Cannon IT Series Connectors: Robust, Sealed Solutions for Demanding Environments,, Cannon IT Series, the ultimate environmentally sealed cable-to-cable connector solution, specially designed for the military, industrial, medical, and energy sectors. These connectors are crafted to excel in extreme environmental conditions, providing unmatched durability and reliability.,,Key Features:,,Advanced Environmental Sealing: Utilizing high-quality thermoplastic housings and silicone rubber seals, the Cannon IT Series offers superior resistance to moisture and temperature extremes.,Efficient Latching System: Our connectors come with an integral latching system that ensures secure connections with visual and audible confirmation, boosting safety and reliability.,High-Capacity Contacts: With stamped and machined size 16 contacts (13A max), these connectors support robust power connectivity. They facilitate easy, tool-free insertion and extraction.,Flexible Design Options: Available in multiple layouts and keying options, the Cannon IT Series caters to a wide range of connectivity needs, offering versatility in application.,Enhanced Sealing Retention: Featuring advanced sealing retention with snap-on end-caps, these connectors maintain lasting protection and reliability.,Industry Compatibility: The Cannon IT Series is compatible and intermateable with existing industry solutions, ensuring seamless integration with both standard and enhanced seal retention designs.
Cannon IT Series Connectors offer the ultimate environmentally sealed cable-to-cable solution for demanding sectors like military, industrial, medical, and energy industries. Crafted for extreme conditions, these connectors excel in durability and reliability. With advanced environmental sealing, efficient latching systems, high-capacity contacts, and flexible design options, they cater to a wide range of connectivity needs. Industry-compatible and intermateable, these connectors ensure seamless integration, making them the ideal choice for robust power connectivity in challenging environments.
