Medical
For nearly five decades, ITT Cannon has designed high-performance, ultra-reliable connectors and interconnect solutions to support a host of medical industry applications. Our standard off-the-shelf and custom connectors provide high-density and high-speed solutions that enable the transfer of power, signal, and data in a small form factor for optimum space savings.
ITT Cannon lightweight, durable connectors are suitable for medical devices and equipment, including diagnostics, general healthcare, and patient monitoring systems. Our connectors offer excellent resistance to a wide range of operating temperatures, harsh environments, and fluid intrusion.
- High mating cycle (>10k mating cycle)
- Zero Insertion force (ZIF) contact system
- Cable to Cable, Cable to Board & Board to Board application
- Single hand actuation & locking
- Value added cable assembly solutions available
Featured Products
DL Series - Zero Insertion Force Connectors
The Cannon DL Series of Zero Insertion Force (ZIF) connectors fill the need in the medical commercial/industrial, computer and peripheral...
QLC - Miniature Zero Insertion Force
ITT expands its DL Family of Connectors with the Miniature QLC device to meet size, reliability, and mating requirements for Portable Med...
PL Series - Plastic Push Pull
The PL Series of plastic push pull interconnects is a high quality, versatile and cost effective solution for challenging medical and indus...
Combination D-Subminiature (Combo-D)
The Combo-D Connector is designed for applications that require optimization of space while improving overall shielding. It offers the ad...
Resources
Medical Product Selection Guide
DL Series ZIF Connectors Catalog
DL Series Sell Sheet
Universal Contacts Features & Benefits Brochure
DL Series ZIF Connectors for Test & Measurement - Technical Article
QLC Solderless Plug Sell Sheet
Push Pull (PL) Series Sell Sheet
Push Pull (PL) Series Brochure
Hertz Stress Whitepaper
ITT Cannon General Product Line Card

Plastic PL Series Connector Video

Robust Interconnects for Medical Applications
