SKF SAKB M6 x 1 Male Steel Rod End, 6mm Bore, 48mm Long, Metric Thread Standard, Male Connection Gender

SKF SAKB Series Rod End, 6mm Bore size, M6 x 1 Male Connection size - SAKB 6 F

This rod end is a vital component in mechanical assemblies, featuring a male thread for connection. Designed with an M6 x 1 male connection size, it supports a bore diameter of 6mm. Constructed from steel, this rod end offers robust performance with an overall length of 48mm, making it ideal for various applications in engineering and automation.

This rod end is a vital component in mechanical assemblies, featuring a male thread for connection. Designed with an M6 x 1 male connection size, it supports a bore diameter of 6mm. Constructed from steel, this rod end offers robust performance with an overall length of 48mm, making it ideal for various applications in engineering and automation.

Features & Benefits

• Delivers a dynamic load rating of 4.25kN for reliability • Offers a static load rating of 6.8kN to handle high tensions • Utilises metric thread standards ensuring compatibility with other components • Features precise tolerances for enhanced fitting and operation • Lightweight design at just 0.021kg, facilitating easier handling • Allows for a maximum tilt angle of 17°, improving flexibility in use

• Delivers a dynamic load rating of 4.25kN for reliability • Offers a static load rating of 6.8kN to handle high tensions • Utilises metric thread standards ensuring compatibility with other components • Features precise tolerances for enhanced fitting and operation • Lightweight design at just 0.021kg, facilitating easier handling • Allows for a maximum tilt angle of 17°, improving flexibility in use

Applications

• Used in automated assembly systems for precise motion control • Ideal for linkages in mechanical design to convey forces • Utilised in robotics for effective transmission of loads • Employed in automotive for suspension systems • Suitable for manufacturing equipment requiring adjustable components

• Used in automated assembly systems for precise motion control • Ideal for linkages in mechanical design to convey forces • Utilised in robotics for effective transmission of loads • Employed in automotive for suspension systems • Suitable for manufacturing equipment requiring adjustable components

What is the significance of the dynamic load rating?

The dynamic load rating signifies the maximum load the rod end can withstand during motion without failure, ensuring safe operation in moving applications.

The dynamic load rating signifies the maximum load the rod end can withstand during motion without failure, ensuring safe operation in moving applications.

How does the bore diameter affect performance?

A 6mm bore diameter is crucial for fitting onto compatible shafts, enabling efficient transfer of forces in mechanical assemblies.

A 6mm bore diameter is crucial for fitting onto compatible shafts, enabling efficient transfer of forces in mechanical assemblies.

What considerations should be made when selecting a rod end?

It’s important to consider the load requirements, connection type, and compatibility with existing components within your assembly for optimal functionality.

It’s important to consider the load requirements, connection type, and compatibility with existing components within your assembly for optimal functionality.

What materials are best suited for harsh environments?

While steel offers excellent strength, environments with corrosion risks may benefit from alternatives like stainless steel to enhance longevity and performance.

While steel offers excellent strength, environments with corrosion risks may benefit from alternatives like stainless steel to enhance longevity and performance.

How does the angle of tilt contribute to usability?

A maximum tilt angle of 17° allows the rod end to accommodate misalignments and dynamic movements, improving operational flexibility in various applications.

A maximum tilt angle of 17° allows the rod end to accommodate misalignments and dynamic movements, improving operational flexibility in various applications.