Electromechanical Universal Test Machine, 300 kN, 220-240V, 50-60Hz, 1 ph.

Product Code	Product Description
PRS-UEM300	Electromechanical Universal Test Machine, 300 kN, 220-240V, 50-60Hz, 1 ph.

STANDARDS  : EN ISO 6892-1, EN ISO 15630-1 and 2, EN ISO 7500-1

PRS-UEM300, 300 kN capacity Fully Automatic  Electromechanical Universal Testing Machine is multi purpose versatile machines which satisfy the requirement of R&D laboratories, university laboratories, institute laboratories and quality control laboratories for tensile, compression flexural tests under load or displacement control for a wide range of materials.

 PRS-UEM300 model Electromechanical Universal Testing Machine can be used for tensile test on any material i.e (metal, plastic, textile, wood) by using suitable accessories. This machine can also be used for general compression, flexural, test on steel, soil, concrete, cement, asphalt and similar materials, by using suitable accessories.

This Testing Machines consists of base containing the transmission components and holds two robust columns connected by upper cross head and digital graphics data acquisition and control system. The upper cross head can be adjusted to set the vertical test space for different tests.

User can adjust the vertical test space by also lower crosshead moved by an electromechanical system with a single recirculating ball screw, powered by an servomotor.

Advanced closed loop control system assures accurate load or displacement pace rate on sample.

The load is measured by a load cell that located on upper crosshead and displacement is measured by an encoder fit to the servo motor on both models.

The operator will have large flexibility during the test with advanced microprocessor control and material testing software installed on PC.

The machine is supplied complete with high precision load cell. Gripping systems, extensometers and accessories are not included and have to be ordered separately.

Frame Features

Product Code	PRS-UEM300
Max. Load	300 kN
Max. Vertical Test Space (without accessories) (Lower crosshead at middle stroke.	850 mm
Distance  Between Columns	630 mm
Crosshead Travel	200 mm
Test Speed Range	0-75 mm/min.
Load Rate	0,001-10 kN/s (Depend on specimen stiffness)
Machine Class	Class 1 starting from 1%of the capacity
Encoder Resolution	0,001 mm
Encoder Accuracy	0,01
Electrical Requirement	220-240V, 50-60Hz, 1 phase.
Overall Dimensions	1100x450x1860 mm
Weight Approx.	800 kg

PRS-UEM300 supplied with;

Compression Platens

Load Cells 300 kN Capacity

ACCESSORIES

Electromechanical Universal Testing Machines are suitable for difference tests on various materials as Uniaxial Tests, Triaxial Tests, Steel Re-bars, Cement and Concrete, Soil (CBR), Asphalt (Marshall, Indirect Tensile, Duriez), Tiles, Flat Blocks etc. General Accessories;

·          Load Cell, 5 kN Capacity

·          Load Cell, 50 kN Capacity

·         Load Cell, 300 kN Capacity

·         Compression Platens, used to perform uniaxial and unconfined compression tests

Extensometer for universal testing machine, 50 mm gauge length, 10 mm travel (to use with max Ø:22 mm specimens)

·         Extensometer for universal testing machine, 50 mm gauge length, 100% strain feature,  standard temperature range: -40°C to +100°C (-40°F to 212°F).

Servo Hydraulic Horizantal Tensile Test Machine 500 kN

Product Code	Product Description
PRS-SRVHORTEN1000	Servo Hydraulic Horizantal Tensile Test Machine 500 kN

STANDARDS :   ASTM A931, ASTM D4268, EN 919, ISO 2307, OCIMF, EN 1891, EN 564, EN 566, EN ISO 1346:2004, EN ISO 2307:2010

ParsRos  Servo Hydraulic Horizontal Tensile Testing Machines have a very strong frame which allows a nominal force up to 10MN.

The frame can have a length up to 40 m to perform test on real size specimens. Standardized Test

Standard tests can be performed with distance or force control. The electronic controller accurately sticks to the set parameters during the test (speed, maximum load, holding time, strain values, etc.).

The experimental procedure is completely automated, and a lot of test modules are available to comply with a wide range of standard tests.

Some test modules even allow to perform dynamic tests to determine the service life of the specimens.

It is possible to perform dynamic tests with two different approaches: with a pre-programmed waveform (sine, rectangular, etc.) or with a specified path given by the user.

APPLICATIONS

Slings

Lashings

Chains

Cables

Synthetic fiber ropes

Natural fiber ropes

And many more...

Depending on the testing requirements, vertical test machines can also be used.

Horizontal test beds are widely used for the tensile test and destruction test of kinds of wire rope slings, electrical cable fittings, steel wire ropes, synthetic ropes, chains, and shackles. It is an ideal testing machine for steel wires and ropes production, quality control and R&D lines.

They are popular in the industry of construction, building materials, metallurgical, transportation industry and energy resources industry and other units like research units, universities, quality inspection center, commodity testing department, power center and so on.

MAIN BODY

The main body is mainly composed of oil cylinder seat, piston, front portable clamping, rear portable clamping heads, crosshead and load cell etc.

Oil cylinder is installed on the cylinder seat; cylinder seat, steel plate welding frame and rear portable clamping heads are combined for the stress frame.

The specimen is placed between these two clamping heads to conduct the test.

Single cylinder rod offers impetus to the front portable clamping head and applied to specimen.

The rear portable clamping head is connected to the frame via locking pins

By the adjustment of locking pin, the backing moving crosshead could be moved along the track to adjust the test space by every 500mm.

LOADING SENSORS

Parsros Horizontal Testing Machines has the feature of connecting more than one loadcell.

Load accuracy is class 0,5. Can be increased load capacity to special applications. System identifies every loadcell automatically and calibration values are kept its memory. System closes to be exposed overload.

SERVO TECHNOLOGY  
It comprises of servo control, electro-servo valve and servo actuator and sensor. Servo control is

featured with comparison, verification and amplifier of the system input signal. 

Electro-Servo valve is featured with changing the current signal to hydraulic energy, which is the key component in the system and  the servo actuator accepts the hydraulic oil from servo valve to make action according to system requirement

Rotary Bending Fatigue Testing Machine

Product Code	Product Description
PRS-ROTBTMAC	Rotary Bending Fatigue Testing Machine

ParsRos Rotary Bending Fatigue Testing Machines  are suitable to test the fatigue strength of metals or other materials. These machines test the bending fatigue limit of metals under the action of symmetrical, repeatedly alternating bending force.

Accordingly, the tension-compression fatigue limit and torsion fatigue limit can be determined by calculation according to experienced formula.

These systems are simple in structure, easy to operate, stable and reliable.

The machine design aims to implement load from two points on the rotating sample. The sample functions as a simple rod and the load is loaded symmetrically at two points. When rotated half a turn, the stress-es in the clamping jaws are initially reversed by placing the load on the sample. When the cycle is completed, stresses are generated in the opposite direction so that a complete bending stress cycle is generated during a full cycle.

Our Rotary Bending Fatigue Test Machines are used in educational and research institutes to carry out fatigue tests of materials under bending and rotation.

ROTATING BENDING FATIGUE TEST

Rotational moving parts and machine parts are subject to periodic fluctuating loads. Even if the dynamic load is well below the static load capacity, the cracks can be suddenly spread after reaching a critical size and the size of the loads causing damage can be less than the tensile strength and / or yield strength of the material. This load may cause the component to break after a long time due to material fatigue. The fatigue strength of the components is determined in fatigue strength tests or endurance tests. It shows the basic principles of fatigue strength testing and the creation of the Wöhler diagram (S-N curve). Clean regular and simple operation means that the experimental sequence can be seen in all details and stages. In the test, a cantilever mounted and rotating cylindrical sample is subjected to a single force.

The load on the sample corresponds to a cantilevered bend-ing beam. The sample is directly subjected to bending stress and the material is broken after a certain number of load cycles due to fatigue. In the load application system, the necessary force is generated by means of a ball screw and a moving support.

The load amplitude can be adjusted continuously by means of a screw shaft or precision servo systems. The non-contact encoder records the number of load cycles and displays them digitally. The impulse for the encoder is provided by the inductive proximity sensor on the motor coupling. The encoder can also be used to measure speed.

When the sample breaks, the stop switch automatically stops the electric motor. A protective sheath protects against flying parts.

Samples with various fillet radii to illustrate the effect of the notch and the effect of the surfaces are included in the

TECHNICAL SPECIFICATIONS

Engine	Standard 3-phase AC motor. (6000 rpm high speed motors as option.)
Ball Bearings	Bearings designed for high torsion resistance.
Vertical Weight	Calibrated loadcell controlled by stepper motor and screw shafts. (Servo motor and dead weight as option)
Sample Length	Customer needs can be determined in line with the requirements, the minimum length can be changed in kiln applications.
Sample Gripping system;	ER25 series Ø 1 - 16 mm ER32 series Ø 1 - 20 mm,
Oven connection	Adjustable centering on x / y axes.
Power	220 V, 50 Hz. 0.37 kW / For Oven  2 kW

These systems are simple in structure, easy to operate, stable and reliable.

Compact table unit with constant bending, adjustable holders for specimens and the possibility to adjust the cooling temperature to -30 ° C,

Designed for testing at ambient temperature or with a high temperature oven up to 1000

° C.