS offers acomplete set of professional engineering
services, including systems engineering,
test consulting and facilities design
services.
»

TR AINING : MTS training programs
are designed to improve operator
efficiency and optimize system
performance. Expertly led andcompletely customizable, thesecourses provide hands-on learning toensure that your staff is thoroughlyfamiliar with your test systems andknow how to operate them safely
and effectively.

Load Frame Alignment

Load Frame Calibration»

CALIBRATION & ALIGNMEN T : All test labs

must calibrate their testing equipment
to help ensure data accuracy. MTS
provides top-quality, accredited
calibration services, which can be
performed onsite or in our factory
metrology labs. We also offer load
frame alignment services to minimize
data variance.
»

MAIN TEN AN CE & MONITORING : Basedon decades of service experience, MTS
has developed a set of well-definedroutine maintenance offerings tailoredfor specific systems and components,
to help extend equipment life andprovide you with confidence in yourequipment operation.

»

UPGRADE SOLUTIONS : As technology
improves, an upgrade is often themost economical way of expanding
your lab capabilities and extending
the life of existing test equipment.
MTS offers upgrades and replacements
for all areas of your test system, including
mechanical components, controllers
and software.

High-force System Performance Curves

While the charts assume that available hydraulic power is not alimiting factor, it is important to note:

The following pages contain a series of charts that outline
performance characteristics for standard systems acrossthe MTS high-force family – Models 311.31, 311.32, 311.41
and 311.51.

» Increasing the actuator size will provide more force, which
in turn requires more hydraulic power to run the test at thesame speed.

Each chart graphically demonstrates the influence specimen
mass has on the performance of the configuration by plottingSpecimen Displacement (mm) vs. Frequency (Hz) for four
loading conditions. The configuration’s usable performance
range for a particular load is depicted as the area below its
respective curve.

» Increases in performance are attained by increasing
servovalve size, which also requires more hydraulic power.
These charts represent a sampling of the available MTS
high-force family performance curves – contact your MTS
applications engineer to review the full array of performance
curves for each standard MTS high-force system.

Within each individual chart, factors such as actuator size,
actuator stroke and servovalve size are held constant. To
demonstrate how system performance is dependent on thesefactors, each model’s performance is plotted on multiple chartsthat vary by actuator and servovalve configuration.

Configuration: Model 311.31 with 113 lpm (30 gpm)*

Specimen Double Amplitude Displacement (MM)

1000

100

10

1

0.1

0.01
0.1

1

10

100

Sine Wave Frequency (Hz)0 kN

250 kN(55 Kip)

500 kN

900 kN(110 Kip)
311.31(198 Kip)

A CTUATOR FORCE:

1000 kN (220 kip)

LOAD FRAME MODEL:A CTUATOR DYNAMIC STROKE:

250 mm (10 in)

SERVOVALVE( S) FLOW RATI N G: 113 lpm (30 gpm)

* Systems profiled feature hydraulic power units, accumulation, pressure and return hoses
selected to match the load frame system configurations. Hydraulic power supplies support 21
MPa (3000 psi) pressure and have been selected to minimally limit the performance provided
by other components. The performance curves depicted represent a mathematical predictionof system performance using appropriately sized hydraulic wedge grips holding a linear spring
specimen. The use of small servovalves will slow the speed of actuation to the point where fullend to end stroke will not be attained even when operating at low frequencies. Your MTS sales
representative can discuss these and other available performance options.

9Configuration: Model 311.31 with 340 lpm (90 gpm)*

Specimen Double Amplitude Displacement (MM)

1000

100

10

1

0.1

0.1

1

10

100

Sine Wave Frequency (Hz)0 kN
		250 kN(55 Kip)

500 kN(110 Kip)

900 kN(198 Kip)

ACTUATOR F ORCE:

1000 kN (220 kip)

L O A D F RA M E M O D E L :ACTUATOR DYNAM IC STROKE:

250 mm (10 in)

SE RVO VA LVE (S) F L O W RAT ING : 340 lpm (90 gpm)

311.31

Configuration: Model 311.32 with 113 lpm (30 gpm)*

Specimen Double Amplitude Displacement (MM)

1000

100

10

1

0.1

0.01
0.1

1

10

100

Sine Wave Frequency (Hz)0 kN
		300 kN(66 Kip)

1080 kN(238 Kip)

ACTUATOR F ORCE:

1200 kN (265 kip)

L O A D F RA M E M O D E L :ACTUATOR DYNAM IC STROKE:

250 mm (10 in)

SE RVO VA LVE (S) F L O W RAT ING : 113 lpm (30 gpm)

* Systems profiled feature hydraulic power units, accumulation, pressure and return hoses
selected to match the load frame system configurations. Hydraulic power supplies support 21
MPa (3000 psi) pressure and have been selected to minimally limit the performance provided
by other components. The performance curves depicted represent a mathematical prediction

10

600 kN(132 Kip)

311.32of system performance using appropriately sized hydraulic wedge grips holding a linear spring
specimen. The use of small servovalves will slow the speed of actuation to the point where fullend to end stroke will not be attained even when operating at low frequencies. Your MTS sales
representative can discuss these and other available performance options.

Configuration: Model 311.32 with 340 lpm (90 gpm)*

Specimen Double Amplitude Displacement (MM)

1000

100

10

1

0.1

0.1

1

10

100

Sine Wave Frequency (Hz)0 kN
		300 kN(66 Kip)

600 kN(32 Kip)

1080 kN(238 Kip)

A CTUATOR F ORCE:

1200 kN (265 kip)

L O A D F RA M E M O D E L :A CTUATOR DYNAM IC STROKE:

250 mm (10 in)

SE RVO VA LVE (S) F L O W RAT ING : 340 lpm (90 gpm)

311.32

Configuration: Model 311.41 with 113 lpm (30 gpm)*

Specimen Double Amplitude Displacement (MM)

100

10

1

0.1

0.01

0.1

1

10

100

Sine Wave Frequency (Hz)0 kN
		625 kN(137 Kip)

1250 kN(275 Kip)

2250 kN(495 Kip)
311.41A CTUATOR DF ORCE:

2500 kN (550 kip)

L O A D F RA M E M O D E L :A CTUATOR DYNAM IC STROKE:

300 mm (12 in)

SE RVO VA LVE (S) F L O W RAT ING : 113 lpm (30 gpm)

11

Configuration: Model 311.41 with 340 lpm (90 gpm)*

Specimen Double Amplitude Displacement (MM)

1000

100

10

1

0.1

0.01
0.1

1

10

100

Sine Wave Frequency (Hz)0 kN

625 kN(137 Kip)

1250 kN(275 Kip)

2250 kN(495 Kip)

ACTUATOR F ORCE:

2500 kN (550 kip)

L O A D F RA M E M O D E L :ACTUATOR DYNAM IC STROKE:

300 mm (12 in)

SE RVO VA LVE (S) F L O W RAT ING : 340 lpm (90 gpm)

311.41

Configuration: Model 311.41 with 680 lpm (180 gpm)*

Specimen Double Amplitude Displacement (MM)

1000

100

10

1

0.1

0.01
0.1

1

10

100

Sine Wave Frequency (Hz)0 kN
		625 kN(137 Kip)

2250 kN(495 Kip)
311.41ACTUATOR F ORCE:

2500 kN (550 kip)

L O A D F RA M E M O D E L :ACTUATOR DYNAM IC STROKE:

300 mm (12 in)

SE RVO VA LVE (S) F L O W RAT ING : 680 lpm (180 gpm)

* Systems profiled feature hydraulic power units, accumulation, pressure and return hoses
selected to match the load frame system configurations. Hydraulic power supplies support 21
MPa (3000 psi) pressure and have been selected to minimally limit the performance provided
by other components. The performance curves depicted represent a mathematical prediction

121250 kN(275 Kip)of system performance using appropriately sized hydraulic wedge grips holding a linear spring
specimen. The use of small servovalves will slow the speed of actuation to the point where fullend to end stroke will not be attained even when operating at low frequencies. Your MTS sales
representative can discuss these and other available performance options.

Configuration: Model 311.51 with 340 lpm (90 gpm)*

Specimen Double Amplitude Displacement (MM)

100

10

1

0.1
0.1

1

10

100

Sine Wave Frequency (Hz)0 kN
		1250 kN(275 Kip)

2250 kN(550 Kip)

4500 kN(990 Kip)

A CTUATOR F ORCE:

5000 kN (1100 kip)

L O A D F RA M E M O D E L :A CTUATOR DYNAM IC STROKE:

300 mm (12 in)

SE RVO VA LVE (S) F L O W RAT ING : 340 lpm (90 gpm)

311.51

Configuration: Model 311.51 with 680 lpm (180 gpm)*

Specimen Double Amplitude Displacement (MM)

1000

100

10

1

0.1

0.01
0.1

1

10

100

Sine Wave Frequency (Hz)0 kN
		1250 kN(275 Kip)

2250 kN(550 Kip)

4500 kN(990 Kip)

A CTUATOR F ORCE:

5000 kN (1100 kip)

L O A D F RA M E M O D E L :A CTUATOR DYNAM IC STROKE:

300 mm (12 in)

SE RVO VA LVE (S) F L O W RAT ING : 680 lpm (180 gpm)

311.5113

Model 311 High Force Load Frames Specifications

Load Frame					ModelSpecifications
Diagram Detail
Units		Standard				Custom					

311.31

311.32311.41

311.51

311.61311.71

311.81

311.91

Dynamic Force Ratings		
				

kN
(kip)

1000
(220)

1200
(265)

2500
(550)

5000
(1100)

7500(1650)

10 000(2200)

20 000(4400)

30 000(6600)

Standard Dynamic Strokes
			

mm
(in)

150, 250(6, 10)150, 250(6, 10)150, 300(6,12)

300(12)

Column Diameter
A
				

mm
(in)

101.6
(4.00)

101.6(4.00)

152.4(6.00)

203.2(8.00)

Column Spacing
B
			

mm
(in)

711.2
(28.0)

711.2(28.0)

762.0(30.0)

1016.0(40.0)

vary according to customers’

Column Spacing
C
				

mm
(in)

406.4
(16.0)

406.4(16.0)

508.0(20.0)

812.8(32.0)

Consult an MTS Application

Load Frame HeightD(min-max)		

mm
(in)

2946-5486(116-216)

2946-5486(116-216)

Note3
Note3

4470-8534(176-336)

Specimen and Grip Spacing
E1(min-max)		

mm
(in)

254-2794(10-110)254-2794(10-110)

Note2
Note2

450-4500(17.8-177)

Base Width
F
				

mm
(in)

914.4
(36.0)

914.4(36.0)

1066.8(42.0)

1422.4(56.0)

Base WidthG(including lifts)		

mm
(in)

1219
(48.0)

1219(48.0)

1492.5(58.8)

1903(75.0)

Base Depth
H
				

mm
(in)

1016.0(40.0)

1016.0(40.0)

1168.4(46.0)

1397(55.0)

Base Height From Floor
J
				

mm
(in)

280.9
(11.06)280.9(11.06)332(13.06)450(17.8)

Hose Stand SpacingK(max)		

mm
(in)

921
(36.3)

921(36.3)

2479(97.7)

2479(97.7)

Hose Stand Width
L
				

mm
(in)

991
(39.0)

991(39.0)

991(39.0)

991(39.0)

Hose Stand Depth
M
				

mm
(in)

688
(27.1)

688(27.1)

688(27.1)

688(27.1)

Hose Stand Height
N
				

mm
(in)

2426
(95.5)

2426(95.5)

2819(111.0)3200(126.0)Approximate Crosshead Weight		
				

kg
(lb)

1225
(2700)

1225(2700)

2903(6400)

7938(17,500)

Approximate Total Weight		
				

kg
(lb)

4100
(9100)

4100(9100)

9525(21,000)

21,500(47,500)

System Stiffness4		
				

N/m
lbf/in

1.6 X 109
9.3 X 106

1.6 X 109
9.3 X 106

3.1 X 10917.4 X 106

3.9 X 10922.6 X 106

Notes:
1. Model 311.31 & 311.32 with actuator retracted, 311.41 & 311.51 with actuator at mid-stroke
2. Model 311.41 150 mm stroke is 400 – 3000 mm (15.75 – 118.1 in), 311.41 300 mm stroke is 400 – 3385 (13.31 – 133.3 in)
3. Model 311.41 150 mm stroke is 3554 – 6154 (140.0 – 242.3 in), 311.41 300 mm stroke is 3720 – 6768 (146.5 – 266.5 in)
4. Stiffness calculated at a crosshead height of 2 meters (78.7 inch) above the base.

14

Custom load frame dimensions
specific application requirements.
Engineer for more information.

System Geography

System Dimensions

1

3

2

4

14
18

D

13

5
6

E
A

B

C

12

8

7

N
J

11

9

H

G

F

K

M

L

10

System Geography
1 Optional Tie Bar
2 High-accuracy Linear Variable Differential
Transducer (LVDT)
3 Precision-machined Columns

11
11 Precision Force Transducer- Base-mounted (shown)- Actuator-mounted
12 Optional High-force Accessories
12

4 Optional Hydraulic Crosshead Positioning Cylinders- Compression Platens

5 High-Stiffness Crosshead- Hydraulic Wedge Grips (shown)- Integrated Actuator- Integrated Hydraulic Manifold- Custom Fixtures

6 Optional Hose Stand

13
13 Crosshead Clamping Mechanism

7 Hydraulic Service Manifold (HSM)

14 High-performance MTS Actuator- Optional hose stand-mounted- Crosshead-mounted- Optional crosshead-mounted (shown)- High-stiffness- Optional floor-standing- Double-ended

8 Crosshead Lift/Lock Controls

15
15 Close-coupled Accumulators- Optional floor-standing

16
16 MTS Servovalve

10
10 Load Frame Base Options

17- Available with flows of 112, 340, or 680 lpm
		

rated at 1000 psi pressure drop

- Standard T-Slot (shown)17
17 Actuator Velocity Limiting Circuit- Integrated Strong Floor

18
18 Piston Rod Holding (Anti-drift) Device- Extended Integrated Reaction Base16

- Dynamically rated- Optional hose stand-mounted (shown)
9 Optional Hydraulic Grip Supply

15- Bend Fixtures

15

Regional Business Centers

T HE AM E R IC AS

EU R O PE

A S I A / PA C I FI CMTS Systems Corporation
14000 Technology Drive
Eden Prairie, MN 55344-2290
USA
Telephone: 952-937-4000
Toll Free: 800-328-2255
E-mail: info@mts.com
Internet: www.mts.com

MTS Systems France
BAT EXA 16
16/18 rue Eugène Dupuis
94046 Créteil Cedex
FranceTelephone: +33-(0)1-58 43 90 00
E-mail: contact.france@mts.com

MTS Japan Ltd.
Raiden Bldg. 3F 3-22-6,
Ryogoku, Sumida-ku,
Tokyo 130- 0026
Japan
Telephone: +81 3 5638 0850
E-mail: mtsj-info@mts.com

MTS Systems (Germany) GmbH
Hohentwielsteig 314163 Berlin
Germany
Telephone: +49-(0)30 81002-0
E-mail: euroinfo@mts.com

MTS Korea, Inc.
2nd F, Bundang Yemiji Building, 31,
Hwangsaeul-ro 258beon-gil,
Bundang-gu, Seongnam-si,
Gyeonggi-do, 13595
Korea
Telephone: +82-31-728-1600
E-mail: mtsk-info@mts.com

MTS Systems S.R.L. a socio unico
Strada Pianezza 289
10151 Torino
Italy
Telephone: +39-(0)11 45175 11 sel. pass.
E-mail: mtstorino@mts.com
MTS Systems Norden AB
Datavägen 37b
SE-436 32 Askim
SwedenTelephone: +46-(0)31-68 69 99
E-mail: norden@mts.com
MTS Systems Limited
98 Church Street,
Hunslet,
Leeds
LS102AZ
United Kingdom
Telephone: +44 (0) 113 270 8011
E-mail: mtsuksales@mts.com

MTS Systems Corporation

MTS Systems (China) Co., Ltd.
Floor 34, Building B,
New Caohejing International
Business Center,
No.391, Guiping Road,
Xuhui District
Shanghai 200233
P.R.China
Telephone: +021-24151000
Market: +021-24151111
Sales: +021-24151188
Service: +021-24151198
E-mail: MTSC-Info@mts.com
MTS Testing Solutions India Pvt Ltd.
No. 38, Ground Floor, Donata Radiance,
1st Cross, Tavarekere Main Road,DRC Post, Krishna Nagar Industrial Layout,
Kormangala, Bangalore – 560 029
India
Telephone: + 91 80 46254100
Email: mts.india@mts.com

14000 Technology Drive
Eden Prairie, MN 55344-2290 USA

MTS, FlexTest, TestWare, and TestWorks are registered trademarks and MPT, MTS
TestSuite, and SilentFlo are trademarks of MTS Systems Corporation in the UnitedStates. These trademarks may be protected in other countries. RTM No. 211177.

ISO 9001 Certified QMS
http://www.mts.com©2023 MTS Systems Corporation
100-228-148d HighForceServohydraulicSystem • Printed in U.S.A. • 08/23