What Are The Core Advantages Of Heavy-duty Connectors?
As a part that electronic engineering technicians often contact in the industrial field, heavy duty connector plays a connecting role. A communication bridge is established between circuits that are blocked or isolated to enable current to flow. The advent of the intelligent industrial era has also brought opportunities to heavy duty electrical connectors, especially in the fields of industrial automation, robotics and motor control. Focus on the heavy duty power connectors industry and lead the development direction of the heavy duty connector 24 pin market.
An important core advantage of 16 pin heavy duty connector is to provide solutions for distributed control systems.
The so-called distributed control system usually has a human-machine interface to achieve human-machine control and system monitoring, and is connected to a programmable controller through the Internet. These controllers are then connected to different units such as actuators, motors, sensors, switches and valves.
The development of 24 pin heavy duty connector will be a major reform and progress in 4 pin heavy duty connector in industrial applications, laying a good foundation for our industrial development and providing great convenience for our lives. The development and progress of 6 pin heavy duty connector keep pace with the times, and are constantly humanized and technological.
The main function of connector heavy duty is the connection between industrial liquid containers, which requires the integration of industrial connectors. The new design of industrial connections not only changes the loss of industrial connector consumables, but also changes the problem of inconvenient installation of industrial connectors, and is also a new monument to the development of industrial connectors.
What does the use of heavy-duty connectors simplify?
The use of heavy-duty connectors simplifies the design process of circuit boards. Small PCBs require manufacturing equipment that may not be able to accommodate large PCBs. Whether squeezing a device or product onto a single PCB or multiple PCBs, power consumption, unexpected signal coupling, availability of small components, and the total cost of the finished device or product need to be considered.
In addition, the use of heavy-duty connectors also simplifies the production and testing of electronic devices. In the electronics manufacturing industry, simplified testing reflects huge cost savings. High-density PCBs have more lines and components per unit area. Based on the investment in manufacturer complexity, the device or product is designed as several interconnected medium-density boards rather than a single high-density board.
