Connectors are used to transmit power and signals between the power supply point and the robot. With appropriate connection technology, the connection interface can be inserted into the robot head, and these interfaces connect the robot to the factory internal network through the communication controller.
Now the space on the production line is getting more and more compact, and the robots are getting smaller and smaller. Especially when working in high temperature and harsh environments, there are special requirements for connection technology, and the role of connectors becomes more important. According to different needs, connectors are mainly used in the following situations of industrial robots:
- Space saving with highly integrated interfaces
In developing new areas of application, for example in assembly lines, robot manufacturers face two major challenges: robots require more and more perception sensors, and for more complex assembly operations, they must become smaller and more flexible. Advanced industrial connectors can support the development of such robotic systems by miniaturization and ensuring shielded data transmission. As a "hybrid" interface, this type of connector replaces the tasks of several individual interfaces. In order to make optimal use of the space within the connector, manufacturers are continuously increasing the interface density of modular connectors.
- Miniaturized to the last millimeter
Valve terminals are an integral part of automated pneumatic systems. Existing equipment often uses fieldbuses for communication, allowing the integration of various electrical functions. In addition to flow rate considerations, one of the key product characteristics is the need for a compact design.
- Reliable transmission of data, signals, and power
Providing reliable transmission of data, signals, and power within the full performance range of industrial applications is a basic requirement. The PushPull specification is an international standard for push-pull signal connectors that combine easy access and a simple and reliable locking mechanism. With the popularization of industrial automation, the PushPull concept has evolved to signal, data, electronic, and even optical fiber transmission. It can provide stable and diverse transmission performance through a single standard connector system.
- Powering Laser Cutting Systems
Laser cutting systems provide high precision for new manufacturing processes and have become an essential technology for the automotive and other manufacturing industries. While providing high precision and automation, the laser cutting process also produces byproducts such as sparks, moisture, exhaust and dust. Connectors for this application must effectively protect the system interface from flying particles, smoke, moisture and welding sparks to ensure uninterrupted power supply. And with plug-and-play connectors, users can quickly replace individual devices and components in the event of a failure.
