Page 22 - Shimadzu Dynamic and Fatigue Testing Systems
P. 22
Optional Accessories and Systems Compression and Bending Test Jigs
Compression Plate 3-Point/4-Point Bending Test Jig
(for partial half-amplitude fatigue testing)
Servopulser series systems allow selection of the optimal combination of units based on testing objectives. In addition, an extensive selection of Compression plates are available with both he top
and bottom fixed or with the top compression plate
optional testing equipment, such as various testing jigs, detectors, and atmospheric control testing units, is available. For more details, refer to
mounted on a spherical seat.
the separate optional accessories brochure. 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
Tensile and Compression Test Jigs Applicable sample 60 to 220 mm dia.
Jig dimensions Lower span: 30 to 100 mm
Upper span: 15 to 50 mm
Front-Opening Hydraulic Grip Manual Non-Shift Plate Grip Metals Plastics Composite materials
Rubber Rock Component Metals Plastics Composite materials
Designed for full-amplitude tensile and compression These grips are designed for full-amplitude tensile
fatigue testing, these grips offer superior and compression fatigue testing of flat plate Uniform Bending Test Jig CTOD Bending Test Jig + Clip Gauge
ease-of-operation and ensure high-accuracy testing materials and feature a simple and efficient (for full-amplitude fatigue testing)
for a wide range of tests. construction.
This jig uses ball bearings at each support point to This jig is for CTOD bending tests compliant with ASTM
±5 to 100 kN
Maximum test force apply uniform bending loads. E339. It is used for fracture toughness testing.
±20 to 200 kN (multiple capacities available)
Maximum test force
(multiple capacities available) RT to +50 °C
Operating temperature range
Operating temperature range RT to +50 °C -196 to +300 °C
Applicable sample Rod / flat plate Applicable sample Flat plate Maximum test force ±2 to 10 kN Maximum test force 50/100 kN
Max. dynamic
Max. dynamic
Metals Plastics Composite materials Metals Plastics Composite materials 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 Hydraulic Dynamic and Fatigue Testing System
Operating temperature range -196 to +200 °C Operating temperature range -196 to +300 °C
Split Flange Rod Grip Pin-Type Grip for Flat Samples +
Dynamic Strain Gauge Metals Plastics Composite materials
(for gauge length displacement)
These grips allow samples to be secured easily and
firmly. They are ideal for full-amplitude tensile and These grips are designed for half-amplitude tensile
compression fatigue testing of round rod samples. fatigue testing.
Note: Supports only tensile testing.
±10 to 200 kN
Maximum test force (multiple capacities available) Maximum test force +6 kN/10 kN Axis Adjustment System
RT to +100 °C -196 to +300 °C (±6 kN)
Operating temperature range -196 to 300 °C Operating temperature range -20 to +300 °C (±10 kN) Consisting of an axis adjustment unit, axis center sensor testing sample, strain
Applicable sample Rod Applicable sample Flat plate (max. 30 mm wide and 5 mm thick) amplifier unit, and dedicated axis adjustment software, this system allows
Metals Plastics Composite materials Metals Composite materials Lumber Plastics 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.
Non-Shift Wedge Grip for Grips for CT Test Samples + Clip Gauge
Static Testing Metals Plastics Composite materials
These grips can only be used for static testing. These compact grips are designed specifically for tensile
test samples and are compliant with ASTM E399 and
These high-capacity grips apply the self-tightening E1820 standards. They can be used for tests performed Servo Controller 4830 Controller for Dynamic and Fatigue Testing Systems
action of a wedge.
to determine fracture toughness or crack propagation.
Note: Supports only tensile testing.
Note: Supports only tensile testing.
±20 to 250 kN Maximum test force ±6 to 80 kN
Maximum test force
(multiple capacities available) RT to +100 °C
Operating temperature range
Operating temperature range 0 to +120 °C -20 to 300 °C
Applicable sample Rod / flat plate Applicable sample CT test sample
Metals Composite materials Lumber Plastics Metals Plastics Composite materials
Various Environmental Control Testing
Systems
Bolt Testing Jigs
Screw Tensile Test Jig Screw Looseness Test Device Various environmental control testing systems are required to simulate harsh
This device allows testing various parameters to environments or environments where materials are actually used, such as
determine the loosening process of bolts. It applies a thermostatic, high-temperature, or extremely low-temperature environments.
This jig is for tensile fatigue testing of various nuts Therefore, an environmental control system can be added in the large testing
and bolts. Various grips sizes are available vibrational displacement in the thread tightening space provided by the Servopulser series system.
depending on the bolt size. direction and in the perpendicular direction and then See page 58.
measures the change in tightening force in relation to Various Dynamic Testing Systems
the number of vibrations. Metals
Maximum test force ±20 kN
Maximum test force ±100/250 kN RT to +100 °C
Operating temperature range RT to +50 °C Operating temperature range -20 to +300 °C
Applicable sample Nuts/bolts Applicable sample CT test sample
Metals Plastics Composite materials Metals Plastics Composite materials
22 23
