TMM-121-02-L-S

The TMM-121-02-L-S is a rectangular connector header featuring a unique crimp design. It is manufactured using a high-strength stainless steel pin designed to provide superior performance in harsh environments. The pins are held securely in place with a locking tab that ensures a consistent and reliable connection. The connector also has a special dust seal that keeps debris and moisture from damaging the contacts.

The TMM-121-02-L-S is commonly used in a variety of applications for a wide range of different industries. It is most commonly used in industrial and military applications where reliable, robust connections are essential. The connector is also designed to be highly resistant to shock and vibration, making it an ideal choice for difficult environments. Additionally, the connector has a high current rating, making it suitable for high power applications.

The primary function of the TMM-121-02-L-S is to provide secure and reliable connection points for different types of circuits. The pin provides electrical contact between the two parts while the locking tab ensures a secure and consistent connection. The dust seal also helps to protect the contacts from environmental contaminants. The entire connector is designed to meet the highest standards of quality and reliability.

The working principle of the TMM-121-02-L-S is quite simple. When the two parts are connected, the pins on the connector move through the locking tab and form an electrical connection. The locking tab also prevents the pins from coming lose or becoming damaged. The dust seal helps to keep dirt and debris from entering the connector and interfering with the electrical connection.

The TMM-121-02-L-S is a reliable, robust, and versatile rectangular connector header, making it an ideal choice for challenging environments. It is especially well-suited to industrial, military, and high power applications. The unique crimp design and dust seal ensure reliable connections, and the high-strength stainless steel pins provide excellent performance.