Two Environmental Factors To Consider When Selecting Heavy-duty Connectors For Robots

The industrial environment poses a particularly significant challenge to 4 pin heavy duty connector. The requirements of the application environment must be considered first in order to select the appropriate 6 pin heavy duty connector. This article mainly shares five environmental factors that should be considered when selecting an industrial robot based on the connector heavy duty standard.

Extreme Temperatures:

Most failures caused by the environmental conditions of industrial robots are due to excessively high temperatures or temperature cycling, usually caused by thermal stress resulting from differences in the coefficients of thermal expansion (CTE) of different materials. Extreme temperatures can also affect mechanical parts of heavy duty 2 pin connector, especially rubber seals and plastics of heavy duty connector 16 pin, which are prone to hardening and resistance to deformation, leading to leaks or cracks.

Shock and vibration:

Shock and vibration are very common in industrial environments. They can generate mechanical stress in heavy duty connector 5 pin, which can lead to solder joint cracking, loosening of screws and other fasteners, and metal loss. heavy duty connector 6 pin on industrial equipment often bears these mechanical stresses.