HSC-PH3-B2(40)

The HSC-PH3-B2 (40) is a fiber optic connector housing which is capable of providing durable, reliable and consistent communication links. This type of housing is primarily used in many applications, including medical devices, industrial control, security systems, automotive, aerospace, as well as telecom communication network and data center networks. It features an economical design, with its integrated strain relief and strain dissipation capabilities.

It consists of two parts, the housing itself and the pin holder, which are connected through a bayonet locking system. The housing is constructed with an ABS material and is available in three colors, black, white, and gray. The housing has an overall length of 40 mm, a width of 16 mm, and a height of 7.5 mm. The pin holder is made of high grade stainless steel and is designed to hold an RJ45 connector, which allows for a stable connection of the cable bundle.

The HSC-PH3-B2 (40) is an excellent choice for applications requiring a secure tight locking mechanism, as well as a resistance to high vibration and shock. It is also highly resistant to dust, moisture, and temperature, which makes it suitable for both indoor and outdoor environments. In addition, the housing is designed with a unique arch-shaped structure to provide enhanced protection for the pins and contacts.

The main working principle of the HSC-PH3-B2 (40) connector housing is based on the bayonet locking system. This type of housing features a pin holder that is connected to the housing via a bayonet locking mechanism. When a cable bundle is inserted, the pins on the pin holder will then be locked in place, providing a secure and consistent connection. The housing also comes with an integrated strain relief system, which protects the pins from excessive stress and strain forces.

The HSC-PH3-B2 (40) fiber optic connector housing is an excellent choice for applications that require reliable and consistent communication links. This housing is designed with the latest technology and features a durable construction, an economical design, and integrated strain relief capabilities. It is suitable for use in many different environments, including industrial control, medical devices, security systems, automotive, aerospace, as well as telecom and data center networks.