How to avoid overloading fasteners?

We discussed how overloaded #fasteners affect overall production capacity and learned several factors. However, whenever something goes wrong, there must be a solution. Again, there is a solution to avoid overload occurring. Are you interested in knowing what steps need to be taken or how to prevent overload and maintain productivity? If so, follow Hongnai to learn about the various things to consider for fasteners in production and avoid overuse.

1. Drill pilot holes

A guide hole is a hole #drilled into the material to form a slot that drives the fastener. The small diameter of these holes prevents the pin from being over-tightened or snapped in half, which helps reduce the shear capacity and significantly reduces it.

2. Determine the appropriate bolt slip clutch settings

The slip clutch is an adjustable collar that controls the torque transmitted to the #bolt head to drive it. It is essential to adjust the bolt's slip clutch settings to match the torque required to operate the fastener. Please set the correct torque to avoid overload, and the slipper clutch setting for cork is different from what is required for hardwood or metal. In the case of the pin, you need a little torque, while metal requires a higher torque setting.

3. Select the auto-centering drill

When you drill grooves to drive fasteners, it isn't easy to train grooves within millimeter accuracy. If the slot is not drilled correctly and the hole is not aligned with the center, it can cause the fastener to travel in the wrong direction. To prevent this from happening, it is recommended to use a self-centering drill bit to provide greater accuracy to the #drilling groove. As a result, it helps prevent overdrive and maintain shear capacity.