TE CONNECTIVITY 2267220-1 Datasheet & Stock

The 2267220-1 is a 10 ft. EV Charging Cable Assembly for Type 1 from TE Connectivity. It has a new and improved housing design, called DiBO+, with a sleek low-profile design, an ergonomic smaller handle to fit security enclosures and high-flex cable that meets UL62 cold impact requirements. This EV charging cable assembly is capable of high mating cycle requirements, with testing completed to 10,000 mating cycles. Features magnetically operated solid-state switches for increased life expectancy and TE Madison high flex cable for maximum flex life. Meets SAE J1772 specifications and is UL recognized per UL 2251. Contact assemblies are sealed with a liquid silicon rubber to prevent against corrosion and moisture inside the connector body. Designed with the end user in mind, materials provide a crush-resistant connector body, meet outdoor classification F1 (UL) and are resistant to common automotive fluids and UV exposure.




Ideally suited for easy, safe and reliable EV charging for Type 1

DiBO+ new, enhanced housing with ergonomically designed smaller handle makes it easier to fit security enclosures

Sealed contact assemblies prevent moisture inside connector body and corrosion of crimping zone

Superior performance, high-flex cable for superior flex life, maximum reliability and functionality for every movement

High mating cycle capability, with testing completed to 10,000 mating cycles

Grey crush-resistant thermoplastic connector housing -- UL94V-0 rated

Silver over nickel plated brass alloy contacts

Copper alloy 10 AWG cable conductors with black thermoplastic elastomer cable jacket

Resistant to common automotive fluids and UV exposure

Ingress protection IP44 plugged in / IP66 not plugged in





Current rating 32A, Voltage rating 240VAC

Maximum operating temperature 105°C

Meets SAE J1772 specifications; UL recognized per UL 2251; outdoor classification F1 (UL); UL62 approved cable for cold impact requirements





Applications


Electric Vehicle (EV) Charging,

Automotive