The VB95 Analyser Balancer is TSC’s first portable device for vibration analysis, crafted for condition monitoring, troubleshooting, and on-site balancing of rotating machinery. Developed through years of research and expertise across various industries, this sophisticated tool utilizes advanced mechanical, electronic, and software technologies.

It allows for vibration condition monitoring, spot measurements, diagnosis of vibration causes, and on-site balancing of all rotating equipment, including electric motors, pumps, fans, compressors, and turbines.

In addition to conventional measurement techniques, the VB95 Analyser Balancer incorporates innovative methods like machine animation, which simplifies the diagnosis of low-frequency faults. Its ability to recall standard alert and danger thresholds facilitates easy assessment of machine vibrations. The device’s measurement methods and amplitude-phase averaging improve the accuracy and speed of on-site balancing while streamlining phase analysis. With its robust aluminum casing, full-color display, polycarbonate keypad, and high-quality connectors, the VB95 Analyser Balanceris well-suited for industrial environments.

The device’s modular design allows customers to order only the necessary modules, reducing overall costs. Upgrades don’t require hardware changes; access to additional modules can be achieved through simple reprogramming.

•  Acceleration, Velocity, and Displacement of vibrations.

•  RMS, Peak True, Peak Calc, and Peak to Peak.

•  Displays allowable limits, alerts, and danger ISO 2372 standards.

•  Bearing Condition (BCU) parameters.

•  Averaging and filtered signal.

•  Acceleration, velocity, and displacement vibration signals

•  Signal filtering

•  Frequency bandwidth up to 25 kHz

•  Frequency resolution of up to 12,800 lines

•  Time and frequency averaging

•  Shaft and bearing orbits

•  Relative phase between two channels

•  Planning routine condition monitoring for the plant

•  Transferring all measurements between the analyzer and computer

•  Automatically adjust measurements

•  Compare with previous values

•  Managing completed and incomplete measurements

•  Add notes for each measurement

•  Transient state analysis at startup and shutdown

•  Amplitude and phase diagrams based on rotational speed

•  Orbit display relative to rotational speed

•  Detection of the machine’s natural frequencies

•  Distinguishing between shaft and bearing natural frequencies

TSC has developed an innovative technique to visualize the relative movement of machine bearings and shafts, akin to Operational Deflection Shapes (ODS) analysis, to differentiate low-frequency faults. This method observes bearing movement by measuring just six degrees of freedom for each bearing.

کلید واژه : آنالایزر ارتعاشات VB95 / آنالایزر ارتعاش / لرزش سنج / لرزش سنج پرتابل / بالانسر / بالانسر پرتابل / آنالایزر ویبره / آنالایزر ویبره پرتابل / ارتعاش سنج ایرانی / ارتعاش سنج پرتابل.

•  Single and two-plane balancing

•  Vector and numerical display

•  Editable balancing steps

•  Measurement table display

•  Vector representation of balancing steps

•  Graphical position of correction masses relative to trial mass

•  Simultaneous single-plane balance display for both channels to evaluate accuracy

•  Allowable imbalance calculation per ISO 201940

•  Vector averaging and measurement vector change display- Storage for balancing similar machines

•  Vector decomposition of correction masses

کلید واژه : آنالایزر ارتعاشات VB95 / آنالایزر ارتعاش / لرزش سنج / لرزش سنج پرتابل / بالانسر / بالانسر پرتابل / آنالایزر ویبره / آنالایزر ویبره پرتابل / ارتعاش سنج ایرانی / ارتعاش سنج پرتابل.