Showing results: 196 - 210 of 287 items found.
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Metra Mess- und Frequenztechnik in Radebeul e.K.
*Data logger and monitor*Records binary or text files which can be processed by other software*Bar graph and numeric display*Level recording if signal exceeds threshold*Adjustable trip delay*Pre- and post-triggering*Recording of vibration acceleration*VM-REC+ also for velocity and displacement*RMS, positive, negative and unsigned peak values, instantaneous value*Up to four signals per window*One VM-REC license can be operated simultaneously up to four times with different settings *External Messengers*Offline measurement
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DMA/SDTA 1 + -
Mettler-Toledo, LLC
The METTLER TOLEDO DMA/SDTA1+ sets new standards in the market. In comparison with conventional DMA instruments it offers new and unique performance benefits: A frequency range up to 1000 Hz for material behavior simulation and accurate determination of moduli through the presence of a dedicated force sensor. Unique measurement of both displacement and force results in a very accurate determination of moduli. Wide force range from 1 mN to 40 N allows you to measure very soft and very stiff samples
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RIFTEK LLC
The sensors are intended for non-contact measuring and checking of position, displacement, dimensions, surface profile, deformation, vibrations, sorting and sensing of technological objects as well as for measuring levels of liquid and bulk materials. The series includes four lines of models: RF603 - universal sensors with 2 to 1250 mm operating ranges, RF603HS - high speed sensors, RF600 - large-base and long range sensors, RF605 - compact sensors, RF602 - super compact sensors, RF60i - specialized laser sensors for pavement profile and texture measurement.
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M+P International
The powerful graphical editor makes it easy to review and compile your field sample data for use in the test lab. The point editor, filters, velocity and displacement compensation ensure the test feasibility is evaluated at an early stage. The continuous closed-loop controller then replicates the test files with very high levels of precision. The control algorithms use a continuous coherence averaging technique to ensure a stable proactive control loop that will not only provide accurate replication but will also respond to changes in test item dynamics.
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Rinch Industrial Co.,Limited
This instrument is compatible with four standards of site to measure surface roughness of various machinery-processed parts, calculate corresponding and clearly display all measurement parameters.When measuring the roughness of a surface, the sensor is placed on the surface and then uniformly slides along the surface by driving the mechanism by the sharp built-in probe. This roughness causes displacement of the probe which results in change of inductive amount of induction coils so as to generate analogue signal, which is in proportion to the surface roughness at output end of phase-sensitive rectifier.
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SmartVibro -
IMV Corporation
There are many functions to express characteristics of vibration. However it is necessary for the conventional vibrometers that the same point is measured plural times switching objective functions one by one. SmartVibro which has a simultaneous measurement function can measure Acceleration, Velocity and Displacement simultaneously by just pressing the measurement start key one time. It can reduce the operating time and prevent miss-measurements. By switching the screen, VM-4424S・VM4424H can confirm Acceleration Envelope for bearing condition which enables small scars to be found easily.
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IMADA, Incorporated
The FSA-MSL Mini Material Tester is a portable force/displacment tester. The FSA-MSL is ideal for tests requiring very small movement, like switch tests. The tester also features a reversible base plate, allowing the tester to be used on uneven or obstructed surfaces. The highly visible EL display and plain language menus in eight languages make programming fast and easy. Both force and displacement values are displayed plus user-selectable data; high/low setpoints, peak, memory data, etc.
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Titan Enterprises Ltd
Titan’s oval gear (OG) range of flow meters operate on the basic positive displacement technique in that they take a discrete volume of liquid and pass it from the inlet to the outlet without loss or slippage. By nature these devices perform better at higher viscosities as the increasing fluid thickness reduces the leakage rate even further and extends the useful operating range to lower flow rates. The oval gear design allows these flowmeters to operate with a very low differential pressure, only millimetres of head in some cases.
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AW Gear Meters
Lake Variable Area flow meters, often referred to as rotameters, measure flow rate of a liquid or gas by relating linear displacement of an internal “float” or sharp-edged orifice plate (Lake) to a corresponding flow rate. As flow rate increases, the orifice area that the flow moves through also increases – thus, the term “Variable Area.” Variable Area meters either allow flow through a peripheral orifice formed between a tapered wall and a float as in the traditional rotameter, or an annular orifice and an internal tapered metering pin in the Lake Monitor.
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Sheen Instruments
Programmable penetration & pause time 0-999 min.Acoustic & visual alarm when penetration exceeds set limits4-speed vertical step displacement,3-speed approach: quick 0.1 0.01 mm / impulsionQuick penetrator positioning procedure with 4programmable preset positionsReal-time depth reading to 0.1 or 0.01 mm, withopto-electronic detectionStandard package: penetrometer, cone or needle plunger,RS232 output, automatic level detection for conductivematerials, flexi-light & magnifier. 230V, 50Hz(115V, 60Hz on request)Cone or needle, cups: see optional accessories
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WINECAP -
PASI srl
Wireless sensor network enables low-cost sensing of envi- ronment. Many applications using wireless sensor networks have low duty cycle and low power consumption. However the ability of wireless sensor networks can be extended in re- verse way. Enhanced TinyOS, and new components opened possibility for more aggressive applications. Structure mon- itoring is one example of such applications. To monitor a structure (e.g. bridge, building), we measure behavior (e.g. vibration, displacement) of structure, and analyze health of the structure based on measured data.
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Qinhuangdao Boostsolar Photovoltaic Equipment Co., Ltd
■ The production line is an overall assembly line for solar cell modules, which is suitable for the production of different modules such as 160W~280W, with a wide range of applications and a high degree of automation. ■ Unique structural design, no need to adjust the wire body a lot when changing product specifications, just adjust the program, saving working time. ■ The transmission unit adopts PU synchronous belt transmission, which has the characteristics of stable transmission , strong vibration absorption, low noise and long life, avoiding displacement and ensuring safe transmission.
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G-5 Series -
Shinken Co. LTD.
Both Shock tests at from relatively high acceleration(max. 4900m/s2 -500G) to low acceleration with wide pulse width, difficult to achieve with conventional Shock Test Systems and Vibration tests for not only IEC, MIL and JIS but also requiring higher acceleration, velocity and displacement than ordinary VTSs can be carried out with one system.
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FlawScout -
Dantec Dynamics A/S
The FlawScout is a laser shearography non-destructive testing (NDT) sensor designed to be used for (post-production) quality control, academic research, or NDT training. The sensor can be configured with thermal or vacuum (partial) excitation systems depending on the application. The FlawScout incorporates the very latest in phase-shifting technology delivering accurate and reliable measurement results through clear and sharp imaging with sub-micrometer displacement resolution.
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Radiant Technologies, Inc.
The optional Chamber Task measures the Pulse Polarization response and Small Signal Capacitance of a Pyroelectric material that is being heated and/or cooled within a thermal chamber, on a hot chuck or in a furnace. From these measurements the Spontaneous Polarization Pr(q) and the Dielectric Constant er(q) are computed. These are then combined to determine the Electrical Displacement D(q) as a function of the temperature q.
