Circular connectors for building automation systems
Case background
A leading integrator of building automation systems focused on the design and implementation of smart buildings. As smart technologies continue to advance, customers are looking to improve the connectivity stability and data transfer efficiency of their building management systems for more efficient energy management and security monitoring.

Customer Challenge:
Poor connection stability: The original connector performs poorly in a high-density wiring environment, and is prone to signal loss and interference, affecting the real-time monitoring and control ability of the system.
Incompatibility: Interfaces between multiple devices and systems are inconsistent, which causes problems during integration and prolongs the installation and commissioning time.
Weak environmental adaptability: The internal environment of the building is complex, the temperature and humidity changes greatly, and the original connector cannot meet the tolerance of these changes, increasing the risk of failure.

Solution: The SHUNKONN engineering team developed and customised a circular connector for building automation to meet the specific needs of our customers.
Design features of the connector include:
High anti-interference ability: Multi-layer shielding design effectively reduces electromagnetic interference (EMI), ensures signal integrity and stability, and is suitable for high-density wiring environment.
Modular design: The connector supports multiple interface standards, enhances system compatibility, and simplifies connectivity and integration between devices.
Waterproof and dust-proof performance: with IP67 protection grade, to ensure stable work in the changeable building environment, reduce equipment failure.

Achievements and impacts:
The implementation of the new SHUNKONN circular connector has enabled customers to achieve significant improvements in their building automation systems in a number of ways:
Improved system stability: By optimizing signal transmission, the performance of the customer's building management system in real-time monitoring is significantly enhanced, and the accuracy and timeliness of data transmission is improved.
Installation efficiency: The modular design makes the connection between the equipment more convenient, shortens the installation and commissioning time, and improves the efficiency of the overall project.
Reduced failure rate: The water and dust resistance enhances the durability of the equipment, significantly reduces the maintenance cost of the customer, and improves the reliability of the system.
This success demonstrates SHUNKONN's expertise and innovation in building automation and underlines our commitment to providing our customers with efficient and reliable connectivity solutions to drive the development of smart buildings.

# Building automation # Circular connector # Smart building