SFMH-107-02-L-D-WT-TR

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The SFMH-107-02-L-D-WT-TR is a type of rectangular connector header. It is made of polyamide 6.6 material, with gold contacts. It has two ports with a through-hole design which allows for secure mounting and connection. This connector has a snap-in mounting system with self-locking retention clips, ensuring secure mounting. It has a current rating of 3 amps and a voltage rating of 250 volts. It also features a pressure band for improved security. The connector is available in white and can be mounted using both vertical and horizontal orientations.

The SFMH-107-02-L-D-WT-TR connector has a wide range of applications in a variety of industries. It is commonly used in consumer electronics, computers, telecommunications, medical devices, and automotive electronics. The connector is also used in industrial settings such as in aircrafts, ships, and industrial machinery. It can be used to connect various components such as motors, relays, sensors, and more. It is a reliable and dependable way to achieve a secure connection.

The connector’s working principle is based on the principle of electrical conduction. When two terminals come into contact, an electrical flow is established. The current then flows through the metal parts of the connector. This enables the two attached devices to exchange information in the form of electric signals. The connector’s design ensures that the two terminals make a secure and reliable contact, thereby enabling the electric current to flow without any issues.

The SFMH-107-02-L-D-WT-TR connector has a wide range of applications and is designed for reliable and secure contact. It is made from high-quality materials and features a snap-in mounting system. The connector has a current rating of 3 amps and a voltage rating of 250 volts. The connector is highly durable and can be mounted in both vertical and horizontal orientations. The connector’s working principle is based on the principle of electrical conduction, allowing it to connect two components and allowing them to exchange electric signals.

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