UNIVERSAL TESTING MACHINES
Universal Testing Machines
- Hydraulic Mechanical Dial Type UTM – Closed Head Design, Single Acting Ram
- Hydraulic Electronic Microprocessor based UTM (Closed Head Design)
- Hydraulic Computerized UTM
- Computerized, Servo Controlled UTM (Single Acting Ram)
- Hydraulic UTM (Open Head, Single Acting Ram)
- Computer Controlled Electro-Mechanical UTM (Ball Screw Driven)
- Microprocessor-Controlled UTM
- Electro Dynamic Testing Machine
- Electrodynamic Testing System EDTM-10
- Electrodynamic Testing System EDTM-100
Electro Dynamic Testing Machine
Model: EKE EDTM
Electric Dynamic Testing Machine for Fatigue and Tensile Tests for Polymers
- Drive: Linear Motor
- Dynamic Test Load in Tension/Compression Direction: at least ±10kN
- Static Test Load in Tension-Compression Direction: at least ±6kN
- Test Frequency range (Test Condition Dependent) up to 100Hz
- The Linear Actuator Stroke: Minimum 60mm
- Test Speed Range: 1 to 2 m/s
- Positioning accuracy and repeatability: ±2um or superior
- Data resolution: up to 24-bit for all channels
- Fully digital closed-loop control with control loop updated at a rate of 10kHz
- Mechanical stop-to-halt actuator motion automatically on power loss
- The actuator is powered electrically
- Rigid Load Frame / Structure
Load Cell
A load cell ±10kN capable of measuring dynamic loads at high frequency. With 200% overload capacity (Accuracy class 0.5)
Additional load Cell ±0.5kN (Accuracy class 0.5)
Grips
One set of tension and compression grips to hold flat polymer samples of thickness upto 5 mm
One set of grips to tension grips to hold fibers of diameter upto 500 microns
Features
The machine capable of conducting tests under load control, stress control, displacement/stroke-controlled, and strain-controlled conditions
The position, load channel (e.g. strain) available for control and data acquisition
Machine with integrated air-cooling system
PC and Software
The control software – a true graphical user interface compatible with MS Windows with high-performance interface, Suitable and advanced software platform for fatigue, Tensile tests, and other cyclic, dynamic, and quasi-static materials and component tests with all features.