Electromechanical Axial Torsion Test Machines

Categories: , Product ID: 1038

Description

Static and dynamic axial torsion test systems with its experienced engineer staff and offers it to our customers with competitive prices and fast delivery times to meet the requirements of your most special projects.

electromechanical axial torsion test machines are designed to determine the torsional behavior of the specimen when subjected to axial force and can be produced in different torque capacities and axial capacities.

The rotation angles can be changed according to the standards. electromechanical axial torsion testing machines often have system designs that can rotate 360 ​​degrees.

It provides very precise control thanks to the closed loop system controlled by servo motors.

 

Electromechanical Axial Torsion Testing Machines Features:

  • Linear motion is provided by high precision ball shaft according to force capacity.
  • Crosshead motion is provided by servo motor through ball shafts.
  • Digital electronic controller allows to control torque, angle, force and axial displacement at the same time.
  • The software has boot option.
  • Software initially measures load, displacement, torque, angle, moment meter. As a result of the test; It allows you to obtain maximum torque, yield strength, breaking angle, breaking force, torque strength in different formats.
  • It is designed according to user needs as floor type or desktop bodies in vertical or horizontal directions.
  • Axial Capacity (kN): 1 – 10000
  • Torque Capacity (Nm): 1 – 10000
  • The systems are designed for static and dynamic axial torsion tests.
  • Torque and force measurements are made with multi-axis torque-force sensors

 

Axial Torsion Testing Machines can perform procedure-controlled tests in the form of torque-controlled tests, angle-controlled tests, force-controlled tests, displacement-controlled tests and combinations of these control types.

Electronic Axial Torsion Universal Testing Machines are designed and produced by engineers according to user needs. User can choose torque and force capacity according to their own standards. Different test fixtures and accessories can be designed and offered to customers.

Technical Specifications

Axial Load Capacity

kN

±10-1000

Torsional Capacity

Nm

±5-1000

Configuration

Twin-Column High-Stiffness Load Frame with Ball Mills with Electric Rotary Actuator System

Frame Dimensions

mm

 Depend on final configuration

(width x length x heigh)

Load Cell

Class 0,5 According to ISO 7500-1

Torque Sensor

%0.5 Accuracy

Drive

type

Servo motor and belt with low noice emission

Axial Position Measurement Resolution

µm

0,1

Torsional Position Measurement Resolution

°

0,1

Axial Position Measurement Accuracy

µm

1

Torsional Position Measurement Accuracy

°

0,5

Electrical Supply

380 V 50 Hz

Operating Environment

/+10 to +38°C (+50 to +100°F) with 10 to 90%

Humidity Non-Condensing

Frame Weight (Dependent on Final Configuration)

kg

 Depend on final configuration

Applications

Static tensile, compression, bending, torsion tests and axial torsion test.

Standards

ASTM A938 Torsional Test of Wire

ASTM D1043 Torsion Plastics Test Equipment

ASTM D5279 Thermoset & Thermoplastic Dynamic Torsion Testing Machine

ASTM E2207 Axial-Torsional Fatigue Thin-Walled Tubular Materials Test Equipment

ASTM F383 Static Bend and Torsion Testing of Intramedullary Rods

ASTM F543 Medical Bone Screw Torsion Test Equipment

ISO 6475 Bone Screw Torsion Test Methods | Equipment

ISO 7800 Metal Wire Torsion test

ISO 80369-1 Axial Torsional Luer Connector Test Equipment

ISO 594-1 & 2 Separation Force and Unscrewing Torque Testing for Luer Tapers

ASTM F1717 Spinal Implant Static and Fatigue Testing Equipment

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