Page 59 - Shimadzu Dynamic and Fatigue Testing Systems

Various Testing Systems

Environmental Control Testing Systems EHF Series Electric Hydraulic Dynamic and Fatigue Testing System

Thermostatic Atmospheric
Control Testing System
Automobiles Steel, Metals, Machines Resin, Rubber Electrical, Communication R&D
A thermostatic atmospheric control can be installed to Shimadzu Servopulser series systems to simulate
actual loads in harsh or other thermostatic controlled environments. A stable thermostatically controlled
environment is ensured by forcibly circulating hot or cold air from a heater and cooling unit.
Forced circulation of hot or cold air from a heater and cooling unit
Extremely stable even when operated continuously for long periods

TCR2 -65 to +250 °C EMT/NJ-SERVO/MMT Series Electric Fatigue and Endurance Test System
Temperature range TCR1 -35 to +250 °C
TCH +50 to +300 °C

Resistance Heat
High-Temperature Automobiles Steel, Metals, Machines Resin, Rubber Electrical, Communication R&D
Testing System

For High-Temperature Low-Cycle and High-Cycle Testing of Various Materials
This system allows highly accurate high-temperature low-cycle and high-cycle fatigue testing of steel,
nonferrous, composite, and other materials.
Designed with a small furnace and compact overall size
A short overall grip and sample length provide a structure that resists buckling.
Low thermal effects on the high-temperature displacement gauge
(optional) and short overall length of the displacement gauge unit
increase response. Servo Controller 4830 Controller for Dynamic and Fatigue Testing Systems
Key Speci cations
Test temperature +300 to +1000 °C
Heating system Resistance heating
Temperature distribution ±3 °C/+300 °C to less than +800 °C ±5 °C/+800 °C to +1000 °C

Ultra-Low-Temperature Testing System

Steel, Metals, Machines R&D
For Fatigue and Fracture Toughness Testing of Various
Materials in Ultra-Low 4 K Temperature Environments

Materials such as those used in superconductor coils are used in environments with ultra-low temperatures.
Therefore, their material properties must be evaluated in such an environment. The system includes a vacuum
insulated housing, liquid nitrogen/helium tank, and so on.
The testing environment can be super-cooled to -269 °C using liquid helium or liquid nitrogen as a refrigerant. Various Dynamic Testing Systems

Liquid helium Immersion -269°C
Temperature range Injection -20 °C to +160 °C
Liquid nitrogen
Immersion -196°C
Note: Contact Shimadzu for further details.

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