|
|
DynaMIC
The DynaMIC operates according to the rebound hardness testing method (standardized according to ASTM A956) using a special signal processing technique that automatically compensates for changes in testing direction. Position the impact devices and read the hardness value - that is hardness testing in a matter of seconds. Different impact devices are available to ensure an optimum match to material and application. The DynaMIC DL Data Logger model can internally store hardness values along with statistical information.
Products Features:
Measurement of hardness independent of impact direction (without input of any correction values) due to patented signal processing
Standardized according to ASTM A956
Automatic conversion of hardness to HV, HB, HRC, HRB, HS, HL and N/mm2
Different impact devices dependant on application:
Dyna D for standard applications
Dyna G for heavy, solid parts
Dyna E for hardness range beyond 650HV
Data Logger version with internal data memory for measurement data and instrument settings
Applications:
Solid, coarse-grained components
Machine parts made of steel and cast aluminum alloys
Large series parts during production
Heavy forgings |
|
1. Performance Characteristic:
The resolution is 500000 Codes, Satisfy the related material experiments the method standard, Control and show automatically in experiment process, Have various control methods and curve forms(Include the true stress-strain), The trial report is programmable.
2. Basic configuration:
One host machine, one servo oil source, one computer of the upscale brand, one A4 color Ink-jet printer, one Germany DOLI EDC-120 apparatus for measuring and controlling, one displacement transducer, MOOG servo valve, one extensometer, one table for meter, accessories.
3. Main Specifications:
3.1. Max. testing tensile force:2000kN
3.2. Range of load measurement:20-2000kN
3.3. Accuracy of testing force reading:±1%
3.4. Accuracy of displacement reading: ±1%
3.5. Load resolution:250000 steps
3.6. Displacement resolution: 2%u03BCm
3.7. The speed of the piston:0-150mm/min
3.8. Rated pressure of pump:25Mpa
3.9. The max tensile space:0-1200mm
3.10. Amount of column:4 pole
3.11. Stroke of piston: ±350
3.12. Dia. Of gripping for round specimen: %u03A615-70
3.13. Thickness of gripping for flat specimen: 5~50mm
3.14. Size of down and up flat: 280×280mm
3.15. Dimension of frame:1400×920×5060mm
3.16. Hydraulic resource dimension: 1100×900×1200mm |
|
Model: SHT5205P; SHT5305P; SHT5506P; SHT5605P; SHT5106P; SHT5206P
Capacity: 200kN; 300kN; 500kN; 600kN; 1000kN; 2000kN
Features:
SHT5000P series are based on SANS SHT5000 series servo hydraulic testing system and improved with side action grips.
This series adopts international advanced side action grip technology and solve the problem of load dropping during large force test and high frequency batch test. Gripping force is auto controlled and stable for tensile test of high strength, high hardness materials, stranded wire, and other hard-to-clamp specimens.
Dual side action allows synchronous clamping specimens and ensures precise center alignment. This deign can also eliminate lateral force on specimens before test which is common in wedge action grips. |
|
Electro-hydraulically driven Weld Seam Testing Machine, Model 138
A testing machine made to the demand of several customers, to determine the properties of weld seams of Tailored Blanks. These are sheets "made-to-measure" enabling the production of components with optimum weight and function used to a great extent in the manufacture of automobiles to reduce weight. The high-strength metal sheets used require a high punch force for the deep-drawing test. The weld seam testing machine is a special version of our Universal Sheet Metal Testing Machine, Model 142-20, and is provided with a drawing force of max. 200 kN. The four-column frame with integrated test tool enables the test of sheets up to 300 mm wide. The infinitely variable blank holder force can be read on a pressure gauge whilst the deep-drawing index and the required drawing force are displayed digitally. The sensitivity of the integrated crack detector can be adjusted to the sheet metal quality by way of a potentiometer. After specimen failure the machine returns automatically to its initial position. To evaluate and store the measured data, it is possible to connect the machine to a PC using the corresponding interfaces. The Windows based software calculates and displays the measured values from the ERICHSEN cupping test, e. g. index E, elongation at rupture E in %, tensile strength E, n-value E. Furthermore the force-displacement diagram is recorded. Several tests can be shown in a chart. |
|
This machine is mainly used for various materials of tension test, such as metal wire, thin plates, rubber, plastic, composite material, waterproof material, paper, spring, textile, yarn, wire and cable, and for all kinds of adhesive tapes of 90, 180 peel test. The material mechanical property can be obtained automatically according to different criterions, and a complete test report and curve can be printed out.
The Panasonic digital servo is introduced in control system of this machine, and equipped with high accurate pretightening ball screw for driving crosshead, photo-electric encoder for displacement feedback.
Adopt many passages of total digital CTS-500 system of AUTO measuring and controlling , having no the class to adjust, The reading accuracy is ±1% , The speed accuracy is ±1%,The displacement accuracy is ±0.5% , The resolution is 250000 Codes, equal to 7 sections, no subsection in full-measuring, Satisfy the related material experiments the method standard, Control and show automatically in experiment process, Can print the result of experiment, Have various control methods and curve forms, (Include the true stress-strain), The trial report is programmable. |
|
Features:
1.Operating Rockwell hardness testing of hard alloy, carbon steel, alloy steel and non ferrous metal.
2.High digital display resolution
3.Easy operation with auto loading and unloading of test force, and auto holding of test force.
4.Standards: BS EN ISO 6508, ISO 6598.2 and ASTM E18.
|
|
●Horizontal protrudent nose design, testing on surfaces
difficult to reach
●Testing internal surface of ring parts whose diameter is
not less than 23mm (0.900〃)
●Testing external surface of round bars whose diameter is
not less than 3mm (0.120〃)
●Automatic test process
●High definition backlight LCD
●Simple and easy selectable operation menu
●RS-232/USB data output
|
|
The Rockwell Zwick/ZHR hardness testers cover the following applications:
Classical Rockwell methods: Zwick/ZHR 4150 (preload: 10 kg; test load: 60; 100; 150 kg), scales A B C D E F G H K L M P R S V.
Super-Rockwell methods: Zwick/ZHR 4045 (preload: 3 kg; test load: 15, 30, 45 kg), scales N T W X Y.
Combinations of Rockwell and Super-Rockwell methods: Zwick/ZHR 8150 (preload: 3, 10 kg; test load: 15, 30, 45, 60, 100, 150 kg), scales A B C D E F G H K L M P R S V N T W X Y.
Furthermore the devices are available in different degrees of operator convenience.
|
|
Standard Features
- 100 dB modular shielding system
- Integrated structural support system
- 100 amp RF filtered power supply
- Electrical power distribution
- RF shielded lighting system
- RF waveguide vents
- RF penetration panel
- RF shielded door
- HyPyr-LossTM absorber treatment
- Vinyl flooring
|
|
The growing electromagnetic pollution and the European and international standards require electromagnetic shielding.
The European EMC 89/336 directive affects electric and electronic equipment which can create or be subject to electromagnetic disturbances.
Cabinets and empty enclosures in general do not directly generate any disturbance and are not ruled by the EMC directive.
In order to meet the directive and offer an effective product, Eta has developed a specific Areta cabinet suitable for EMC applications.
|
|
The Instron range of environmental chambers provides extensive temperature testing capabilities for evaluating material properties under non-ambient testing conditions.
A full range of complementary grips and pullrods is available.
Principle of Operation
The chambers use forced convection heating for optimum temperature distribution and sophisticated controllers ensure minimum overshoot and excellent set-point stability. Features such as internal lights, removable wedges and roller mounting options ensure ease of use. |
|
Enclosures of tests in standard temperature VT ³
and climatic type VC ³
New generation of enclosures to the improved performances.
equipped with the new generation of system of control S! MPAC and
S! MCONTROL.
Order and remote supervision.
Many technical improvements make the difference and allow an operation of the machine under environmental conditions extreme, guaranteed water quality of the bath of humidification.
For more information to consult us. |
|
| Climatic chambers different volumes (150, 300, 500, 750, 1000 and other special volume) with touch screen, cold/Heat -70ºC up to 180ºC, H.R 10-98%, RAL 1015/8072... |
|
An Unsurpassed RH Control of ±0.5%
The PGC 30 cu. ft. chamber features our unique humidity control system that enables the user to attain unsurpassed levels of relative humidity/temperature control and uniformity.
These test chambers are designed to accurately produce those temperature and humidity conditions required for applications such as stability studies, package testing, TAPPI, MIL-SPEC, and vapor tranmission.
The interior chamber is constructed of very durable, corrosion resistant 316 stainless stell. Low watt density heaters are used that also contribute to the unit's longer life.
Should your application require it, the chamber air flow can be factory-configured from the standard horizontal flow to vertical. Other options include extended ranges, chart recorders, a window in the outer door, and a clean inner door with optional iris opening. |
|
Based on the incubator series, STERIDIUM environmental chambers are availible in standard sizes from 170 to 500 litres, while custom made units can be supplies from 800 to 2000 litres.
In addition to accurate temperature control between 5°C and 80°C, the relative humidity within the chamber can be maintained between 10% and 90%, depending on the set temperature.
Lighting options include ON/OFF or variable intensity control.
At the top of the range, the programable control system allows cycles to be set up for various temperature, relative humidity and light intensity configurations over a set period of time. |
|
| The Ransco fast rate thermal cycling chambers are designed to meet the specific needs of the customer through accelerated temperature change rates for product under test and high volume air throughout the test area. Mechanically cooled and heated the chamber can be configured to control part or air temperature response. All the material used in the chamber interior work space is stainless steel. Ransco’s Standard Cascade Refrigeration System provides precision cooling capability. Removable rear wall allows for customer fixture plug modification. The Fast Rate Chamber can be designed to meet your specification. Standard options include: Temperature Recorders, EMO, EPO, access ports, incandescent light, LN boost and GN2 purge. |
|
Temperature and Climatic Stress Screening Systems
Series VTS and VCS
These systems designed on the basis of the well-proven modules of the VT and VC series with enhanced heating, cooling and air circulating efficiency, create the required high temperature changing rates on test specimens and, if necessary, in combination with electrical stress. These systems quickly reveal weak points in the design, material and production of electronic assemblies.
Moreover, the VCS series allows the realization of all customary test standards. Special attention has been given to a design offering satisfactory heat compensation.
We offer 52 different types in standard design.
Test space volumes
(at 5 K/min) 190, 335, 600, 990, 1540 l
(at 10 and 15 K/min) 270, 480, 800, 1300 l
Temperature range
-40 °C to +180 °C and -70 °C to +180 °C
Humidity range (for VCS)
10 % to 98 % RH
Temperature rates of change
5 K/min, 10 K/min and 15 K/min
For special applications we produce test chambers with temperature rates of change up to 30 K/min.
Control System:
Controller Board S!MCON/32-NET with removable Colour touchpanel.
|
|
Film Applicator COATMASTER 509 MC I
Intended for the application of even paint films of defined thickness on glass panes, test charts or foils. Control box on flexible lead with foil keyboard and LCD to control the working movement, to determine the operation mode and to select the working parameters. The version 509 MC III is a combined Film Applicator and Drying Time Recorder. |
|
Film Applicator and Drying Time Recorder COATMASTER 509 MC III
Besides its function as a film applicator, this combined instrument also offers the possibility to evaluate the degree of dryness of 7 identical or different paint specimens simultaneously. Most versatile instrument due to a variety of accessories. Mobile control box with LCD to select the working movement, the operation mode as well as the working parameters. |
|
MINIFLASH - The new Age of Flashpoint Testing
MINIFLASH is the only series of instruments for the automatic determination of the flashpoint of liquids and solid samples according to the advanced ASTM D7094 standard. This procedure describes the “Standard Test Method for Flash-Point by Modified Continuously Closed Cup (MCCCFP)”, which offers the highest repeatability and reproducibility and an excellent correlation to the D93 Pensky-Martens method: "there is no statistically significant bias observed between ASTM D7094 and ASTM D93 Procedure A” as concluded during the last Round Robin.
Test results are equivalent to other well known standards such as Abel and TAG, and thanks to its unique design MINIFLASH can be used for more difficult applications such as flash-point testing of contaminated samples like diesel fuel in lube oil or gasoline in diesel fuel and for biodiesel testing.
Its continuously closed cup design and small sample volume of only 2 mL offers maximum safety, avoids offensive fumes in the testing area and reduces sample waste.
Due to the true portability and rugged housing, the MINIFLASH is also the perfect solution for mobile labs and military applications.
Features
* Complies exclusively to ASTM D 7094 and ASTM D6450 (Flash-Point by Continuously Closed Cup)
* Maximum Safety: only 2ml sample, no open flame, continuously closed cup, no offensive vapors
* Excellent Correlation to ASTM D93, D56, ISO2719 (EN/DIN 22719), ISO13736, IP170
* Approved by: US D.O.T., RCRA, NATO and the US NAVY
* Approved for the ASTM specifications of recycled fuel and biodiesel
* The world wide standard in the flavors and fragrances industry |
|
ABA 4
(air or liquid cooled)
Automatic Flash-Point Test with Closed Cup according Abel Method
The Abel-Method
describes the determination of the closed-cup flash-point of petroleum products and other liquids having flash-points between -30 °C and +70 °C.
Further possible:
- the Equilibrium-Method
- the Abel-Pensky-Method
Suitable for: Biofuel, Fuel, Paint, Solvent, Varnish |
|
CLA 4
Automatic Flash- and Fire-Point with Open Cup according Cleveland Method
This flash-point and fire-point test method measures the tendency of a test specimen to form a flammable mixture with air.
Suitable for viscous materials having a flash-point between +79 °C (175 °F) and +400 °C (752 °F) except fuel oils.
Used to define the hazards of flammable and combustible materials used in shipping and safety regulations.
|
|
PMA 4
Automatic Flash-Point Test with Closed Cup according Pensky-Martens Method
Method A:
for distillate fuels (diesel, kerosene, heating oil, turbine fuels), new lubricating oils, paints, vanishes and other homogeneous liquids.
Method B:
for residual fuel oils, cutback residual, used lubricating oils, non-homogeneous materials like mixtures of petroleum liquids & solids, surface-film building petroleum liquids or liquids with a viscosity above 5.5 cSt at +40°C. Used in shipping & safety regulations to define flammable and combustible materials.
|
|
PM 4
Semi-Automatic Flash-Point Test with Closed Cup according Pensky-Martens Method
Method A:
for distillate fuels (diesel, kerosene, heating oil, turbine fuels), new lubricating oils, paints, vanishes and other homogeneous liquids.
Method B:
for residual fuel oils, cutback residual, used lubricating oils, non-homogeneous materials like mixtures of petroleum liquids & solids, surface-film building petroleum liquids or liquids with a viscosity above 5.5 cSt at +40°C. Used in shipping & safety regulations to define flammable and combustible materials.
|
|
- Split Drum Mechanism for destruction testing of synthetic flat bed materials
- Hold material up to 300mm wide
- Maximum capacity 75 tonnes
|
|
Wallace flexing machines test specially moulded rubber samples for resistance to cracking or cut growth by repeated flexing.
Wallace-MRPRA Fatigue Tester
The Wallace MRPRA Fatigue Tester measures the tensile fatigue resistance of rubber samples prepared in the form of standard Schopper rings.
De Mattia Flex Testing Machine
Tests specially moulded samples for resistance to cracking or cut growth by repeated flexing. Flex testing is recommended when flexing encountered in service can be simulated by the action of the test - as for example in the sidewall of tyres or soles of shoes.
De Mattia Flex Testing Machine in Oven
The heated version of the above product. Features digital temperature control with a range from 60°C to 150°C. |
|
|
|
Material characterization, Testing machines, Testing chambers
