9K718M

Advanced Heavy-Duty Self-Aligning Support Systems

• Self-aligning roller cassette design – Roller cassettes automatically adjust to rotor positioning in two axes, reducing setup time and eliminating rotor surface damage from misalignment on the heaviest components. The self-aligning feature minimizes operator skill requirements while ensuring optimal rotor-to-roller contact geometry for maximum loads.
• Extra-wide cylindrical roller configuration – Roller width specifically designed to support the heaviest rotors up to 8000kg for extended periods without surface “knurling” effects on rotor bearing journals. The extra-wide contact surface with radius chamfers distributes maximum loads evenly to preserve rotor surface integrity.
• Quick-change roller system for maximum capacity – Specialized roller cassette design enables roller replacement within two minutes using additional roller sets optimized for the heaviest rotor applications. The quick-change capability maximizes machine utilization by minimizing downtime during maximum-capacity rotor changeovers.
• Hardened roller surface treatment for heavy loads – Rollers manufactured with 52-56 HRC surface hardness ensuring extended service life under maximum loading while maintaining optimal contact characteristics. The hardness specification balances durability with heavy rotor surface protection requirements at maximum capacity.

Mechanical Structure Design

• Soft-bearing pendulum suspension system – Heavy-duty pendulum-mounted support structure provides exceptional measurement sensitivity with visual resonance detection for the largest rotors up to 8000kg. This advanced soft-bearing design enables unmistakable identification of resonance frequency range and tactile residual vibration assessment for the heaviest industrial applications.
• High-movement pendulum suspension for maximum applications – Suspension design provides exceptional sensitivity for micro-vibration detection with operator “feel-based” assessment capability after balancing the heaviest rotors. The high-movement characteristic enables tactile verification of balance quality complementing electronic measurement for maximum-capacity components.
• Maximum-capacity modular design architecture – MODULAR DESIGN® system enables interchange of tooling and machine characteristics including diameter adjustments and cassette modifications for the heaviest rotor applications. The modular approach maximizes machine adaptability across diverse heavy industrial rotor types without equipment replacement.
• Extended height-adjustable roller cassettes – Variable height mechanism accommodates rotor bearing journals from 20-400mm diameter while maintaining precise alignment and support characteristics under maximum loads. The extended adjustment range enables flexibility across the largest industrial rotor geometries.
• Patented “MOVING ROLLER”® axial stops for maximum capacity – Enhanced axial positioning system prevents rotor displacement and flyout of the heaviest rotors while minimizing balancing errors through specialized contact design. The patented stops provide maximum safety for substantial rotor masses without compromising measurement accuracy.
• Heavy-duty support arrestor mechanism – Integrated arrestors enable single-plane balancing operations and support fixing during resonance frequency passage with maximum capacity for the heaviest rotors. The arrestor system provides operational flexibility while maintaining measurement precision across operating ranges under maximum loads.
• Superior vibration isolation for heavy industrial environments – Soft-bearing design provides exceptional isolation from external vibrations while maintaining sensitivity to rotor-generated unbalances from the heaviest industrial components. This isolation ensures accurate measurements in the most demanding heavy industrial environments.

High-Power Heavy-Duty Drive System

• High-capacity frequency-controlled drive – 22kW electric motor with substantial power reserve reduces acceleration and deceleration times while ensuring adequate torque for the heaviest rotor configurations up to 8000kg. Frequency inverter provides smooth speed regulation across 200-1300 rpm range with motor protection and stepless control capability.
• Patented “LONG STROKE”® maximum-capacity belt drive – Advanced belt drive design with wide tension adjustment range utilizes only two belt sizes to accommodate all heavy rotor requirements up to maximum capacity. The patented system enables rapid belt changes and precise tension adjustment critical for soft-bearing measurement accuracy under maximum loads.
• Heavy-duty adjustable tension pulley mechanism – Variable tension system allows precise belt force adjustment to optimize soft-bearing measurement characteristics while preventing over-tensioning effects on the heaviest rotors. The adjustment capability ensures optimal drive characteristics across diverse rotor weights and configurations up to 8000kg.