CCS2 High Amperage EV Charging Connector - with boost mode up to 500 A
Throughout the year, we will be attending renowned exhibitions & conferences around the world, find out where >>
ITT Cannon’s Trident series is an extremely versatile range of connectors for multiple harsh environment industrial and transportatio...
ITT Cannon continues its tradition of innovation with the MKJ line of miniature circular connectors. Bringing together a unique combination...
Originally designed & patented by Cannon engineers for use on commercial & military aviation systems, today we offer an array of D-...
ITT Cannon has been at the forefront of EV charging technology for over a decade. We deliver fully proven and innovative connector solution...
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These enhanced second-generation CCS2 connectors are available in 200A, 250A, and 300A variants with an additional boost mode up to 500A....
Introducing the new Generation 3. Designed for the European market, the ACI3 Charging Coupler is an IEC (Type 2) mode 3 tethered lead...
Introducing the new Generation 3. Designed for the US and Japanese market, the J1772 Generation 3 Electric Vehicle Charging Connector is...
APD is a versatile range of full plastic direct, in-line and bulkhead circular connectors that are resistant to engine, transmission...
APD is a versatile range of full plastic direct, in-line and bulkhead circular connectors that are resistant to engine, transmission and...
APD is a versatile range of full plastic direct, in-line and bulkhead circular connectors that are resistant to engine, transmission, and...
Cannon's APM Connector is a rugged, circular, small diameter, 4-way thermoplastic snap-in solution ideal for transport applicaions such...
The unique trapezoidal shape of the connector housing assures polarization and reliability by preventing incorrect mating or damage...
ITT Cannon’s ARINC 801-Compatible Fiber Optic Series is an end-to-end solution featuring Connectors, Termini and Cable Harnesses that...
Today’s commercial aerospace avionics manufacturers are placing more and more emphasis on the need to protect critical electronic systems...