Showing results: 166 - 180 of 205 items found.
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testo 872 -
testo AG
The testo 872 thermal imager is ideally suited for professional industrial and building thermography - at the same time it ensures your work is both quick and easy. It is versatile to use, for example in industrial and mechanical maintenance or for detecting structural defects. You can generate error-free and objectively comparable infrared images using its handy functions. The IFOV warner, testo -Assist and testo ScaleAssist mean you can avoid measurement errors and not only effortlessly achieve optimum setting of emissivity () and reflected temperature (RTC) for building thermography, but also of thermal image scale.
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Co-Sense Series -
Shimadzu Corp.
The Co-Sense series features automatic sample processing systems intended to improve the efficiency of LC-MS operations by automating complicated sample processing steps. This eliminates the need for tedious, time-consuming, and expensive manual processes. It also achieves parameter settings for separating target components by HPLC can be set freely without being encumbered by LC-MS limitations. The Co-Sense series is especially well suited to the structural analysis of impurities in pharmaceuticals. It is also advantageous for LCMS measurement in the life sciences or chemical industry fields, such as to research metabolites in biological organisms or to analyze the side reaction in chemical synthesis.
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NI CompactDAQ -
NI
This NI CompactDAQ configurable data-logging system includes an NI CompactDAQ controller or chassis, C Series I/O modules, and Chameleon software. It is designed for structural test and monitoring applications with the NI CompactDAQ controller, which includes built-in processing and nonvolatile storage for running Chameleon software and logging data locally. Alternatively, you can choose a USB or Ethernet chassis for a lower cost system that requires an external PC. This system accepts a variety of C Series I/O modules, so you can mix and match microphones, accelerometers, and temperature and bridge-based sensors.
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ScanTAP 4 & 8 -
Corelis, Inc.
Boundary-scan has proven itself time and again to be a truly versatile interface for structural test, embedded functional test, built-in self-test (BIST), software debug, and in-system programming. Supporting such diverse applications requires equipment with high-performance specifications and extended features.Corelis ScanTAP pods are designed for use with PCI-1149.1/Turbo and PCIe-1149.1 high-speed JTAG controllers. Featuring 4 & 8 independent Test Access Ports (TAPs), up to 80 MHz clock rates, and advanced TAP capabilities such as analog voltage measurement, the ScanTAP family of intelligent pods is the ideal JTAG interface for high-performance environments.
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KRD14 series -
CME Technology Co. Ltd.
KRD14 series pneumatic shock response spectrum tester is used to measure and determine the shock resistance of electrical and electronic products or packaging, and to evaluate the reliability and structural integrity of the test product in a shock environment. The shock response spectrum is the total result of a series of single-degree-of-freedom linear systems with different natural frequencies subjected to the same shock excitation response. When a product is subjected to an impact, the maximum value of its impact response means that the product has a maximum stress. Therefore, the shock response spectrum tester can better simulate the shock wave and shock energy suffered in the real environment.
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KRD60 series -
CME Technology Co. Ltd.
KRD60 Series 3 DOF simulation table simulates various mechanical, electrical, and electronic products installed on ships, seaplanes, and other equipment to perform sway and tilt tests to determine the ability and structural integrity of the product to withstand severe sway and tilt requirements. The tilt test is mainly applicable to large-angle tilt caused by ship damage, manipulation, imbalance in loading and unloading, and wind. The sway test is mainly applicable to long-term swaying of the ship due to external forces such as wind and waves, which must be maintained normally or products that work reliably, and products that have a significant impact on their performance in a rocking environment.
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Hill Engineering, LLC
Fatigue engineering is subject to uncertainty, and data from well executed tests are used to validate conclusions made by analysis and to provide a basis for structural certification. Our staff have extensive experience in testing materials and components under slowly varying, static loads, and under rapidly varying cyclic loads. Tests under static loads are used to assess material properties or to assess the load-deformation behavior of structural components. Tests under cyclic loads provide time to crack initiation, time to failure, or measurements of crack growth over time. We have extensive experience in measuring fatigue crack growth behavior in metallic materials. Past programs have measured crack growth with microscopy and photogrammetry at the surface, cracked area with direct current potential drop, and through-thickness crack profiles with quantitative fractography. By assessing crack growth with a variety of experimental methods, we enable robust analysis validation for cases of complex cracking. Our capabilities in fatigue engineering allow for careful design of a fatigue test program. Whether the tests use constant amplitude loading or an irregular loading spectrum, we specialize in engineering the test that meet your needs. Much of our experience is in non-standard test programs, which require engineering to optimize the test setup. Few others match our capability and experience in fatigue test engineering.
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HORIBA, Ltd.
The AFM platform allows fully-integrated use of confocal Raman microscopy and AFM for Tip-Enhanced Optical Spectroscopies (such as Tip-Enhanced Raman Spectroscopy (TERS) and Tip-Enhanced PhotoLuminescence (TEPL)), but also for truly co-localized AFM-Raman measurements.The myriad of AFM (Atomic Force Microscope) techniques that allow study of topographical, electrical and mechanical properties can be performed with any laser source available in Raman spectrometer, or with other external illumination (e.g., solar simulator or other tunable or continuum source). TERS and TEPL can provide nanoscale chemical and structural information, making the AFM-Raman platform a two-way road; where complimentary techniques provide novel and unique imaging capabilities to each other.
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National Technical Systems
Advanced Polymers & Rubbers Materials have broad, proven applications, in the aircraft, aerospace, and sports equipment sectors. More specifically, APMs are very attractive for aircraft and aerospace structural parts. APMs have continued to develop due to NASA’s Advanced Space Transportation Program. Additionally, advanced polymer materials have decades of history in military and government aerospace industries. However, much of the technology is now being developed for secondary or commercial markets, as the technology of advanced plastics manufacture is continually evolving.NTS has the capabilities to assess the mechanical strength and integrity of these materials and provide you with the data required to evaluate the performance of the product applications.
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Cuming-Lehman Chambers
– 80dB RF shielded enclosure (inside dim.- 5’ high x 5’ wide x 7’ long)– Fabrication, Construction, and Transportation– Free standing shielded enclosure design including structural support system– Enclosure will be installed over a continuous 1/8″ dielectric underlay and polyethylene vapor barrier– Modular wood-core panel construction– Bulkhead connector panel – (1) 12” x 12”– RF shielded doors – (2) 2’ x 2’– One (1) Antenna Sinclair Model SP-440-SF2SNF– Shield test per IEEE –STD 299- supersedes MIL-STD-285 (Tested @ 1 GHz)– RAM
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Response Dynamics Vibration Engineering, Inc.
Although strain measurement is often a key part of a root cause diagnosis, our analyses often also involve measurements of other parameters such as acceleration, relative displacement, pressure, temperature, flow, speed, load, dynamic stiffness, etc, to explore multiple parameters that may have a cause/effect relationship with the problem at hand. These measurements form part of a fact based hypothesis for the cause of the problem at hand. We use stain gauge testing and/or stain modeling and analysis, in conjunction with our structural dynamics expertise to characterize all the important pieces of the puzzle that come into play with dynamic strain issues (See Diagnostic Testing).
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Shimadzu Corp.
Resin materials (plastics) are found in a wide variety of items used on a daily basis. Recently, plastics have started to be used as structural materials in transportation equipment, such as automobiles and aircraft, due to their strength and light-weight nature. In these applications, it is important to understand the mechanical strength properties of these plastics. ISO 527 and JIS K 7161 outline methods for testing the tensile strength of plastics and other resin materials. Included in these methods are accuracy specifications for the test frame and test accessories. The contents of ISO 527 and JIS K 7161 are basically the same, but differ from the equivalent ASTM standard for tensile testing of plastics, ASTM D638.
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MAGNETOMAT 1.790 -
Foerster Instruments, Incorporated
The MAGNETOMAT 1.790 is a measuring system for the precision detection of magnetic flux density and relative permeability. The MAGNETOMAT software is used for displaying the measured values and saving and exporting data. The wide range of probes facilitates optimal adjustment to the conditions of the application, such as the measurement of relative permeability within the scope of the quality control of stainless steel and low-permeable (non-magnetic) alloys. Further applications include the long-term monitoring of the magnetic environment, e.g. prior to installing magnetically sensitive devices, and the localization of ferrite enclosures in stainless steel and NE materials. Changes in material (sulfidation, degradation of lamination, structural changes) can also be proven thanks to permeability comparative measurements.
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NASGRO® -
Southwest Research Institute
NASGRO is a suite of fracture mechanics and fatigue crack growth analysis computer programs that perform assessments of structural life, compute stress intensity factors, and process and store fatigue crack growth properties. Working closely with NASA and industry, SwRI releases new versions of NASGRO annually with many new features. Recent enhancements include many new K solutions, residual stress capabilities, increased speed, new GUIs, residual strength diagrams, spectrum editing, temperature effects, cyclic shakedown models, cycle counting algorithms, and a revised material database. NASGRO received an R&D 100 Award in 2003 and the NASA Software of the Year award in 2003.
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LCF-2330 -
Jewell Instruments LLC
The LCF-2330 inclinometer series now includes a 4-20mA output signal option for applications that require long cable runs. This dual axis tilt sensor is fluid damped to minimize noise and vibration interference while also offering a sharp 1 µradian resolution. An internal temperature sensor is available and dual supply, ± 5 Vdc output is an option. The LCF-2330 is an excellent solution for rugged applications such as radar & antenna leveling, weapons platform leveling, barge and offshore platform control, deviation surveys, 2-axis machine tool leveling, bridge structural monitoring, submersible control feedback, offshore platform stability and manufacturing process equipment for the aerospace industry.
