Built with advanced composite technology, this coupling delivers durability, flexibility, and efficient industrial operational performance consistently.
- Composite coupling construction
- Cooling tower use
- Lightweight design
- HVAC applications
- Corrosion-resistant hardware
- Industrial cooling systems
- High torque capability
- Reduced vibration operation
- Low maintenance performance
- Easy installation process
Designed for continuous industrial cooling and power transmission applications, the LRA485.338 coupling is manufactured using precision engineering standards to provide dependable performance, reduced vibration, and enhanced operational durability in demanding industrial environments.
- Model: LRA485.338
- Coupling Type: Advanced composite flexible coupling
- Maximum Operating Speed: Up to 4,850 RPM
- Nominal Torque Capacity: 338 Nm
- Peak Torque Rating: 675 Nm
- Operating Temperature Range: -20°C to +110°C
- Dynamic Balance Quality: ISO 1940 Grade G6.3
- Misalignment Compensation:
- Angular: up to 1.2°
- Axial: ±2 mm
- Radial: ±1.5 mm
- Construction Material: Industrial-grade alloy steel with reinforced composite flexible elements
- Corrosion Resistance: Protective anti-corrosion surface treatment for industrial cooling environments
- Rotational Assembly: Precision-balanced assembly for smooth high-speed operation
- Structural Design: Lightweight low-inertia configuration for improved drive efficiency
- Vibration Reduction: Up to 30% lower vibration transmission compared to standard rigid couplings
- Operational Efficiency: Up to 97% torque transmission efficiency
- Noise Reduction Performance: Optimized for low-noise industrial operation
- Duty Rating: Continuous heavy-duty operational capability
- Maintenance Requirements: Low-maintenance flexible element system
- Expected Service Life: More than 40,000 operating hours under recommended operating conditions
- Application Compatibility: Cooling towers, industrial pumps, HVAC systems, compressors, and rotating mechanical equipment
- Performance Benefits: Smooth torque transfer, shock absorption, reduced equipment wear, and enhanced drivetrain protection
