Vibration Meter BALTECH VP-3450
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EXPRESS DIAGNOSTICS OF BEARINGS THE DEVICE FOR BEARING MONITORING USING THE SHOCK PULSE METHOD RELIABILITY TECHNOLOGIES PRODUCTION OF VIBRATION DIAGNOSTICS SYSTEMS • MONTHLY TRAINING AT THE TRAINING CENTRE • VIBRATION CORRECTION ON THE CUSTOMER'S PREMISES • MAINTENANCE AND REPAIR OF DIAGNOSTICS SYSTEMS • METROLOGICAL ASSURANCE

THE DEVICE FOR BEARING DIAGNOSTICS USING THE SHOCK PULSE METHOD BALTECH VP-3450 Shock pulse indicator Shock-pulse sensor The bearing condition is estimated according to the color condition scale: yellow- warning The measurement modes are set using the device keyboard. According to the BALTECH conception «Reliability technologies* after the bearing condition monitoring it is necessary to check for unbalance and misalignment After bearing replacement we recommend to perform alignment with BALTECH SA-4300 and dynamic balancing with BALTECH VP-3470. DESIGN AND OPERATION PRINCIPLE The device for...

THE DEVICE FOR BEARING DIAGNOSTICS USING THE SHOCK PULSE METHOD BALTECH VP-3450 shock pulse method uses several shock pulse dB dBsv (decibel shock value) The absolute shock pulse dB value The initial dB value. This is an average value obtained from a variety of tests and measurements conducted on new bearings, and correction of different bearing operation and their rotation speed according to dBn standard. The standard dB value. It is a standardized measurement and scale unit used as a standard to estimate bearing condition. The maximum dB value obtained from the bearing shock pulse...

THE DEVICE FOR BEARING MONITORING USING THE SHOCK PULSE METHOD BALTECH VP-3450 Standard bearing operation modes Bearing in good working Bearing damage at an early with severe damage The headphones can be used to determine a shock pulse source. The operation principle is as follows- if the shock pulse value is higher than the measuring interval, the impulse is audible; If the measuring limit is higher than the largest shock pulse value, the sound is unheard. The more impulses exceed the range, the more frequent the impulse sound is. When the range is close to dBc, the sound in the headphones...