HSC-PH1.7-E6(40)

Fiber optic connectors are essential components in the growing industry of optical communications. The HSC-PH1.7-E6(40) is a fiber optic connector housing which is designed to provide reliable and low-loss connections in unfavored environmental conditions. The HSC-PH1.7-E6(40) is a hermaphroditic connector housing which features 360 degree shielding, 360 degree wiping, and 360 degree latching provided by four 2.5mm ports. The applications of the HSC-PH1.7-E6(40) are extensive. It is used for indoor telecom, outdoor telecom, LAN, SAN, and optical cross-connects. As its hermaphroditic design allows the use of duplex connectors, it can be used in both single-mode and multimode applications in optical networks. The HSC-PH1.7-E6(40) thus provides reliable and fast connections in various telecom equipment such as media converters, enclosure, switches, hubs, splitter, etc.The working principle of the HSC-PH1.7-E6(40) is based on the engineering of a comprehensive interconnection system. It utilizes an advanced design that ensures low insertion losses and low return losses. The connector housing is equipped with precision threads and seals that provide reliable electrical insulation and environmental protection. The internal shielding and latching system inside the housing keeps the connected cables in place, thus providing a reliable connection. The four 2.5mm ports allow the connection of duplex connectors and provide 360 degree shielding, wiping, and latching. To ensure reliability and toughness, an advanced material is used to construct the connector housing which has a high temperature rating and environmental resistant properties.The HSC-PH1.7-E6(40) connector housing offers reliable protection and connection in a single, compact unit. With its low insertion loss and low return loss, and hermaphroditic design, it enables reliable and fast connections in various telecom equipment. Used in both single-mode and multimode fiber optics applications, the HSC-PH1.7-E6(40) is an essential component in optical communications.