SKF Flexible Coupling Flector 165mm

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RS Stock No.:
862-5761
Mfr. Part No.:
PHE F60FRTYRE
Brand:
SKF
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Brand

SKF

Size

165mm

Coupling Types

Tyre Coupling

Torque Rating

318Nm

Misalignment - Angular

Misalignment - Axial

2mm

Misalignment - Parallel

1.6mm

Length

41.5mm

COO (Country of Origin):
IN

SKF Flexible Coupling Flector, 165mm Size, 318 Nm Torque Rating - PHE F60FRTYRE


This flexible coupling flector is designed to accommodate various shaft misalignments in industrial applications. It effectively transmits power while minimising vibration and wear on connected machinery. Its high torque rating and adaptability make it a crucial component for improving operational efficiency in mechanical systems.

Features & Benefits


• Thyre coupling type efficiently absorbs shock and vibration
• High torque rating of 318Nm supports rigorous applications
• Accommodates up to 4° of angular misalignment for efficient operation
• Allows for 2mm of axial misalignment to ensure flexibility
• Designed for parallel misalignment up to 1.6mm for seamless integration

Applications


• Used with motors and gearboxes in conveyor systems
• Suitable for connecting shafts in machinery with frequent misalignment
• Applicable in automated systems that require flexible linkages
• Utilised in various industrial settings, including manufacturing and processing lines

How does it handle shaft misalignments during operation?


It effectively accommodates angular, axial, and parallel misalignments, ensuring smooth performance.

Can it be used in high-speed applications?


Yes, its robust design and effective shock absorption make it suitable for high-speed operations.

What maintenance practices should be followed?


Regular inspections for wear and alignment checks are advisable to maintain longevity and performance.

Is it compatible with standard motor sizes?


Yes, it is designed for seamless integration with commonly used motor and gearbox sizes.

How does it impact the performance of connected machinery?


It reduces vibration and wear, enhancing the efficiency and lifespan of connected components.