MMT-115-01-H-DH-TR

MMT-115-01-H-DH-TR is a kind of rectangular connectors (headers, male pins) with insulation housing technology. These connectors have a wide range of applications in areas such as industrial/automation control, communications and telecommunication, electrical engineering and many other fields.

The design of the MMT-115-01-H-DH-TR connector is based on the use of a number of terminals, which are surrounded by a insulating housing. The terminals are grouped and arranged in rows, so that an electrical connection can be established by plugging the connectors into a PCB. The terminals are arranged in a fixed pattern, which is determined by the manufacturer. The number of terminals and their arrangement can vary depending on the application.

The terminals are secured in the connector by a central locking pin, which prevents the terminals from being pulled out when the connector is plugged in. This central locking pin also provides the electrical connection between the terminals and the contacts on the PCB. It is therefore important to ensure that the central locking pin is installed correctly.

The MMT-115-01-H-DH-TR connectors are typically used for applications where a large number of connections needs to be made or where the connectors need to be securely held in place. The connectors provide reliable and consistent contact, which is necessary in areas such as industrial/automation control, communications and telecommunication, electrical engineering and other applications.

The MMT-115-01-H-DH-TR connector is designed to be used in temperature ranges of -40℃ to +150℃. It is also designed to be resistant to shock and vibration. The connectors are also designed to be resistant to humidity, salt spray and other environmental conditions. The connectors are also resistant to EMC, which is important in areas where EMC needs to be considered.

Overall, the MMT-115-01-H-DH-TR connector is a reliable and efficient way to make multiple connections in areas such as industrial/automation control, communications and telecommunication, electrical engineering and other applications. The wide range of temperatures, shock and vibration resistance, and resistance to EMC make it ideal for most applications. As such, it is one of the most commonly used rectangular connectors for multiple connection applications.