Page 23 - Shimadzu Dynamic and Fatigue Testing Systems

Compression and Bending Test Jigs

Compression Plate 3-Point/4-Point Bending Test Jig
(for partial half-amplitude fatigue testing)
Compression plates are available with both he top
and bottom xed or with the top compression plate
mounted on a spherical seat.
Maximum test force 2kN EHF Series Electric Hydraulic Dynamic and Fatigue Testing System
Max. dynamic
20 to 500 kN bending moment 50 N/m
Maximum test force
(multiple capacities available) RT to +100 °C
Operating temperature range RT to +250 °C Operating temperature range -196 to +300 °C
Applicable sample 60 to 220 mm dia.
Jig dimensions Lower span: 30 to 100 mm
Metals Plastics Composite materials Upper span: 15 to 50 mm
Rubber Rock Component Metals Plastics Composite materials
Uniform Bending Test Jig CTOD Bending Test Jig + Clip Gauge
(for full-amplitude fatigue testing)
This jig uses ball bearings at each support point to This jig is for CTOD bending tests compliant with ASTM
apply uniform bending loads. E339. It is used for fracture toughness testing.

Maximum test force ±2 to 10 kN Maximum test force 50/100 kN
Max. dynamic Max. dynamic
bending moment ±20 to 250 N/m bending moment 2/6 k N/m
RT to +50 °C RT to +100 °C EMT/NJ-SERVO/MMT Series Electric Fatigue and Endurance Test System
Operating temperature range Operating temperature range
-196 to +200 °C -196 to +300 °C
Metals Plastics Composite materials

Axis Adjustment System

Consisting of an axis adjustment unit, axis center sensor testing sample, strain
ampli er unit, and dedicated axis adjustment software, this system allows
adjusting the tilt between grips and adjusting the axis centers in the horizontal
direction. It allows users to obtain highly reliable data by eliminating any
bending stresses on samples.
Metals Plastics Composite materials Servo Controller 4830 Controller for Dynamic and Fatigue Testing Systems

Various Environmental Control Testing
Systems

Various environmental control testing systems are required to simulate harsh
environments or environments where materials are actually used, such as
thermostatic, high-temperature, or extremely low-temperature environments.
Therefore, an environmental control system can be added in the large testing
space provided by the Servopulser series system.
See page 58. Various Dynamic Testing Systems
Metals

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