SKF Flexible Coupling Flector 36 mm

SKF Flexible Coupling Flector, 36mm Bore, Jaw Coupling - PHE L070NR

This flexible coupling from SKF is essential for a variety of mechanical systems. It effectively accommodates both angular and parallel misalignments, promoting smooth power transmission while minimising vibration and wear in connected machinery. Constructed from durable nitrile material and featuring a bore of 36mm, this coupling is designed to perform well in various conditions.

Features & Benefits

• Torque rating of 5.77 Nm ensures efficient power transmission.
• Black finish presents a professional look for industrial applications.
• Can accommodate angular misalignment of 1° for flexible installation.
• Supports parallel misalignment of up to 0.38mm for adaptability.
• Capable of high-speed operation up to 14000r/min.

Applications

• Connecting motors and gearboxes in automation systems.
• requiring precise alignment in mechanical drives.
• Suitable for electrical and electronic control systems.
• Ideal for industrial machinery needing high torque transmission.

What should be considered before installation?

It is important to ensure that the angular and parallel misalignment specifications are met, and that the product is suitable for the operational speeds of the required application.

How can the product withstand extreme temperatures?

The nitrile material operates effectively within a temperature range of -40 to 100°C, making it appropriate for varied environments.

What maintenance is required for optimal performance?

Regular inspections for wear and potential misalignment are advisable to maintain performance and prolong the service life.

Can it be used with different motor sizes?

Yes, this coupling is designed to fit a bore of 36mm, allowing compatibility with various motor sizes within this specification.

What is the effect of misalignment on performance?

Misalignment can increase wear and tear; however, this coupling is designed to minimise these effects while providing stability during operation.