HMUA-P1-H1(62)

Introduction

Housing-mounted universal angled push-pull (HMUA-P1-H1) connectors are part of a family of fiber optic interconnects which utilize a genderless design. This type of connector is used to provide low-profile bends necessary when routing fiber optics lines within a confined space. HMUA-P1-H1 connectors are often used in the telecommunications, medical, defense, and aerospace industries as the connection between fiber optics lines connects in tight spaces.

Application Field

The design of the Housing-mounted universal angled push-pull (HMUA-P1-H1) connectors makes them well-suited for applications involving tight bends and confined spaces. These connectors are typically used for connecting two pre-existing fiber optics lines within a single housing. Common applications would include aerospace, defense, medical, and telecom applications. These connectors are used in tight spaces, such as telecommunications cabinets, where a bend would cause the cable to foul or the signal to attenuate.

Working Principle

The HMUA-P1-H1 connector is an angled push-pull type of connection, meaning it utilizes a single connection point that is pushed and pulled to make a connection. The connection is easily made by inserting the connector into the housing and pushing or pulling it into place. The angled geometry of the connector reduces the bend radius, allowing the cable to occupy a smaller area. The connector features multiple spring-loaded claws which create a tighter grip on the cable jacket, allowing the connector to secure a reliable connection. Additionally, the connector is designed to be tight against the metal housing, preventing any movement or loosening of the connector once it is installed.

Conclusion

Housing-mounted universal angled push-pull (HMUA-P1-H1) connectors are an ideal choice for fiber optic applications that require tight bends and limited spaces. These connectors provide a secure and reliable connection that is easily created with a single push or pull. The angled geometry and spring-loaded claw design allow the connector to hold firmly in place once properly installed. These connectors are used in many industries including aerospace, defense, medical, and telecommunications.