Vibworks Balancer

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RIGHT DECISION

USING THE RIGHT TOOL

Overview

The VibWorks Balancer is a user-friendly add-on module to the BETAVIB Suite, optimized for both simplicity and efficiency. Built on the same hardware platform as the VibWorks Collector and Analyzer, it enables users to perform balancing tasks swiftly through a streamlined, yet powerful interface. With up to four physical channels, the system accelerates balancing operations by allowing simultaneous data acquisition, ensuring faster and more precise results. Furthermore, VibWorks Balancer includes real-time phase stability monitoring, displayed on dynamic polar graphs, to ensure optimal balancing conditions throughout the entire process.

Features To Discover

Real-Time Vibration Spectrum Analysis

Continuously displays vibration spectra, enabling monitoring of amplitude, phase, and critical frequency components for comprehensive diagnostic insights during balancing.

Dynamic Vector & Phase Visualization

Provides real-time tracking of phase stability and dynamic vectors on polar plots, ensuring precise identification of unbalance and corrective measures.

Single-Shot Balancing

Performs shaft sensitivity analysis through a single trial run, streamlining the process for future corrections.

Flexible Units & Measurement Settings

Allows users to select preferred measurement units (g, kg, mm/s, IPS, RMS, CPM, Hz) for vibration, weight, and radius, facilitating seamless integration with industry-standard workflows.

Advanced Polar Diagram Feedback

Real-time polar plots enhance balancing precision by visually confirming the relationship between unbalance vectors, corrective weights, and phase adjustments.

ISO 1940 Compliance

Automatically verifies balancing operations against ISO 1940 standards, ensuring permissible residual unbalance and compliance with industrial quality benchmarks.

Vibworks Balancer Gen 5.0

The VibWorks Balancer can save shaft sensitivity coefficients for future use, eliminating trial runs in subsequent balancing tasks. It provides ISO 1940-compliant normalized balancing, automatic suggestions for trial weights, and detailed reports in PDF, DOC, and HTML formats. Proximity probes enhance precision for low-speed machinery, while advanced cross-correlation algorithms ensure optimal phase stability, minimizing risks like wear, increased costs, and safety hazards.

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