SQT-140-01-S-T

The SQT-140-01-S-T is a high-performance rectangular connector, commonly classified as a header, receptacle, or female socket. This connector is typically used for computer data storage, network communication, and secure connectivity. It features a wide range of design options, including various colors, pin counts, and gender. It is a reliable and cost-efficient connection solution.

The SQT-140-01-S-T connector consists of a male and female component and is suitable for use when there is power interruption or when the need for fast, secure connectivity is required. It has two pins that make physical contact with each other for secure connection through a housing. The housing is a sealed plastic shell with an inner thread that holds the pins in place. The connector is highly resilient to temperature and has a long life expectancy.

The SQT-140-01-S-T connector is typically found in applications requiring high-speed or secure data connections, such as in telecommunications, networking, and data storage systems. It is also commonly used for networking components and communication systems. It benefits from its robust construction and reliable connector design. This connector is also suitable for use in harsh environmental conditions, thanks to its insulation and corrosion resistance.

The main working principle behind the SQT-140-01-S-T connector is to provide a reliable and efficient connection solution. The connector is equipped with two pins, which mate with each other and provide a secure and reliable connection through a housing. The pins fit within the housing and are retained by the outer thread, thus preventing accidental disconnection. The connector is resistant to vibration, shock, and other external factors, allowing for a reliable and robust connection even under harsh conditions.

The SQT-140-01-S-T connector is a thoughtful choice for a wide range of applications requiring a secure and reliable connection. Its robust construction, reliable connector design, and wide range of color, pin count, and gender choices make it an ideal choice for many different applications. Its versatility and cost-efficiency also make it a smart choice for various challenging environments and applications, providing superior performance.