Industrial accelerometers

The RECOVIB® industrial accelerometers bridge the gap between the performance of laboratory accelerometers (which are often expensive, fragile and offer low protection) and the robustness of industrial accelerometers (which are sometimes cheaper but often noisy and inaccurate).

Our accelerometers can be deployed in industrial environments for monitoring machinery or structures.

The RECOVIB® accelerometers are of proven design and the majority of the models available are widely used in a variety of fields, such as the machine tools, precision machining and on-shore and off-shore wind energy sectors in monitoring or active vibration control applications.

FIELD OF APPLICATIONS
Transport: Railways, Marine, Aeronautics
Piping & pumps
Machine tools
Civil engineering
Paper / Printing machines
Semiconductors
Energy: Wind turbines (including off-shore), power-plant
Astronomy

INTERNAL SIGNAL CONDITIONING
The signals from the vibration sensor are amplified and conditioned by the accelerometer unit itself before being passed to the data acquisition system through a disturbed industrial medium.
Our accelerometers are equipped either with a voltage output or a 4-20 mA current output.

GALVANIC ISOLATION
The RECOVIB® accelerometers offer galvanic isolation of the signal conductors.
An additional isolation module is therefore not needed.

Multiple sensors can be distributed in multiple locations and connected to the same acquisition system without signal degradation, even in environments with high ground potential differences due to heavy electrical loads operating in close proximity.

Number of axes : 1-axis, 3-axis, 2-axis
Technology : IEPE, capacitive
Other characteristics : submersible, rugged, high-sensitivity, industrial, with analog output, for automotive applications, for cryogenic applications, current output, underwater, voltage output, for general purposes, low-frequency, with built-in electronics, compact, low-noise, IP67, EMI, constant-current, waterproof, for harsh environments
Frequency : Min.: