A spring locking connector comprising: a first body comprising a first body groove having a coil spring located therein; a second body comprising a second body first groove and a second body second groove, each groove of the second body having a tapered sidewall so that the two tapered sidewalls (130, 130) of the two second body grooves (106, 108) are located adjacent one another; a connector first connected position when a portion of the coil spring protruding from the first body groove is located in the second body first groove and loaded by both the first body groove and the second body first groove, which together define a first common groove; a connector second connected position in which the coil spring is captured by the first body groove and the second body second groove, which together define a second common groove; the coil spring being loaded by both the first body groove and the second body second groove when in the second common groove; wherein the first body groove comprises two sidewalls (122, 124) that are generally parallel to one another and a bottom wall located therebetween, and wherein the bottom wall has a slanted surface; characterized in that: the coil spring comprises a plurality of coils each comprising a major axis and a minor axis and the major axis of each of the plurality of coils are rotated from vertical when in the first common groove and the second common groove, and wherein vertical is defined by a line orthogonal to a lengthwise axis of the first body; and in that the first body is movable in a first direction relative to the second body to move to the connector first connected position and the first body is locked from moving in a second direction relative to the second body, which is opposite the first direction, to disconnect from the second body. a first body comprising a first body groove having a coil spring located therein; a second body comprising a second body first groove and a second body second groove, each groove of the second body having a tapered sidewall so that the two tapered sidewalls (130, 130) of the two second body grooves (106, 108) are located adjacent one another; a connector first connected position when a portion of the coil spring protruding from the first body groove is located in the second body first groove and loaded by both the first body groove and the second body first groove, which together define a first common groove; a connector second connected position in which the coil spring is captured by the first body groove and the second body second groove, which together define a second common groove; the coil spring being loaded by both the first body groove and the second body second groove when in the second common groove; wherein the first body groove comprises two sidewalls (122, 124) that are generally parallel to one another and a bottom wall located therebetween, and wherein the bottom wall has a slanted surface; characterized in that: the coil spring comprises a plurality of coils each comprising a major axis and a minor axis and the major axis of each of the plurality of coils are rotated from vertical when in the first common groove and the second common groove, and wherein vertical is defined by a line orthogonal to a lengthwise axis of the first body; and in that the first body is movable in a first direction relative to the second body to move to the connector first connected position and the first body is locked from moving in a second direction relative to the second body, which is opposite the first direction, to disconnect from the second body. the coil spring comprises a plurality of coils each comprising a major axis and a minor axis and the major axis of each of the plurality of coils are rotated from vertical when in the first common groove and the second common groove, and wherein vertical is defined by a line orthogonal to a lengthwise axis of the first body; and in that the first body is movable in a first direction relative to the second body to move to the connector first connected position and the first body is locked from moving in a second direction relative to the second body, which is opposite the first direction, to disconnect from the second body.