Abstract: In one embodiment, a fiber optic connector assembly is provided that includes an adapter defining a first through opening in which a coupler is arranged. A sleeve defines a second through opening dimensioned to receive the adapter, and the sleeve includes a first threading on an axial end. The first threading is configured to matingly engage with a corresponding second threading defined within an opening of a junction housing. A retention assembly is provided between the adapter and the sleeve, and the retention assembly axially fixes the adapter relative to the sleeve such that the adapter is rotatable relative to the sleeve. The embodiments disclosed herein generally protect against electromagnetic interference (EMI), shield against radiofrequency (RF) signals, prevent attenuation of fiber optic cables due to varying rotational capability, and protect the connector assembly from debris and moisture.

Abstract: In one embodiment, a fiber optic connector assembly is provided that includes an adapter defining a first through opening in which a coupler is arranged. A sleeve defines a second through opening dimensioned to receive the adapter, and the sleeve includes a first threading on an axial end. The first threading is configured to matingly engage with a corresponding second threading defined within an opening of a junction housing. A retention assembly is provided between the adapter and the sleeve, and the retention assembly axially fixes the adapter relative to the sleeve such that the adapter is rotatable relative to the sleeve. The embodiments disclosed herein generally protect against electromagnetic interference (EMI), shield against radiofrequency (RF) signals, prevent attenuation of fiber optic cables due to varying rotational capability, and protect the connector assembly from debris and moisture.

Abstract: A valve for combining exhaust gas from an engine combustion chamber with engine intake gases. The valve includes a valve body having a gas inlet and a gas outlet connected by a throughpassage. A flow control member supported by the valve body regulates flow through the valve body throughpassage. A magnetic drive is supported for movement with respect to the valve body and coupled to the flow control member to regulate flow in the throughpassage. An electronically actuated field-generating solenoid moves the magnetic drive member to control flow through the valve body. The solenoid and a sensor for monitoring a position of the magnetic drive are supported within a plastic molded housing. The plastic housing also partially encapsulates a pole piece that forms a magnetic circuit in combination with the magnetic drive.