The Balancing software module from OROS is designed for the precise balancing of rotating machinery, supporting single, dual, and multiplane balancing operations for both rigid and flexible rotors. It operates with OROS 3-Series instruments and accepts input from accelerometers, velocimeters, or proximity probes, accommodating up to 32 sensors depending on the platform. The software provides real-time acquisition of 1X amplitude and phase data, high phase accuracy, and a flexible weight map configuration for correction mass management. It features a user-friendly dashboard that guides users through each balancing step, from data acquisition to correction recommendations and report generation. The module supports both shop and in-situ field balancing, with tools for trim balancing, residual vibration prognostics, and compliance with ISO 1940 balancing quality standards. Multiplane balancing allows for up to 14 planes and includes advanced features such as run-up, coast-down, and steady-state balancing, as well as the ability to import and analyze data from other sources.

Key Features

Real-Time Data Acquisition and High Accuracy Captures and processes vibration data for balancing.

• Accepts signals from accelerometers, velocimeters, or proximity probes
• Up to 32 sensors supported
• High phase accuracy with 6.4 MHz oversampled tachometer

Single, Dual, and Multiplane Balancing Flexible balancing for various rotor types and configurations.

• 1 to 14 balancing planes (rigid or flexible rotors)
• Real-time 1X amplitude and phase acquisition
• Steady-state, run-up, and coast-down balancing

Correction and Prognostics Tools Guides users through correction and predicts outcomes.

• Flexible weight map configuration (split or stepwise correction)
• Prognostics of residual vibration (“what if” analysis)
• Trim balancing and correction mass management

User-Friendly Interface and Reporting Streamlines workflow and documentation.

• Guided dashboard for all balancing steps
• Report generation for documentation and compliance
• Designed for non-experts with wizard-driven setup

Benefits

Efficient and Accurate Balancing Operations Reduces time and risk in balancing tasks.

• Minimizes training and correction time
• Limits risk of errors with guided workflows

Versatile Application Suitable for both shop and field environments.

• Supports a wide range of rotor types and balancing scenarios
• Complies with ISO 1940 standards for residual unbalance

Comprehensive Data Management Facilitates traceability and future maintenance.

• Saves rotor history and modifications in project files
• Enables further balancing without additional trial tests