FTSH-147-04-SM-MT

FTSH-147-04-SM-MT Application Field and Working Principle

The FTSH-147-04-SM-MT is a rectangular connector header with male pins that is typically used in the control of electrical systems. It is designed for industrial and commercial applications where space is at a premium. It consists of an insulated body with a pin-in-hole design, a combination of conductive and non-conductive pins, and various mounting options.

The FTSH-147-04-SM-MT is typically used in situations requiring reliable and secure connections. Its relatively small size makes it suitable for applications in space-restricted environments, such as in computers, industrial machinery, and other electronic equipment. In addition, the FTSH-147-04-SM-MT is also used as a wire admittance connector with its wide variety of projection patterns.

Working Principle

The FTSH-147-04-SM-MT connector is designed to form a secure connection between the power source and the device being powered. The electrical contact between the source and the device is achieved through a pin-in-hole design, where the male pins connect to their corresponding holes on the connector body. Insulated rubber bushings are used to provide stability and electrical insulation between the male pins and the connector body.

When the FTSH-147-04-SM-MT connector is connected between the power source and the device, its conductive pins send an electrical current from the source to the device. This current then flows through the device, providing it with the power it needs to function. The FTSH-147-04-SM-MT connector is designed to remain secure and maintain its electrical contact despite vibration, shock, and other external influences.

Conclusion

The FTSH-147-04-SM-MT is a rectangular connector header with male pins that is typically used in the control of electrical systems. Its combination of conductive and non-conductive pins, and its various mounting options make it a great choice for reliable and secure connections in space-restricted environments. When connected, this connector transmits an electrical current from the power source to the device while maintaining electrical contact and stability despite vibration and shock.