FTSH-115-01-F-DV-K-A-P-TR

The FTSH-115-01-F-DV-K-A-P-TR is a rectangular connector header for male pins. This product is designed for applications in which precision, security and strength are paramount. It is also particularly suitable for applications where vibration resistance and long service life are key considerations.

This header has a wide range of schematic applications which can be used in a variety of industrial and commercial settings. One of the most common uses is for connecting robotic vacuum cleaner (also known as robotic vacuums) to pipes. The header can also be used in industrial instrumentation control systems, industrial robotics, measuring devices, and other applications where a secure connection to a precise device is necessary.

The FTSH-115-01-F-DV-K-A-P-TR connector header is designed for fast and secure connections between robotic vacuums and other devices. It provides excellent vibration resistance and connections that are not easily damaged or detached. Additionally, it provides a strong mechanical connection between the robotic vacuum and the device it is connecting to. The FTSH-115-01-F-DV-K-A-P-TR connector header is also capable of carrying a large amount of current and is designed to provide years of reliable service.

The working principle of the FTSH-115-01-F-DV-K-A-P-TR is based on the principle of forced insertion. To install the header, the mating device must be placed in between the two locking clips on the header. Once the locking clips are secured, the insertion process is initiated and the device is securely locked into place. The header is also capable of providing secure connections even in the presence of vibration or mechanical shock. The connector also provides an efficient way to disconnect and re-connect devices quickly without damage.

In conclusion, the FTSH-115-01-F-DV-K-A-P-TR is a rectangular connector header for male pins that is ideal for fast and secure connections between robotic vacuums and other devices. The working principle of the header is based on the principle of forced insertion, and it provides excellent vibration resistance and a strong mechanical connection between the robotic vacuum and the device it is connecting to. It is designed to provide years of reliable service and carries a large amount of current, making it ideal for a wide range of applications.