Overview
The document provides detailed information on the Soft Bearing Balancer Series and Dual Driven Balancer Series, which are designed for the dynamic balancing of various rotating workpieces such as large motors, rubber rollers, water pumps, centrifuges, fans, and crankshafts. These machines utilize both universal joint and belt drive modes to meet diverse measurement requirements.

Soft Bearing Balancer Series
This series is specifically designed for high precision dynamic balancing tests of micro-motor rotors. Key features include:

• Servo drive for automatic positioning.
• Soft support structure with high sensitivity sensors for enhanced measurement precision.
• User-friendly interface and easy operation.

Technical Specifications
The document lists various models with specifications such as maximum workpiece weight, diameter, distance between bearing pedestals, journal diameter, belt driving diameter, rotation speed, motor power, and minimum achievable residual unbalance per plane. For example:

• Model PRQ-0.3: Maximum weight 0.3 kg, maximum diameter Φ40 mm, motor power 0.1 KW.
• Model PRQ-1.1: Maximum weight 1.1 kg, maximum diameter Φ80 mm, motor power 0.4 KW.

Dual Driven Balancer Series
This series is suitable for larger workpieces and includes models with varying capacities and specifications. Key parameters include:

• Maximum workpiece weight ranging from 160 kg to 50,000 kg.
• Maximum diameter ranging from Φ1000 mm to Φ3600 mm.
• Motor power and unbalance reduction ratios are specified for each model.

Applications
The balancers are widely used in industries requiring precise balancing of rotating components, ensuring operational efficiency and longevity of machinery.

Conclusion
The document provides comprehensive technical details and specifications for each model, highlighting their capabilities and applications in various industrial settings.