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Oscilloscopes, logic analyzers
Rotor balancing
Rotor balancing
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Rotor balancing VibroDAQ

VibroDAQ is very modern balancing system designed for one and two planes rotor balancing and vibration analisis. The system allows to work wirh any rotor shapes, sizes and masses. It uses laser and vibration sensors for measurement process.
VibroDAQ utilize PC USB conection for high speed data transfers. It allows for machine analyses by measuring their vibrations.

Device features

  • One and two planes dynamic balancing of rigid rotors.
  • In-place and stand balancing.
  • Machine technical state evaluating basing on vibration measurements.
  • Innovative digital measurements method with 16-bit resolution.
  • Two independent measurement channels.
  • Laser speed sensor.
  • Temperature measurement in sensor mount place.
  • Operation with full range of vibration sensors: accelerometric, velocity and displacement. Wide interfaces supported: ICP, current loop, voltage level.
  • Grinding wheel balancing directly on the grinder.
  • Measured rotational speed range 0,1Hz - 10kHz.
  • Sampling rate range: 10Hz - 200kHz.
  • Buffer length: max. 32k 16-bit samples per channel.
  • Synchronous and asynchronous spectrum analysis.
  • Correction mass decomposition.
  • Connector for automated stand operation.
  • Status and error LEDs.
  • Power supply directly from USB port, optional external supplier.
  • Fast USB 2.0 interface (High speed, Full speed) for short data transfer times.
  • Multi-language user interface.
  • Durable and esthetic metal case.
  • Carry case for instrument and accessories.

General characteristic

VibroDAQ - advanced measurement and diagnostic system - allows one-plane and two-plane balancing as well analysis of vibrations. It offers also in-place balancing (field balancing) without disassembling of the rotor what reduce costs and time of operation. VibroDAQ is fully digital instrument adjust to work with PC computer via USB interface.

programmers, measurement tools, vibration analysis

VibroDAQ - one plane balancing.

Construction if VibroDAQ system is based on FPGA solution and 16-bit A/D converters and allows very high precision measurements. Technical state of the machine may be determined using FFT spectral analysis. Graphically presented results and easy to use software makes balancing process simple and quick.
As far as the balancing procedure is concerned, user has to make two (one-plane balancing) or three (two-plane balancing) very simple measurement steps to get proper result and get precise location and size of correction mass.
Whole measurement process is very simplified, so the user is informed what he has to do online on the computer screen. Apart from it, during balancing process user stays informed about all significant measurement parameters like rotational speed, unbalance, angles etc.
Graphical chart of the vibrations and spectrum analysis view is also available. The software provides many additional features: balance tunning - eliminates errors in placement of correction mass, correction mass division for balancing of propeller fans, balancing of grinding wheels directly on the grinder.

In-place and stand balancing

programmers, measurement tools, vibration analysis

Two planes balancing on the stand.

VibroDAQ is universal system which allows balancing in-place and stand balancing as well. The stand balancing is made on special kind of mechanical stands, especially done for balancing purposes. Balance stands are used in production cycle of different detail like engines, automobile wheels, abrasive wheels, fans and many other parts of different devices.
In-place balancing is made in place of rotor placement during his normal working process. This very accurate way of balancing since it compensates unprecise rotor mounting possibility. So, it eliminates so called technological unbalance, which can be appeared during mounting the rotor in the bearing system.

programmers, measurement tools, vibration analysis

One plane balancing of grinding wheel directly on grinder.

In the case of in-place balancing of abrasive wheels, special kind of balancing head can be used, like it seen on the picture. VibroDAQ includes special kind mathematical procedures to speed up the process. In-place balancing saves also time and money needed for disassembling rotor and putting it in balancing stand.

Correction mass vector decomposition

programmers, measurement tools, vibration analysis

Correction mass vector decomposition.

Correction mass vector dividing is mathematical procedure which divides the correction mass calculated by VibroDAQ on given number of parts. This is very useful, during balancing rotors like fans etc., where the placement of correction mass are limited only for blades of the rotor. The number of rotor blades can be defined in the software, so the user has many possibilities of making comfortable mass placement for him. VibroDAQ can calculate mass placement around heavy point and it can calculate the correction drilling also around light point of rotor.

Grinding wheel balancing

programmers, measurement tools, vibration analysis

Distribution of balancing head weights

VibroDAQ is equipped in mathematical procedure allowing cooperation with so called balancing head. Almost every grinding machine is equipped with balancing head, which allows the user easy in-place or stand balancing procedure making. In case of grinding machine in-place balancing process should be applied, so as to be able proper accuracy to be achieved. Normally, the grinding wheels should be balanced by wheel manufacturer, but during grinding process the wheel should balanced by user as well, as often as required to archive proper surface smoothness of material.


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ul. Chełmońskiego 30
05-825 Grodzisk Mazowiecki

tel. +48 22 724 30 39, +48 22 755 69 83
fax +48 22 724 30 37
E-mail: rk-system@rk-system.com.pl
Support: support@rk-system.com.pl