In industrial manufacturing, it’s no secret that efficiency hinges on the seamless integration of components. With countless parts working together in a single system, it’s imperative that each one functions optimally with those around it.
That’s why connectors play a crucial role in many industrial applications. When they appropriately match system needs and requirements, they provide reliable communication, power transfer and system functionality. In industries like discrete manufacturing, connectors must support precise automation and high-speed operations, whereas batch manufacturing demands connectors that withstand frequent disconnections and exposure to environmental factors like moisture, dust and temperature fluctuations.
Because connectors have so many duties to fulfill, there is an overwhelming number of choices on the market, causing the seemingly simple task of selecting, purchasing and integrating a connector to become needlessly complex or challenging. The sheer variety of configurations, materials, specifications and vendors can leave manufacturers struggling to determine not only the best-fit connector for their application but also where to source each specific connector.
Without careful consideration of each connector’s functions and properties, the wrong choice can lead to system inefficiencies, unplanned downtime and costly replacements. Even the right choice may result in multiple sources of connectors, potentially causing compatibility issues such as mismatched pin configurations, inconsistent quality standards or increased troubleshooting complexity, as well as supply chain difficulties like high costs for small order quantities and increased shipping expenses.
With so much to consider when selecting the right connector, manufacturers can benefit from tailored selection strategies and reliable distribution from trusted engineering partners.
Understanding connectors as an engineering partner
When aiding and supporting a manufacturer in the selection process of industrial connectors, an engineering partner must prioritize several key factors. Because connectors play a vital role in power distribution and data communication, electrical performance must be a top priority. Voltage and current ratings must align with system demands to ensure safe and efficient power transmission and prevent issues such as overheating, arcing or voltage drops.
