A sensor assembly for wired assemblies having a circular connection, the apparatus comprising: a sensor body defining a first tubular interior chamber that extends between a proximal end and a distal end along a longitudinal axis (135, 220, 325); a top cover disposed in the first tubular interior chamber and defining at least one anchoring aperture, the top cover being fixedly coupled to the sensor body; a connector disk (145, 310) comprising a detachable electrical connector and at least one recess; a twist-lock cap configured to threadedly engage the sensor body to securably capture the connector disk (145, 310) proximally and concentrically registered with a proximal end of the sensor body; a wiring harness extending through the first tubular interior chamber, wherein a distal end of the wiring harness fixedly attaches proximate to the distal end of the sensor body; and, an anti-rotation device (125, 200, 400) comprising a ring configured in a cylindrical shape and to extend along the longitudinal axis between a proximal face and a distal face, the ring comprising: at least one distal coupling member (130, 210, 405) extending from the distal face and configured to insertably engage with a corresponding one of the at least one anchoring apertures; and at least one castellation (140, 205, 410) extending from the proximal face of the ring and configured to insertably engage with a corresponding one of the at least one recess of the connector disk (145, 310), so as to mitigate relative rotation between the connector disk (145, 310) and the anti-rotation device about the longitudinal axis (135, 220, 325), wherein, when the twist-lock cap screwably engages the sensor body during assembly, the anti-rotation device (125, 200, 400) is captured between the connector-disk (145, 310) and the sensor body and retained in a fixed orientation within the first tubular interior chamber such that the anti-rotation device (125, 200, 400) substantially restricts relative rotation between the connector disk (145, 310) and the sensor body. a sensor body defining a first tubular interior chamber that extends between a proximal end and a distal end along a longitudinal axis (135, 220, 325); a top cover disposed in the first tubular interior chamber and defining at least one anchoring aperture, the top cover being fixedly coupled to the sensor body; a connector disk (145, 310) comprising a detachable electrical connector and at least one recess; a twist-lock cap configured to threadedly engage the sensor body to securably capture the connector disk (145, 310) proximally and concentrically registered with a proximal end of the sensor body; a wiring harness extending through the first tubular interior chamber, wherein a distal end of the wiring harness fixedly attaches proximate to the distal end of the sensor body; and, an anti-rotation device (125, 200, 400) comprising a ring configured in a cylindrical shape and to extend along the longitudinal axis between a proximal face and a distal face, the ring comprising: at least one distal coupling member (130, 210, 405) extending from the distal face and configured to insertably engage with a corresponding one of the at least one anchoring apertures; and at least one castellation (140, 205, 410) extending from the proximal face of the ring and configured to insertably engage with a corresponding one of the at least one recess of the connector disk (145, 310), so as to mitigate relative rotation between the connector disk (145, 310) and the anti-rotation device about the longitudinal axis (135, 220, 325), at least one distal coupling member (130, 210, 405) extending from the distal face and configured to insertably engage with a corresponding one of the at least one anchoring apertures; and at least one castellation (140, 205, 410) extending from the proximal face of the ring and configured to insertably engage with a corresponding one of the at least one recess of the connector disk (145, 310), so as to mitigate relative rotation between the connector disk (145, 310) and the anti-rotation device about the longitudinal axis (135, 220, 325), wherein, when the twist-lock cap screwably engages the sensor body during assembly, the anti-rotation device (125, 200, 400) is captured between the connector-disk (145, 310) and the sensor body and retained in a fixed orientation within the first tubular interior chamber such that the anti-rotation device (125, 200, 400) substantially restricts relative rotation between the connector disk (145, 310) and the sensor body.