Heavy-duty Kilovolt Connections – Heavy-duty Connectors
In the trend of device miniaturization, the reduction in device panel size simultaneously demands a decrease in the structural dimensions of heavy duty connector 16 pin.
How to meet the demand for heavy duty connector 5 pin size reduction while maintaining redundant power performance, and how can heavy duty connector 6 pin achieve electrical insulation up to 1000V across pin spacing dimensions?
How to achieve cross-level performance:
1. Customized housing material
The heavy duty electrical contacts housing material is made of customized PA6T particles. Compared with ordinary PA66 thermosetting engineering plastics, heavy duty multi pin connectors has stronger electrical insulation performance, heavy duty male female connector more stable dimensional changes due to water absorption, and higher temperature resistance, making it ideal for cross-level connections.
2. Irregular pin design
heavy duty industrial connector adopts an irregular Z-shaped pin layout. The unique heavy duty cable connectors pin layout effectively increases the electrical clearance between the pins of the base, and can withstand a maximum voltage of 800V.
3. 50 years of innovation focused on PCB connections
heavy connector is not limited by its market position in the industry, and consistently adheres to the spirit of innovative connection, providing industrial customers with the most technologically advanced connection solutions, and integrating heavy power connector experience into SPC 4 to achieve cross-level applications.
Connection Parameters & Advantages at a Glance
No.1 Direct-insertion spring terminal, fast and efficient connection
uses direct-insertion spring connections. The connection process does not require tools. The maximum wire diameter is 4mm², and it can carry a current of 22A. High-performance springs ensure stable and reliable electrical transmission.
No.2 Diverse locking structures, flexible and tool-free operation
offers versions without a locking structure, with a central locking flange, and a top locking version that saves more space compared to traditional left and right screw flange locking. The plug solution with a metal shielding plate can further improve the overall electrical shielding connection mechanism. It complies with the IEC/UL 61800-5-1 standard, and the enhanced touch protection structure effectively improves the safety of operators. No.3 Base: Adaptable to Multiple Plugs, Integrated and Compact
This base is compatible with different locking plug types, reducing the number of material types required for procurement. It is available in both horizontal and vertical cable exit versions. The base is suitable for both wave soldering and THR soldering processes, allowing for integration into the soldering process of other electronic components, thus reducing production and assembly costs. The base also features finger-touch protection.
