TE Connectivity Dynamic Series Connectors encompass a variety of options, spanning from signal-level circuitry to power circuit connectivity, all packaged in a ruggedized, industrialized format. These devices are designed by our engineers specifically for control system applications, catering to high-density signals and power needs. The Dynamic series connectors include wire-to-board, wire-to-panel, and wire-to-wire configurations, each featuring diverse housings capable of meeting a wide range of applications. Standard crimp and spring clamp variations are available for many parts, with standardized contacts helping to minimize the need for multiple application toolings.
TE Connectivity Dynamic Series Connectors
Features
- Flexible signal
- Industrialized package
- Reliable connection
- Rugged design
- Standard crimp and spring clamp variations available
Applications
- Data communication
- Elevator/escalator
- Factory automation computers
- Human Machine Interface (HMI)
- Industrial control
- Industrial process controls
- Motion & drives
- Numeric controllers
- Power distribution
- Production equipment
- Robotics
- Servo drives
- Switching power supplies
- Variable frequency drives
Resources
Video
This TTI Tech Specs video for TE Connectivity Dynamic Series Connectors explains that the contacts are standardized to reduce the amount of application tooling and have a large contact area and three points of contact to reduce maintenance caused by contact failures.
See video transcript below
Video Transcript
If you’re like me, you’re always dealing with evolving design requirements. Managers like to call this “being dynamic”. To help you with these “dynamic” managers, TE offers the Dynamic Series of cable-to-board, cable-to-panel, and cable-to-cable connectors, ranging from low-level signals to high power connectivity, all based on a set of diverse, robust housings and high quality box contacts. The contacts are standardized to reduce the amount of application tooling and have a large contact area and three points of contact to reduce maintenance caused by contact failures.
The long contacts and housing retention legs provide high resistance to vibration in industrial equipment, and the housings offer various keying options and an audible click to ensure proper mating during assembly and maintenance. Housing options are diverse, including different series and options to address requirements such as voltage and current, pin count, durability, and form factor, with combinations available for nearly any requirement.