What bolt size and torque is required for slider hold down clips?

What bolt size and torque is required for slider hold down clips?

• A. 1/2" hex head with 80-100 lb-ft torque
• B. 5/8" hex head with 90-120 lb-ft torque
• C. 3/4" hex head with 100-130 lb-ft torque
• D. 7/8" hex head with 120-150 lb-ft torque

Answer: (B)

The correct choice specifies a 5/8" hex head bolt requiring a torque range of 90-120 lb-ft for slider hold down clips. This specification is significant because it ensures the proper fastening of the clips to secure the slider mechanism on a chassis effectively. The size and torque required are designed to balance strength and flexibility, preventing over-tightening which could lead to damage or misalignment, while also ensuring that the clips are tightly affixed to maintain structural integrity during transport and handling of the chassis. Using the appropriate size of the bolt is crucial as it directly affects the distribution of load and the overall functionality of the assembly. The specified torque range allows for adequate clamping force while reducing the risk of stripping the threads or damaging the components due to excessive force. Hence, a 5/8" bolt with that torque range offers an optimal solution for ensuring durability and reliability in the chassis assembly's components.

The correct choice specifies a 5/8" hex head bolt requiring a torque range of 90-120 lb-ft for slider hold down clips. This specification is significant because it ensures the proper fastening of the clips to secure the slider mechanism on a chassis effectively. The size and torque required are designed to balance strength and flexibility, preventing over-tightening which could lead to damage or misalignment, while also ensuring that the clips are tightly affixed to maintain structural integrity during transport and handling of the chassis.

Using the appropriate size of the bolt is crucial as it directly affects the distribution of load and the overall functionality of the assembly. The specified torque range allows for adequate clamping force while reducing the risk of stripping the threads or damaging the components due to excessive force. Hence, a 5/8" bolt with that torque range offers an optimal solution for ensuring durability and reliability in the chassis assembly's components.