AUTOMATIC CEMENT COMPRESSION AND BENDING TEST PRESS

BENDING TEST PRESS

PRODUCT CODE

PRS-CM6331	250 kN Automatic Cement Pressure Test Press 220-240V 50-60Hz
PRS-CM6431	250/15 Automatic Cement Pressure kN / Bending Test Press, 220-240 V, 50-60 Hz
PRS-CM0116	Download Top Plate (Global beds) Ø 165 mm and lower loading plate, Ø 165 mm.
PRS-CM0120 / A	Bending Test Apparatus, 40x40x160 mm To cement mortar prism ASTM
PRS-CM0120 / E	Bending Test Apparatus for cement mortar prisms 40x40x160 mm, EN
PRS-CM0121 / A	Compression Test Apparatus, 50 mm (2 ") cube cement mortar prism, ASTM
PRS-CM0121 / E	Pressure Test Apparatus for cement mortar prisms 40x40x160 mm, EN
PRS-CM0122	Pressure Test Apparatus BS to 70.7 mm cube cement mortar

 

STANDARDS

TS EN 196-1, 459-2, 1015-11, 13454-2; ASTM C109, C348, C349;

BS 3892-1, 4551-1

Two cabin pressure and bending test presses, single cabin pressure test presses or bending test automatic cement test presses can be supplied with the press, the pressure of the mortar samples with appropriate accessories and / or designed with the aim to perform the bending test

Automatic cement test presses, EN 196-1, 459-2, 1015-11, 13454-2; ASTM C 109, C348, C349 and BS 3892 to 1.4551 in accordance with the provisions of standards, using the latest technology, the result of continuous research and implementation activities, and designed and built taking into consideration the customers' demands. Cement pressure and / or bending test presses, also meets all CE requirements related to the health and safety of the operator.

Pressure and bending jig, intermediate spacers and demountables transparent front and rear safety gates (mounted in the factory) must be ordered separately.

PARSROS automatic cement pressure and / or bending test presses, even the less experienced operators can never allow to try without experiencing a shortage.

with the aid of centering device to be placed centered on the lower press plate of the sample and placed in the condition after the press run, it is sufficient to perform the following steps for the test:

• Setting the test parameters (you must try the speed setting only when the sample type is changed.)
• Selection of pressure or bending frames (changing the direction of the ball valve)
• Pressing the Start button on the control unit.
• The machine will automatically start the fast approach; When the upper pressure plate into contact with the sample, rapid approach starts loading speed test set ends, it automatically stops and returns to its initial state when the sample is broken.
• Test results will be displayed in numerical and graphical digital display test results and test parameters are automatically saved

Automatic cement pressure test and bending presses, single and / or double cabin consists of a body and 100 BC automatic control and data acquisition unit hydraulic power unit. 

Experiments using the Automatic Control and Data Acquisition Unit or presses supplied free with PARSROS implemented via computer software.

 

Hydraulic Power Unit

Hydraulic Power Unit with Double-stage pump is designed to be transmitted to the piston in a controlled manner to provide the necessary pressure of the oil in the load body for experiments. Very quiet, power unit, depending on the sample size of 50 ± 5% accuracy N / sec. 2.4 kN / sec. You can upload speeds in the range. Rapid approach pump is provided as standard. Rapid approach pump as standard. In order to prevent overloading, the safety valve (maximum pressure valve) is equipped with.

Double Stage Pump System

Dual stage pump consists of two groups:

• Low pressure gear pump
• High-pressure, radial piston pump

High flow low pressure gear pump is used for fast boot, high-pressure oil required for the test application is supplied with low pressure radial piston pump. rapid approach feature of the machine until the moment of contact with the upper pressure plate of the sample and to begin upward movement of the piston reduces the time and during a specific time interval, in many laboratories that require the experiments on samples, saves time.

Engine

Running dual-stage pump 380 V, 50-60 Hz, 3 phase, 1 hp and 0,75 kW AC motor, Omron's J7 engine Inventor (frequency changer) is controlled by. Oil flow rate change is achieved by changing the engine speed.

Distribution Block

Distribution block the oil flow from the double-stage pump allows control of the flow direction. The following components are mounted on the distribution block;

• solenoid Valve
• Safety Valve (maximum pressure valve)
• Pressure Sensor
• Low-pressure gear pump
• High-pressure, radial piston pump

Oil Tank

Experiments in the process of filling the hydraulic system and the piston to push the necessary oil, 20 liters stored in the tank. Vat, No. hydraulic motor 46 oil is used. Oil level and temperature, which can be seen through indicator mounted on the tank

Automatic Control and Data Acquisition Unit 

TFT Graphic Display Automatic Control and Data Acquisition Unit, the load cell or pressure sensor on the machine is designed to automatically control the hydraulic power unit by means of the processing of incoming data.

Automatic Control and Data Acquisition Unit all operations, TFT touch screen (800x480 resolution color display) and the front panel of the function keys are checked.

There are two channels for analogue load cell or pressure sensors.

It has easy-to-use menu option. All menu options are displayed simultaneously. All menu options to be displayed together, entering the user has the appropriate option activating or numerical data, it allows you to adjust the test parameters. Digital display, load-time or voltage-time graphs can be displayed in real time.

Besides the standard features, today's technology offers the user the services of Automatic Control Unit 'Some of the unique features are as follows. As the test results stored in memory can hold up to 10 000. many commercially available inkjet and laser output can be connected to the printer with a USB connection. With an Internet connection to connect to the device from anywhere in the world, the test device can be controlled.

main Features

• Depending on the size of the piston 50 N / s and 2.4 kN / s upload speed control
• 2 different body control feature
• Load controlled experiments can feature
• Real-time graphical display experiments
• CPU card, 32-bit ARM microprocessor
• Permanently store up to 000 test results feature
• Two analogue channels (for load cell or pressure sensors of the additional housing)
• Programmable gain / gain value setting for load cells
• 1/256000 point resolution for each channel
• In each channel, data collection in 10 seconds (at the sample rate)
• Ethernet port for PC connection
• 800x480 pixels (65535renkl), the TFT-LCD touch screen
• 4 main function buttons
• Multi-language support
• Three-unit system option: kN, tonfa or lb
• Real-time date / time
• The test results display and memory management interface
• remote connectivity over Ethernet
• External USB flash memory connection to transfer the software of the test results
• USB printer support, for inkjet and laser printers 
• Connecting the camera feature to try to process the images of the registration Free software for test control and improved report output

 

 

 

 

 

 

 

 

Technicial Specifications

Product code	PRS-CM6331 PRS-CM6332	PRS-CM6431 / CM6432-PRS
experiment Type	Compressive Strength	Bending Strength	Compressive Strength
Capacity	250 kN	15 kn	250 kN
Class I - Measuring Range	2.5 to 250 kN	0.5 to 15 kN	2.5 to 250 kN
Pressure Plate and Additions Roughness Value of Topic	≤ 3.2 .mu.M	≤ 3.2 .mu.M	≤ 3.2 .mu.M
Lower Pressure Plate Diameter	Ø 165 mm	Ø 165 mm	Ø 165 mm
Pivoting Head System Upper Pressure Plate Diameter	Ø 165 mm	Ø 165 mm	Ø 165 mm
Sub-maximum vertical clearance between the upper pressure plate	263 mm	263 mm	263mm
Piston diameter	160 mm	80 mm	160 mm
Maximum piston movement	50 mm	50 mm	50 mm
horizontal Clearance	300 mm	200 mm	300 mm
Power	750 W	750 W
Oil Capacity	20 L	20 L
Maximum Operating Pressure	125 bar	30 bar	125 bar
Fast Approaching Speed - Max.	50 mm / min.	80 mm / min.	50 mm / min.
Dimensions (LxWxH)	830x500x1650 mm	1050x500x1650 mm
Weight	265 kg	410 kg

The horizontal distance to place the sample load plate is limited by the edges. Sample side of the press plate so as to protrude from kenara must be placed centered.

appropriate vertical clearance to the sample size can be adjusted with the intermediate distance pieces .. (See. p.112)

Security Features

• The maximum pressure valve protects against the risk of overloading the machine
• Pistons move from limiting cut-off switches
• Emergency stop switch
• maximum load limit controlled by software

Data Collection & Computer Software

Automatic cement pressures and / or experiment with bending presses, try the software free of the PARSROS, of experiments, performed on the PC, developed for the control over the computer to the device. This software is based on data obtained in the experimental process and the collection of data compression, or controlled manner allows the realization of a bending test. With enhanced functions for managing data, all stored data will be directed in an easy way. Test results output covers all test data are defined. Test parameters can be adjusted, company name, name of the laboratory experiment type, sample type, size, test date, and so on. The test data can be saved, printed reports and charts can be output.

A device according to parsrosyazılı, and performed the following experiments.

TS EN 196-1	Cement Compressive Strength Testing
Cement Bending Strength Test
ASTM C 109	Cement Compressive Strength Testing of 50mm cube
ASTM C 349	Cement Compressive Strength Testing of
ASTM C 348	Cement bending strength test,
TS EN 459-2	Building lime Compressive Strength
EN 1015-11	Compressive Strength Testing of hardened mortar
Hardened Mortar Bending Strength Test

Foreign Language Support and Customizable User Interface

The contents of the test data and additional information can be edited entirely by users. different languages preferred software is available.

Up to 24 samples in one experiment file can be stored Test Results

In the same test file, 24 different samples of test results, graphs and sample information can be stored. Former test files can be easily recalled and edited again.

Experimental Graphic images, in real time on the screen Renewal

(Advanced Test Graphics Interface)

Experiment graphics are displayed in real time during the experiment. Try high-resolution graphic images created, it is refreshed every 100 milliseconds. 24 different sample of only the desired test chart or graph only try of any sample can be displayed in different colors. Dragging with the mouse and image zooming and panning functions. Graphics peak can be marked on the curve. load values in any point of the curve can be read at high resolution.

Favorite Text in Memory Retention, Recall Advantage

Try doing that controls the test date, written by hand each time the information is used frequently, such as sample size is an enhanced feature to eliminate the burden. Information box to the right-click menu of frequently used text can be selected.

Different from a Test File, Test Information Receivable

In particular, the project will not change the information on carrying out the experiments of the same structure, the tests performed before, receipt of this information the user provides a great convenience. Information by selecting any existing test files can be easily transferred to a new test file.

Using the software, be able to serve the Modify Parameter Testing Device

All test parameters can be modified via software to support the experimental device. Before starting each test the values transferred to the device, operating the device to the programmed conditions supplied. In this way, the changes made on the device, try to cause the possibility of error in the results is eliminated.

Creation of reports and graphics output as MS Excel Worksheet

Test results are transferred to MS Excel worksheet format reports and graphics. Output can be arranged as required.

Unlimited Flexibility Change Report and Chart Draft

Report templates and graphics designed with MS Excel. selected and prepared Excel sheet, which is selected via software cell to which information will be determined by the appearance of reports and graphics. The content of the output will look like and how it depends entirely on the user's preference.