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Vibration Calibration

for acceleration, velocity, frequency and displacement calibration.

See Also: Vibration Calibrators, Vibration Test


Showing results: 16 - 30 of 35 items found.

  • Seismic Transducers Calibration System

    ZETLAB Company

    Calibration of the seismic sensors should be conducted in the low-frequency domain, which means, that the relative method used for calibration of the vibration transducers is not applicable since it does not guarantee the required accuracy level. The problem is that the reference accelerometers have uneven AFR characteristic in the low-frequency domain. Thus, calibration of seismic transducers requires implementation of a different approach.

  • Accelerometers

    PCE Instruments

    An accelerometer is used in manufacturing machine maintenance to inspect equipment vibration. An accelerometer also is used in product testing to measure the vibration of various components.A triaxial accelerometer, also called a 3-axis accelerometer, provides measurements of the following parameters: vibration acceleration, vibration velocity and vibration displacement. In this way, vibration is measured and recorded with great precision.Most accelerometer products offered by PCE Instruments are portable devices. Many feature memory functionality so that readings can be stored and retrieved later for in-depth analysis. Some accelerometer models come with a manufacturer's calibration certificate. Some accelerometer models can be calibrated to ISO standards optionally for an additional fee.

  • Vibration Level Measurement

    AMETEK Drexelbrook

    Vibration technology is an excellent choice for most high or low-level liquid level measurement requirements. These products require no calibration and are not affected by changes in electrical properties of the material being measured.

  • Transducer Calibrator Systems

    Unholtz-Dickie Corporation

    Unholtz-Dickie Calibration Systems have earned their place in industry as the standard for calibrating accelerometers and velocity transducers. The Models 660C & 680C are UD''s latest generation of automatic calibration systems, both utilizing the expanded features of the i5 based APEX SL Windows vibration control system.

  • Vibration Calibrator

    SV 111 - SVANTEK Sp. z o.o.

    SV 111 vibration calibrator is the State of the Art instrument designed for human vibration measurements according to ISO 8041. The design of the calibrator is based on the triaxial reference accelerometer and microprocessor controlled shaker. These both features assure excellent stability of the calibration levels and their frequency independently from mass of the testing object, like also indicate improper test object fixing by monitoring of shaker vibration in all three axis simultaneously.

  • Data Acquisition and Reduction

    STI Technologies, Inc.

    STI offers custom virtual instrument design with LABVIEW software and National Instruments data aquisition cards. Calibration systems include shock accelerometer calibration based on Hopkinson bar, transverse sensitivity, calibration of accelerometers at various temperatures (includes environmental chamber temperature control, shaker motion control, data acquisition and processing) as well as data aquisition and processing systems for turbomachinery and general vibration applications.

  • Compact Vibration Generator

    EMIC Corporation

    The compact vibration generator is used for calibration of a vibrometer, measurement of mechanical impedance, excitation source for modal analysis and reliability test of a small light specimen. In particular, EMIC uses the world's first ceramic armature for the 512-D and 513-D vibration generator,making it possible to excite up to high frequency of 30 kHz (513-D can excite up to 24 kHz).

  • Test and Measurement Pressure Transducer

    P895 - Validyne Engineering

    The P895 is designed for a wide variety of pressure measurements where high resistance to vibration and superior stability through temperature change is required. The zero and full-scale output calibrations are set by the potentiometer adjustments accessible from the top cover.

  • Acceleration Pickup Calibrator

    VX-1100A - Ono Sokki

    VX-1100 is for a piezoelectric type accelerometer which is widely used for measuring vibration. This compact calibrator is effective for checking operation(sensitivity) sensors before measurement to acquire accurate data.Built-in sensor amplifier and display in one unit allows direct reading of the sensitivity. This calibrator excites the sensor at a frequency of 159 Hz and acceleration of 10 m/s2 rms, and the sensor outputs can be used as calibration signals for a vibration measuring system.

  • Accessories

    Monitran Ltd.

    Accessories allow the user of a vibration sensor to integrate them into their machine monitoring systems ensuring that:- The sensor mounting is correct- Connections and cables are right for the job and environment- Remote measuring points are convenient- Calibration of sensors and measuring systems can be confirmed in the field

  • Optical Displacement Measurement Systems

    ODS Series - F&K Physiktechnik GmbH

    The optical displacement measurement systems of the ODS series are specially designed for measuring the ultrasonic vibration displacement at bond tools of wire & flip-chip die bonders. The systems are highly accurate and very easy to use. That makes it the perfect tool for displacement based calibration of ultrasonic bond machines.

  • Workstation For Acoustic & Vibration Engineering

    imc WAVE 2022 - imc Test & Measurement GmbH

    imc WAVE is a modular, powerful software platform for noise and vibration analysis (NVH analysis). From noise investigations in road tests to structural analyses on the test bench and vibration tests on machines: with different imc WAVE analyzers, you can evaluate a wide range of applications without having to be an expert yourself. In this way, you can also easily and reliably obtain standard-compliant analysis from the fields of noise and sound power analysis, structure analysis as well as the evaluation of the analysis of vibrations and of rotating machines. imc WAVE guides you step by step through the settings, from device configuration to calibration and measurement. In the end, you evaluate your data professionally and then receive a report that is ready to print. The modular software specializes in the following topics.

  • Compression Unit

    BK1611 - BaKo Co., Ltd

    The BaKo BK1611 is a Compression Unit that uses a real time feedback loop to create a frequency sweep with constant level output. This would normally be used for either research or for calibration rather than product line testing and is useful because of its extreme stability. The BK1611 is not a dedicated system so it can be integrated into a variety of systems to be used for microphones, speakers or vibration motors.

  • Vibration Control & Analysis System

    APEX SL - Unholtz-Dickie Corporation

    APEX SL offers the latest technology in digital signal processing and shaker control algorithms providing real time vibration test control for random, sine, shock, SRS, random on random, multi-tone sine on random, TRAC (time replication acceleration control) vibration testing and transducer calibration, a well as extensive data acquisition and analysis. The modular software may be initially customized for specific applications or easily expanded in the future without performance penalties. It provides an abundance of comprehensive features that ensure simple, safe, accurate and reliable testing.

  • Test and Measurement Grade Vacuum Pressure Transducer

    P897V - Validyne Engineering

    The P897V is designed for a wide variety of pressure measurements where high resistance to vibration and superior stability through temperature change is required. The zero and full-scale output calibrations are set by the potentiometer adjustments accessible from the top cover. The P897V is digitally compensated and corrected to provide high accuracy pressure measurement in a robust cylindrical form factor. Small vacuum pressures are accurately measured with full scale vacuum ranges as low as 2.22 InH2O.

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