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RION Co., Ltd. products
Vibration Meters
RION - Model VA-12 - Portable Vibration Analyzer
Portable vibration analyzer for Equipment Diagnosis and On-site Measurements Vibration Meter VA-12 With FFT analysis function. In vibration meter mode, acceleration, velocity, displacement, acceleration peak, and acceleration crest factor can be measured simultaneously. In time waveform mode, the waveform of acceleration, velocity, displacement or acceleration envelope curve can be displayed with up to 8192 samples. In FFT mode, the frequency analysis of acceleration, velocity, displacement or acceleration envelope curve can be displayed with up to 3200 spectral lines.
RION - Model VM-54 - 3-Axis Vibration Meter
The VM-54 is a vibration meter capable of measuring acceleration in three axes X, Y, Z. Two measurement modes are available, namely instantaneous value and maximum value hold. AC outputs for X, Y, Z allow connection of a general-application data recorder or a DAT recorder. The optional Marine Vibration Card VX-54WS as well as other option program cards for hand-arm vibration measurement and whole-body vibration measurement enable use for a wide range of applications to evaluate the infl uence of vibrations upon humans.
RION - Model UV-16 - 2-Channel Charge Amplifier
The UV-16 is a charge amplifier with 2-channel inputs per unit; each unit has a low-profile design with a width of 36 mm and can link up to 16 units and measure 32 channels. A display on the front provides information on the measuring range and the amount of signal being input with a bar indicator. An analogue output for each channel is provided on the rear panel for voltage output to a later stage measuring instrument or data logger. This amplifier is ideal for properly amplifying accelerometer signals and for logging with good SN.
RION - Model VM-82A - General-Purpose Vibration Meter
The general-purpose vibration meter VM-82A is designed mainly for maintenance and inspection of industrial machinery, with particular emphasis on rotational machinery. Acceleration, velocity, and displacement can be easily measured using a suitable frequency range, allowing comprehensive and precise evaluation of machine vibrations.
