Canfield Connector’s Nylon Flex Strain Relief CanTop Connectors are a series of wire bulkhead feed through connectors which have integrated wire strain relief and sealing mechanism. These CanTops are made from rugged engineered materials which are impervious to dust and moisture. Available in various NPT, PG, and metric thread sizes and in Gray or Black Nylon. These CanTops are compatible with wire diameters from .079″ to .709″ to ensure a tight fit while enhancing any wire installation.
The ISO and 8mm Sub-Micro connectors are made according to DIN 43650 / ISO 4400, EN175301-803:2000. The MINI and 9.4mm Sub-Micro connectors are industry standards. All are used as protective enclosures for electrical connection in conjunction with hydraulic and pneumatic solenoid valves. These connectors offer distinct advantages over “hardwired” solenoid valves because of their modular design. Used where rapid installation and service are a must. Better than molded construction when special wire is needed or when using one long wire run.
The Canfield Series 5JFAC all-molded DIN solenoid valve connector/gasket/cord offer a completely molded plug and play design that interfaces female ISO (DIN 43650 Form “A”), MINI and 9.4mm (Industry Standard) and 8mm Sub-Micro (DIN 43650 “C”) solenoid connections to 8mm or 12mm (round) circular connectors as shown on the following pages. Made from rugged yet flexible polyurethane, the connector housing boasts high durability factors and application versatility. The low profile “straight line” interface/cord configuration allows for installation in many limited space applications. The integrated gasket design boasts an IP67/NEMA 6 rating, is far better for environmental integrity than field wire versions and makes it impossible to lose the gasket! The 5FFAC and 5JFAC are the only molded valve connectors in the industry that feature bi-directional indicator lights and load suppression (not intended for UL 1449). UL and CSA versions are available as well. The Series 5JFAC is proudly Made in the U.S.A.