GZC14DABN-M30

The GZC14DABN-M30 rectangular connector is a header with male pins designed for power, control, and data circuit insulation, and is a common component used in power transmission and control systems. In an automated system, power must be transmitted quietly and reliably, while controlling the flow of current and data. The GZC14DABN-M30 is designed to do just that. It is an efficient and reliable way to control power and data transmission.

The GZC14DABN-M30 is a type of header with male pins. This type of connector is capable of carrying 30 amps of current. It is designed to transfer both power and data without transmitting any interference. The pins of the GZC14DABN-M30 are spaced 2.54 millimeters apart, making it easy to accommodate a variety of different wire sizes. It also features a built-in thermally protective plastic insulator to prevent short circuits.

The GZC14DABN-M30 can be used in a wide range of applications, including power transmission systems, automotive electronics, and computer systems. Its low profile design allows it to fit in tight spaces without sacrificing performance. The GZC14DABN-M30 is also extremely durable, and can withstand high temperatures without deteriorating.

The working principle of the GZC14DABN-M30 is relatively simple. Each pin is connected to the conductor that it is mated with. When the current flows through the conductor, it produces a voltage at the female connector. The voltage created by the current will cause the contacts to move inward, thus creating the electrical connection. It is this principle that allows the GZC14DABN-M30 to transmit power and data without interference.

In summary, the GZC14DABN-M30 is a type of rectangular connector with male pins that is ideal for power, control, and data insulation in a variety of applications. It is designed to transfer both power and data without causing any interference. This connector also features a thermally protective plastic insulator and is capable of carrying 30 amps of current. Its low profile design allows it to fit in tight spaces, while its durability makes it suitable for high temperature environments. Finally, its working principle is relatively simple and easy to understand.