We offer multiple services to the Sugar, Cement, Chemical, Power Plants and others. Our offered service arevibration analysis, dynamic balancing, condition monitoring, thermography, ultrasonic flaw detection, MPI and DPI. Machines are essential constituents of any organization. We have a team of expert professionals to accurately trace and solve the machinery defects. Our onyx PDM instruments are used for ascertaining the causes of machinery breakdown. We offer PDM instruments likevibration meters, vibration data collectors, balancing machine, ultrasonic flaw detectorsandmagnetic particle inspection etc.
When unbalance has been identified with the help of FFT vibration analyzer, then the correction is straightforward. Weight has to be either added or removed from the rotating equipment.
Unbalance is measured and reported in two ways. One is a measure of the effect of the vibration and the other is a measure of the heavy spot. The vibration measure is used in fieldwork and embodies the speed characteristics of centrifugal force effects. In field balancing, rotors run at their own operating speed, with minimum disassembly. A basic requirement in place balancing is that the rotor has to be accessible to make corrections.
The technique of field balancing offers some distinct advantages as:
Balancing is performed on the complete assembled machine and hence compensates the assembly tolerances.
The cost and time to dismantle the machine are saved.
The possibility of damage to the rotor in dismantling and carrying it to balancing station is eliminated. The effects of temperature, pressure, distortion and other environmental influences can be incorporated. The vibration level measured at the 1*rpm is used as an indicator of the amount of unbalance. The location is determined by measuring the phase. Phase is measured by an indicator in the instrument, triggered by a photocell.
When unbalance has been identified with the help of FFT vibration analyzer, then the correction is straightforward. Weight has to be either added or removed from the rotating equipment.
Unbalance is measured and reported in two ways. One is a measure of the effect of the vibration and the other is a measure of the heavy spot. The vibration measure is used in fieldwork and embodies the speed characteristics of centrifugal force effects. In field balancing, rotors run at their own operating speed, with minimum disassembly. A basic requirement in place balancing is that the rotor has to be accessible to make corrections.
The technique of field balancing offers some distinct advantages as:
Balancing is performed on the complete assembled machine and hence compensates the assembly tolerances.
The cost and time to dismantle the machine are saved.
The possibility of damage to the rotor in dismantling and carrying it to balancing station is eliminated.
The effects of temperature, pressure, distortion and other environmental influences can be incorporated.
The vibration level measured at the 1*rpm is used as an indicator of the amount of unbalance. The location is determined by measuring the phase. Phase is measured by an indicator in the instrument, triggered by a photocell.
