Abstract: A connector for a rigid electrical conduit has an internal cylindrical socket sized to snugly receive the end of the conduit. A spring leaf detent is externally mounted on the connector body, with a free end of the leaf extending through a slot in the connector body side wall. Inserting a conduit into the socket deflects the spring leaf away from the socket axis, thereby generating a resilient stress in the leaf that enables the free end of the leaf to exert a gripping action on the conduit. The grip action can be removed by unloosening a screw that is used to mount the leaf spring on the connector body.
Abstract: A connector for a rigid electrical conduit has an internal cylindrical socket sized to snugly receive the end of the conduit. A spring leaf detent is externally mounted on the connector body, with a free end of the leaf extending through a slot in the connector body side wall. Inserting a conduit into the socket deflects the spring leaf away from the socket axis, thereby generating a resilient stress in the leaf that enables the free end of the leaf to exert a gripping action on the conduit. The grip action can be removed by unloosening a screw that is used to mount the leaf spring on the connector body.