Vibrometer

Description: In-plane laser vibrometers measure continuous (DC) velocity and superimposed variable (AC) components perpendicular to the central axis of two converging laser beams. The system utilizes the Doppler effect, where motion causes an optical frequency shift of light back-scattered from the

• Operation: Electrical / Electromechanical
• Test Applications: Vibration
• Type: Test Kit / Tool Set, Specialty / Other

Description: The RLV-5500 Rotational Laser Vibrometer benefits from digital decoding techniques, an improved S/N ratio and an expanded rpm range of up to 20,000 rpm. The sensor head design is new, more compact, and small enough to get closer to the measurement object. An integrated air purge system

• Frequency Range: 0.0 to 10000 Hz
• Minimum Accuracy: 1 +/-% FS
• Number of Input Channels: 2 #
• Operating Temperature: 41 to 122 F

Description: Polytec's New UHF-120 Vibrometer Laser-Doppler Vibrometers (LDV) can characterize the out-of-plane vibrations at ultra-high frequencies. Polytec's UHF-120 extends the vibration frequency bandwidthup to 600 MHz. Complete with a new optical arrangement, the system retains the advantages

• Frequency Range: 0.0 to 1.20E9 Hz
• Minimum Accuracy: 1 +/-% FS
• Number of Input Channels: 4 #
• Sensor Technology: MEMS

Description: The HSV-2000 series high speed vibrometer is used for velocity and displacement measurements up to 30 m/s. This system is widely used by Formula 1 engineers for the development of high performance racing engines.

• Acceleration: 1.00E6 g
• Frequency Range: 0.0 to 250000 Hz
• Linear Velocity: 1181 in/sec
• Minimum Accuracy: 1 +/-% FS

Description: Our laserinterferometric vibrometers are ideal instruments for accurate, non-contacting, determinations of temporal changes in the positions of objects or surfaces and detect mechanical vibrations at frequencies ranging from 0 to 500 kHz. These instruments have been designed based

• Frequency Range: 0.0 to 500000 Hz
• Sensor Technology: Fiber Optic

Description: ISO 16063-41:2011 specifies the instrumentation and procedures for performing primary and secondary calibrations of rectilinear laser vibrometers in the frequency range typically between 0,4 Hz and 50 kHz. It specifies the calibration of laser vibrometer standards designated for the

Description: Key Spec: Wide frequency range: DC-2.5MHz High resolution: ~0.2nm Fixed or Adjustable distance: 0.1-30m Red visible guide light Small form-factor: ~ 120x60x30mm^3

• Frequency Range: 0.0 to 2.50E6 Hz

Description: Methods for the calibration of vibration and shock transducers - Part 41: Calibration of laser vibrometers

Description: Methods for the calibration of vibration and shock transducers Part 41: Calibration of laser vibrometers

Description: ISO 16063-41:2011 specifies the instrumentation and procedures for performing primary and secondary calibrations of rectilinear laser vibrometers in the frequency range typically between 0,4 Hz and 50 kHz. It specifies the calibration of laser vibrometer standards designated for the

Description: VIBROMETER AND TEMPERATURE SENSO

• Category: Development Board
• Supported System: Other

Description: Punches & Dies SDE DIE VIBRO-METER 111-402-10

Description: Punches & Dies SDE DIE VIBRO-METER 111-401-20

Description: Adaptor Cable for 9155. 3-pin MIL-C-83723 to BNC. For use with PCB 357M118 and Vibro-Meter CA955M701

• Connector Type: BNC
• Standards: MIL-SPEC

Description: The Vibration transducer calibration system includes a vibration shaker, vibration controller and the software needed to calibrate various types of acceleration transducers, velocity transducers and vibrometers, including voltage type, charge type, IEPE, TEDS, etc. Frequency range is

• Application Software Included: Yes
• Calibrator Style: Portable
• Frequency Range: 2 to 20000 Hz
• Operating Temperature: 32 to 104 F

Description: MV-H series Laser Vibrometer Module Key Spec: Wide frequency range: DC-2.5MHz High resolution: ~0.2nm Fixed or Adjustable distance: 0.1-4m Small form-factor: ~ 80x50x20mm^3

• Device Type: Sensor / Transducer

Description: laser vibrometers is often of no remedy due to the complex shape of the source. The Inverse Numerical Acoustics technique is based on the inversion of transfer relations (Acoustic Transfer Vectors) using truncated Singular Value Decomposition (SVD). Most of the time the system is

Description: Digital colour graphic display of dual angles Enable USB External power source Vibrometer display real time vibration graph Basic PC Sync Software USB connection (5 Meters) to device for remote data display Professional PC Sync Software USB connection to

• Angular Range: 0.0 to 90 degrees
• Angular Resolution: 0.0100 degrees
• Measuring Technology: Electronic

Description: are required to effectively guide engineers in adjusting precision object/machine to a targeted position accurately and speedily. Digi-Pas pioneered world's-first 2-axis simultaneous angles display instrument (U.S. patented) embedded with vibrometer which offers superior performance. It

Description: are required to effectively guide engineers in adjusting precision object/machine to a targeted position accurately and speedily. Digi-Pas pioneered world's-first 2-axis simultaneous angles display instrument (U.S. patented) embedded with vibrometer which offers superior performance. It

Description: are required to effectively guide engineers in adjusting precision object/machine to a targeted position accurately and speedily. Digi-Pas pioneered world's-first 2-axis simultaneous angles display instrument (U.S. patented) embedded with vibrometer which offers superior performance. It

Description: shell noise of the air induction components. Noise levels are measured inside of the clean side ducts. The surface vibrations of the duct are measured using accelerometer and laser vibrometer. Measured noise levels drive a speaker and sound intensity measurements are made on a test bench to

Description: approach to two different numerical tools, so evaluating the validity of each theoretical approach. To confirm the CAE results. An ODS was recorded of the brake using a 3D laser scanning vibrometer. Even though the CEA approach is very popular in the study of brake squeal noise, there are

Description: panels and body parts (B-pillar upper insert and B-pillar lower insert) is presented. NVH modal analysis results include modes (natural frequencies), mode shapes, and modal damping. Damping properties of the carbon fiber composite parts are measured with a laser vibrometer up to a frequency

Description: of the complex sensitivity by steady-state sinusoidal vibration and laser interferometry. The methods specified in ISO 16063-15:2006 are applicable to measuring instruments (rotational laser vibrometers in particular) and to angular transducers as defined in ISO 2041 for the quantities of

Description: brought together the best elements of traditional loudspeaker design, incorporating several new technologies into the A Series. Boston's engineers utilized Laser Vibrometer Scanning and Finite Element Analysis (FEA) to identify unwanted resonances in the loudspeaker with the goal of

• Frequency Response: 28 to 150 Hz
• Nominal Input Power: 100 watts
• Speaker Size: 14.06 inch
• Weight: 14512 g

Description: of the complex sensitivity by steady-state sinusoidal vibration and laser interferometry. The methods specified in ISO 16063-15:2006 are applicable to measuring instruments (rotational laser vibrometers in particular) and to angular transducers as defined in ISO 2041 for the quantities of

Description: brought together the best elements of traditional loudspeaker design, incorporating several new technologies into the A Series. Boston's engineers utilized Laser Vibrometer Scanning and Finite Element Analysis (FEA) to identify unwanted resonances in the loudspeaker with the goal of

• Frequency Response: 51 to 25000 Hz
• Impedance: 8 ohms
• Nominal Input Power: 10 to 150 watts
• Sensitivity: 89 dB

Description: in this price class, Boston's engineers brought together the best elements of traditional loudspeaker design, incorporating several new technologies into the A Series. Boston's engineers utilized Laser Vibrometer Scanning and Finite Element Analysis (FEA) to identify unwanted resonances in

• Frequency Response: 65 to 25000 Hz
• Impedance: 8 ohms
• Nominal Input Power: 15 to 175 watts
• Sensitivity: 89 dB

Description: combined with contemporary styling. To deliver the best performance possible in this price class, Boston's engineers brought together the best elements of traditional loudspeaker design, incorporating several new technologies into the A Series. Boston's engineers utilized Laser Vibrometer

• Frequency Response: 28 to 150 Hz
• Nominal Input Power: 300 watts
• Speaker Size: 14.69 inch
• Weight: 14014 g